Stanford University Baby Products Company

1. Please review the attached Face Shield Design 2. Come up with your own modified design based off of this face shield with the following requirements: - The Face Shield should be able to slide upwards/downwards and secured by some sort of earpiece designs that mechanically holds everything in place - Keep comfort in mind without adding a nose piece - Since the Face Shield is split into 2 halves, the top half must be able to slide down, the bottom half must be able to slide up and both halves must be able to slide all the way up to the hairline area (to allow full face exposure when not enclosed) 4. For submissions to be accepted, both STP and STL file formats must be attached with your design

I am looking for a Unimog U5023 truck to be visualised. See https://www.mercedes-benz-trucks.com/en_GB/models/unimog-off-road.html See attached early sketch, however, we are looking for an advance on that. The rear now needs to be enclosed to house a small office, with a door to access it from the rear. There needs to be a rack on the roof that will secure the robot (shown inside a pipe) shown in the attached; this will be craned off when needed.

Looking for packaging and industrial design help for a new project. This device will mount to a wall or ceiling in a commercial building. This device enclosure will need to let air into the device to contact up to 5 individual sensors. (See Attachment for general size of components and constraints) Top wants -Max form factor of 7" wide x 4.5" tall x 1" off wall (electrical box configuration) Wall mount could be up to 2" max off wall - Attractive look for commercial office or educational buildings in landscape primarily, but also look good in portrait orientation. - Sensor Status light feature for the entire unit (easy to view, sleek, but not eyesore during general use) -Sensors need to be retained securely during shipment, but be accessible for replacement later on by unskilled labor. Other Wants: From the front look. Front Bezel attaches to Back housing for periodic sensor replacement (must be easy). Minimal Profile off wall Airflow on bottom / side surfaces Mounts to a 3-Gang electrical box (old & new work boxes & have surface mount option. Easy installation Sensors should be towards the bottom of the unit When bezel is removed, have a place to hang /store the bezel while working on sensor replacement. I/O should be easily accessible during installation. I/O should be protected if installer does not use an electrical box. Easy interface for installers for wiring & wire routing Mounts to a 3-Gang electrical box & surface mount option

Hello industrial designer. I have a product and I have a problem with the product. I tried to explain everything in the attached file. I hope its clear and fee free to ask. Thank you

This is a solar powered door and window sensor, it has very specific PCB and solar cell sizing (see attached files). The sensor itself will need concealed mounting screws and a flat back so it can be attached also using double stick tape. It will also need a small magnet in a plastic housing (with a way to mount the magnet) This will mount to the door or window and will trigger the contact when opened or closed. white plastic should be used for the case, this will be used in a separate application where it may be mounted on a wall without a magnet (different sensor inside) and white is needed for that application. you can use a very slightly frosted lens over the solar cell, but it can also be clear to show the glass from the solar cell. think iphone design or sleek modern looks, it's ok to consume the entire front with solar cell, or to add some space that is not solar cell. the winner(s) shall provide final tooling drawings in an editable format to our team.