A tin plating mechanism of a tin plating device for automobile components

Abstract

The application discloses a kind of automobile element tin plating equipment tin plating mechanism, belong to tin plating equipment technical field, solve the problem that existing technology automobile element tin plating equipment tin plating function component volume is too large, leading to inflexible movement, the present application includes two groups of tin plating mechanism installation base, two groups of tin plating mechanism installation base are respectively installed with slide rail assembly and tow chain component, and automatic tin plating component is connected between slide rail assembly and tow chain component;Slide rail assembly includes the linear slide rail mounting block connected with the tin plating mechanism installation base, linear slide rail is connected on linear slide rail mounting block, first KK module is also connected on the tin plating mechanism installation base, first dustproof sheet metal is installed above first KK module, and automatic tin plating component is connected with linear slide rail.The tin plating mechanism of the application is used for automobile element full-automatic tin plating, compact structure, small volume, flexible movement, high degree of automation.

Description

Technical Field

[0001] This invention belongs to the technical field of tin plating equipment, specifically relating to a tin plating mechanism for automotive component tin plating equipment. Background Technology

[0002] A tin plating machine is a machine that hot-coats or electroplats a tin layer onto the surface of copper wire. It is used to tin-plat products such as copper busbars, aluminum busbars, transformers, and electrical terminals to achieve the purpose of corrosion prevention and improving conductivity and weldability.

[0003] Existing tin-plating equipment for automotive components suffers from problems such as excessively large tin-plating functional components and inflexible movement. This limits the design of tin-plating processes tailored to the characteristics of the products, making it impossible to achieve diverse tin-plating functions for various products. Summary of the Invention

[0004] The purpose of this invention is:

[0005] To address the problem that the tin plating functional components in existing automotive component tin plating equipment are too large and therefore lack flexibility in movement, a tin plating mechanism for automotive component tin plating equipment is provided.

[0006] The technical solution adopted in this invention is as follows:

[0007] A tin plating mechanism for automotive components includes two sets of tin plating mechanism mounting bases. A slide rail assembly and a cable chain assembly are respectively mounted on the two sets of tin plating mechanism mounting bases. An automatic tin plating assembly is connected between the slide rail assembly and the cable chain assembly.

[0008] The slide rail assembly includes a linear slide rail mounting block connected to the tin plating mechanism mounting base, a linear slide rail connected to the linear slide rail mounting block, a first KK module connected to the tin plating mechanism mounting base, a first dust-blocking sheet metal installed above the first KK module, and the automatic tin plating assembly is connected in cooperation with the linear slide rail.

[0009] The cable chain assembly includes a cable chain connected to the mounting base of the tin plating mechanism. The cable chain sheet metal and the second dust-blocking sheet metal are respectively installed on both sides of the cable chain. The cable chain sheet metal is installed on the automatic tin plating assembly.

[0010] Furthermore, the automatic tin plating assembly includes an automatic tin plating assembly connecting plate that is connected to the slide rail assembly and the cable chain assembly respectively. The automatic tin plating assembly connecting plate is connected to a second KK module. The second KK module is equipped with a tin plating mechanism slot switch and a material suction assembly connector. A triangular fixed connecting plate connects the second KK module and the automatic tin plating assembly connecting plate.

[0011] Furthermore, a fixture mounting plate is connected to the bottom of the suction component connector, and a suction component connecting plate is connected between the fixture mounting plate and the suction component connector. A fan inlet hood is also installed above the fixture mounting plate.

[0012] Furthermore, the fixture mounting plate is connected to a material suction mechanism, which includes a stepper motor mounted above the fixture mounting plate. The stepper motor is connected to a stop component, and a timing belt is fitted onto the stop component. The timing belt is connected to a timing pulley.

[0013] Furthermore, a suction mechanism slotted switch, an adjusting screw, and a screw fixing block are installed above the stop component. The adjusting screw is installed inside the screw fixing block, and the suction mechanism slotted switch cooperates with the brake wheel.

[0014] Furthermore, the synchronous pulley is connected to a drive shaft located at the bottom of the fixture mounting plate, a rotating shaft mounting seat is connected between the drive shaft and the fixture mounting plate, the drive shaft is connected to a fixture fixing seat, and the fixture fixing seat is connected to a material suction fixture.

[0015] Furthermore, a charcoal pencil is connected to the bottom of the fixture mounting plate, and a charcoal pencil fixing block is connected between the charcoal pencil and the fixture mounting plate.

[0016] In summary, due to the adoption of the above technical solution, the beneficial effects of the present invention are:

[0017] The tin plating mechanism of the tin plating equipment of the present invention is small in size and compact in structure. It uses linear slide rails and drag chains for movement, which makes it flexible and highly automated. It can be applied to the tin plating process of most products. It has functions such as automatic start and stop and automatic material suction. It is also designed with a suction structure to avoid the diffusion of steam, smoke and dust generated during operation, thereby improving the working environment and increasing work efficiency. Attached Figure Description

[0018] Figure 1 This is an overall structural diagram of the tin plating mechanism of the present invention;

[0019] Figure 2 for Figure 1 Structural diagram of the automatic tin plating assembly.

[0020] Marked in the image:

[0021] 120-First KK module, 121-First dust-blocking sheet metal, 122-Linear slide rail mounting block, 123-Linear slide rail, 124-Automatic tin plating component, 125-Drag chain sheet metal, 126-Drag chain, 127-Second dust-blocking sheet metal, 128-Tin plating mechanism mounting base.

[0022] 129-Feeding fixture, 130-Fixture base, 131-Shaft mounting base, 132-Fixture mounting plate, 133-Feeding assembly connecting plate, 134-Fan inlet hood, 135-Feeding assembly connector, 136-Stepper motor, 137-Feeding mechanism slotted switch, 138-Adjusting screw, 139-Screw fixing block, 140-Second KK module, 141-Slotted switch, 142-Triangular fixing connecting plate, 144-Automatic tin plating assembly connecting plate, 145-Stop component, 146-Synchronous pulley, 147-Synchronous belt, 148-Charcoal pencil fixing block, 149-Charcoal pencil, 150-Drive shaft, 151-Product. Detailed Implementation

[0023] To make the objectives, technical solutions, and advantages of this invention clearer, the invention will be further described in detail below with reference to embodiments. It should be understood that the specific embodiments described herein are merely illustrative and not intended to limit the invention.

[0024] A tin plating mechanism for automotive components includes two sets of tin plating mechanism mounting bases 128. Slide rail assemblies and drag chain assemblies 126 are respectively mounted on the two sets of tin plating mechanism mounting bases 128. An automatic tin plating assembly 124 is connected between the slide rail assemblies and the drag chain assemblies 126.

[0025] The slide rail assembly includes a linear slide rail mounting block 122 connected to the tin plating mechanism mounting base 128, a linear slide rail 123 connected to the linear slide rail mounting block 122, a first KK module 120 connected to the tin plating mechanism mounting base 128, a first dust-blocking sheet metal 121 mounted above the first KK module 120, and an automatic tin plating component 124 connected to the linear slide rail 123.

[0026] The cable chain 126 assembly includes a cable chain 126 connected to a tin plating mechanism mounting base 128. Cable chain sheet metal 125 and a second dust stop sheet metal 127 are respectively mounted on both sides of the cable chain 126. The cable chain sheet metal 125 is mounted on the automatic tin plating assembly 124.

[0027] Preferably, the automatic tin plating assembly 124 includes an automatic tin plating assembly 124 connecting plate connected to the slide rail assembly and the cable chain 126 assembly respectively. The automatic tin plating assembly 124 connecting plate is connected to a second KK module 140. The second KK module 140 is equipped with a tin plating mechanism slot switch 141 and a material suction assembly connector 135. A triangular fixed connecting plate 142 connects the second KK module 140 and the automatic tin plating assembly 124 connecting plate.

[0028] Preferably, a fixture mounting plate 132 is connected to the bottom of the suction component connector 135, a suction component connecting plate 133 is connected between the fixture mounting plate 132 and the suction component connector 135, and a fan inlet hood 134 is also installed above the fixture mounting plate 132.

[0029] Preferably, the fixture mounting plate 132 is connected to a material suction mechanism, which includes a stepper motor 136 mounted above the fixture mounting plate 132. The stepper motor 136 is connected to a stop component 145, and a timing belt 147 is sleeved on the stop component 145. The timing belt 147 is connected to a timing pulley 146.

[0030] Preferably, a suction mechanism slotted switch 137, an adjusting screw 138, and a screw fixing block 139 are installed above the stop component 145. The adjusting screw 138 is installed inside the screw fixing block 139, and the suction mechanism slotted switch 137 cooperates with the brake wheel.

[0031] Preferably, the synchronous pulley 146 is connected to a drive shaft 150 located at the bottom of the fixture mounting plate 132, a rotating shaft mounting seat 131 is connected between the drive shaft 150 and the fixture mounting plate 132, the drive shaft 150 is connected to a fixture fixing seat 130, and the fixture fixing seat 130 is connected to a suction fixture 129.

[0032] Preferably, a charcoal pencil 149 is connected to the bottom of the fixture mounting plate 132, and a charcoal pencil fixing block 148 is connected between the charcoal pencil 149 and the fixture mounting plate 132.

[0033] KK modules, also known as industrial robots, linear modules, linear slides, electric cylinders, electric slides, robotic arms, robotic hands, Cartesian robots, and single-axis robots, are motor-driven mobile platforms. They consist of a U-shaped linear guide rail with a ball screw as the guide, and the slide block serves as both the drive nut for the ball screw and the guide slider for the linear guide rail. They primarily utilize linear guide rails and ball screws, integrating the nut and slider into a single mechanism. The optimized cross-section of the high-rigidity U-shaped rail achieves better space saving and significantly reduces assembly time, ensuring high rigidity and high precision. The ball bearing rolling surface features a two-row Gothic arc design with a 45° contact angle, capable of withstanding loads from four directions and providing full-range compatibility along the X, Y, and Z axes.

[0034] The tin plating mechanism of the tin plating equipment of the present invention is small in size and compact in structure. It is moved by linear slide rail 123 and drag chain 126, which is flexible and highly automated. It can be applied to the tin plating process of most products 151. It has functions such as automatic start and stop and automatic material suction. It is also designed with a suction structure to avoid the diffusion of steam, smoke and dust generated during operation, thereby improving the working environment and increasing work efficiency.

[0035] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, and improvements made within the spirit and principles of the present invention should be included within the protection scope of the present invention.

Claims

1. A tin plating mechanism for automotive component tin plating equipment, characterized in that, It includes two sets of tin plating mechanism mounting bases (128), on which slide rail assemblies and drag chain (126) assemblies are respectively mounted, and an automatic tin plating assembly (124) is connected between the slide rail assemblies and the drag chain (126) assemblies. The slide rail assembly includes a linear slide rail mounting block (122) connected to the tin plating mechanism mounting base (128), a linear slide rail (123) connected to the linear slide rail mounting block (122), a first KK module (120) connected to the tin plating mechanism mounting base (128), a first dust-blocking sheet metal (121) installed above the first KK module (120), and the automatic tin plating assembly (124) is connected in cooperation with the linear slide rail (123). The cable chain (126) assembly includes a cable chain (126) connected to a tin plating mechanism mounting base (128). Cable chain sheet metal (125) and a second dust-blocking sheet metal (127) are respectively installed on both sides of the cable chain (126). The cable chain sheet metal (125) is installed on the automatic tin plating assembly (124). The automatic tin plating assembly (124) includes an automatic tin plating assembly (124) connecting plate that is connected to the slide rail assembly and the drag chain (126) assembly respectively. The automatic tin plating assembly (124) connecting plate is connected to a second KK module (140). The second KK module (140) is equipped with a tin plating mechanism slot switch (141) and a material suction assembly connector (135). A triangular fixed connecting plate (142) is connected between the second KK module (140) and the automatic tin plating assembly (124) connecting plate. The bottom of the suction assembly connector (135) is connected to a fixture mounting plate (132); The fixture mounting plate (132) is connected to a material suction mechanism, which includes a stepper motor (136) mounted on the fixture mounting plate (132). The stepper motor (136) is connected to a stop component (145), and a timing belt (147) is fitted on the stop component (145). The timing belt (147) is connected to a timing pulley (146). A suction mechanism slotted switch (137) is installed above the stop component (145), and the suction mechanism slotted switch (137) cooperates with the brake wheel; The synchronous pulley (146) is connected to a drive shaft (150) located at the bottom of the fixture mounting plate (132).

2. The tin plating mechanism of the automotive component tin plating equipment according to claim 1, characterized in that, A suction assembly connecting plate (133) is connected between the fixture mounting plate (132) and the suction assembly connector (135), and a fan inlet hood (134) is also installed above the fixture mounting plate (132).

3. The tin plating mechanism of the automotive component tin plating equipment according to claim 1, characterized in that, An adjusting screw (138) and a screw fixing block (139) are installed above the stop component (145), and the adjusting screw (138) is installed inside the screw fixing block (139).

4. The tin plating mechanism of the automotive component tin plating equipment according to claim 1, characterized in that, A rotating shaft mounting seat (131) is connected between the drive shaft (150) and the fixture mounting plate (132). The drive shaft (150) is connected to a fixture fixing seat (130), and the fixture fixing seat (130) is connected to a suction fixture (129).

5. The tin plating mechanism of the automotive component tin plating equipment according to claim 1, characterized in that, A charcoal pencil (149) is connected to the bottom of the fixture mounting plate (132), and a charcoal pencil fixing block (148) is connected between the charcoal pencil (149) and the fixture mounting plate (132).

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