A test device for testing the locking angle and torque of a furniture connector

Abstract

This invention provides a testing device for testing the locking angle and torque of furniture connectors. It includes a main body with a locking angle direct-reading scale, an angle measuring pointer connector, and a digital torque wrench. This invention achieves simultaneous measurement of the locking angle and maximum torque of furniture connectors using a single device, minimizing interference between the two test items for the same furniture connector. The easy disassembly and assembly of replaceable parts allows for testing of furniture connectors of different sizes, expanding the device's application range for furniture connectors. The pointer and digital display indicators cater to different measurement precision requirements, reducing worker workload, time consumption, and labor costs, thus improving testing efficiency. The device is easy to operate and disassemble, making it highly practical.

Description

Technical Field

[0001] This invention relates to the field of quality testing equipment technology, specifically to a testing device for testing the locking angle and torque of furniture connectors. Background Technology

[0002] As essential items in daily life, furniture is something consumers consider from multiple aspects such as style, material, and function when purchasing. Once consumers have determined their basic purchase intention, they will ultimately start with two basic requirements for furniture: aesthetics and sturdiness.

[0003] Furniture manufacturers are well aware that the unsightly and unstable conditions of existing furniture products are caused by technical defects in the three-in-one connectors. When furniture is moved or disassembled and reassembled, improper handling can generate significant leverage between the panels, easily causing the embedded parts to twist left and right. When the twisting amplitude exceeds a certain limit, the embedded holes in the panels will expand. Since wood itself does not have resilience, when the twisting amplitude of the embedded parts exceeds the limit, the expanded embedded holes lose the tension and fixing force between them and the embedded parts, resulting in damage and loosening of the furniture connections. Moreover, if repairs are not made using methods such as applying glue, the firmness of the furniture connections cannot be guaranteed, eventually leading to complete damage and scrapping.

[0004] The strength, locking angle, and maximum torque of the three-in-one furniture connectors will affect the stability of the connectors during furniture assembly. However, the locking angle and maximum torque of the three-in-one connectors are different due to different materials, sizes, and manufacturing processes. It is essential to measure and test the locking angle and torque strength of the three-in-one furniture connectors, as this will affect or even determine the stability of the furniture assembly.

[0005] Therefore, there is an urgent need to design a new test device that can simultaneously measure the locking angle and torque of the three-in-one connector to solve the current practical technical problems. Summary of the Invention

[0006] In view of this, the main objective of this invention is to provide a testing device for testing the locking angle and torque of furniture connectors. This device allows for the simultaneous measurement of the locking angle and maximum torque of furniture connectors using a single setup, minimizing interference between the two test items for the same furniture connector. The easy assembly and disassembly of replaceable parts enables the measurement and testing of furniture connectors of different sizes, significantly expanding the application range of the testing device for furniture connectors. The use of pointer and digital displays for different measurement accuracy tests helps reduce the workload of staff, effectively lowering time and cost, greatly reducing testing labor costs, and improving testing efficiency. The device is easy to operate, occupies a small area, and allows for convenient assembly and disassembly of various parts.

[0007] To achieve the objective of this invention, the technical solution adopted is as follows:

[0008] A testing device for testing the locking angle and torque of furniture connectors includes a testing device body, a locking angle direct-reading scale installed on the testing device body, an angle measuring pointer connector installed on the locking angle direct-reading scale, and a digital torque wrench installed on the angle measuring pointer connector.

[0009] Preferably, the main body of the test device includes a force-measuring fixing block. The front end of the force-measuring fixing block is connected to the force-measuring slider via a distance-adjusting rotary screw. A connector mounting slider is installed at the front end of the force-measuring slider. Both ends of the force-measuring slider and the connector mounting slider are fitted onto a measuring mounting slide rod. One end of the measuring mounting slide rod is fixedly connected to the force-measuring fixing block, and the other end is fixedly connected to the force-measuring support fixing block. The connector mounting slider includes a connector fixing mounting platform in the middle. A connector mounting cylinder is installed in the middle of the connector fixing mounting platform. The connector mounting cylinder has several connector eccentric mounting holes. A connector insertion fixing block that can be disassembled and reassembled via a sliding groove is installed at the front end of the connector insertion fixing block. A connector connecting screw, which belongs to the category of furniture connectors, is installed at the front end of the connector insertion fixing block. The connector connecting screw is inserted into the connector insertion fixing holes on the connector mounting slider and the connector mounting cylinder to fix the connector in the connector mounting cylinder.

[0010] Preferably, the locking angle direct reading dial includes a locking angle direct reading scale block, the upper surface of the locking angle direct reading scale block is provided with a direct reading angle dial, the two sides of the locking angle direct reading scale block are respectively provided with a long dial insert rod and a short dial insert rod that are installed and connected to the test device body, and the middle of the locking angle direct reading scale block is provided with a connecting force insertion hole.

[0011] Preferably, the angle measuring pointer connector includes a wrench-loaded connecting cylindrical plug, a transparent angle measuring pointer disc is installed at the lower part of the wrench-loaded connecting cylindrical plug, a wrench-loaded slot for connecting with a digital torque wrench is provided in the center, a connecting force-loaded insert is installed at the lower part of the transparent angle measuring pointer disc and a connecting force-loaded insert hole is provided through the connecting force-loaded hole on the locking angle read-only scale, and an angle measuring pointer is engraved on the transparent angle measuring pointer disc.

[0012] Preferably, the digital torque wrench includes an automatic torque digital display. The front end of the automatic torque digital display is connected to the wrench force connection rod via a wrench connecting rod, and the rear end is connected to the torque wrench force handle via a wrench connecting rod. The front end of the wrench force connection rod is equipped with a wrench force insertion rod that is poweredly connected to the angle measuring pointer connector. The automatic torque digital display includes an automatic torque digital display screen, and a torque digital display control button is installed on one side of the automatic torque digital display screen.

[0013] Preferably, the main body of the test device, the locking angle direct-reading dial, the angle measuring pointer connector, and the digital torque wrench are made of corrosion-resistant high-strength alloy steel. This corrosion-resistant high-strength alloy steel comprises the following raw materials by weight percentage: Mn 1.1-1.8%, Cu 0.6-1.9%, Cr 0.9-2.5%, Al 5-13%, Ti 2.1-4.8%, Ni 0.6-1.6%, Mo 0.3-0.7%, Zr 0.4-0.7%. Sc 0.2-0.6%, Ta 0.1-0.5%, Nb 0.1-0.3%, Ge 0.7-1.3%, Si 1.1-2.5%, Pt 0.3-0.9%, V 0.2-0.7%, Zn 0.7-1.5%, Se 0.4-1.2%, Rh 0.2-0.5%, Re 0.1-0.4%, Ce 0.03-0.12%, Nd 0.04-0.08%, Pr 0.05-0.1%, with the remainder being iron and trace impurities.

[0014] Preferably, the force measuring block and the support measuring block are fixedly installed on the measurement test support platform, and the force measuring slider and the connecting component mounting slider are slidably installed on the measurement test support platform through the measurement mounting slide rod. A measurement test support seat for supporting the measurement test support platform is installed at the lower part of the measurement test support platform.

[0015] Preferably, a supporting spring is fitted onto the measuring mounting rod between the measuring force fixing block and the measuring force slider, with the two ends of the supporting spring abutting against the sides of the measuring force fixing block and the measuring force slider, respectively.

[0016] Preferably, a connecting screw fixing knob is installed on the side of the connector insertion fixing block, and the connecting screw can be disassembled and replaced by the connecting screw fixing knob.

[0017] Preferably, a cylindrical mounting knob is installed at the front end of the connector mounting platform. The connector mounting cylinder is mounted and fixed on the connector mounting platform by the cylindrical mounting knob, thereby achieving horizontal fixation of the connector mounting cylinder.

[0018] Preferably, the two ends of the force-measuring slider and the connector mounting slider are fitted with measuring mounting cylinders on the outer surface of the measuring mounting rod. The force-measuring slider and the connector mounting slider are fixedly connected to the measuring mounting cylinders and slide on the measuring mounting rod through the measuring mounting cylinders.

[0019] Preferably, the connector mounting slider has dial mounting slots on both sides of the connector mounting platform. The locking angle direct reading dial is inserted into the dial mounting slots through the dial long insert and dial short insert to achieve installation connection with the connector mounting slider.

[0020] Preferably, a cylindrical mounting screw assembly is installed in the middle of the connecting component mounting cylinder. The connecting component mounting cylinder is fixedly mounted on the connecting component mounting platform by the cylindrical mounting screw assembly, thereby achieving vertical fixation of the connecting component mounting cylinder.

[0021] Preferably, the measuring support fixing block has a through hole for fixing knob in the middle. When the connecting component mounting slider approaches the measuring support fixing block, it drives the cylindrical mounting fixing knob to be inserted into the through hole for fixing knob, so that the connecting component mounting slider and the measuring support fixing block are in contact.

[0022] Preferably, the long and short dial rods are inserted into the dial mounting slots on the connector mounting slider to achieve the installation connection between the locking angle direct-reading dial and the test device body; the force-bearing rod of the connector is inserted into the force-bearing hole of the connector to achieve the installation connection between the angle measuring pointer connector and the locking angle direct-reading dial; and the force-bearing rod of the wrench is inserted into the force-bearing slot of the wrench to achieve the installation connection between the digital torque wrench and the angle measuring pointer connector.

[0023] This invention provides a testing device for testing the locking angle and torque of furniture connectors, which has the following advantages:

[0024] The present invention provides a testing device for testing the locking angle and torque of furniture connectors. This device simultaneously measures the locking angle and maximum torque of furniture connectors using a single assembly, minimizing interference between the two test items for the same furniture connector. The easy assembly and disassembly of replaceable parts allows for testing furniture connectors of different sizes, significantly expanding the device's application range for furniture connectors. The use of pointer and digital displays for different measurement precision tests reduces the workload of staff, effectively lowers time and cost, greatly reduces testing labor costs, and improves testing efficiency. The device is easy to operate, occupies a small area, and allows for convenient assembly and disassembly of various parts, demonstrating significant technical practicality. Attached Figure Description

[0025] Figure 1This is a schematic diagram of the overall structure of the testing device of the present invention used to test the locking angle and torque of furniture connectors.

[0026] Figure 2 This is a partial structural diagram of the testing device of the present invention for testing the locking angle and torque of furniture connectors. Figure 1 .

[0027] Figure 3 This is a partial structural diagram of the testing device of the present invention for testing the locking angle and torque of furniture connectors. Figure 2 .

[0028] Figure 4 This is a top view of the test device body of the test apparatus of the present invention for testing the locking angle and torque of furniture connectors.

[0029] Figure 5 This is a side view of the test device body of the test device for testing the locking angle and torque of furniture connectors according to the present invention.

[0030] Figure 6 This is a top view of the locking angle direct-reading scale of the testing device for testing the locking angle and torque of furniture connectors according to the present invention.

[0031] Figure 7 This is a side view of the locking angle direct-reading scale of the test device for testing the locking angle and torque of furniture connectors according to the present invention.

[0032] Figure 8 This is a top view of the angle measuring pointer connector of the testing device for testing the locking angle and torque of furniture connectors according to the present invention.

[0033] Figure 9 This is a side view of the angle measuring pointer connector of the testing device for testing the locking angle and torque of furniture connectors according to the present invention.

[0034] Figure 10 This is a top view schematic diagram of the digital torque wrench used in the testing device of the present invention for testing the locking angle and torque of furniture connectors.

[0035] Figure 11 This is a side view of the digital torque wrench of the testing device for testing the locking angle and torque of furniture connectors according to the present invention.

[0036] In the diagram: 1. Test apparatus body; 2. Locking angle direct-reading dial; 3. Angle measuring pointer connector; 4. Digital torque wrench;

[0037] 101. Measuring force fixing block; 102. Measuring force slider; 103. Connector mounting slider; 104. Measuring support fixing block; 105. Connector fixing mounting platform; 106. Measuring mounting slide rod; 107. Measuring test support platform; 108. Measuring test support base; 109. Distance adjustment rotary screw; 110. Supporting strong spring; 111. Connector insertion fixing block; 112. Connector connecting screw; 113. Connecting screw fixing knob; 114. Connector mounting cylinder; 115. Cylinder mounting fixing knob; 116. Measuring mounting slide; 117. Dial mounting fixing slot; 118. Cylinder mounting fixing screw assembly; 119. Connector eccentric body mounting hole; 120. Fixing knob through hole; 121. Connector insertion fixing hole;

[0038] 201. Locking angle direct-reading scale block; 202. Scale long insert rod; 203. Scale short insert rod; 204. Direct-reading angle scale; 205. Connector force-bearing insertion hole;

[0039] 301. Wrench force-bearing cylindrical plug; 302. Angle measuring pointer transparent disc; 303. Connector force-bearing insert; 304. Wrench force-bearing slot; 305. Angle measuring pointer;

[0040] 401. Automatic torque digital display; 402. Wrench force-bearing connecting rod; 403. Torque wrench force-bearing handle; 404. Wrench force-bearing insertion rod; 405. Automatic torque digital display screen; 406. Wrench connecting rod; 407. Torque digital display control button. Detailed Implementation

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

[0042] To make the objectives, technical solutions, and advantages of this invention clearer, the invention will be further described in detail below with reference to the accompanying drawings. Obviously, the described embodiments are merely some embodiments of this invention, and not all embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of this invention without creative effort are within the scope of protection of this invention.

[0043] In the description of this invention, it should be understood that the terms "upper", "lower", "horizontal", "inner", "outer", etc., indicate the orientation or positional relationship based on the orientation or positional relationship shown in the accompanying drawings. They are only for the convenience of describing this invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, or be constructed and operated in a specific orientation. Therefore, they should not be construed as limitations on this invention.

[0044] Example 1

[0045] like Figure 1 , 2 As shown in Figure 3, a test device for testing the locking angle and torque of furniture connectors is characterized by comprising a test device body 1, a locking angle direct reading dial 2 installed on the test device body 1, an angle measuring pointer connector 3 installed on the locking angle direct reading dial 2, and a digital torque wrench 4 installed on the angle measuring pointer connector 3.

[0046] like Figure 4 , 5 As shown, a testing device for testing the locking angle and torque of furniture connectors includes a main body 1 comprising a force-measuring fixing block 101. The front end of the force-measuring fixing block 101 is connected to a force-measuring slider 102 via a distance-adjusting rotary screw 109. A connector mounting slider 103 is mounted on the front end of the force-measuring slider 102. Both ends of the force-measuring slider 102 and the connector mounting slider 103 are fitted onto a measuring mounting rod 106. One end of the measuring mounting rod 106 is fixedly connected to the force-measuring fixing block 101, and the other end is fixedly connected to a measuring support fixing block 104. The connector mounting slider 103 includes a central connecting... A connector mounting platform 105 is provided, and a connector mounting cylinder 114 is installed in the middle of the connector mounting platform 105. The connector mounting cylinder 114 is provided with a number of connector eccentric mounting holes 119. A connector insertion fixing block 111 that can be disassembled and reassembled by sliding groove is installed at the front end of the force measuring slider 102. A connector connecting screw 112 belonging to furniture connector is installed at the front end of the connector insertion fixing block 111. The connector connecting screw 112 is inserted into the connector insertion fixing holes 121 on the connector mounting slider 103 and the connector mounting cylinder 114 to fix the connector in the connector mounting cylinder 114.

[0047] The force-measuring fixing block 101 and the force-measuring support fixing block 104 are fixedly installed on the measurement test support platform 107. The force-measuring slider 102 and the connector mounting slider 103 are slidably installed on the measurement test support platform 107 via the measurement mounting slide rod 106. The lower part of the measurement test support platform 107 is provided with a measurement test support seat 108 for supporting the measurement test support platform 107. A support spring 110 is fitted on the measurement mounting slide rod 106 between the force-measuring fixing block 101 and the force-measuring slider 102. The two ends of the support spring 110 abut against the sides of the force-measuring fixing block 101 and the force-measuring slider 102, respectively. A connecting screw fixing knob 113 is installed on the side of the connector insertion fixing block 111. The connector insertion fixing block 111 enables the connector connecting screw 112 to be disassembled and replaced via the connecting screw fixing knob 113.

[0048] A cylindrical mounting knob 115 is installed at the front end of the connector mounting platform 105. The connector mounting cylinder 114 is mounted and fixed on the connector mounting platform 105 via the cylindrical mounting knob 115, thus fixing the connector mounting cylinder 114 horizontally. Measuring mounting cylinders 116 are fitted onto the outer surface of the measuring mounting slide rod 106 at both ends of the measuring force slider 102 and the connector mounting slider 103. The measuring force slider 102 and the connector mounting slider 103 are fixedly connected to the measuring mounting cylinders 116, and are mounted on the measuring mounting slide rod 106 via the measuring mounting cylinders 116. A cylindrical mounting screw assembly 118 is installed in the middle of the sliding connecting cylinder 114. The connecting cylinder 114 is fixedly mounted on the connecting mounting platform 105 by the cylindrical mounting screw assembly 118, thus achieving vertical fixation of the connecting cylinder 114. A through hole 120 for fixing knob is opened in the middle of the measuring support fixing block 104. When the connecting slider 103 approaches the measuring support fixing block 104, it drives the cylindrical mounting knob 115 to be inserted into the through hole 120, so that the connecting slider 103 and the measuring support fixing block 104 are in contact.

[0049] like Figure 6 , 7 As shown, a test device for testing the locking angle and torque of furniture connectors includes a locking angle direct reading scale 2 comprising a locking angle direct reading scale block 201. A direct reading angle scale 204 is provided on the upper surface of the locking angle direct reading scale block 201. A long scale rod 202 and a short scale rod 203, which are installed and connected to the test device body 1, are respectively provided on both sides of the locking angle direct reading scale block 201. A connector force-bearing insertion hole 205 is provided in the middle of the locking angle direct reading scale block 201.

[0050] like Figure 8 , 9 As shown, a test device for testing the locking angle and torque of furniture connectors includes an angle measuring pointer connector 3 comprising a wrench-loaded connecting cylindrical plug 301, a transparent angle measuring pointer disc 302 mounted on the lower part of the wrench-loaded connecting cylindrical plug 301, and a wrench-loaded slot 304 in the center for connection with a digital torque wrench 4. A connecting force-loaded insert 303 is mounted on the lower part of the transparent angle measuring pointer disc 302 for connection with a connecting force-loaded insert 205 penetrating the locking angle read-only scale 2. An angle measuring pointer 305 is engraved on the transparent angle measuring pointer disc 302.

[0051] like Figure 10 , 11As shown, a testing device for testing the locking angle and torque of furniture connectors includes a digital torque wrench 4 comprising an automatic torque digital display 401. The front end of the automatic torque digital display 401 is connected to a wrench force-bearing connecting rod 402 via a wrench connecting rod 406, and the rear end is connected to a torque wrench force-bearing handle 403 via the wrench connecting rod 406. The front end of the wrench force-bearing connecting rod 402 is equipped with a wrench force-bearing insert 404 that is poweredly connected to an angle measuring pointer connector 3. The automatic torque digital display 401 includes an automatic torque digital display screen 405, and a torque digital display control button 407 is installed on one side of the automatic torque digital display screen 405.

[0052] The main structure of the test device body 1, the locking angle direct-reading dial 2, the angle measuring pointer connector 3, and the digital torque wrench 4 is made of corrosion-resistant high-strength alloy steel. The corrosion-resistant high-strength alloy steel comprises the following raw materials by weight percentage: Mn 1.8%, Cu 1.9%, Cr 2.5%, Al 13%, Ti 4.8%, Ni 1.6%, Mo 0.7%, Zr 0.7%, Sc 0.6%, Ta 0.5%, Nb 0.3%, Ge 1.3%, Si 2.5%, Pt 0.9%, V 0.7%, Zn 1.5%, Se 1.2%, Rh 0.5%, Re 0.4%, Ce 0.12%, Nd 0.08%, Pr 0.1%, with the remainder being iron and trace impurities.

[0053] Furthermore, the connector mounting slider 103 has dial mounting and fixing slots 117 on both sides of the connector fixing mounting platform 105. The locking angle direct reading dial 2 is connected to the connector mounting slider 103 by inserting the dial long insert 202 and dial short insert 203 into the dial mounting and fixing slots 117. The locking angle direct reading dial 2 and the test device body 1 are connected by inserting the dial long insert 202 and dial short insert 203 into the dial mounting and fixing slots 117 on the connector mounting slider 103. The connector force-bearing insert 303 is inserted into the connector force-bearing insert 205 to connect the angle measuring pointer connector 3 and the locking angle direct reading dial 2. The wrench force-bearing insert 404 is inserted into the wrench force-bearing slot 304 to connect the digital torque wrench 4 and the angle measuring pointer connector 3.

[0054] A typical three-in-one furniture connector includes a connector eccentric body, a connector connecting screw 112, and a connector pre-embedded nut. The connector is inserted into the fixing block 111 and slides upward through the fixing block mounting groove on the force measuring slider 102 to be removed. The connector pre-embedded nut is hammered into the connector pre-embedded nut mounting hole of the connector insertion fixing block 111. The connector connecting screw 112 is then connected and fixed by threaded engagement with the connector pre-embedded nut. The connector is then inserted into the fixing block 111 and slides downward through the fixing block mounting groove on the force measuring slider 102 for installation. The connector connecting screw 112 is tightened by the connecting screw fixing knob 113.

[0055] The connector insertion fixing block 111 and the connector mounting cylinder 114 can be freely disassembled and assembled. Different models and sizes of connector insertion fixing blocks 111 can be selected according to different connector connecting screws and connector pre-embedded nuts. Different models and sizes of connector mounting cylinders 114 with connector eccentric mounting holes 119 can be selected according to different connector eccentric bodies.

[0056] In use, loosen the cylinder mounting knob 115 and the cylinder mounting screw assembly 118, select the appropriate connecting cylinder 114 with the connecting eccentric mounting hole 119, insert it into the connecting mounting platform 105, and fix the connecting cylinder 114 in the connecting platform 105 from the horizontal and vertical directions respectively by loosening the cylinder mounting knob 115 and the cylinder mounting screw assembly 118.

[0057] Align the twisted end of the furniture connector with the connector mounting cylinder 114 and the connector insertion fixing hole 121 on the connector mounting platform 105. After fixing the force measuring fixing block 101 and the force measuring slider 102, push the connector mounting slider 103 closer to the force measuring slider 102. Push the connector mounting slider 103 to insert the connector connecting screw 112 at the front end of the connector insertion fixing block 111 into the connector insertion fixing hole 121 at the front end of the connector mounting slider 103. The connector connecting screw 112 on the connector insertion fixing block 111 can be detached and replaced by the connecting screw fixing knob 113.

[0058] The connector insertion fixing block 111, inserted into the connector insertion fixing hole 121, is snapped together with the furniture connector to achieve the connection between the furniture connector and the connector connecting screw 112. The dial long insert 202 and dial short insert 203 are inserted into the dial mounting fixing slot 117 on the connector mounting slider 103 to achieve the installation connection between the locking angle direct reading dial 2 and the test device body 1. The connector force-bearing insert 303 is inserted into the connector force-bearing insert hole 205 to achieve the installation connection between the angle measuring pointer connector 3 and the locking angle direct reading dial 2. The wrench force-bearing insert 404 is inserted into the wrench force-bearing slot 304 to achieve the installation connection between the digital torque wrench 4 and the angle measuring pointer connector 3.

[0059] The torque digital display control button 407 is used to reset the data on the automatic torque digital display screen 405 to zero. After stabilization, the digital torque wrench 4 is rotated to drive the rotation of the angle measuring pointer connector 3. The front end of the connecting force rod 303 of the angle measuring pointer connector 3 is inserted into the screw groove at the top of the furniture connector, thereby driving the furniture connector to rotate. After rotating a certain angle, the furniture connector will be completely locked with the connecting screw 112 and cannot move, thus fixing the furniture connector. At this time, the angle measuring pointer 305 on the angle measuring pointer transparent disc 302 of the angle measuring pointer connector 3 will also rotate by the same angle and indicate an angle on the direct reading angle scale 204. This angle is the locking angle of the furniture connector.

[0060] Continue rotating the digital torque wrench 4. The furniture connector, which is stuck, will no longer rotate. At this time, the digital torque wrench 4 will drive the force-bearing rod 303 of the connector of the angle measuring pointer connector 3 to generate torque force on the furniture connector, thereby achieving torque failure of the furniture connection. The automatic torque digital display screen 405 on the digital torque wrench 4 will display the torque force and the magnitude of the torque at this time. Continue to apply force until the furniture connector is damaged. At this time, the maximum torque force and torque are measured. This torque force and torque are the maximum torque force and torque that the furniture connector can withstand.

[0061] Example 2

[0062] The difference between this embodiment and Embodiment 1 is that:

[0063] At the connection point between the force-measuring slider 102 and the connector mounting slider 103 and the measuring mounting slide rod 106, that is, at the connection point between the measuring mounting cylinder 116 and the measuring mounting slide rod 106, a slider fixing knob, similar to the distance adjustment rotary screw 109 and the cylindrical mounting fixing knob 115, is provided to fix the force-measuring slider 102 and the connector mounting slider 103 to the measuring mounting slide rod 106. Moreover, the measuring mounting slide rod 106 at this time has a slider fixing groove that cooperates with the slider fixing knob, thereby enabling the force-measuring slider 102 and the connector mounting slider 103 to be fixed on the measuring mounting slide rod 106 at any position.

[0064] The main structure of the test device body 1, the locking angle direct-reading dial 2, the angle measuring pointer connector 3, and the digital torque wrench 4 is made of corrosion-resistant high-strength alloy steel. The corrosion-resistant high-strength alloy steel comprises the following raw materials by weight percentage: Mn 1.1%, Cu 0.6%, Cr 0.9%, Al 5%, Ti 2.1%, Ni 0.6%, Mo 0.3%, Zr 0.4%, Sc 0.2%, Ta 0.1-0.5%, Nb 0.1%, Ge 0.7%, Si 1.1%, Pt 0.3%, V 0.2%, Zn 0.7%, Se 0.4%, Rh 0.2%, Re 0.1%, Ce 0.03-0.12%, Nd 0.04%, Pr 0.05%, with the remainder being iron and trace impurities.

[0065] In this invention, the testing device for testing the locking angle and torque of furniture connectors achieves simultaneous measurement of the locking angle and maximum torque of furniture connectors through a single device, minimizing interference between the two test items for the same furniture connector. The easy disassembly and assembly of replaceable parts enables measurement tests on furniture connectors of different sizes, greatly expanding the application range of the testing device for furniture connectors. The pointer and digital display indicators address test items with different measurement accuracy, reducing the workload of staff, effectively lowering time and cost consumption, significantly reducing testing labor costs, and improving testing efficiency. The device is easy to operate, occupies a small area, and allows for convenient disassembly and assembly of various parts, demonstrating significant technical practicality.

[0066] The technical solutions disclosed in the embodiments of the present invention have been described in detail above. Specific embodiments have been used to illustrate the principles and implementation methods of the embodiments of the present invention. The description of the above embodiments is only for helping to understand the principles of the embodiments of the present invention. At the same time, for those skilled in the art, there will be changes in the specific implementation methods and application scope based on the embodiments of the present invention. Therefore, the content of this specification should not be construed as a limitation of the present invention.

Claims

1. A test device for testing furniture connector locking angle and torque, characterized in that: The utility model relates to a kind of furniture connecting piece test device, including test device body (1), locking angle direct reading scale dial (2) are provided on test device body (1), angle measurement pointer connector (3) are provided on locking angle direct reading scale dial (2), digital readout torque wrench (4) are provided on angle measurement pointer connector (3); The utility model relates to a kind of furniture connecting piece test device, including test device body (1), locking angle direct reading scale dial (2) are provided on test device body (1), angle measurement pointer connector (3) are provided on locking angle direct reading scale dial (2), digital readout torque wrench (4) are provided on angle measurement pointer connector (3); The utility model relates to a kind of furniture connecting piece test device, including test device body (1), locking angle direct reading scale dial (2) are provided on test device body (1), angle measurement pointer connector (3) are provided on locking angle direct reading scale dial (2), digital readout torque wrench (4) are provided on angle measurement pointer connector (3); The utility model relates to a kind of furniture connecting piece test device, including test device body (1), locking angle direct reading scale dial (2) are provided on test device body (1), angle measurement pointer connector (3) are provided on locking angle direct reading scale dial (2), digital readout torque wrench (4) are provided on angle measurement pointer connector (3); The utility model relates to a kind of furniture connecting piece test device, including test device body (1), locking angle direct reading scale dial (2) are provided on test device body (1), angle measurement pointer connector (3) are provided on locking angle direct reading scale dial (2), digital readout torque wrench (4) are provided on angle measurement pointer connector (3); The digital display torque wrench (4) comprises an automatic torque digital display device (401), the front end of the automatic torque digital display device (401) is connected with a wrench force connecting rod (402) through a wrench connecting rod (406), and the rear end is connected with a torque wrench force handle (403) through the wrench connecting rod (406); the front end of the wrench force connecting rod (402) is provided with a wrench force inserting rod (404) which is connected with the angle measuring pointer connector (3); the automatic torque digital display device (401) comprises an automatic torque digital display screen (405), and one side of the automatic torque digital display screen (405) is provided with a torque digital display control button (407). The main body structure of the test device body (1), the locking angle direct reading scale disc (2), the angle measuring pointer connector (3) and the digital display torque wrench (4) is corrosion-resistant high-strength alloy steel, which comprises the following components in the following weight percentages: Mn 1.1-1.8%, Cu 0.6-1.9%, Cr 0.9-2.5%, Al 5-13%, Ti 2.1-4.8%, Ni 0.6-1.6%, Mo 0.3-0.7%, Zr 0.4-0.7%, Sc 0.2-0.6%, Ta 0.1-0.5%, Nb 0.1-0.3%, Ge 0.7-1.3%, Si 1.1-2.5%, Pt 0.3-0.9%, V 0.2-0.7%, Zn 0.7-1.5%, Se 0.4-1.2%, Rh 0.2-0.5%, Re 0.1-0.4%, Ce 0.03-0.12%, Nd 0.04-0.08%, Pr 0.05-0.1%, and the rest is iron and trace impurities.

2. Test device for testing the locking angle and the torque of a furniture connection according to claim 1, characterized in that The measuring force fixing block (101) and the measuring support fixing block (104) are fixedly installed on the measuring test support table (107), the measuring force sliding block (102) and the connecting piece installation sliding block (103) are slidably installed on the measuring test support table (107) through the measuring installation sliding rod (106), and the lower part of the measuring test support table (107) is provided with a measuring test support seat (108) for supporting the measuring test support table (107).

3. Test device for testing the locking angle and the torque of a furniture connection according to claim 2, characterized in that The measuring installation sliding rod (106) between the measuring force fixing block (101) and the measuring force sliding block (102) is provided with a supporting strong spring (110) sleeved thereon, and the two ends of the supporting strong spring (110) abut against the side portions of the measuring force fixing block (101) and the measuring force sliding block (102) respectively.

4. The test device for testing furniture joint locking angle and torque according to claim 1, characterized in that: The side portion of the connecting piece insertion fixing block (111) is provided with a connecting screw fixing knob (113), and the connecting piece insertion fixing block (111) is detachably replaced through the connecting screw fixing knob (113).

5. The test device for testing furniture joint locking angle and torque according to claim 1, characterized in that: The front end of the connecting piece fixed mounting table (105) is provided with a cylindrical mounting fixed knob (115), the connecting piece mounting cylinder (114) is mounted and fixed on the connecting piece fixed mounting table (105) through the cylindrical mounting fixed knob (115), and the horizontal direction of the connecting piece mounting cylinder (114) is fixed.

6. The test device for testing furniture joint locking angle and torque according to claim 1, characterized in that: The two ends of the measuring force slider (102) and the connecting piece mounting slider (103) are provided with a measuring installation sliding cylinder (116) on the outer surface of the measuring installation sliding rod (106), the measuring force slider (102) and the connecting piece mounting slider (103) are fixedly connected with the measuring installation sliding cylinder (116), and slide on the measuring installation sliding rod (106) through the measuring installation sliding cylinder (116).

7. The test device for testing furniture joint locking angle and torque according to claim 1, characterized in that: The connecting piece mounting slider (103) is provided with a scale disc mounting fixed slot hole (117) on both sides of the connecting piece fixed mounting table (105), the locking angle direct reading scale disc (2) is inserted into the scale disc mounting fixed slot hole (117) through the scale disc long insertion rod (202) and the scale disc short insertion rod (203) to realize the mounting connection with the connecting piece mounting slider (103).

8. The test device for testing furniture joint locking angle and torque according to claim 1, characterized in that: The middle part of the connecting piece mounting cylinder (114) is provided with a cylindrical mounting fixed screw group (118), the connecting piece mounting cylinder (114) is fixedly mounted on the connecting piece fixed mounting table (105) through the cylindrical mounting fixed screw group (118), and the vertical direction of the connecting piece mounting cylinder (114) is fixed.

9. The test device for testing furniture connector locking angle and torque according to claim 5, characterized in that: The middle part of the measuring support fixed block (104) is provided with a fixed knob through hole (120), when the connecting piece mounting slider (103) approaches the measuring support fixed block (104), the cylindrical mounting fixed knob (115) is inserted into the fixed knob through hole (120), and the connecting piece mounting slider (103) is attached to the measuring support fixed block (104).

10. The test device for testing furniture connector locking angle and torque according to claim 7, characterized in that: The scale disc long insertion rod (202) and the scale disc short insertion rod (203) are inserted into the scale disc mounting fixed slot hole (117) on the connecting piece mounting slider (103) to realize the mounting connection of the locking angle direct reading scale disc (2) and the test device body (1); The connecting piece force insertion rod (303) is inserted into the connecting piece force insertion hole (205) to realize the mounting connection of the angle measurement pointer connecting head (3) and the locking angle direct reading scale disc (2); The wrench force insertion rod (404) is inserted into the wrench force insertion slot (304) to realize the mounting connection of the digital display torque wrench (4) and the angle measurement pointer connecting head (3).

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