Helium detection tool structure of product and detection equipment

Abstract

The utility model discloses a product helium detection tooling structure and detection equipment, comprising a group of helium detection tooling and a helium detection pipeline assembly, the helium detection tooling comprises a support, a cylinder, a detection tooling, an indicating lamp and an electromagnetic valve group; an air cylinder penetrates through the upper end of the support; the output end of the air cylinder is connected with an upper tool of the detection tool, and a lower tool of the detection tool is installed on the support. An indicating lamp and an electromagnetic valve group are mounted on the side edge of the support; and the helium detection tool is connected with the helium detection pipeline assembly. According to the helium detection tool structure and the detection equipment, through combination of a series of designed functional modules, the space is fully utilized, the overall structure is compact, and the safety of operators in the equipment operation period can be effectively protected while the detection quality is guaranteed.

Description

Technical Field

[0001] This utility model belongs to the technical field of helium detection equipment, and specifically relates to a helium detection tooling structure and detection equipment for a product. Background Technology

[0002] The rapid development of new energy batteries has driven the replacement of pouch batteries with steel-cased consumer batteries, giving them higher performance, higher density, and higher safety. In the new energy consumer battery sub-sector, due to the huge market capacity and increased production volume of this emerging industry, the demand for this component has risen sharply. To improve safety and production efficiency, helium testing is essential throughout the entire production process.

[0003] However, existing technologies for inspecting steel-cased battery covers fall short of expectations, particularly in ensuring product yield and controlling safety risks. Specifically, most equipment currently on the market for inspecting the welding quality of steel-cased battery covers suffers from significant deficiencies in accuracy and reliability, and its limited testing structure makes it difficult to ensure that every inspected product meets high-quality standards. This not only impacts production efficiency but also leads to a high defect rate, increasing production costs for companies.

[0004] Because defects are not detected in a timely and accurate manner, the manufactured battery products may have safety hazards such as leakage and short circuits during use, which greatly increases safety risks and poses a huge threat to the life and property safety of users.

[0005] Therefore, the above situation urgently needs to be addressed. Utility Model Content

[0006] Purpose of the utility model: In order to overcome the above shortcomings, the purpose of this utility model is to provide a helium testing fixture structure and testing equipment for products, which can meet the basic helium testing functions of products with flanges and covers, finished products with middle frames and covers welded together, and products with middle frames without covers, and effectively improve the testing quality and ensure the safety of product use.

[0007] Technical Solution: A helium detection fixture structure and detection equipment for a product, comprising a set of helium detection fixtures and a helium detection pipeline assembly. The helium detection fixture includes a support, a cylinder, a detection fixture, an indicator light, and a solenoid valve assembly. The cylinder passes through the upper end of the support. The output end of the cylinder is connected to the upper fixture of the detection fixture, and the lower fixture of the detection fixture is mounted on the support. The indicator light and the solenoid valve assembly are installed on the side of the support. The helium detection fixture is connected to the helium detection pipeline assembly. This application, by using a cylinder to connect the upper fixture of the detection fixture, can ensure higher alignment accuracy of the upper and lower fixtures during each test, thereby improving the sealing performance between the fixtures.

[0008] Furthermore, the testing fixture includes a first testing fixture, which is used to test products with a flange cover structure; the first testing fixture includes a first upper fixture and a first lower fixture.

[0009] The first upper tooling includes a first upper tooling block, a first upper tooling pad, a first cylinder fixing block, a first sealing head, a first upper connector, a first cylinder, a first lower connector, and a set of first positioning pins. A rectangular groove is provided on the first upper tooling block, and the first upper tooling pad is installed in the rectangular groove. The first cylinder fixing block is installed at one end of the first upper tooling block, and the first upper connector, the first cylinder, and the first sealing head are sequentially connected and inserted into the first cylinder fixing block. The other side of the first sealing head is located within the first upper tooling pad. First positioning pins are installed on both sides of the first upper tooling block. A set of first lower connectors is provided at the lower end of the first cylinder fixing block for drawing and spraying helium gas into the outer cavity of the product.

[0010] The first lower tooling includes a first lower tooling block, a first product support block, a first outer sealing ring, a first inner sealing ring, and a set of first bushings. The first product support block is mounted on the first lower tooling block, and the first outer sealing ring and the first inner sealing ring are mounted on the outer side of the first product support block. First bushings are mounted on both sides of the first lower tooling block. The first inspection tooling involved in this application adopts a two-stage sealing tooling design. The primary seal is a product seal, which is designed as a sealing ring, and the secondary seal is a tooling seal. The upper tooling presses against the product flange edge, and the external parts are rigidly limited, resulting in a stable structure.

[0011] Furthermore, the testing fixture also includes a second testing fixture, which is used to test products without flanges and cover structures; the second testing fixture includes a second upper fixture and a second lower fixture;

[0012] The second upper tooling includes a second upper tooling block, a second upper tooling pad, a second cylinder fixing block, a second sealing head, a second upper connector, a second cylinder, a second lower connector, a set of second positioning pins, and a second floating connector. A rectangular groove is provided on the second upper tooling block, and the second upper tooling pad is installed in the groove. A second cylinder fixing block is installed at one end of the second tooling block, and the second upper connector, the second cylinder, the second floating connector, and the second sealing head are sequentially connected and inserted into the second cylinder fixing block. The other side of the second sealing head is inserted into the second upper tooling block. Second positioning pins are installed on both sides of the second upper tooling block. A second lower connector is provided at the lower end of the second cylinder fixing block for drawing and spraying helium gas into the outer cavity of the product.

[0013] The second lower tooling includes a second lower tooling block, a second product support block, a second outer sealing ring, a second inner sealing gasket, and a set of second bushings. The second product support block is mounted on the second lower tooling block, and the second outer sealing ring and the second inner sealing gasket are mounted on the outer side of the second product support block. Second bushings are mounted on both sides of the second lower tooling block. A helium extraction connector is installed at the bottom of the second lower tooling block for extracting helium from the product's internal cavity. The second testing tooling of this application adopts a two-stage sealing tooling design. The primary seal is a product seal, with the product contact position structure designed as a specific groove; the secondary seal is a tooling seal. The upper tooling presses down on the product, and external parts are rigidly positioned, resulting in a stable structure.

[0014] Furthermore, the testing fixture also includes a third testing fixture, which is used to test products without flanges; the third testing fixture includes a third upper fixture and a third lower fixture.

[0015] The third upper tooling includes a third upper tooling block, a third upper tooling gasket, a third upper tooling shim, a third cylinder fixing block, a third upper connector, a third cylinder, a third floating connector, a third sealing pressure head, a third lower connector, and a third positioning pin. The third upper tooling block has a rectangular groove, within which the third upper tooling gasket and the third upper tooling shim are located. The third upper tooling shim is U-shaped and surrounds the outer side of the third upper tooling gasket. A third cylinder fixing block is installed at one end of the third tooling block, and the third upper connector, the third cylinder, the third floating connector, and the third sealing pressure head are sequentially connected and inserted into the third cylinder fixing block. The other side of the third sealing pressure head is inserted into the third upper tooling block. Third positioning pins are installed on both sides of the third upper tooling block. A third lower connector is provided at the lower end of the third cylinder fixing block for drawing and spraying helium gas into the outer cavity of the product.

[0016] The third lower tooling includes a third lower tooling block, a third product support block, a third outer sealing ring, a third inner sealing gasket, and a set of third bushings. The third product support block is mounted on the third lower tooling block, and the third outer sealing ring and third inner sealing gasket are mounted on the outer side of the third product support block. Third bushings are mounted on both sides of the third lower tooling block. A helium extraction connector is installed at the bottom of the third lower tooling block for extracting helium from the product's internal cavity. The third testing tooling involved in this application adopts a two-stage sealing tooling design: the primary seal is a product seal, with the product contact position structure designed as a specific groove; the secondary seal is a tooling seal. The upper tooling presses down on the product, and external parts are rigidly limited, resulting in a stable structure.

[0017] Furthermore, the helium detection pipeline assembly includes a vacuum pump, a circuit board, a helium detector controller, a pre-pump, a pre-pump, a helium detector, component components, and a helium detection display screen. The circuit board is mounted on the column of the lower frame. One end of the circuit board is equipped with the vacuum pump and the helium detector controller; the other end of the vacuum pump is equipped with the pre-pump and the pre-pump, which are arranged side by side. The other end of the helium detector controller is equipped with the helium detector; the other end of the helium detector is equipped with component components and the main helium detection pipeline; the helium detection display screen is located on the side of the lower frame. This application, by integrating equipment such as a vacuum pump, a pre-pump, and a pre-pump, can effectively extract gas from the system, ensuring that the detection environment reaches the required vacuum level, thereby improving the accuracy and reliability of helium leak detection. The circuit board and its control components are responsible for coordinating the entire system, ensuring efficient cooperation between various components.

[0018] As can be seen from the above technical solution, this utility model has the following beneficial effects:

[0019] 1. The helium testing fixture and testing equipment involved in this application make full use of space through a series of designed functional modules, and the overall structure is compact. While ensuring the testing quality, it can effectively protect the safety of operators during equipment operation.

[0020] 2. The various testing fixtures involved in this application can test products with various structures, have a wide range of applications, and adopt a two-level sealing fixture design. The first level of sealing is the product sealing, and the product contact position structure of this sealing structure is designed as a sealing ring or a specific groove structure; the second level of sealing is the fixture sealing, which uses the upper fixture to press the product and the external parts to be hard-limited, making the structure more stable. Attached Figure Description

[0021] Figure 1 A schematic diagram of the helium gas detection fixture and the external structure of the detection equipment for a product.

[0022] Figure 2 A schematic diagram of the helium detection fixture structure and detection equipment for a product.

[0023] Figure 3 A schematic diagram of the structure of the first upper fixture in the first detection fixture of a helium gas detection fixture and detection equipment for a product.

[0024] Figure 4 A schematic diagram of the structure of the first lower fixture in the first detection fixture of a helium gas detection fixture and detection equipment for a product.

[0025] Figure 5 A schematic diagram of the structure of the second upper fixture in the second detection fixture of a product's helium detection fixture and detection equipment;

[0026] Figure 6 This is a schematic diagram of the structure of the second lower fixture in the second detection fixture of a product's helium detection fixture and detection equipment.

[0027] Figure 7 This is a schematic diagram of the structure of the helium gas detection fixture for a product and the structure of the third upper fixture in the third detection fixture of the detection equipment.

[0028] Figure 8 This is a schematic diagram of the structure of the third lower fixture in the third testing fixture of a product's helium gas testing tooling and testing equipment.

[0029] Figure 9 This is a schematic diagram of the helium extraction connector in the second and third lower fixtures of a helium gas detection fixture and detection equipment for a product.

[0030] Figure 10 A schematic diagram of the helium detection tooling structure and the helium detection pipeline assembly structure of the detection equipment for a product.

[0031] Explanation of reference numerals in the attached diagram: 000-Upper rack; 001-Lower rack; 002-Fan; 003-Operating platform; 004-Display screen assembly; 005-Button assembly; 006-Keyboard assembly; 007-Raster sheet metal; 008-Lifting safety door; 009-Viewing window door switch; 010-Reset button; 011-Barcode scanner fixture; 012-Barcode scanner; 013-Three-piece assembly; 014-Tricolor LED;

[0032] 1-Support; 2-Cylinder; 3-Inspection fixture;

[0033] 31-First upper tooling; 3101-First upper tooling block; 3102-First upper tooling pad; 3103-First cylinder fixing block; 3104-First sealing head; 3105-First upper connector; 3106-First cylinder; 3107-First lower connector; 3108-First positioning pin;

[0034] 32-First lower tooling; 3201-First lower tooling block; 3202-First product support block; 3203-First outer sealing ring; 3204-First inner sealing ring; 3205-First bushing;

[0035] 33-Second upper tooling; 3301-Second upper tooling block; 3302-Second upper tooling pad; 3303-Second cylinder fixing block; 3304-Second sealing head; 3305-Second upper connector; 3306-Second cylinder; 3307-Second lower connector; 3308-Second locating pin; 3309-Second floating connector;

[0036] 34-Second lower tooling; 3401-Second lower tooling block; 3402-Second product support block; 3403-Second outer sealing gasket; 3404-Second inner sealing ring; 3405-Second bushing;

[0037] 35-Third upper tooling; 3501-Third upper tooling block; 3502-Third upper tooling sealing gasket; 3503-Third upper tooling gasket; 3504-Third cylinder fixing block; 3505-Third upper connector; 3506-Third cylinder; 3507-Third floating connector; 3508-Third sealing pressure head; 3509-Third lower connector; 3510-Third locating pin;

[0038] 36-Third lower tooling; 3601-Third lower tooling block; 3602-Third product support block; 3603-Third outer sealing ring; 3604-Third inner sealing gasket; 3605-Third bushing;

[0039] 4-Indicator light; 5-Solenoid valve assembly;

[0040] 6-Helium detection tubing assembly; 601-Vacuum pump; 602-Circuit board; 603-Helium detector controller; 604-Backing pump; 605-Pre-pump; 606-Helium detector; 607-Component assembly; 608-Helium detection display screen; 609-Helium detection main tubing Detailed Implementation

[0041] The present invention will be further explained below with reference to the accompanying drawings and specific embodiments.

[0042] Example 1

[0043] This embodiment describes the structure of a helium detection fixture and the detection equipment for a product. Please refer to [reference needed]. Figure 1As shown, the system includes an upper frame 000, a lower frame 001, a set of fans 002, an operating platform 003, a display screen assembly 004, a button assembly 005, a keyboard assembly 006, a set of light-emitting sheet metal 007, a lifting safety door 008, a viewing window door 009, a set of reset buttons 010, a barcode scanner 011, a barcode scanner 012, a three-piece assembly 013, and a tri-color light 014. The upper frame 000 has a fan 002 mounted on its top, and the display screen assembly 004, button assembly 005, and keyboard assembly 006 are mounted on the upper frame 000, with additional components arranged in adjacent positions. A grating sheet metal 007 is provided, with a lifting safety door 008 installed on its inner side. An operating platform 003 is installed at the front end of the lifting safety door 008. A reset button 010 and a barcode scanning fixture 011 are installed on the operating platform 003. A barcode scanner 012 is installed on the barcode scanning fixture 011. A viewing window switch door 009 is installed on the side of the upper frame 000. A set of fans 002 is installed on the viewing window switch door 009. A tri-color light 014 is installed on the top of the upper frame 000. A three-piece assembly 013 is installed on the lower frame 001, and a set of fans 002 is installed on its side.

[0044] Furthermore, the helium detection fixture structure and detection equipment of the product also include a set of helium detection fixtures and a helium detection pipe assembly 6; the helium detection fixtures are installed in the upper frame 000, and the helium detection pipe assembly 6 is disposed in the lower frame 001.

[0045] For further details, please refer to... Figure 2 As shown, the helium detection fixture includes a support 1, a cylinder 2, a detection fixture 3, an indicator light 4, and a solenoid valve assembly 5; the cylinder 2 is inserted through the upper end of the support 1; the output end of the cylinder 2 is connected to the upper fixture of the detection fixture 3, and the lower fixture of the detection fixture 3 is installed on the support 1; the indicator light 4 and the solenoid valve assembly 5 are installed on the side of the support 1.

[0046] For further details, please refer to... Figure 10 As shown, the helium detection pipeline assembly 6 includes a vacuum pump 601, a circuit board 602, a helium detector controller 603, a pre-pump 604, a pre-pump 605, a helium detector 606, a component assembly 607, and a helium detection display screen 608. The circuit board 602 is mounted on the column of the lower frame 001. One end of the circuit board 602 is provided with the vacuum pump 601 and the helium detector controller 603. The other end of the vacuum pump 601 is provided with the pre-pump 604 and the pre-pump 605, which are arranged side by side. The other end of the helium detector controller 603 is provided with the helium detector 606. The other end of the helium detector 606 is provided with the component assembly 607 and the helium detection main pipeline 609. The helium detection display screen 608 is located on the side of the lower frame 001.

[0047] Furthermore, the working principle of this application is as follows: This application uses one device with two sets of fixtures, each set of fixtures adopts a single-cavity mode, and the mass spectrometer directly detects the two single-cavity products together. If NG, the baffle valve is switched, and the products in the two fixtures are then detected by helium detection separately. After the detection is completed, the indicator light in front of the fixture displays the color of the corresponding detection result. OK is green and NG is red.

[0048] Furthermore, the process flow of a helium detection fixture structure and detection equipment for a product includes:

[0049] Step S1: Manually take the product to the barcode scanning fixture 011 and align it with the barcode scanner 012 for scanning;

[0050] Step S2: Manually place the scanned product into the corresponding helium inspection fixture, exit the grating sheet metal 007 and press the two-hand start reset button 010;

[0051] Step S3: The upper fixture in the helium gas testing fixture presses the product downwards;

[0052] Step S4: The helium testing fixture side push assembly plugs and seals the product's oil injection hole;

[0053] Step S5: The helium detector 606 performs helium testing on the products in the helium testing fixture. A green light indicates OK, and a red light indicates NG.

[0054] Step S6: After manual inspection, the indicator light will illuminate. Products with a bright green light will be placed in the qualified material box, and products with a bright red light will be placed in the NG material box.

[0055] Step S7: Repeat steps 1 through 6 in sequence.

[0056] Example 2

[0057] This embodiment further introduces a helium detection fixture structure and detection equipment for a product based on the above embodiments. The detection fixture includes a first detection fixture, which is used to detect products with a flange cover structure. The first detection fixture includes a first upper fixture 31 and a first lower fixture 32.

[0058] Please refer to Figure 3As shown, the first upper tooling 31 includes a first upper tooling block 3101, a first upper tooling pad 3102, a first cylinder fixing block 3103, a first sealing pressure head 3104, a first upper connector 3105, a first cylinder 3106, a first lower connector 3107, and a set of first positioning pins 3108; a rectangular groove is provided on the first upper tooling block 3101, and the first upper tooling pad 3102 is installed in the groove; a first upper tooling block 3102 is installed at one end of the first upper tooling block 3101. The cylinder fixing block 3103 has a first upper connector 3105, a first cylinder 3106, and a first sealing head 3104 sequentially connected inside it. The other side of the first sealing head 3104 is located inside the first upper tooling pad 3102. First positioning pins 3108 are installed on both sides of the first upper tooling block 3101. A set of first lower connectors 3107 are provided at the lower end of the first cylinder fixing block 3103 for drawing and spraying helium gas into the outer cavity of the product.

[0059] Please refer to Figure 4 As shown, the first lower tooling 32 includes a first lower tooling block 3201, a first product support block 3202, a first outer sealing ring 3203, a first inner sealing ring 3204, and a set of first bushings 3205; the first product support block 3202 is provided on the first lower tooling block 3201, and the first outer sealing ring 3203 and the first inner sealing ring 3204 are provided on the outer side of the first product support block 3202; the first bushing 3205 is provided on the first lower tooling block 3201 relative to the first positioning pin 3108.

[0060] Example 3

[0061] This embodiment further introduces a helium detection fixture structure and detection equipment for a product based on the above embodiments. The detection fixture also includes a second detection fixture, which is used to detect products without flanges and cover structures. The second detection fixture includes a second upper fixture 33 and a second lower fixture 34.

[0062] Please refer to Figure 5As shown, the second upper tooling 33 includes a second upper tooling block 3301, a second upper tooling pad 3302, a second cylinder fixing block 3303, a second sealing head 3304, a second upper connector 3305, a second cylinder 3306, a second lower connector 3307, a set of second positioning pins 3308, and a second floating connector 3309; a rectangular groove is provided on the second upper tooling block 3301, and the second upper tooling pad 3302 is installed in the rectangular groove; a second cylinder is installed at one end of the second tooling block. The cylinder fixing block 3303 has a second upper connector 3305, a second cylinder 3306, a second floating connector 3309, and a second sealing head 3304 sequentially connected inside it. The other side of the second sealing head 3304 is inserted into the second upper tooling block 3301. Second positioning pins 3308 are installed on both sides of the second upper tooling block 3301. A second lower connector 3307 is provided at the lower end of the second cylinder fixing block 3303 for drawing and spraying helium gas into the outer cavity of the product.

[0063] Please refer to Figure 6 As shown, the second lower tooling 34 includes a second lower tooling block 3401, a second product support block 3402, a second outer sealing ring, a second inner sealing gasket, and a set of second bushings 3405; the second product support block 3402 is disposed on the second lower tooling block 3401, and the second outer sealing ring and the second inner sealing gasket are disposed on the outer side of the second product support block 3402; the second bushing 3405 is disposed on the second lower tooling block 3401 relative to the second positioning pin 3308; please refer to Figure 9 As shown, a helium extraction connector is installed at the bottom of the second lower tooling block 3401 for extracting helium from the inner cavity of the product.

[0064] Example 4

[0065] This embodiment further introduces a helium detection fixture structure and detection equipment for a product based on the above embodiments. The detection fixture also includes a third detection fixture, which is used to detect products without flanges. The third detection fixture includes a third upper fixture 35 and a third lower fixture 36.

[0066] Please refer to Figure 7As shown, the third upper tooling 35 includes a third upper tooling block 3501, a third upper tooling sealing gasket 3502, a third upper tooling gasket 3503, a third cylinder fixing block 3504, a third upper connector 3505, a third cylinder 3506, a third floating connector 3507, a third sealing pressure head 3508, a third lower connector 3509, and a third positioning pin 3510. A rectangular groove is provided on the third upper tooling block 3501, and the third upper tooling sealing gasket 3502 and the third upper tooling gasket 3503 are disposed within the groove. The third upper tooling gasket 3503 is U-shaped and is arranged around the third upper tooling block 3501. The outer side of the upper tooling sealing gasket 3502; a third cylinder fixing block 3504 is installed at one end of the third tooling block, and a third upper connector 3505, a third cylinder 3506, a third floating connector 3507, and a third sealing head 3508 are sequentially connected inside the third cylinder fixing block 3504; the other side of the third sealing head 3508 is inserted inside the third upper tooling block 3501; third positioning pins 3510 are installed on both sides of the third upper tooling block 3501; a third lower connector 3509 is provided at the lower end of the third cylinder fixing block 3504 for drawing and spraying helium gas into the outer cavity of the product.

[0067] Please refer to Figure 8 As shown, the third lower tooling 36 includes a third lower tooling block 3601, a third product support block 3602, a third outer sealing ring 3603, a third inner sealing gasket 3604, and a set of third bushings 3605; the third product support block 3602 is disposed on the third lower tooling block 3601, and the third outer sealing ring 3603 and the third inner sealing gasket 3604 are disposed on the outer side of the third product support block 3602; the third bushing 3605 is disposed on the third lower tooling block 3601 relative to the third positioning pin 3510; please refer to Figure 9 As shown, a helium extraction connector is installed at the bottom of the third lower tooling block 3601 for extracting helium from the inner cavity of the product.

[0068] The above description is only a preferred embodiment of the present utility model. It should be noted that for those skilled in the art, several improvements can be made without departing from the principle of the present utility model, and these improvements should also be considered within the protection scope of the present utility model.

Claims

1. A helium detection fixture structure and detection equipment for a product, characterized in that, The helium detection tool includes a set of helium detection tool, helium detection pipe line assembly (6), the helium detection tool includes support (1), cylinder (2), detection tool (3), indicator light (4), electromagnetic valve group (5), the upper end of support (1) is provided with cylinder (2); the output end of cylinder (2) is connected with the upper tool of detection tool (3), and the lower tool of detection tool (3) is installed on support (1); the side of support (1) is provided with indicator light (4) and electromagnetic valve group (5); the helium detection tool is connected with helium detection pipe line assembly (6).

2. The product helium detection tooling structure and detection apparatus of claim 1, wherein, The detection tool includes a first detection tool for detecting products with a flange cover structure; the first detection tool includes a first upper tool (31) and a first lower tool (32); The first upper tool (31) includes a first upper tool block (3101), a first upper tool pad block (3102), a first cylinder fixing block (3103), a first sealing pressure head (3104), a first upper joint (3105), a first cylinder (3106), a first lower joint (3107) and a set of first positioning pins (3108); the first upper tool block (3101) is provided with a rectangular groove, and the first upper tool pad block (3102) is installed in the groove; one end of the first upper tool block (3101) is provided with the first cylinder fixing block (3103), the first cylinder fixing block (3103) is sequentially provided with the first upper joint (3105), the first cylinder (3106) and the first sealing pressure head (3104); the other side of the first sealing pressure head (3104) is arranged in the first upper tool pad block (3102); the first upper tool block (3101) is provided with the first positioning pin (3108) on both sides; the first lower joint (3107) is arranged at the lower end of the first cylinder fixing block (3103) to inject helium into the outer cavity of the product; The first lower tool (32) includes a first lower tool block (3201), a first product support block (3202), a first outer sealing ring (3203), a first inner sealing ring (3204) and a set of first bushings (3205); the first product support block (3202) is arranged on the first lower tool block (3201), and the outer side of the first product support block (3202) is provided with the first outer sealing ring (3203) and the first inner sealing ring (3204); the first bushing (3205) is arranged on both sides of the first lower tool block (3201).

3. The product helium detection tooling structure and detection apparatus of claim 1, wherein, The detection tool further includes a second detection tool for detecting products without a flange cover structure; the second detection tool includes a second upper tool (33) and a second lower tool (34). The second upper tooling (33) comprises a second upper tooling block (3301), a second upper tooling pad (3302), a second cylinder fixing block (3303), a second sealing pressure head (3304), a second upper joint (3305), a second cylinder (3306), a second lower joint (3307), a group of second positioning pins (3308), and a second floating joint (3309). The second upper tooling block (3301) is provided with a rectangular groove, and the second upper tooling pad (3302) is installed in the rectangular groove. The second tooling block is provided at one end with the second cylinder fixing block (3303), and the second cylinder fixing block (3303) is sequentially provided with the second upper joint (3305), the second cylinder (3306), the second floating joint (3309), and the second sealing pressure head (3304). The other side of the second sealing pressure head (3304) is provided in the second upper tooling block (3301). The second positioning pins (3308) are installed on both sides of the second upper tooling block (3301). The second lower joint (3307) is arranged at the lower end of the second cylinder fixing block (3303), and is used for pumping and injecting helium in the outer cavity of the product. The second lower tooling (34) comprises a second lower tooling block (3401), a second product support block (3402), a second outer sealing ring (3403), a second inner sealing pad (3404), and a group of second bushings (3405). The second product support block (3402) is arranged on the second lower tooling block (3401), and the outer side of the second product support block (3402) is provided with the second outer sealing ring (3403) and the second inner sealing pad (3404). The second bushings (3405) are arranged on both sides of the second lower tooling block (3401). The bottom end of the second lower tooling block (3401) is provided with a helium pumping joint, which is used for pumping helium in the inner cavity of the product.

4. The product helium detection tooling structure and detection apparatus of claim 1, wherein, The detection tooling further comprises a third detection tooling, which is used for detecting products without a flange structure. The third detection tooling comprises a third upper tooling (35) and a third lower tooling (36). The third upper tooling (35) comprises a third upper tooling block (3501), a third upper tooling sealing gasket (3502), a third upper tooling gasket (3503), a third cylinder fixing block (3504), a third upper joint (3505), a third cylinder (3506), a third floating joint (3507), a third sealing pressure head (3508), a third lower joint (3509), and a third positioning pin (3510); a rectangular groove is arranged on the third upper tooling block (3501), the third upper tooling sealing gasket (3502) and the third upper tooling gasket (3503) are arranged in the groove, the third upper tooling gasket (3503) is in a U shape and is arranged around the outside of the third upper tooling sealing gasket (3502); the third cylinder fixing block (3504) is mounted at one end of the third tooling block, the third upper joint (3505), the third cylinder (3506), the third floating joint (3507), and the third sealing pressure head (3508) are sequentially arranged in the third cylinder fixing block (3504); the other side of the third sealing pressure head (3508) is arranged in the third upper tooling block (3501); the third positioning pin (3510) is mounted on both sides of the third upper tooling block (3501); the third lower joint (3509) is arranged at the lower end of the third cylinder fixing block (3504) and is used for pumping and injecting helium in the outer cavity of the product; The third lower tooling (36) comprises a third lower tooling block (3601), a third product support block (3602), a third outer sealing ring (3603), a third inner sealing gasket (3604), and a group of third bushings (3605); the third product support block (3602) is arranged on the third lower tooling block (3601), the third outer sealing ring (3603) and the third inner sealing gasket (3604) are arranged on the outside of the third product support block (3602); the third bushings (3605) are arranged on both sides of the third lower tooling block (3601); the helium pumping joint is mounted at the bottom end of the third lower tooling block (3601) and is used for pumping helium in the inner cavity of the product.

5. The product helium detection tooling structure and detection apparatus of claim 1, wherein, The helium detection pipe line assembly (6) comprises a vacuum pump (601), a circuit board (602), a helium detector controller (603), a forepump (604), a pre-pump (605), a helium detector (606), a component assembly (607), and a helium detection display screen (608); the circuit board (602) is mounted on the column of the lower rack (001), one end of the circuit board (602) is provided with the vacuum pump (601) and the helium detector controller (603); the other end of the vacuum pump (601) is provided with the forepump (604) and the pre-pump (605), the forepump (604) and the pre-pump (605) are arranged side by side; the other end of the helium detector controller (603) is provided with the helium detector (606); the other end of the helium detector (606) is provided with the component assembly (607) and the helium detection main line (609); and the helium detection display screen (608) is arranged on the side of the lower rack (001).

Images