Multi units
Four story wood frame townhouse style development with parking garage under.
62 x 250 with spans above garage 14 foot with max 19. Floor joists Eng. LBL beams,
Exterior stone, have exterior rendering and elevations to start with. Interior layouts already 95%.
A wheel for traversing the Moon!
Draw inspiration from Nature, Video Games, Robots, Sci-fi + design a wheel that can be 3D printed out of a metal alloy for the Surface of the Moon!
kick scooter
I am looking to create an elegant and standout kick scooter that is ultralight and foldable, ( easy to carry on Subway/Bus ).
This product is to be marketed towards young adults and working proffessionals as a legitimate and sleek transportation tool. Getting you quikly and with very little effort from your house to the subway, grocery store or for a spinn with your dog. Both, the handlebars and the mast should be retractable and/ or foldable. The deck should be able to handle up to 250 pounds. The scooter should have propper brakes with calibers or disks rather than a simple step-on system. It should also feature a set of lights that will be powered by the wheels rather than a battery and needs to have a light and simple suspension in front and rear. The wheel design needs to be hubless.
Main competitors:
https://www.globber.com/en/scooters/my-too-kleefer
http://www.microkickboard.com/suspension-scooter
http://goped.com/scooters/push/know-ped/
Modular sUAS Design
Sub 350mm Foldable, Modular Arm, Battery Pack, and Payload agnostic mounting point UAV.
Frame design requires consideration of minimal to no tool required to field assemble. If tools are required, fasteners etc must revolve around capacity of regular multi tool.
Design should also approach sub 2 minute field assembly, in a zero lighting environment.
Design should be based on additive manufacturing capabilities with carbon fiber as the preferred material for production.
UL Listing Wire Run and Schematics
Participant must notify us of intent to submit via email at chrisgentile2022@gmail.com
This is for a new system being designed for PAWS for use in new tanks for rescued and rehabilitated penguins and seals.
This is a level control pump system, with 2 3HP 230V pumps and a single 230V pump. A level sensor sends a 4-20 mA signal to a Level Control with both N/O and N/C relays. 120 V Power to a 24VDC power supply is switched (ON/Off) allowing the coils for the contactors to close and the pumps can start if the level Control relay sees the level as OK.At low level a 24VDC signal tells a 5W valve to open, filling the tank to "Full". At low/low the pumps shut down and only restart if the level returns to "full" Flow line LC-52, Flow line DL-14 level sensor, I have a rough panel layout and welcome input on contactor and breaker size and Type (C?) as if power fails everything stops - and on power return it all starts at once drawing a lot of Amps for a short time.
Need wire run diagram and fill color schematic
armghannaeem
Designer