Limiting and carrying device for sheet parts
By designing the limit handling device for sheet parts, the continuous and accurate handling of small-sized sheet products is achieved using the support platform, the handling guide groove and the transfer parts, the problems of low detection efficiency and surface scratches in the existing technology are solved, and the handling is improved Accuracy and detection efficiency.
Patent Information
- Application Number
- CN202323637161.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2023-12-29
- Publication Date
- 2024-12-10
- Estimated Expiration
- 2033-12-29
AI Technical Summary
When existing automatic detection equipment detects small-sized thin sheet products, the detection efficiency is low and the error is large. The repeated flow of the product between multiple devices is likely to cause surface scratches and defects, and it is impossible to achieve continuous and accurate transport to more than two target positions.
A thin-sheet parts limit handling device is designed, using a support platform and a handling guide groove, combining the transfer parts and driving parts, and continuously accurate handling of the product is achieved through linear drive and lifting cylinders, using shrapnel to prevent inertia sliding, ensuring that the product is in Accurate stay on the target stop bit.
It realizes continuous and accurate handling of small-sized sheet products, improves detection efficiency, reduces the probability of surface defects, and has the advantages of reasonable structure, reliable work and low cost.
Smart Images
Figure CN222137987U_ABST
Abstract
Description
Technical field:
[0001] The utility model relates to the technical field of industrial automation equipment manufacturing, in particular to a thin-sheet part limiting conveying device which can continuously convey small-size thin-sheet products and accurately and continuously convey them to more than two target positions. Background technology:
[0002] Thin parts in electronic products, such as small-sized circuit boards or thermal printing sheets, are equipped with key components and related electrical circuits. During the production process, it is necessary to conduct reliable quality inspection on the components and circuits on such products before the next manufacturing process can be carried out. Traditional inspection methods are carried out manually, with low inspection efficiency and large errors. With the development of technology, automatic inspection equipment has also appeared on the market. Such automatic inspections are often aimed at one inspection function respectively, such as only being able to realize the inspection of the setting position of components, or only being able to realize the inspection of the on-off status of electrical circuits. The size of each inspection equipment is large, and the materials need to be repeatedly circulated between multiple devices, and the inspection cycle is long. Since the above-mentioned electrical products are thin in thickness, small in size, and smooth in surface, repeated circulation in multiple sets of equipment can easily cause scratches on their surfaces, increasing the probability of surface defects. Therefore, there is an urgent need for a device that can continuously and accurately transport the products to be transported to more than two target positions for subsequent operations. Summary of the invention:
[0003] In view of the shortcomings and deficiencies in the prior art, the present invention proposes a thin-film part limiting conveying device which can continuously convey small-sized thin-film products and accurately and continuously convey them to more than two target positions.
[0004] The utility model achieves this through the following measures:
[0005] A thin-film parts limiting and transporting device is characterized in that a supporting platform is provided, and a transport guide groove extending from a loading end to a lower feeding end is provided on the surface of the supporting platform, and a strip-shaped conveying slot hole is provided at the bottom of the transport guide groove, and the width of the transport guide groove is greater than the width of the product to be transported, and the width of the conveying slot hole is less than the width of the product to be transported, and a conveying component corresponding to the conveying slot hole is arranged under the supporting platform, and a lifting drive component is provided for driving the conveying component to rise from the bottom of the supporting platform along the conveying slot hole to the surface of the supporting platform, and a linear drive component is also provided for driving the conveying component to move along the transport guide groove.
[0006] The conveying guide groove of the utility model corresponds to at least one target stop position. Correspondingly, at least two conveying components are provided under the conveying slot hole of the supporting platform. The two conveying components are respectively connected to the linear drive component and the lifting drive component. The two conveying components are respectively used to convey the product to be conveyed at the loading end to the detection position and to convey the processed product at the target stop position to the unloading end.
[0007] The utility model adopts a limiting column as the transmission component, a linear driving component adopts a linear transmission cylinder, and a lifting driving component adopts a lifting cylinder.
[0008] The utility model is provided with two target stop positions on the transport guide groove, and correspondingly provided with three limit columns driven by the linear transmission cylinder at the same time, and the three limit columns are respectively used to send the material from the loading end to the first target stop position, send the material at the first target stop position to the second target stop position, and send the material at the second target stop position to the unloading end.
[0009] In order to prevent the product to be transported from sliding and deviating from the target stop position due to the inertia during the conveying process, the utility model can open a segmented conveying slot hole in the guide slot, or set a spring sheet at the rear end of each detection position on the inner side of the guide slot, and the spring sheet has a smooth bulging surface on the side facing the guide slot, so that when conveying, the product to be transported is pushed by the conveying component and the side is pressed against the spring sheet, so that the spring sheet is deformed and compressed, and the product to be transported passes through. When the product to be transported is conveyed into place, the conveying component stops conveying it forward further. At this time, the spring sheet at the stop end located at the target stop position is not compressed and bulges out in the guide slot, thereby blocking the product to be transported that slides due to inertia and causing it to stay in the current target position.
[0010] When the utility model is in use, the material to be transported is fed from the loading end into the transport guide groove of the supporting platform, the linear drive component is turned on and drives at least two shifting components to respectively shift the product to be transported from the loading end to the first target stop position, from the first target stop position to the second target stop position, and ... from the last target stop position to the unloading end, and the linear drive component drives the shifting components to shift multiple times, and finally all the products in the transport guide groove are shifted to the unloading end to wait for subsequent processing. In this process, in order to prevent the product from sliding in the transport guide groove and being unable to accurately stop at the target stop position, a spring plate is provided on the side of the guide groove, and the spring plate is set at the rear end of the target stop position, thereby ensuring the accuracy of the transportation.
[0011] Compared with the prior art, the utility model has the remarkable advantages of reasonable structure, reliable operation, low cost, accurate transportation and the like. Description of the drawings:
[0012] Attached Figure 1 It is a structural schematic diagram of the utility model.
[0013] Attached Figure 2 It is a structural schematic diagram of the supporting platform in the utility model.
[0014] Attached Figure 3 It is a structural schematic diagram of the transmission component in the utility model.
[0015] Attached Figure 4 It is a partial enlarged view of the supporting platform in the utility model.
[0016] Attached Figure 5 It is a structural schematic diagram of the supporting mechanism below the supporting platform in the utility model.
[0017] Reference numerals: supporting platform 1, transport guide groove 2, strip-shaped sending slot hole 3, sending component 4, lifting drive component 5, linear drive component 6, spring piece 7, limiting guide groove 8. Specific implementation method:
[0018] The utility model is further described below in conjunction with the accompanying drawings and embodiments.
[0019] As attached Figure 1 As shown, the utility model proposes a thin-film parts limiting and transporting device, which is provided with a supporting platform 1, and a transport guide groove 2 extending from a feeding end to a lower feeding end is provided on the surface of the supporting platform 1, and a strip-shaped conveying slot hole 3 is provided at the bottom of the transport guide groove 2, and the width of the transport guide groove 2 is greater than the width of the product to be transported, and the width of the conveying slot hole 3 is less than the width of the product to be transported, and a conveying component 4 corresponding to the conveying slot hole 3 is arranged below the supporting platform 1, and a lifting drive component 5 is provided for driving the conveying component 4 to rise from the bottom of the supporting platform along the conveying slot hole 3 to the surface of the supporting platform 1, and a linear drive component 6 is also provided for driving the conveying component to move along the transport guide groove.
[0020] The conveying guide groove 2 of the utility model corresponds to at least one target stop position. Correspondingly, at least two conveying components 4 are provided under the conveying slot hole 3 of the supporting platform 1. The two conveying components 4 are respectively connected to the linear drive component 6 and the lifting drive component 5. The two conveying components 4 are respectively used to convey the product to be conveyed at the loading end to the detection position and to convey the processed product at the target stop position to the unloading end.
[0021] The transmission component 4 of the utility model adopts a limiting column, the linear driving component adopts a linear transmission cylinder, and the lifting driving component adopts a linear lifting cylinder.
[0022] The utility model is provided with two target stop positions on the transport guide groove 2, corresponding to the attached Figure 3 The three conveying components shown are arranged on the same support frame, and three limit columns are driven by the linear transmission cylinder at the same time. The three limit columns are used to convey the material from the loading end to the first target stop position, convey the material at the first target stop position to the second target stop position, and convey the material at the second target stop position to the unloading end.
[0023] In order to prevent the product to be transported from sliding and deviating from the target stop position due to inertia during the conveying process, the utility model can open a segmented conveying slot hole 3 in the guide slot 2, or set a spring piece 7 at the rear end of each detection position on the inner side of the guide slot, and the spring piece 7 has a smooth bulging surface on the side facing the guide slot, so that when conveying, the product to be transported is pushed by the conveying component and the side is pressed against the spring piece 7, so that the spring piece 7 is deformed and compressed, and the product to be transported passes through. When the product to be transported is in place, the conveying component stops conveying it further forward. At this time, the spring piece at the stop end located at the target stop position is not compressed and bulges out in the guide slot, thereby blocking the product to be transported from sliding due to inertia and making it stay in the current target position.
[0024] Example:
[0025] This example proposes a thin-sheet parts limiting transport device, which is provided with a supporting platform 1, and a transport guide groove 2 extending from the feeding end to the lower feeding end is provided on the surface of the supporting platform 1. A strip-shaped conveying slot hole 3 is provided at the bottom of the transport guide groove 2. The width of the transport guide groove 2 is greater than the width of the product to be transported, and the width of the conveying slot hole 3 is less than the width of the product to be transported. A conveying component 4 corresponding to the conveying slot hole 3 is provided below the supporting platform 1, and a lifting drive component 5 is provided for driving the conveying component 4 to rise from the bottom of the supporting platform along the conveying slot hole 3 to the surface of the supporting platform 1, as shown in the attached figure. Figure 5 As shown, a limit plate for limiting the travel of the sending component 4 is provided below the supporting platform 1, and a limit guide groove 8 is provided on the limit plate. The sending component 4 is fixed on the support frame and driven by the linear drive component 6 to perform linear motion and by the lifting drive component 5 to perform lifting motion;
[0026] In this example, the transport guide groove 2 is provided with two target stop positions, and correspondingly provided with three limit columns driven by the linear conveying cylinder at the same time, and the three limit columns are used to respectively transfer the material from the loading end to the first target stop position, transfer the material at the first target stop position to the second target stop position, and transfer the material at the second target stop position to the unloading end;
[0027] In order to prevent the product to be transported from sliding under the action of inertia and deviating from the target stop position during the transmission process, a segmented transmission slot hole 3 can be opened in the guide slot 2, or a spring sheet 7 can be set at the rear end of each detection position on the inner side of the guide slot, and the spring sheet 7 has a smooth bulging surface on the side facing the guide slot, so that when the product to be transported is pushed by the transmission component, the side of the product to be transported presses against the spring sheet 7, so that the spring sheet 7 is deformed and compressed, and the product to be transported passes. When the product to be transported is in place, the transmission component stops further transmission forward. At this time, the spring sheet at the stop end of the target stop position is not compressed, and bulges out of the guide slot, blocking the product to be transported that slides due to inertia, so that it stays in the current target position;
[0028] When in use, the material to be transported is fed from the loading end into the transport guide groove of the supporting platform, the linear drive component is turned on and drives at least two conveying components to respectively convey the product to be transported from the loading end to the first target stop position, from the first target stop position to the second target stop position, and ... from the last target stop position to the unloading end, and the linear drive component drives the conveying components to be conveyed multiple times, and finally all the products in the transport guide groove are conveyed to the unloading end to wait for subsequent processing. During this process, in order to prevent the product from sliding in the transport guide groove and being unable to stop accurately at the target stop position, a spring clip is provided on the side of the guide groove, and the spring clip is set at the rear end of the target stop position, thereby ensuring the accuracy of the transportation.
[0029] Compared with the prior art, the utility model has the remarkable advantages of reasonable structure, reliable operation, low cost, accurate transportation and the like.
Claims
1. A thin-film parts limiting and transporting device, characterized in that: A supporting platform is provided, and a conveying guide groove extending from the loading end to the lower feeding end is provided on the surface of the supporting platform. A strip-shaped conveying slot hole is provided at the bottom of the conveying guide groove. The width of the conveying guide groove is greater than the width of the product to be conveyed, and the width of the conveying slot hole is less than the width of the product to be conveyed. A conveying component corresponding to the conveying slot hole is provided under the supporting platform, and a lifting drive component is provided for driving the conveying component to rise from the bottom of the supporting platform along the conveying slot hole to the surface of the supporting platform, and a linear drive component is also provided for driving the conveying component to move along the conveying guide groove.
2. A thin-film component position limiting and transporting device according to claim 1, characterized in that: The conveying guide groove corresponds to at least one target stop position. Correspondingly, at least two conveying components are provided under the conveying slot hole of the supporting platform. The two conveying components are respectively connected to the linear drive component and the lifting drive component. The two conveying components are respectively used to convey the product to be conveyed at the loading end to the detection position and to convey the processed product at the target stop position to the unloading end.
3. A thin-film component position limiting and transporting device according to claim 1, characterized in that: The conveying component adopts a limiting column, the linear driving component adopts a linear transmission cylinder, and the lifting driving component adopts a lifting cylinder.
4. A thin-film component position limiting and transporting device according to claim 1, characterized in that: The conveying guide groove is provided with two target stop positions, and correspondingly provided with three limit columns driven by the linear conveying cylinder at the same time. The three limit columns are respectively used to transfer the material from the loading end to the first target stop position, transfer the material at the first target stop position to the second target stop position, and transfer the material at the second target stop position to the unloading end.
5. The thin-film component position limiting and transporting device according to claim 1, characterized in that: A spring sheet is arranged at the rear end of each detection position on the inner side of the guide groove, and the spring sheet has a smooth bulging surface on the side facing the guide groove, so that when the product to be transported is pushed by the sending component, the side of the product to be transported is pressed against the spring sheet, so that the spring sheet is deformed and compressed, and the product to be transported passes through. When the product to be transported is sent to the right position, the sending component stops sending it forward further. At this time, the spring sheet at the stop end of the target stop position is not compressed and bulges out of the guide groove, thereby blocking the product to be transported from sliding due to inertia and making it stay in the current target position.