BXL1

INTRODUCTION: Friends, I place this project in your capable hands... please help me move the cause forward! I'm a dad, and one-person start-up, using my retirement savings to develop a children's board game. (There's a real lack of truly funny reading games for kids aged 5-8 years. Most are really boring. My intention is to introduce a new board game at retail that fills the gap and gets younger kids laughing and reading.) ASSIGNMENT: Develop the production-ready Mini Card Holder Tray which will be used in the game. Deliverables (hope I got these right)... - A CAD and STL file which can be (a) used to 3D print a prototype/sample, (b) provided to a manufacturer for development of a mold and mass production of tray - A PDF showing the tray from 2-3 perspectives USE OF TRAY: This game includes miniature playing cards, and they are held in a card holder tray which is essential to game play. Play starts as the card tray slides over (on top of the table or playing surface) to Player 1. He draws his cards. After playing the cards, he pushes/slides the tray to Player 2. She'll take her turn, and slide the tray to the next player. Turns continue until the game ends. MAXIMUM DIMENSIONS OF TRAY: So the tray will fit in the game box, its size cannot exceed 170mm x 100mm x 35mm. CARD SLOTS IN TRAY: To ensure proper game play, the card slots (where the cards fit) must be as follows… - Left Side -- a front and rear slot to hold cards - Middle -- a single front slot to hold cards - Right Side -- a front and rear slot to hold cards Each tray opening/slot must be able to hold at least (35) 44 x 67mm mini playing cards... that's about 14mm deep. (Please also provide the appropriate extra space in the width of the card slots so the cards can be easily inserted and pulled out.) See attached image of my temporary tray (01_TempTray.jpg) that I cut up crudely from an ice cube mold, for a visual of the number of tray slots, and their orientation. THOUGHT-STARTERS FOR STYLE OF TRAY: I've seen two types of trays that could work well. See attached examples in PDF (02_TwoTrayTypes.jpg)... - Tray that lies flat (on its back) - Tray that holds cards somewhat upright (at an angle for viewing) Or maybe a hybrid of the two tray types? In terms of design, something that's simple, contemporary and visually pleasing (like Apple® products), would be great. I've attached an earlier mock up of the game's box cover, in case that can stimulate ideas also. (03_BoxCover_InProgress.jpg)

I am looking to obtain a 3D CAD model of a biological cell cluster in order to transfer it to a multiphysics simulation software (COMSOL). The cluster will consist of 120 'cells' in the shape of a hyper-dodecahedron (https://theory.org/geotopo/120-cell/ ). Each side of each dodecahedron must measure ~5um.

Need complete design for Reaper Drone in solid Works for each part of the stucture (Fuselage+ wings+ wheels) no need for engine and inside equipements, and i don't need rocket design and no need also for 2D drafting

I would like to work with someone who can take my product images (high resolution JPEG images) and add/modify them to reflect a new version of our product. The deliverables will be high resolution JPEGs (modified versions of the ones that I submit for this project). Our product, "LIO," is a home audio product (see: www.vinnierossi.com). Currently, the aluminum top panel (top cover) is has no holes. We are developing a new vacuum tube preamplifer stage in LIO and there will be two vacuum tubes that plug into two sockets directly below the two holes added on the top panel. I need new renderings that show these tubes: - Front views - Angled views The vacuum tubes need to be show in correct proportion and must look as realistic as possible, even glowing (so it looks like this is still a product photo). The ideal candidate for this product will be well versed in: - Photoshop - Solidworks - AutoCAD - Any other software that can get the job done. I will supply the product photos and examples of what the vacuum tubes look like, and where they are to be located on the top panel. Once the rendering is completed for the front and angle view, then they can be used for all the different variations of the same product (with different front/side panel, top panel, and knob color). Thank you, Vinnie

Hi Cad Crowd! We're in need of adjusting one of the components of our product. We have an existing 3D model that we need adjusted. We are keeping the same top and bottom connection the same. The basic design is similar to a standard universal phone mount for a car. We want to use the same mechanism as shown in the pictures and then adjust it to our requirements. The system will be 3 major components. Part 1: Back piece that has top connection and bottom connection which won't be changed much except for the width. This area will be where the gears/spring/everything sits on. Part 2: This will be the two "wing walls" that extrude left and right that will be sat on the back plate area. Part 3: Will enclose this area and have a bottom stub where the phones sit. We play on adding some little foam on the front of part 3 and on the insides of the wing walls. We think that the gear mechanism can be reduced in size and that we can flip it so that they sit above the wing walls (and in the center of the system).