The RingBlind

Produce a 100 drawings following the procedure to the letter. Make sure to review the procedure since it changed slightly since last time

Convert 2D drawing set to 3D set. Deliverable's shall include individual part files for each part (flange, support and curl) and an assembly file (of the complete assembly).

We are looking for an industrial designer to help us to make CAD drawings (including technical drawing and rendering) for an enclosures and rabbit tunnel used in a modular rabbit hutch and run system. We want some extensible plastic enclosures, below is the way we want for how the enclosures are connected. We need an animation of showing how the different parts are being assembled altogether. Direction #1 - Open hole on every side, please show how the female and male joint is connected in detail drawing, so the enclosure can be connected on both short side or long side, with the same connection Direction #2 - Leave one side open, and connect 2 identical pieces together, so that it will form a whole unit, so the total length will be 180cm (90+90cm), the connection needed to be specified in details. Please refer to drawing idea #2. Here is the details of requirement about enclosures (similar to a rabbit hutch or hideway) - Our enclosures dimensions 60cm (H) x 90cm (W) x 60cm (D) Extensible enclosure, material: plastic, mechanism as attached image - connected plastic cube, last one needed to be closed. Rabbit can run thru the cubes from one end to the last. Need transparent covered window (can open and close) on enclosures, for rabbit owners to check if rabbits’ conditions inside while still keeping privacy for rabbits. We need an removable lockable cover to avoid predator like attached image (lock) but without any hinge. The enclosure needed to be collapsable, refer to the video for reference Enclosure (marked as "a") application: - Connected thru a tunnel to a run (shown on the left) - Put inside a run (shown in the middle) - Attached to the run (shown on the right)

Design a 3d model so that a prototype can be injection molded and/or 3d printed. Must come with all necessary components to render the prototype.

I have Parkinson's disease. One of the classic symptoms of Parkinson's is hypophonia, a decrease in speech amplitude. My hypophonia is severe and presents a challenge to me in terms of job, family, & friends. I am seeking a small, discreet, and aesthetically pleasing personal amplification device. Here are some criteria. -The microphone should be sensitive as my hypophonia is severe.I'm not averse to a handheld microphone that I bring to my mouth as needed. -I would like an on-off switch on the microphone. -I prefer regular batteries to rechargeable batteries -The speaker should be small and have volume control. I would like to be able to use it for one-on-one conversation as well as in meetings or when lecturing. -it would be great if the speaker could be placed somewhere nearish to where the sound naturally comes from, i.e., my mouth. E.g. the collar of the shirt or pinned to the shirt pocket. Attached to the belt is also possible. -Would be nice if the speaker could be removed and put on the table for meetings -All three pieces (mic, speaker, amplifier) can be separate so no one is too bulky