Open Source Ecology - User contributions [en]

File:Tesla turbine.png

2019-03-14T13:09:28Z

Adexmont:

Open Source Golf Cart

2019-03-14T13:08:49Z

Adexmont: /* Reference design */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

File:generic air rotor.png | [[File:generic air rotor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>

Motor drawn from the drawings, known to be of accurate dimensions on all counts to the limits of the drawings ( the drawings provided by the manufacturer are incomplete, the motor that is bought should be measured and drawn or this file modified. the Fusion file cannot be uploaded to the wiki because only certain file types are allowed.) ‎[[File:Motor_drawn_in_f_converted_to_fcstd.FCStd]]

the fusion file can be accessed here: https://a360.co/2Jn9mpJ

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

===Reference design===

<gallery perrow=6>

File:Air motor chambers.png

File:James Watt concept.gif

File:Tesla_turbine.png

</gallery>

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

File:GC_assembled_frame.png | [[File:GC_assembled_frame.fcstd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]
</gallery>

==Photovoltaic Panel==

<gallery perrow=6>
File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:PV alu profile.png | [[File:PV alu h profile.FCStd]]

File:PV alu profile.png | [[File:PV alu v profile.FCStd]]

File:PV Cell.png | [[File:PV cell.FCStd]]

File:PV panel packing layers.jpeg

File:GC PV 6diod cable box.png | [[File:GC PV 6diod cable box.FCStd]]

File:GC PV 6diod cable box cap.png | [[File:GC PV 6diod cable box cap.FCStd]]

File:MC4 male.png | [[File:MC4 male.fcstd]]

File:MC4 female.png | [[File:MC4 female.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

File:James Watt concept.gif

2019-03-14T13:05:26Z

Adexmont:

File:Air motor chambers.png

2019-03-14T13:05:07Z

Adexmont:

File:Generic air rotor.png

2019-03-14T13:02:56Z

Adexmont:

File:Generic air rotor.fcstd

2019-03-14T13:01:35Z

Adexmont:

Open Source Golf Cart

2019-03-14T13:01:03Z

Adexmont: /* Hydraulic Motor */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

File:generic air rotor.png | [[File:generic air rotor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>

Motor drawn from the drawings, known to be of accurate dimensions on all counts to the limits of the drawings ( the drawings provided by the manufacturer are incomplete, the motor that is bought should be measured and drawn or this file modified. the Fusion file cannot be uploaded to the wiki because only certain file types are allowed.) ‎[[File:Motor_drawn_in_f_converted_to_fcstd.FCStd]]

the fusion file can be accessed here: https://a360.co/2Jn9mpJ

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

===Reference design===

<gallery perrow=6>

File:Air motor chambers.png

File:James Watt concept.gif

</gallery>

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

File:GC_assembled_frame.png | [[File:GC_assembled_frame.fcstd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]
</gallery>

==Photovoltaic Panel==

<gallery perrow=6>
File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:PV alu profile.png | [[File:PV alu h profile.FCStd]]

File:PV alu profile.png | [[File:PV alu v profile.FCStd]]

File:PV Cell.png | [[File:PV cell.FCStd]]

File:PV panel packing layers.jpeg

File:GC PV 6diod cable box.png | [[File:GC PV 6diod cable box.FCStd]]

File:GC PV 6diod cable box cap.png | [[File:GC PV 6diod cable box cap.FCStd]]

File:MC4 male.png | [[File:MC4 male.fcstd]]

File:MC4 female.png | [[File:MC4 female.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

Open Source Golf Cart

2019-03-14T13:00:13Z

Adexmont: /* Hydraulic Motor */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

File:generic air rotor.png | [[File:generic air rotor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>

===Reference design===

<gallery perrow=6>

File:Air motor chambers.png

File:James Watt concept.gif

</gallery>

Motor drawn from the drawings, known to be of accurate dimensions on all counts to the limits of the drawings ( the drawings provided by the manufacturer are incomplete, the motor that is bought should be measured and drawn or this file modified. the Fusion file cannot be uploaded to the wiki because only certain file types are allowed.) ‎[[File:Motor_drawn_in_f_converted_to_fcstd.FCStd]]

the fusion file can be accessed here: https://a360.co/2Jn9mpJ

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

File:GC_assembled_frame.png | [[File:GC_assembled_frame.fcstd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]
</gallery>

==Photovoltaic Panel==

<gallery perrow=6>
File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:PV alu profile.png | [[File:PV alu h profile.FCStd]]

File:PV alu profile.png | [[File:PV alu v profile.FCStd]]

File:PV Cell.png | [[File:PV cell.FCStd]]

File:PV panel packing layers.jpeg

File:GC PV 6diod cable box.png | [[File:GC PV 6diod cable box.FCStd]]

File:GC PV 6diod cable box cap.png | [[File:GC PV 6diod cable box cap.FCStd]]

File:MC4 male.png | [[File:MC4 male.fcstd]]

File:MC4 female.png | [[File:MC4 female.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

Hydraulic Power

2019-03-14T12:54:35Z

Adexmont: /* Engines */

Most [[OSE]] machine technology relies on hydraulic power, which requires a hydraulic pump powered by an engine. This page contains information on hydraulics.

See Also [[Hydraulic Motor]], [[Hydraulic Fluid]]

=Introduction=

Hydraulic power systems transfer energy through the flow of a pressurized liquid - most commonly a petroleum oil with a few additives. Hydraulic systems use a high-pressure pump to recirculate the working fluid from an unpressurized ''reservoir'' through high-pressure hoses, pipes, and control valves to ''actuators'' (motors or cylinders), and then back to the reservoir.

The strong points of hydraulic systems are:
* pumps and motors are compact and lightweight for the amount of power they handle, i.e. high ''power density''
* high force linear movement is easily produced with a minimum of moving parts (hydraulic cylinders)
* basic control (manual and solenoid valves) is simple to implement

Because of their high power density and ruggedness, hydraulic systems are essential for mobile equipment like earthmoving and farm machinery. Hydraulics also find niche applications in airplanes, industrial robots, and other machinery. A wide variety of actuators, valves and other control devices are available to perform specialized tasks in hydraulic systems.

In stationary industrial equipment, hydraulic systems are often replaced by electrical or pneumatic power systems. Some of the weak points of hydraulics are:
* inefficient (unless more costly and complicated designs are used), leading to wasted energy and overheating issues
* requires continuous filtration to protect pumps, motors, and valves from damage
* prone to leakage
* controls can become complex (if anything more than on/off, one-function-at-a-time performance is required)
* difficult to distribute power over long distances

There is a (U.S.) National Science Foundation research program exploring improved hydraulics: [http://www.ccefp.org/ CCEFP].

In the [[GVCS]], the ''modularity'' goal argues for [[Stationary Hydraulic Power]], so that the same equipment can be used either in a shop building or in the field. This is much less common than stationary pneumatic power ("Shop Air").

==Information==

[http://www.ccefp.org/education-outreach/resources Educational Resources] - Lots of links by the Center for Compact and Efficient Fluid Power

[http://www.hydraulicspneumatics.com/200/eBooks/ Fluid Power e-books] - Great online e-book resource covering almost all aspects of fluid power

[https://engineering.purdue.edu/Maha/docs/Courses/me597-abe591/ Purdue Fluid Power Open Courseware] - For serious open-courseware, college-level hydraulic engineering from Purdue University

[http://www.hydraulicsupermarket.com/products.html Hydraulic Supermarket] - Resource for links to products and learning resources

[http://physicsarchives.com/index.php/courses/561 Physics Archives] and extensive overview

==LifeTrac Hydraulics Primer==

LifeTrac has a 55 horsepower diesel engine. It powers a 29 gpm, 3600 psi hydraulic pump. The pump RPM must be matched to the engine RPM. PSI (pounds per square inch) is a unit of pressure, defined as force per area. This pump provides the high pressure fluid flow to the entire tractor. The hydraulic fluid powers every single aspect of LifeTrac - wheels, turning cylinder, front end loader, power take off generator, auxiliary power outlets.

The basic principle of fluid flow is continuity of flow. This flow starts with the engine, which powers the hydraulic pump. The pump is pumping fluid at all times that the engine is turned on. There is no way to disengage the pump - the pump is always on and pumping. Therefore, the fluid must have a path to make a complete circuit. The pump takes fluid from the reservoir, which then passes through the pump and can attain 3600 psi of pressure under load. This fluid must circulate back to the reservoir to complete the continuous cycle through the pump.

Continuity of flow requires that if a valve is engaged or not engaged - fluid must have a path to flow in both cases. If it doesn’t, the engine stalls (typical at low throttle) or bursts a hose (possible at high tractor throttle). If a valve is disengaged, fluid flows right through the valve and back to the reservoir. If a valve is engaged, fluid flows through the working device and then back through the valve and then back to the reservoir.

Continuity of flow has a fundamental effect on all tractor operations. For example, if the wheel control valve is engaged suddenly, the wheels spin out and burn rubber in typical conditions. This is because a rush of fluid suddenly enters the wheel motors - and because the 55 hp engine suddenly transfers all its power to the wheels, the wheels spin out.

For the reason of sudden fluid flow onset to the wheels, a cushion valve is installed. Instantaneous flow to the wheels can mean that the hydraulic pump may put out more than its rated 3600 psi - since the engine has a flywheel and inertia. Even if pressure does not exceed 3600 psi - the cushion valve serves to bypass fluid to the return line, providing a smooth start. It also allows fluid to circulate through the wheel motor upon stopping, therefore smoothing out tractor motion upon stopping. In general, the cushion valves smooths out bumps - such as hitting an obstacle in the road - by letting fluid bypass accordingly.

Dedicated wheel control valves, which can vary flow smoothly from closed to open - are recommended for the wheels for smooth starting. Presently, we have plain on-off control valves.

Continuity of flow has serious effects on loader operation. If a heavy load is being lowered on the front end loader, and the valve is closed suddenly, a major shock will occur due to the inertia of the lowering load. This can cause damage to the tractor in extreme conditions - such as the tractor snapping in half. The shock occurs because fluid flow is stopped suddenly, so the lowering motion is locked instantly. This causes the shock. This shock has been eliminated with the use of a cushion valve on the front loader circuit.

Flow continuity must be considered carefully when operating spinning rotors with high inertia. This is the case with the PTO portable generator, which has about a 300 pound rotor spinning at 1800 RPM. If the valve to this motor were turned on suddenly, there would be pressure release occurring through the valve - assuming that we are working with valves with built in pressure releases. Upon turning the valve off suddenly, major damage would occur, most likely to the PTO generator. A valve that is turned off allows no fluid back into itself from the working device. If the PTO generator valve would be turned off, then all the inertia of the PTO generator would be transferred to the fluid - as any motor also functions as a pump when it is not being driven. This would either blow the hose or rip the PTO generator rotor right off its shaft. For this reason, we installed a check valve that can circulate fluid freely through the hoses when the PTO generator is spinning down.

For the sawmill, we will use 2 of the 3 auxiliary hydraulic outlets with quick connects. We can consider a single motor to the main cutting blade, and another motor to the edger blades. We can consider setting the pressure relief on the auxiliary valves (what is the pressure rating?) to the max, to drive more powerful hydraulic motors. We need to match the pressure rating of the valves to the motor - in which case we may consider purchasing dedicated valves and motors.

We have 24 gpm available from after the steering cylinder flow divider - such as at the 3 auxiliary power take-off valves. We can also tap in our sawmill before that point, where we have 5 more gpm available. If we tap at the auxiliary outlets, we need to remember that the quick couplers are rated for only 12 gpm each, so we need to use multiple outlets.

Questions:

1. Calculate the force obtained from a 2.5” hydraulic cylinder operating at 2000 PSI.

2. What is the minimum PSI rating requirement for the outlet hose from the pump for regular operating conditions?

3. If the 3/4”outlet hose from the pump is to resist bursting upon being plugged suddenly for some reason, what PSI rating is suggested for the hose?

4. What is the power output of a hydraulic motor rated at 25 gpm and 3600 psi?

5. How well is our hydraulic pump matched to the diesel engine, both in power and rpm?

LifeTrac has this pump from Northerntool - [http://www.northerntool.com/webapp/wcs/stores/servlet/product_6970_200329724_200329724]:

[[Image:hydgearpump.jpg]]

All hoses are already available - it is part of our flexible open source tractor infrastructure. Here are the motor specifications, from Surpluscenter.com:

[[Image:pto_motor.jpg]]

=Available Power=

*Review of [[LifeTrac]] hydraulic power calculations - [[LifeTrac#Calculations]] - shows that we have total 29 gpm available at 3300 PSI, or a lower flow at 3600 PSI.

*Hydraulic power is defined as Flow x Pressure. The hydraulic power supplied by a pump: P in [bar] and Q in [lit/min] => (P x Q) / 600 [kW]. Ex. Pump delivers 180 [lit/min] and the P equals 250 [bar] => Pump power output = (180 x 250) / 600 = 75 [kW]. 75000W / 745.7 = 100.58hp

*LifeTrac has 91 l/min available from the auxiliary hydraulics, and 228 bar - 91x228/600/.746 = about 46 hp.
+ 24 gallons/minute = 91 liters/minute (of 29 gpm total LifeTrac power, 5 is diverted into tractor steering)
+ 1 bar = 14.5 psi, 3300 PSI = 228 Bar

=Hydraulic Power=

==Engines==
*[[https://wiki.opensourceecology.org/wiki/Open_Source_Golf_Cart#Hydraulic_Motor]]

==Pumps==

==Power Packs==

[http://www.comstarsupply.com/catalog.asp?prodid=537898&showprevnext=1 16 HP Hydraulic Power Pack $5,861.14]

[http://www.fremontindustrialsupply.com/servlet/the-437/BVA-Hydraulics-gasoline-driven/Detail BVA Hydraulics 10,000 psi gasoline engine driven hydraulic pump. 5 gallon reservoir. 2 stage operating action. 4 way, 3 position manual valve, 5.5 HP Honda engine. Protective roll bar. $3,307.40]

[http://www.rigplanet.com/webfront/listings/details.php?listingid=539 Wisconsin 37 Hp Gas Powered 3000psi Portable Hydraulic Power Pack]

[http://www.aaronequipment.com/UsedEquipment/Pumps/Hydraulic+Pumps/79995.html Sunstrand hydraulic power pack, 25 hp, 3/60/230/460 volt,1770 rpm XP motor. $2,625.00]

=Hydraulic systems=
==Motors==

=Calculations=
[[Image:hydcalc.jpg]]
* [http://www.surpluscenter.com/Hydraulic.htm calculator and tables]

'''Hydraulic Pumps & Motors'''
*Pumping = 1 Hp = 1 GPM x 1500 Psi
(linear relationship i.s. 2 GPM @ 1500 Psi = 2 Hp
*Hp to drive hydraulic pump = Psi x GPM / 1714
*Efficiency - typically assume hydraulic pump/motor efficiency of 85%
*Hydraulic motor torque (in-lb) = Pressure (Psi) x motor displacement
(in3/rev) / (2 x Pi)
*Hydraulic motor speed (RPM) = 231 x GPM / motor displacement (in3/rev)
*Hydraulic motor power (Hp) = Torque (in-lb) x RPM / 63025

=Software=

http://www.comatrol.com/easyvalve

http://qdlite.sunhydraulics.com/login.aspx

===cad models===

http://www.eaton.com/Eaton/ProductsServices/Hydraulics/Tools/Eaton3DCADLibrary/index.htm

=See Also=

*[http://info.hydraforce.com/hydraforceinsiderblog/bid/38106/Using-a-Proportional-Pressure-Control-as-a-Directional-Control-Valve]
*[http://books.google.com/books?id=K2CkjoYZDDUC&lpg=PP1&vq=proportional&pg=PP1#v=onepage&q=proportional&f=false book]
*[http://www.womackmachine.com/engineering-toolbox/design-data-sheets/flow-through-orifices.aspx chart - flow through orfices]
*[http://www.hydraulicspneumatics.com/200/TechZone/ManifoldsHICs/Article/True/6405/TechZone-ManifoldsHICs Calculations for Pump Sizing]
*[http://books.google.com/books?id=emYJAAAAIAAJ&pg=PA233&dq=hydraulic+accumulator&as_brr=1#PPA240,M1 Hydraulic machinery: with an introduction to hydraulics]
***[[Hydraulics Book Excerpt]]
[[Category:Hydraulics]]

=Internal Links=
*[[Hydraulic_Pump_Sizing]]

OSE Game

2019-03-14T12:34:28Z

Adexmont: /* Links */

A massive multiplayer online game for building a civilization that includes the wiki for uploading files, and a virtual environment for doing and reviewing CAD as well. See also [[OpenModelica]] for in-game simulation of results.

=From Ayo=
<html><iframe src="https://www.facebook.com/plugins/post.php?href=https%3A%2F%2Fwww.facebook.com%2Fmarcin.jakubowski.378%2Fposts%2F10215811333613447&width=500" width="500" height="452" style="border:none;overflow:hidden" scrolling="no" frameborder="0" allowTransparency="true" allow="encrypted-media"></iframe></html>

=Links=
*[[OSE Civilization Game]]
*Thrive Game [[http://revolutionarygamesstudio.com/]] (may be possible to merge both games ?)

OSE Game

2019-03-14T12:32:51Z

Adexmont: /* Links */

A massive multiplayer online game for building a civilization that includes the wiki for uploading files, and a virtual environment for doing and reviewing CAD as well. See also [[OpenModelica]] for in-game simulation of results.

=From Ayo=
<html><iframe src="https://www.facebook.com/plugins/post.php?href=https%3A%2F%2Fwww.facebook.com%2Fmarcin.jakubowski.378%2Fposts%2F10215811333613447&width=500" width="500" height="452" style="border:none;overflow:hidden" scrolling="no" frameborder="0" allowTransparency="true" allow="encrypted-media"></iframe></html>

=Links=
*[[OSE Civilization Game]]
*[[Thrive http://revolutionarygamesstudio.com/]] (may be possible to merge both games ?)

OSE Game

2019-03-14T12:32:07Z

Adexmont: /* Links */

A massive multiplayer online game for building a civilization that includes the wiki for uploading files, and a virtual environment for doing and reviewing CAD as well. See also [[OpenModelica]] for in-game simulation of results.

=From Ayo=
<html><iframe src="https://www.facebook.com/plugins/post.php?href=https%3A%2F%2Fwww.facebook.com%2Fmarcin.jakubowski.378%2Fposts%2F10215811333613447&width=500" width="500" height="452" style="border:none;overflow:hidden" scrolling="no" frameborder="0" allowTransparency="true" allow="encrypted-media"></iframe></html>

=Links=
*[[OSE Civilization Game]]
*[[http://revolutionarygamesstudio.com/]] (may be possible to merge both games ?)

File:PV panel packing layers.jpeg

2019-03-12T15:36:58Z

Adexmont:

Open Source Golf Cart

2019-03-12T15:36:09Z

Adexmont: /* Frame and Structure */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>]]

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

File:GC_assembled_frame.png | [[File:GC_assembled_frame.fcstd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]
</gallery>

==Photovoltaic Panel==

<gallery perrow=6>
File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:PV alu profile.png | [[File:PV alu h profile.FCStd]]

File:PV alu profile.png | [[File:PV alu v profile.FCStd]]

File:PV Cell.png | [[File:PV cell.FCStd]]

File:PV panel packing layers.jpeg

File:GC PV 6diod cable box.png | [[File:GC PV 6diod cable box.FCStd]]

File:GC PV 6diod cable box cap.png | [[File:GC PV 6diod cable box cap.FCStd]]

File:MC4 male.png | [[File:MC4 male.fcstd]]

File:MC4 female.png | [[File:MC4 female.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

File:PV cell.FCStd

2019-03-12T15:33:48Z

Adexmont:

File:PV alu v profile.FCStd

2019-03-12T15:33:26Z

Adexmont:

File:PV alu h profile.FCStd

2019-03-12T15:32:58Z

Adexmont:

Open Source Golf Cart

2019-03-12T15:32:28Z

Adexmont: /* Frame and Structure */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>]]

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

File:GC_assembled_frame.png | [[File:GC_assembled_frame.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]

File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:PV alu profile.png | [[File:PV alu h profile.FCStd]]

File:PV alu profile.png | [[File:PV alu v profile.FCStd]]

File:PV Cell.png | [[File:PV cell.FCStd]]

File:PV panel packing layers.jpeg

File:GC PV 6diod cable box.png | [[File:GC PV 6diod cable box.FCStd]]

File:GC PV 6diod cable box cap.png | [[File:GC PV 6diod cable box cap.FCStd]]

File:MC4 male.png | [[File:MC4 male.fcstd]]

File:MC4 female.png | [[File:MC4 female.fcstd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

File:PV Cell.png

2019-03-12T15:31:41Z

Adexmont:

File:PV alu profile.png

2019-03-12T15:31:13Z

Adexmont:

Open Source Golf Cart

2019-03-12T15:30:20Z

Adexmont: /* Frame and Structure */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>]]

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

File:GC_assembled_frame.png | [[File:GC_assembled_frame.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]

File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:PV alu profile.png | [[File:PV alu h profile.FCStd]]

File:PV alu profile.png | [[File:PV alu v profile.FCStd]]

File:PV cell.png | [[File:PV cell.FCStd]]

File:PV panel packing layers.jpeg

File:GC PV 6diod cable box.png | [[File:GC PV 6diod cable box.FCStd]]

File:GC PV 6diod cable box cap.png | [[File:GC PV 6diod cable box cap.FCStd]]

File:MC4 male.png | [[File:MC4 male.fcstd]]

File:MC4 female.png | [[File:MC4 female.fcstd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

File:GC PV 6diod cable box cap.png

2019-03-11T17:00:16Z

Adexmont:

File:GC PV 6diod cable box cap.FCStd

2019-03-11T16:59:42Z

Adexmont:

Open Source Golf Cart

2019-03-11T15:13:32Z

Adexmont: /* Frame and Structure */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>]]

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

File:GC_assembled_frame.png | [[File:GC_assembled_frame.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]

File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:GC PV 6diod cable box.png | [[File:GC PV 6diod cable box.FCStd]]

File:GC PV 6diod cable box cap.png | [[File:GC PV 6diod cable box cap.FCStd]]

File:MC4 male.png | [[File:MC4 male.fcstd]]

File:MC4 female.png | [[File:MC4 female.fcstd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

File:MC4 female.fcstd

2019-03-11T15:11:16Z

Adexmont:

File:MC4 female.png

2019-03-11T15:10:03Z

Adexmont:

File:MC4 female.FCStd

2019-03-11T15:09:31Z

Adexmont: This model comes from grabcad. I'm uploading this to help community. If not legit remove it and I'll not upload this kind of models anymore. Thanks

This model comes from grabcad.
I'm uploading this to help community.
If not legit remove it and I'll not upload this kind of models anymore.
Thanks

File:MC4 male.png

2019-03-11T15:07:30Z

Adexmont:

Just doownloaded from grabcad and converted to freecad format.
Uploaded for save time on composing models, it's just a standard connector and i uploaded a solid.
If not legit, remove it and I'll not upload this kind of models anymore.

File:MC4 male.png

2019-03-11T15:04:45Z

Adexmont: First thought about DIY Solar panel, a concept box up to 6 diods. Need cover, holes for connection, holes for cables (i'm working on it). Thought to be made with PP injection mould method

First thought about DIY Solar panel, a concept box up to 6 diods.
Need cover, holes for connection, holes for cables (i'm working on it).
Thought to be made with PP injection mould method

File:MC4 male.fcstd

2019-03-11T15:04:35Z

Adexmont:

File:GC PV 6diod cable box.png

2019-03-11T15:03:38Z

Adexmont: First thought about DIY Solar panel, a concept box up to 6 diods. Need cover, holes for connection, holes for cables (i'm working on it). Thought to be made with PP injection mould method

First thought about DIY Solar panel, a concept box up to 6 diods.
Need cover, holes for connection, holes for cables (i'm working on it).
Thought to be made with PP injection mould method

File:GC PV 6diod cable box.FCStd

2019-03-11T14:59:31Z

Adexmont:

Open Source Golf Cart

2019-03-11T14:59:02Z

Adexmont: /* Frame and Structure */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>]]

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

File:GC_assembled_frame.png | [[File:GC_assembled_frame.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]

File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:GC PV 6diod cable box.png | [[File:GC PV 6diod cable box.FCStd]]

File:MC4 male.png | [[File:MC4 male.fcstd]]

File:MC4 female.png | [[File:MC4 female.fcstd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

File:GC PV panel 19.03.FCStd

2019-03-11T14:46:22Z

Adexmont: Adexmont uploaded a new version of File:GC PV panel 19.03.FCStd

File:GC assembled frame.png

2019-03-11T14:43:40Z

Adexmont:

File:GC assembled frame.fcstd

2019-03-11T14:43:11Z

Adexmont:

Open Source Golf Cart

2019-03-11T14:42:49Z

Adexmont: /* Frame and Structure */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>]]

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

File:GC_assembled_frame.png | [[File:GC_assembled_frame.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]

File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

File:GC side frame.png

2019-03-11T14:41:34Z

Adexmont:

File:GC side frame.fcstd

2019-03-11T14:41:04Z

Adexmont:

File:GC vertical frame.png

2019-03-11T14:40:37Z

Adexmont:

File:GC vertical frame.fcstd

2019-03-11T14:38:46Z

Adexmont:

File:GC horizontal frame.png

2019-03-11T14:38:06Z

Adexmont:

Open Source Golf Cart

2019-03-11T14:35:53Z

Adexmont: /* Frame and Structure */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>]]

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

[[File:GC_assembled_frame.png]] | [[File:GC_assembled_frame.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]

File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

Open Source Golf Cart

2019-03-11T14:34:55Z

Adexmont: /* Frame and Structure */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>]]

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

[[File:GC_horizontal_frame.png]] | [[File:GC_horizontal_frame.fcstd]]

[[File:GC_vertical_frame.png]] | [[File:GC_vertical_frame.fcstd]]

[[File:GC_side_frame.png]] | [[File:GC_side_frame.fcstd]]

[[File:GC_assembled_frame.png]] | [[File:GC_assembled_frame.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]

File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

File:GC horizontal frame.fcstd

2019-03-11T14:33:05Z

Adexmont:

Open Source Golf Cart

2019-03-11T14:32:22Z

Adexmont: /* Frame and Structure */

=Intro=

=Work Doc=
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRzBIxgyugJB25KaG4v80hH9TgyNmnQ5OR7J5jYXNnx_WzH45ATdi8vl4BeFrghcKeWPEy5pBz9_nqO/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="375" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html>

https://docs.google.com/presentation/d/1-mVQB7T7cgwsqfLCDp5zOPpI5kPsfManBV6oVLMjCMA/edit#slide=id.g45ed589c64_0_0

=Part Library=

==Hydraulic Motor==
<gallery perrow=6>
File:GC_Wheel_Motor.png | [[File:GC Wheel Motor.fcstd]]

[[File:Motor_mount_plate.FCStd]]

</gallery>]]

https://wiki.opensourceecology.org/images/1/1a/Motor_mount_plate.FCStd

==Frame and Structure==
[[File:frame+motors.png|100px]][[File:frame+motors+PC.png|100px]][[File:frame+panel+PC.png|100px]]

<gallery perrow=6>
File:frame+motors.png | [[File:GC Full Assembly.fcstd]]

File:GC_horizontal_frame.png | [[File:GC_horizontal_frame.fcstd]]

File:GC_vertical_frame.png | [[File:GC_vertical_frame.fcstd]]

File:GC_side_frame.png | [[File:GC_side_frame.fcstd]]

File:GC_assembled_frame.png | [[File:GC_assembled_frame.fcstd]]

File:GC_Frame.png | Frame - [[File:GC frame.fcstd]]

File:GC motor mount.png | Motor mount - [[File:GC motor mount.fcstd]]

File:GC steering.png | Pipe - [[File:GC steering.fcstd]]

File:GC front.png | GC front [[File:GC front.fcstd]]

File:GC rear.png | GC rear[[File:GC rear.fcstd]]

File:GC solar panel.jpg | GC solar panel. See [[PV Panel]] for specs.[[File:GC_PV_panel_19.03.FCStd]]

File:Golf Cart Bench Seat.png | GC Bench Seat- [[File:GC Bench Seat.fcstd]]

</gallery>

==Power Cube==
<gallery perrow=6>

File:Power Cube v18.01.png|'''Auxiliary (small) [[Power Cube v18.01]]''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01.fcstd git repo]. Or wiki - [[File:pcv1801.fcstd]]

File:Power Cube V18.01 Frame.png|'''Auxiliary (small) Power Cube Frame Assembly v18.01''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v18.01/Power%20Cube%20v18.01%20Frame.fcstd git repo].

File:PC v17.11 engine pump module.png|'''Engine coupled to Pump PC v17.11''' - size:kb - FreeCAD -[https://github.com/Witz0/OSE-Power-Cube/blob/master/Power%20Cube%20v17.11/PC%20engine%20pump%20module%20simple.fcstd git repo].

File:Power Cube v19.02.png|'''Hydraulic Tank [[Power Cube v19.02]]''' - size:kb - FreeCAD - [[File:Power Cube v19.02.fcstd]]

</gallery>

==Human Usability Features==
*Seat
*Electric start
*Cab cover
*Lights
*Windshield
*Body panel
*Cargo area

=Industry Standards=

=Links to Source Pages=
*[[Power_Cube_Library]]
*[[5.4 cu Hydraulic Motor Stock Part]]

File:GC PV panel 19.03.FCStd

2019-03-08T21:29:47Z

Adexmont:

Open Source Golf Cart

2019-03-08T21:24:35Z

Adexmont: /* Frame and Structure */

Adexmont log

2018-12-06T16:47:09Z

Adexmont:

{{status|checked LFX part list | Find a tree view of the parts | stopping from adding contents, too much confusion }}
{{RightTOC}}

=Thu Dec 6, 2018=
To take confidence with OSE try installation of OSE-linux, (should not be done, but took around 6h to install and upgrade to 18.04.1, tomorrow small test than reinstall and test the old 16.04 version. looks like assembly2 moved to a2plus or i'm wrong ?
Looking for files via internal search took me to maybe 20 .fcstd files but going around the site there must be more.
Any hint ?
Thanks

=Wed Dec 5, 2018=

Launch break then I'll back study what's there and, how is already categorized, how to merge data to have a clear vision on what is the maintenance needed,

(12:00 CET)
I started from LFX part list on https://docs.google.com/spreadsheets/d/1vulgD585CFuVdSojXhBdnb3FNU0C-Aaj3lI7I6qTQvg/edit#gid=0 found links that point to the blog and "fixed" (maybe) to the parts (fcstd) some parts still in stl.
Exported and loaded cable https://wiki.opensourceecology.org/images/5/58/Power_cord_us.fcstd (already exist in assembled)
Thought that should be easy to add different version of the cable: lost in looking for a categorization mess, found lot more info than listed, result in a already done work but not categorized or listed in the menu.

Q: how to categorize content for a low level user that only want to take view of the status of the art?

A: maybe reworking categories ?

Thought: looks like almost everything is already there but not accessible (why ?).

=Mon Dec 3, 2018=
2 link on my mistakes: [https://studio.youtube.com/video/cY_xgmD8GfA/edit] [https://studio.youtube.com/video/RZAA0KCgPSM/edit]

(15:29 CET)
Experience trouble on managing 3d models from 0.16 to 0.18 and reverse, 0.16 is more unstable for me tend to crash often if i press esc button to get back from a function. (part entity in 0.18 is missing in 0.16 that create incoherence)
(10:20 CET)
Installed Beaker browser (not sure is useful, ose dat link broken)

Q:Should i keep trying fix wiki already existent data or keep going on with the Hollander beater?

A:I think i'm going to spend my time on figuring out the Hollander beater.

Q:should i install OSE Workbench? (please answer me if this is a must)

A:I think i can work on 3D models without the needs of log in to a server and installing on my machine something i can barely understand if this take me to a more agile workflow please let me a note on the talk page, look interesting to have a common database to work on but if i risk to cause dmg at the data better that i use my own space and u take what u need from there.

=Sun Dec 2, 2018=
Rework on my personal wiki profile, hope this may give a clear vision on

[https://wiki.opensourceecology.org/wiki/User:Adexmont who am I]

Accepting feedback for missing unclear info or improvement.

=Sat Dec 1, 2018=
Take a step back and spending time reading entire wiki, still cannot understand what is update and what is not, getting confusion.
[https://github.com/osedev/osedev github] and [https://osedev.org OSEDEV] are still active ? If yes then i need to install workbench on freecad but looks like i have no account on OSEDEV (btw i don't need it and i'm not and official dev so if u want me to join at that lvl i need some specific communication).

Report on what i was "working on":

[https://drive.google.com/drive/u/0/folders/16d4S3Cchl2PpjCrWChm3HhxDZrasARi3 Generated files]
Some of the work flow i try to follow (?fail?)
[https://www.youtube.com/watch?v=9-Iz_wfZfpk&t=4s]
[https://www.youtube.com/watch?v=A8FEqtbf8BA]
[https://www.youtube.com/watch?v=TgAAu1DqV0Y]

Looking forward to follow your directive on :

https://docs.google.com/document/d/1Bj87RU9KcmI3x_jwAD3UNgD6D5i8ZN8Z1W41U8CPkTw

How to reorganize wiki so 3d parts may be accessible in an easy way
Fixing parts (fcstd) providing technical drawings (assemble machine and provide exploded view (may need some workflow standard))

Way to collaborate ?
Share a 3d model and/or a simple draw of the part and a request on what final file should be and i may do the required work. (let's try with some easy part, then increase the complexity).

Not sure this will be read or if it's helpful.

Thanks

A

=Sun Nov 25, 2018=
Keep reading OSE wiki: how to get involve and what can i work on to be useful.
https://wiki.opensourceecology.org/wiki/Dev_Team_Involvement_Email this looks like the best place to start.
So reading and reading ...
https://wiki.opensourceecology.org/wiki/OSE_Part_Library this looks like the place i should start from, but I'm not sure on how to implement it. Can u provide a scheme on how you intend to manage parts from single component to full machine? (i mean: dose have any sense to set up a backbone (index) of container for the single component and how wold you like this to be done ?)
I'm unemployed so i can give u more or less 40h/week and looking on how my work research is going I'm not having a job in the near future (nor in the lateone).
It may sound amiss but I'm trying to give a proof of my skills to get hired by you. Btw looks like you r looking for an independent and self-sufficient collaboration that's not my case, i'd like to be coordinated by some project manager but i may mistaken your vision.
Looking forward to get included in some work group and maybe pointed to a way of communication the most i can do is keeping working on understand your system (that may looks to me more complicated than it is) and doing my best.

Last week i wasted time on researching and designing on blender the Hollander beater ... ending up asking myself if it's the right way to go for small machine that can produce a continuous roll of paper (210 mm width)

[https://www.youtube.com/watch?v=4GOqyDjlsnU&fbclid=IwAR1OpCDP9DP_yHqo7jEuHS9yDIrZVkY35X9n-JXI-GAZJWS7VPL-qx6p_w8 inspiration]

[http://woodwaredesigns.com/crafts/paperplant.html first way]

[https://proxy.duckduckgo.com/iu/?u=https%3A%2F%2Fis.alicdn.com%2Fimg%2Fpb%2F658%2F959%2F568%2F568959658_386.jpg&f=1 second way]

May be useful to work on both for a high quality product or different starting raw materials.

This week ended with a lot of conceptual test but nothing good so nothing to share and because i'm not sure where to add this kind of machine i'm not creating a new page that don't provide nothing more than a basic search engine research.

I'm not having feedback so i'm not understanding if i'm moving in the right way (btw i'm not seeing my content removed, that make me think i'm not damaging nothing :D )
Looking forward to be integrated in your system doing what i can until my 10yo pc keep working.
Not believing in this but contact me if u have some task where u need help on.
Thanks
A

=Sun Nov 18, 2018=
Spent the past days on clarify myself the workflow needed to manage projects on this wiki. Thought that thigiverse may be a good platform to share models and drawings. (dreaming about a way to manage github and thingiverse at once)
For now just a conceptual assembly made in blender with 1:1 scale for an ergonomic chair made out of wood (building commercial standard joists) and roller skate wheels.
In my mind it's made for last but need to prototype and verify the design.
https://www.thingiverse.com/thing:3223723
Not sure where to add this kind of project in ose wiki ... Thought to add a section furniture under housing / buildings but feel not confident to do that, if interested in this project just point me to an empty page to fill, thanks.
NDT (sorry if bom and filenames are in italian , btw are single term easy to translate i think)
(to do: redesign all component in freecad and add dimensional drawings, not sure this is needed as blender files are already in correct size and necessary works from rough piece to finished should be easy and depends on customization (scrap materials available).

Thanks in advance for any feedback on the workflow.

Feel disoriented on working alone, not sure i'm helpful more than adding confusion.

=Wed Nov 8, 2018=
Work on https://wiki.opensourceecology.org/wiki/Construction_Sets added some reference liks to software and hardware that looks to me more important than translate for now.

=Thu Nov 7, 2018=
Firsts steps on OSE wiki: Create log page, add contacts, learn how to deal with ose standards, studying the ose structure/interface/system to understand how to create/correct/expand projects. (aiming to work on cad files for now and maybe documentation on how to deal with the wiki when i learned it)
Honestly I'd like to have a mentor to fast learn the correct process for interact with your structure.
*Working on translation: first attempt: https://wiki.opensourceecology.org/wiki/3D_Printer/it doese it worth ?

[[Category:Volunteers]]
[[Category:CAD team‎]]

Adexmont log

2018-12-06T16:18:00Z

Adexmont: