Build me a gear based system

Hello I am a mechanical engineer having expertise in machine designing and CAD/CAM modeling. I can design the gear train (gear box) for your system to drop the weight at 1 meter/min. I will provide proper calculations for the designing of the gears and will also provide the CAD drawing of the system as well. I have over 3 years of experience in the design field and will provide you high-quality of work within the deadline and according to the expectations. I will be looking for a positive response from you. Regards Fariz Aneeq

I have a vague solution for your question jotted down on a paper. Please let me send it to you through chat.

Hi, your project is innovative and we may work together well. I have already designed several type of gear trains such as reverted gear trains, epicyclic gear trains. I will prepare some solutions we might discuss at the interview. It will be great when we stay in touch.

Dear Buyer I have gone through your request for proposal. I have hands on experience in 3D modeling and simulation and will provide you with required solution. Please refer my portfolio for reference. Please share details and lets have a chat to discuss the job. The price may change upon studying the details and freezing the job scope.

I have a PhD in Fluid Mechanics from the University of Toronto and is well versed in all computational and analytical software. Dominant person - catia - Inventor Dynamic analysis with Adams- Static analysis with abaqus and ansys *** Special design of hydraulic, pneumatic and hydraulic circuits 3D -autocad- solidworks -editvideo - and Photoshop Numerical calculations with Matlabe Familiarity with the appropriate element Optimizing and providing industrial advice on mechanisms We hope to be able to work with dear friends sincerely and professionally. Thank you very much

Hi, At shorz, we have more than enough experience in machine designs, enough to provide the adequate and functional solution you are looking for. After reading through your project which we found interesting, mechanical engineers at shorz understood what you need, which is just a reduction gear box which would drop the weight at a rate of 1meter/min. Our solution would contain calculations of the required gears in the gear box, a sketch of the arrangement of the gears and a cad file (Inventor or Solidworks, your preference) to show 3D of the gear box. It is good that you have given all the necessary details, but one thing is left for your project to kick off, which is a go ahead from you, awarding us this project and have it done in no time. Message us via chat so we can go into details. Thanks.

Hi, I am a design engineer with 2 years of experience, i can design the required gear train as per your specification and also can give alternate designs

I am a Mechanical engineer working in the field of designing i can provide you proper design with cad drawings of gear train

I am certified from autodesk for CAD CAM and digital manufacturing. I have 8 months experience of working with cad for industrial design

We are a team of design engineers with experience in handling these kinds of projects. We provide complete solution which include concept, design, virtual validation and prototyping. So, we are very much capable of handling your project. It would be great if we could talk about this in detail over a chat. Following is a solution for the problem statement you posted online. Although the RPM(Design speed <2900) at which the generator is most efficient is not given, I am going to assume that 2900 RPM is its design speed and puts out it's rated torque of .56 Nm at this speed. Also, the efficiency value given in the statement is not clear. So, it's not considered in the calculations. Since, efficiency of generator=VI/T w= (24*14.3)/(0.56*2*3.14*2900/60)= 343.2/169.9787=2.01(201.9%) To find gear ratio Since V=R*w 0.016667=0.05*w' =3.33 (w'=angular velocity of shaft) w'= 2*pi*N'/60=31.818 (N'=RPM of shaft) Now that the required RPM of the shaft and the generator is know we can find the required gear reduction required. N/N'=91.14 To find the Min. weight of the block we are going to equate m*g*V=T*w (energy equivalence) m*9.8*.016667=.56*2*3.14*2900/60 m=1040.6 kg Now the value which we have got is quite high but it is going to come down considerably with the correct values. So, I would request you to provide us with the correct data.