Heat dissipation water tank pressure test transfer line

Abstract

A heat dissipation water tank pressure test transfer line comprises a conveying device and two sets of transfer devices at the two ends of the conveying device. The conveying device comprises a main frame and two conveying mechanisms arranged on the main frame up and down, and the two conveying mechanisms are arranged to be capable of completing horizontal reverse conveying work of the bearing plate. The transfer device comprises a side support and a transfer mechanism arranged on the side support in a lifting mode, the transfer mechanism is arranged to be a supporting plate capable of bearing one set of conveying mechanism and can be transferred to the other set of conveying mechanism through lifting or descending, the water tank can be placed on the supporting plate to be conveyed, and even if the water tank misses a pressure testing station in the conveying process, the water tank can be transferred to the other set of conveying mechanism. And under the action of the transfer device, the water tank can still be circulated to the transport mechanism on the upper side along with the bearing plate, so that the falling risk is effectively avoided, and the transport and pressure test work of the water tank can be more smoothly and cooperatively carried out.

Description

Technical Field

[0001] This utility model relates to the field of transportation device technology, specifically a heat dissipation tank pressure test transfer line. Background Technology

[0002] During the production of water tanks, pressure testing is usually required after assembly. The existing pressure testing method typically involves setting up a transport line with its first end connected to the water tank assembly station. The assembled water tanks are transported along the production line, while a pressure testing station is set up outside the transport line. When conducting the pressure test, the water tanks need to be moved from the transport line to the pressure testing station, and then transported away after the test is completed. This pressure testing method has two problems. First, if the water tank misses the pressure testing station, it is easy for it to fall off at the end of the transport line without manual or other intervention. Second, since the transport work is usually carried out by conveyor belts, directly placing the water tank on the conveyor belt and transporting it, or removing the water tank from the conveyor belt, can easily cause irreversible friction damage to the conveyor belt. Utility Model Content

[0003] To address the technical problems existing in the background art, this utility model provides a heat dissipation tank pressure test transfer line.

[0004] The technical solution of this utility model is as follows:

[0005] A pressure testing and transfer line for a radiator includes a transport device and two sets of transfer devices at both ends. Through the cooperation of the transport device and the two sets of transfer devices, the cyclic transport operation of the support plate can be completed.

[0006] As the core technical concept of this utility model, the transport device includes a main frame and two sets of transport mechanisms arranged vertically on it. The two sets of transport mechanisms are configured to complete the horizontal reverse transport of the support plate, that is, the transport directions of the two sets of transport mechanisms are opposite. The support plate can be transported horizontally in one direction on the upper transport mechanism or horizontally in the opposite direction on the lower transport mechanism. The transfer device includes a side support and a transfer mechanism that can be raised and lowered on it. The transfer mechanism is configured to receive the support plate of one set of transport mechanisms and can be transferred to the other set of transport mechanisms by raising or lowering it.

[0007] Based on the above structure, the water tank can be placed on a support plate near the head of the upper transport mechanism. When transported to the pressure testing station along the upper transport mechanism, the water tank is transferred to the pressure testing station, and the empty support plate continues transport. Alternatively, the support plate can be transferred together with the water tank to the pressure testing station. After the pressure test, the empty support plate is returned to the upper transport mechanism. When the empty support plate reaches the transfer device position under the action of the upper transport mechanism, the transfer mechanism can first dock with the upper transport mechanism to receive the support plate, and then descend to dock with the lower transport mechanism to receive the support plate. When the support plate reaches the position of another transfer device under the action of the lower transport mechanism, the transfer mechanism can first dock with the lower transport mechanism to receive the support plate, and then rise to dock with the upper transport mechanism to transport the support plate to the first end of the upper transport mechanism, and use it to reposition the water tank. Even if the water tank misses the pressure test position during transportation, it can still be recycled to the upper transport mechanism with the support plate under the action of the transfer device, effectively avoiding the risk of falling and making the transportation and pressure test of the water tank more smoothly coordinated.

[0008] As described above, in a preferred embodiment of the heat dissipation tank pressure test transfer line, to ensure that when the transfer mechanism and the transport mechanism are connected to transfer the support plate to the transport mechanism, the next support plate will fall as the transport mechanism continues to transport, the ends of both sets of transport mechanisms are provided with a first limiting device that can stop the support plate.

[0009] As a further preferred embodiment, to prevent the support plate from missing the pressure testing station during transport by the transport mechanism, a second limiting device capable of stopping the support plate is provided in the middle of the upper transport mechanism.

[0010] Preferably, in order to prevent the two support plates from abutting each other when they move with the transport mechanism, the second limiting device can still accurately stop the support plates, and the support plates are provided with notches in the middle of both sides along the transport direction.

[0011] Based on the above structure, in order to ensure that the pressure test can be better adapted to the transportation of the water tank and that the pressure test can be carried out in an orderly manner during the transfer of the transfer line, several second limiting devices are provided along the transportation direction of the support plate, and a lifting platform is also provided between two adjacent second limiting devices.

[0012] To avoid interference between the lifting of the lifting platform and the transportation of the transport mechanism, the transport mechanism includes two sets of first transport components arranged horizontally opposite each other perpendicular to the transport direction of the support plate. Each first transport component includes a plurality of first rollers arranged linearly along the transport direction of the support plate. The plurality of first rollers are selectively connected to a first drive motor. The two sides of the support plate are configured to be supported on the upper sides of the first rollers of the two sets of first transport components, ensuring that the lifting platform can smoothly complete the lifting of the support plate between the two sets of first transport components of the upper transport mechanism.

[0013] As described above, in terms of the structure of the two limiting devices, both the first limiting device and the second limiting device include a telescopic cylinder vertically fixed on the main frame, with its upper end being a transmission end and equipped with a stop block.

[0014] As described above, the heat exchange tank pressure test transfer line further includes a lifting drive mechanism that is connected to the transfer mechanism. To ensure the lifting stability of the transfer mechanism under the action of the lifting drive mechanism and to prevent the water tank from slipping off the support plate, the transmission drive method of the lifting drive mechanism is screw drive.

[0015] The beneficial effects of this utility model are as follows: This utility model is a pressure testing and transfer line for a heat dissipation water tank. The water tank can be placed on a support plate near the head end of the upper transport mechanism. When transported to the pressure testing station along the upper transport mechanism, the water tank is transferred to the pressure testing station, and the empty support plate continues to be transported. Alternatively, the support plate can be transferred to the pressure testing station together with the water tank. After the pressure test is completed, the empty support plate is returned to the upper transport mechanism. When the empty support plate reaches the transfer device position under the action of the upper transport mechanism, the transfer mechanism can first dock with the upper transport mechanism to receive the support plate, and then descend to meet the lower... The side transport mechanism connects to transport the support plate to the beginning of the lower transport mechanism. When the support plate reaches the position of another transfer device under the action of the lower transport mechanism, the transfer mechanism can first connect with the lower transport mechanism to receive the support plate, and then rise to connect with the upper transport mechanism to transport the support plate to the beginning of the upper transport mechanism, and use it to reposition the water tank. Even if the water tank misses the pressure test position during transportation, it can still be recycled to the upper transport mechanism with the support plate under the action of the transfer device, effectively avoiding the risk of falling and making the transportation and pressure test of the water tank more smoothly coordinated. Attached Figure Description

[0016] The advantages and solutions of this application will become clear to those skilled in the art upon reading the following detailed description of preferred embodiments. The accompanying drawings are for illustrative purposes only and are not intended to limit the scope of this invention.

[0017] In the attached diagram:

[0018] Figure 1 This is a schematic diagram of the transfer line structure in the embodiment;

[0019] Figure 2 This is a schematic diagram illustrating the cooperative transportation method between the support plate and the transportation mechanism in the embodiment;

[0020] The components represented by the various reference numerals in the diagram are:

[0021] 1. Transport device; 11. Main frame; 12. Transport mechanism; 121. First transport component; 2. Transfer device; 21. Side support; 22. Transfer mechanism; 23. Lifting drive motor; 3. First limiting device; 4. Second limiting device; 5. Support plate. Detailed Implementation

[0022] Exemplary embodiments of this disclosure will now be described in more detail with reference to the accompanying drawings.

[0023] Example

[0024] This embodiment provides a pressure testing and transfer line for a cooling water tank. (See [link]) Figure 1 It includes a transport device 1 and two sets of transfer devices 2 at both ends. Through the cooperation of the transport device 1 and the two sets of transfer devices 2, the cyclic transport operation of the support plate 5 can be completed. The structure of the transfer line (the above-mentioned heat sink pressure test transfer line) is described in detail below with reference to the attached drawings.

[0025] In this embodiment, as the core technical concept of this utility model, the transport device 1 includes a main frame 11 and two sets of transport mechanisms 12 arranged vertically on it. The two sets of transport mechanisms 12 are configured to complete the horizontal reverse transport of the support plate 5, that is, the transport directions of the two sets of transport mechanisms 12 are opposite. The support plate 5 can be transported horizontally in one direction on the upper transport mechanism 12, or horizontally in the opposite direction on the lower transport mechanism 12. The transfer device 2 includes a side support 21 and a transfer mechanism 22 that can be raised and lowered on it. The transfer mechanism 22 is configured to receive the support plate of one set of transport mechanisms 12 and can be transferred to the other set of transport mechanisms 12 by raising or lowering it.

[0026] Based on the above structure, the water tank can be placed on the support plate 5 near the head of the upper transport mechanism 12. When transported to the pressure testing station along the upper transport mechanism 12, the water tank is transferred to the pressure testing station, and the empty support plate 5 continues to be transported, or the support plate 5 is transferred together with the water tank to the pressure testing station. After the pressure test, the empty support plate 5 is returned to the upper transport mechanism 12. When the empty support plate 5 reaches the position of the transfer device 2 under the action of the upper transport mechanism 12, the transfer mechanism 22 can first dock with the upper transport mechanism 12 to receive the support plate 5, and then descend to dock with the lower transport mechanism 12 to receive the support plate. 5. When the support plate 5 reaches the position of another transfer device 2 under the action of the lower transport mechanism 12, the transfer mechanism 22 can first dock with the lower transport mechanism 12 to receive the support plate 5, and then rise to dock with the upper transport mechanism 12 to transport the support plate 5 to the first end of the upper transport mechanism 12, and use it to reposition the water tank. Even if the water tank misses the pressure test position during transportation, it can still be recycled to the upper transport mechanism 12 with the support plate 5 under the action of the transfer device 2, effectively avoiding the risk of falling, so that the transportation and pressure test of the water tank can be carried out more smoothly.

[0027] Furthermore, in order to ensure that when the transfer mechanism 22 connects with the transport mechanism 12 to transfer the support plate 5 to the transport mechanism 12, the next support plate 5 will fall off as the transport mechanism 12 continues to transport. As a preferred embodiment, the ends of both sets of transport mechanisms 12 are provided with a first limiting device 3 that can stop the support plate 5.

[0028] As a further preferred embodiment, in order to prevent the support plate 5 from missing the pressure testing station during transport by the transport mechanism 12, a second limiting device 4 capable of stopping the support plate 5 is provided in the middle of the upper transport mechanism 12.

[0029] Specifically, regarding the structure of the first limiting device 3 and the second limiting device 4, both the first limiting device 3 and the second limiting device 4 include a telescopic cylinder vertically fixed on the main frame 11. The upper end of the cylinder is a transmission end and is provided with a stop block. By controlling the lifting and lowering of the stop block through the telescopic cylinder, the work of stopping or releasing the support plate 5 can be completed.

[0030] In this embodiment, in order to ensure that the pressure test can be better adapted to the transportation of the water tank and that the pressure test can be carried out in an orderly manner during the transfer of the transfer line, several second limiting devices 4 are provided along the transportation direction of the support plate 5, and a lifting platform (not shown) is also provided between two adjacent second limiting devices 4.

[0031] Based on the above structure, to avoid interference between the lifting of the lifting platform and the transportation of the transport mechanism 12, the transport mechanism 12 includes two sets of first transport components 121 arranged horizontally opposite each other perpendicular to the transport direction of the support plate 5. Each first transport component 121 includes several first rollers arranged linearly along the transport direction of the support plate 5. The several first rollers are selectively connected to a first drive motor. The two sides of the support plate 5 are configured to be supported on the upper sides of the first rollers of the two sets of first transport components 121 respectively. The lifting platform is fixed to the main frame 11, and its vertical projection is located between the two sets of first transport components 121, ensuring that the lifting platform can smoothly complete the lifting of the support plate 5 from between the two sets of first transport components 121 of the upper transport mechanism 12. As for the specific structure of the lifting platform, it can be a scissor lift structure or other lifting structures, mainly to achieve the lifting and lowering of the support plate 5. The specific structure and lifting method of the lifting platform will not be elaborated or limited here.

[0032] As a preferred embodiment, in order to prevent the two support plates 5 from abutting each other when they move with the transport mechanism 12, the second limiting device 4 can still accurately stop the support plates 5. The support plates 5 are provided with notches in the middle of both sides along the transport direction, so that when the two support plates 5 abut each other, the block of the second limiting device 4 can pass through the notch upward to stop the support plates 5.

[0033] In this embodiment, the transfer device 2 further includes a lifting drive mechanism that is connected to the transfer mechanism 22. To ensure the lifting stability of the transfer mechanism 22 under the action of the lifting drive mechanism and to prevent the water tank from slipping off the support plate 5, the transmission drive method of the lifting drive mechanism is screw drive.

[0034] Specifically, the transfer mechanism 22 includes two sets of second transport components arranged horizontally opposite each other perpendicular to the transport direction of the support plate 5. Each second transport component includes a plurality of second rollers arranged linearly along the transport direction of the support plate 5. The second rollers are pulleys. The outer ring of the plurality of second rollers is provided with a conveyor belt. The plurality of second rollers are selectively connected to a second drive motor. The second drive motor can drive the second rollers to rotate, thereby driving the conveyor belt to rotate. The two sides of the support plate 5 are configured to be supported on the upper side of the conveyor belts of the two sets of second transport components respectively.

[0035] Furthermore, both ends of the second transport component are vertically slidably connected to the side support 21. The lifting drive mechanism includes a lifting drive motor 23 located on the lower side of the side support 21, with a vertically arranged and rotatable screw connected to its transmission end. The lifting drive mechanism also includes a nut on the second transport component, and the nut is screwed to the screw. The lifting drive motor 23 can drive the screw to rotate, thereby driving the screw that is screwed to lift and lower, thus completing the lifting drive operation of the second transport component.

Claims

1. A heat dissipation water tank pressure test transfer line, characterized in that, The transport device (1) and two groups of transfer devices (2) at both ends thereof are included; The transport device (1) comprises a main frame (11) and two groups of transport mechanisms (12) arranged on the main frame (11) in an up-down manner, and the two groups of transport mechanisms (12) are arranged to complete horizontal reverse transport work of the supporting plate (5); The transfer device (2) comprises a side frame (21) and a transfer mechanism (22) arranged on the side frame (21) in a lifting manner, and the transfer mechanism (22) is arranged to receive the supporting plate of one group of transport mechanisms (12) and to be transferred to the other group of transport mechanisms (12) by lifting or lowering.

2. The water tank pressure test and transport line of claim 1, wherein, The end of each of the two groups of transport mechanisms (12) is provided with a first limiting device (3) capable of stopping the supporting plate (5).

3. The water tank pressure test and transport line of claim 2, wherein, The middle part of the upper transport mechanism (12) is provided with a second limiting device (4) capable of stopping the supporting plate (5).

4. The water tank pressure test and transport line of claim 3, wherein, The middle part of the two sides of the supporting plate (5) along the transport direction is provided with a notch.

5. The water tank pressure test and transport line of claim 4, wherein, The second limiting device (4) is provided along the transport direction of the supporting plate (5), and a lifting platform is further arranged between the adjacent two second limiting devices (4).

6. The water tank pressure test and transport line of claim 5, wherein, The transport mechanism (12) comprises two groups of first transport assemblies (121) arranged horizontally opposite to the transport direction of the supporting plate (5); The first transport assembly (121) comprises a plurality of first rollers arranged linearly along the transport direction of the supporting plate (5), and a first driving machine is selectively connected to the plurality of first rollers, and the two sides of the supporting plate (5) are arranged to be respectively supported on the upper side of the first rollers of the two groups of first transport assemblies (121).

7. The water tank pressure test and transport line of claim 3, wherein, The first limiting device (3) and the second limiting device (4) both comprise a telescopic cylinder fixed vertically on the main frame (11), and the upper end of the telescopic cylinder is a transmission end and is provided with a stop block.

8. The water tank pressure test and transport line of claim 1, wherein, The transfer device (2) further comprises a lifting driving mechanism in transmission connection with the transfer mechanism (22); The transmission driving mode of the lifting driving mechanism is screw transmission.

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