Need reimagined WDT tool for espressoBlind

Design an indoor tent which is free standing and fits a twin mattress at the base of the tent. The tent can be floorless, but needs to be free standing on the top of a standard bed. The tent needs to provide privacy for the person sleeping on the mattress, and will be ventilated with two windows at either end with mesh covering and have large U shaped doors on either side operated by zippers.

I am looking for a product designer/drafter to create an indoor LED holiday string light with detachable bulb covers (globes). My initial thought is to have the globes made of acrylic (because of how it reflects light) but I am open to other suggestions. The light bases should be spaced 4 inches apart and be more aesthetically pleasing than traditionally marketed Christmas lights (see reference picture A). I am looking for a 25 bulb light string and a 50 bulb light string. The globes should be large enough to have an image printed on them with a UV printer (if using acrylic) but not too large that they take away from the overall design. I need a creative and quick way to attach/detach the globes to the light bases. I DO NOT want the globes to screw in like a traditional light bulb (too much risk of images on the globes not lining up). I would like the light string to function as both battery operated and plug in. A product on the market exists already for a plug attachment piece to use as reference (see reference B). I would need a designer to let m know if you can make the connection from the preexisting design to the light string any less clunkier. I would also need a designer to create the battery operated attachment. The string light should also be able to connect to other sets seamlessly (no large gap in between strings which oftentimes happens with indoor string lights). I will need a design that can be used to create the prototype for the 25 bulb light string/50 bulb light string including globes, connection point between globe and light base, and both attachment pieces (wired and battery option). At a minimum, this includes but is not limited to a 2D design with dimensions, images of all angles needed to create the prototype, material recommendations and 3D 360 image of the product.

We are looking for a pretty fast and focused project, with the following deliverables defining the main course of the project: ● Concept sketches ● High-fidelity external CAD drawing / final concept ● Medium-high fidelity renderings (only for engineers' reference) Research, ideation, and iteration phases are of course typical inputs to these deliverables Company Background: We work towards delivering high performance with diversified segments and products that are creative and innovative. Type: Fun Bluetooth Speaker Target Audience: 13-50 Year Olds Usage: Indoor use for house listening anywhere from garage, to kitchen, to bathroom so the speaker needs to reach harmony with living room décor. Outdoor use portablility for backpack, picnic, beach, park, BBQ. Competitors: Enclosed in attachments Buttons: Power, bluetooth, Volume buttons Case: We would like it to be portable, thus an indoor and outdoor use case is anticipated. Outer dimensions: L: 100-120 mm W: 80-100 mm H: 80-100 mm Dimension range is given for a rough reference and not to limit the creativity. Speaker is intended to be small and light. Ergonomic/ Design Features • Portable • Drivers: 2 x full range 1.5” • Battery status, Bluetooth pairing mode indicator, Power indicator LED OR a 3 x 1.5 cm screen • Trendy Durable Design • Crazy, Creative and Surprising design • Removable grille (Good to have) • Removable Battery Pack (Good to have) • Side-cutout grip handle (Good to have) • Waterproof (Good to have) Any software is acceptable, if STL format file can be provided. Any further questions, please feel free to comment.

We are looking for a professional spec sheet/drawing of a children's equestrian barrel racing saddle with very unique features! The purpose of this drawing will be to help provide specs to a supplier so we can have a first prototype. First, the saddle will be using a standard kids saddle tree but will neoprene instead of leather with a cordura wrap over the neoprene for weatherproofing and durability (100 D cordura)! This exists today, but in adult sizes. Good examples of youth sizes we will need are here (good for dimensional references: http://www.saddleonline.com/blogs/content/how-fit-saddle-child-or-youth) I'd like to start with 12" and 14" seat sizes. I would like this to weigh no more than 12 lbs. This is the exact saddle I want but with the features below and in children size seats: brazilliansaddle.com The first unique feature will be a cinch strap that is "ratcheting" versus traditional leather that is pulled through and tightened with holes. This will make it easy for a child to tighten. The ratchet can be aluminum or steel but must have a padding that velcro over so it doesn't scrape the leg of the rider or the horses side. It should be as thin in profile as integrally possible. An example of the ratchet style I like is here: http://www.hamptonproducts.com/product/details/07507?v=c. The hooks should lay flat however, and there should be holes on the slack so someone can essential put the one end of the cinch in and tighten the rest of the way with the ratchet. The second feature is a fold up "step" that will be on the left side of the saddle if a rider is sitting on it and behind the stirrup. The "step" can be nylon with a plastic bar for the bottom of the foot. It must be able to be coiled up and snapped up onto the saddle when not in use. The third feature is a gel seat that will provide added comfort for the rider. The third feature are storage on the back and sides of the saddle (a built on saddle pack) that can hold a water bottle and phone. It would be awesome to show this in a cactus pattern just to get the idea across that we want something fun and do various patterns. See attachments.

Looking to create a new type of consumer accessory that serves the same function as suspenders, but designed in a way that allows the accessory to remain unseen. The idea is to help consumers keep their pants up, without the use of traditional over-the-shoulder suspenders, and as a bonus, possibly also help keep shirts tucked. The article (link below) covers the topic and shares some existing market solutions, none of which are consumer friendly enough. https://undershirtguy.com/flat-butt-how-to-keep-your-pants-from-falling-down/ The material used in this new suspender-alternative accessory has to be somewhat soft and body friendly, since it will likely come in contact with the skin. With that in mind, I am initially thinking this could be made of a rubber type of material, or possibly a blend of silicone and santoprene. However, let's not restrict the idea to only that material category, if you think something else will written better. One possible design solution is two-part product: 1. one that sits on the inside of the shirt or undershirt, that has a protrusion, and 2. a fastener that attaches on the outside of the shirt or undershirt to lock the accessory to the shirt or undershirt. In the concept above, the accessory assembly essentially creates a subtle ridge that the pants waistline can rest on, possibly with the assistance of a belt. The one potential drawback to the above design, is that the consumer must either wear their shirt tucked in, or wear an undershirt. Not a deal breaker, but something to keep in mind. Another possible direction would be to have the accessory attach to the pants inside waistline somehow, and be made from a material that has enough height and grip with the skin or underwear to prevent the pants from sliding down. Though, the solution would have to be as reliable as suspenders. The accesory should be super simple to use, and also be removable and reusable, like suspenders. Clean, simple, friendly. Think Apple simple and clean, Sonos, Simple Human. As part of this contest, should this product be brought to market, I am creating an additional financial incentive of a limited royalty agreement that will be split between Cad Crowd and the designer. The proposed, and Cad Crowd approved, limited royalty structure royalty would be $0.50 usd per unit-assembly sold (50/50 split between Cad Crowd and the winning designer) for the first 10,000 pieces sold.