3d Design/Renders Aviator SunglassesBlind

I require the design of a range of sizes of Olympic weight plates for Olympic barbells. The sizes are to be 2.5, 5, 10, 15, 20, 25kg. Made from cast iron, 7.2 density iron. The two side handles are to be 35mm diameter and for the 25kg weight the handles to be 180mm in length and less for the smaller weight plates so around 100-120mm for the 2.5kg. The hole in the centre needs to be exactly 50.8mm diameter. The main area in the central area is 25mm, and the 35mm area around the outer edge is 35mm depth. The colour is a satin/matte black. Each weight identification number and logo area needs to be raised/embossed by 3mm with no extra colour just the same black colour.

I have a vacant lot that we are planning to launch as a food truck park. I need design ideas for the layout of the food trucks (6 to 8 trucks), utilizing the best method for getting trucks in and out of the property each day. Each truck needs to have a pad for parking with electric service. The design will need a covered outdoor seating area for the food truck park patrons. Picnic tables and sunblock structure with ceiling fans. Also, we need a small structure on the premises for a management office for the park (very small - one room), a small cabana style opening for a bar and two restrooms attached for guests. We'd like the perimeter of the food truck park to be enclosed with only one way in and out for guests and the food trucks. The design should also include parking, as there is no available street parking. Please draw to scale!!. The property does not have public sewer so a septic system will have to be installed. Please reserve 100 ft at the rear of the property for the drain field. Please send in PDF format

I need my own pen and ink drawings converted from JP2 to g code for a CNC milling project.

We are working on developing a nail file. The file will interchangeably use different grits of sandpaper. Attached below is a wood file that will act as a template for your file design. However, there are a few changes that must be made. 1. Our file is going to be single-sided, so the securement method must allow for this. The wood file uses a small wheel that tightens the metal arms to keep the sandpaper in place on both sides of the file, so your design must allow for the sandpaper to be secured at the top and bottom of one side only. 2. Measurements: These measurements can be slightly adjusted to accommodate a good design but it should be close. File length (Not including handle): 4 in File Width: 1 in (I want to use 1 inch sandpaper, so the total width with the rounded edges will slightly exceed 1 inch and that is fine). File Thickness 1 cm (The thickness should be consistent and should not taper thinner at the tip like the attached wood file does) 3. The side edges of the file need to be rounded and slightly raised (.25-.5cm raised). The raised edges will allow the user to hold the file from the sides (similar to how you hold a smartphone) so there needs to be some form of added grip to the rounded side edges of the file. The second picture shows how the file will be held from the side, so the design should incorporate this type of position. The securement method does not have to mirror the wood file. If you have a better design that will hold the sandpaper very securely but is also easy to use/can tolerate a lot of use, this will give you a huge boost in the rankings.

Required is to convert original architectural sketches into layered DWG drawings. The unit of interest is the first unit from right to left and the work can be limited to re-drafting of plans and details only for this unit. Details from mid units must be used to overlay details for the unit of interest (as the original drafter provided greater details that apply for for all units only on the 2nd, 3rd of 4th units)