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This article mainly explains that "SolidWorks simulation can only achieve mouse hand", interested friends may wish to have a look. The method introduced in this paper is simple, fast and practical. Next let the editor to take you to learn "SolidWorks simulation can only achieve manual mouse" bar!

First of all, it shows that the motion simulation is a more intuitive display of the motion of the motion model, and through the motion simulation, we can calculate the motion parameters of each component, such as speed, acceleration and so on. It can also generate the trajectory of the specified component in the process of participating in the motion, which is convenient for analysis.

To simulate in SolidWorks, you need to check SolidWorksMotion in [tools] → [plug-ins]. In order to carry out subsequent dynamic simulation. The figure below is as follows

Next, the motion simulation is introduced by taking a sucker movement simulation as an example.

As shown in the above picture, the moving plane is connected on the track, the sucker sleeve is placed in the middle, and the sucker can slide up and down in the sleeve. The plane can move back and forth.

After the assembly is completed (note: during the assembly process, the moving parts, rails and suckers must be constrained by distance, for example: the distance between the guide piston rod and the front end of the piston rod sleeve is 65mm, and the sucker part is also constrained in a similar way), click [Motion example] on the lower left, and select [Motion Analysis]. The various colored diamonds are called "key codes", which are used to control the motion participation status of the corresponding components. As well as the time of participation, as can be seen from the left picture below, the one with a yellow bar indicates participation in the movement, and the length indicates the length of time involved in the exercise. (mouse over the key code, right-click to set the time; you can also drag the key code with the mouse to place it in a new location and set its start time. )

In order to complete the above sucker movement process, it is necessary to set each key code position.

Rail key code setting: drag the key code to a new location (such as 10s), where the distance constrained by assembly is changed at the new key code (for example, 65 at assembly time, now 150, not exceeding the length of the sleeve)

The key code of the sucker is set in the same way, except that the starting time of the sucker movement is after the completion of the guide action, so you need to drag the key code twice.

The next step is the return movement, as you can probably guess.

Yes, it is to set the key code in a new period of time to constrain the distance to the original position.

After the setup is complete, click the icon shown below to run, and you can see the running result.

At this point, I believe that everyone on the "SolidWorks simulation can only achieve manual mouse" have a deeper understanding, might as well to the actual operation of it! Here is the website, more related content can enter the relevant channels to inquire, follow us, continue to learn!

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