Silver point screening and feeding device

Abstract

The utility model relates to a silver point screening and feeding device. The technical problem to be solved by the utility model is to provide the silver point screening and feeding device. According to the technical scheme, the silver point diameter screening device comprises a silver point vibration disc, a silver point transfer seat assembly and a silver point diameter screening device body, the silver point vibration disc is provided with a vibration disc output end, the vibration disc output end is provided with an output end bearing groove, the output end bearing groove is provided with an output end positioning groove, the silver point transfer seat assembly comprises a transfer block, and the transfer block is provided with an output end positioning groove. And the transfer block comprises a transfer block transition part and a transfer block butt joint part, a transfer block inner channel is formed in the transfer block butt joint part, and a transfer block butt joint opening is formed in the side wall of the upper end of the transfer block inner channel. The silver point screening and feeding device has the advantages that smooth transition of circuit breaker silver points from the output end of the vibration disc to the silver point diameter screening device is achieved through the transfer block, automatic screening of the circuit breaker silver points with the diameters to be screened is achieved, and screening is faster.

Description

Technical Field

[0001] This utility model relates to a silver spot screening and feeding device. Background Technology

[0002] like Figure 7 As shown, the circuit breaker silver point 49 includes a silver point contact portion 50 and a silver point riveting portion 51 located at the bottom of the silver point contact portion 50. The diameter of the silver point contact portion 50 is larger than the diameter of the silver point riveting portion 51. After the circuit breaker silver point 49 is processed, the diameter of the silver point contact portion 50 needs to be screened, and the circuit breaker silver points 49 with a diameter lower than the specified value are rejected. Since the number of circuit breaker silver points 49 produced is large, the conventional method is to manually sample and inspect or manually place the circuit breaker silver points 49 on a diameter measuring machine for full inspection and screening. This screening method is time-consuming, labor-intensive, and requires high personnel involvement. Therefore, improvements and optimizations are made to address this issue. Utility Model Content

[0003] To solve the above problems, the technical problem to be solved by this utility model is to provide a silver spot screening and feeding device.

[0004] The technical solution adopted by the silver point screening and feeding device of this utility model is characterized by comprising a silver point vibratory plate for sequentially arranging and outputting silver points from circuit breakers, a silver point transfer seat assembly, and a silver point diameter screening device. The silver point vibratory plate is provided with a vibratory plate output end, and the vibratory plate output end is provided with an output end receiving groove for receiving the silver point contact part. The output end receiving groove is provided with an output end positioning groove for the silver point riveting part to make way. The silver point transfer seat assembly includes a transfer block, and the transfer block includes a transversely arranged transfer block transition part and a longitudinally arranged transfer block docking part in the middle of the transfer block transition part. The transfer block docking part is provided with an internal channel for the vertical falling of a single circuit breaker silver point. The upper end of the internal channel of the transfer block... The side wall is provided with a transfer block interface that vertically connects the output end receiving groove and the output end positioning groove with the internal channel of the transfer block. The bottom of the transfer block transition part is provided with a transfer block lower positioning port that communicates with the internal channel of the transfer block and is used for positioning the silver point riveting part after it falls. The bottom of the front end of the transfer block transition part is provided with a transfer block exit that communicates vertically with the internal channel of the transfer block and is used for the horizontal movement of a single circuit breaker silver point. The bottom of the transfer block transition part is provided with a first L-shaped guide foot and a second L-shaped guide foot at the transfer block exit. A guide foot limiting gap is formed between the first guide foot and the second guide foot for limiting the silver point riveting part.

[0005] The silver dot diameter screening device includes a first cylindrical roller and a second cylindrical roller. A cylindrical roller measuring gap is formed between the first cylindrical roller and the second cylindrical roller for measuring the diameter of the silver dots of the circuit breaker. The transfer block outlet is connected to the cylindrical roller measuring gap. The first guide foot and the second guide foot are inserted into the cylindrical roller measuring gap.

[0006] The silver spot diameter screening device further includes a main motor, a main gear connected to the output shaft of the main motor, a first gear located above the main gear and meshing with the main gear, and a second gear located on the same horizontal plane as the first gear and meshing with the first gear. The first gear is sleeved on the first cylindrical roller, and the second gear is sleeved on the second cylindrical roller.

[0007] The channel inside the transfer block has a square structure, and its length is the same as the diameter of a single silver contact point.

[0008] The silver point transfer unit assembly also includes an air nozzle for blowing air into the circuit breaker silver point, and the rear end of the transfer block transition section is provided with an air nozzle mounting port that is perpendicularly connected to the bottom of the internal channel of the transfer block and is used for installing the air nozzle.

[0009] The silver point transfer seat assembly also includes a push column, and the upper end of the transfer block docking part is provided with a transfer block push port that communicates with the internal channel of the transfer block and is used for the push column to push down the circuit breaker silver point.

[0010] The advantages of this utility model silver spot screening and feeding device are as follows: the transfer block enables a smooth transition of the circuit breaker silver spots from the output end of the vibratory feeder to the silver spot diameter screening device, allowing for automatic screening of circuit breaker silver spots of different diameters, making screening faster; the connecting part of the transfer block ensures that the circuit breaker silver spots fall from top to bottom in a stacked manner, and the transition part of the transfer block ensures that only one circuit breaker silver spot is moved from the transfer block to the silver spot diameter screening device at a time, effectively preventing the screening jam caused by the mutual squeezing between the circuit breaker silver spots, which would otherwise require frequent maintenance, thus effectively improving the screening efficiency. Attached Figure Description

[0011] The present invention will now be described in further detail with reference to the accompanying drawings and specific embodiments.

[0012] Figure 1 This is a schematic diagram of the structure of the silver spot screening and feeding device of this utility model;

[0013] Figure 2 This is a schematic diagram of the structure of the silver dot vibratory feeder of this utility model;

[0014] Figure 3 This is a schematic diagram of the structure of the silver dot transfer seat assembly of this utility model;

[0015] Figure 4 This is a front structural diagram of the transfer block of this utility model;

[0016] Figure 5 This is a schematic diagram of the back structure of the transfer block of this utility model;

[0017] Figure 6 This is a schematic diagram of the structure of the silver dot diameter screening device of this utility model;

[0018] Figure 7 This is a schematic diagram of the structure of the silver point of the circuit breaker of this utility model. Detailed Implementation

[0019] like Figure 1-7As shown, the silver point screening and feeding device of this utility model includes a silver point vibratory plate 1 for sequentially arranging and outputting silver points 49 from a circuit breaker, a silver point transfer seat assembly 2, and a silver point diameter screening device 3. The silver point vibratory plate 1 is provided with a vibratory plate output end 4, and the vibratory plate output end 4 is provided with an output end receiving groove 5 for receiving the silver point contact part 50. The output end receiving groove 5 is provided with an output end positioning groove 6 for the silver point riveting part 51 to make way. The silver point transfer seat assembly 2 includes a transfer block 8, and the transfer block 8 includes a transversely arranged transfer block transition part 10 and a longitudinally arranged transfer block docking part in the middle of the transfer block transition part 10. 9. The transfer block docking part 9 is provided with an internal transfer block channel 11 for the vertical drop of a single circuit breaker silver point 49. The upper side wall of the internal transfer block channel 11 is provided with a transfer block interface 12 that vertically connects the output end receiving groove 5 and the output end positioning groove 6 to the internal transfer block channel 11. The bottom of the transfer block transition part 10 is provided with a lower positioning port 13 that communicates with the internal transfer block channel 11 and is used for positioning the silver point riveting part 51 after it drops. The bottom front end of the transfer block transition part 10 is provided with a transfer block channel 11 that vertically communicates with the internal transfer block channel 11 and is used for the lateral movement of a single circuit breaker silver point 49. The transfer block outlet 14 has a first L-shaped guide foot 15 and a second L-shaped guide foot 16 at its bottom. A guide foot limiting gap 16 for limiting the silver point riveting part 51 is formed between the first guide foot 15 and the second guide foot 16. The silver point diameter screening device 3 includes a first cylindrical roller 17 and a second cylindrical roller 18. A cylindrical roller measuring gap 19 for measuring the diameter of the circuit breaker silver point 49 is formed between the first cylindrical roller 17 and the second cylindrical roller 18. The transfer block outlet 14 is connected to the cylindrical roller measuring gap 19. The guide foot 15 and the second guide foot 16 are inserted into the cylindrical roller tension gap 19. The transfer block 8 enables a smooth transition of the circuit breaker silver point 49 from the vibratory feeder output end 4 to the silver point diameter screening device 3, allowing for automatic screening of circuit breaker silver points 49 of different diameters. This improves efficiency. The connecting part of the transfer block ensures that the circuit breaker silver points 49 fall from top to bottom, and the transition part of the transfer block ensures that only one circuit breaker silver point 49 moves from the transfer block 8 to the silver point diameter screening device 3 at a time. This effectively prevents screening jams and frequent maintenance caused by mutual squeezing between the circuit breaker silver points 49, thus effectively improving screening efficiency.

[0020] The silver spot diameter screening device 3 also includes a main motor 21, a main gear 22 connected to the output shaft of the main motor 21, a first gear 23 located above the main gear 22 and meshing with the main gear 22, and a second gear 24 located on the same horizontal plane as the first gear 23 and meshing with the first gear 23. The first gear 23 is sleeved on the first cylindrical roller 17, and the second gear 24 is sleeved on the second cylindrical roller 18. The device is reliable in operation and has high screening accuracy.

[0021] The internal channel 11 of the transfer block has a square structure, and its length is the same as the diameter of a single silver contact portion 50, ensuring that the single circuit breaker silver contacts 49 fall from top to bottom in a stacked manner, reducing the problem of jamming caused by internal compression.

[0022] The silver point transfer assembly 2 also includes an air nozzle 28 for blowing air into the circuit breaker silver point 49. The rear end of the transfer block transition part 10 is provided with an air nozzle mounting port 26 that is perpendicularly connected to the bottom of the transfer block inner channel 11 and is used for installing the air nozzle 28. The air nozzle 28 can speed up the transfer of the circuit breaker silver point 49 from the transfer block inner channel 11 to the transfer block outlet 14, improve efficiency and ensure stability and reliability.

[0023] The silver point transfer seat assembly 2 also includes a push column 29. The upper end of the transfer block docking part 9 is provided with a transfer block push port 30 that communicates with the inner channel 11 of the transfer block and is used for the push column 29 to push the circuit breaker silver point 49 downward. When the circuit breaker silver point 49 is stuck in the inner channel 11 of the transfer block, the push column 29 can be pushed downward slowly to accelerate the falling of the circuit breaker silver point 49, making the overall screening process smooth and convenient for maintenance.

[0024] Screening process: The circuit breaker silver points 49 are arranged in sequence on the output end 4 of the vibratory feeder 1. Under the vibration of the vibratory feeder 1, the circuit breaker silver points 49 enter the transfer block 8 through the transfer block interface 12 in sequence, and fall vertically from top to bottom to the bottom of the transfer block 8 through the internal channel 11. The silver point riveting part 51 of the circuit breaker silver points 49 is placed in the lower positioning port 13 of the transfer block. The air blowing nozzle 28 blows air onto the circuit breaker silver points 49 at the bottom, causing a single circuit breaker silver point 49 to move to the transfer block outlet 14. Due to the first L-shaped guide foot 15 and the second The L-shaped guide foot 16 guides the individual circuit breaker silver points 49 to move stably from the transfer block outlet 14 into the cylindrical drum tension gap 19. Driven by the main motor 21, the first cylindrical drum 17 and the second cylindrical drum 18 move the circuit breaker silver points 49 on the cylindrical drum tension gap 19 forward. Since the width of the cylindrical drum tension gap 19 is the specified diameter of the circuit breaker silver points 49, when the diameter of the circuit breaker silver point 49 to be tested is smaller than the cylindrical drum tension gap 19, it will fall out of the cylindrical drum tension gap 19, thereby realizing the automatic screening and feeding of the circuit breaker silver points 49.

[0025] The above description is only a preferred embodiment of the present utility model and is not intended to limit the present utility model. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present utility model are included within the protection scope of the present utility model.

Claims

1. A silver spot screening and feeding device, characterized in that: The device includes a silver point vibratory plate (1) for sequentially arranging and outputting circuit breaker silver points (49), a silver point transfer seat assembly (2), and a silver point diameter screening device (3). The silver point vibratory plate (1) is provided with a vibratory plate output end (4). The vibratory plate output end (4) is provided with an output end receiving groove (5) for receiving the silver point contact part (50). The output end receiving groove (5) is provided with an output end positioning groove (6) for the silver point riveting part (51) to make way. The silver point transfer seat assembly (2) includes a transfer block (8). The transfer block (8) includes a transversely arranged transfer block transition part (10) and a longitudinally arranged transfer block docking part (9) in the middle of the transfer block transition part (10). The transfer block docking part (9) is provided with a transfer block inner channel (11) for the vertical drop of a single circuit breaker silver point (49). The upper side wall of the transfer block inner channel (11) is provided with a channel for the silver point to fall vertically. The output end receiving groove (5) and the output end positioning groove (6) are vertically connected to the transfer block inner channel (11) and the transfer block interface (12). The bottom of the transfer block transition part (10) is provided with a transfer block lower positioning port (13) that is connected to the transfer block inner channel (11) and used for positioning the silver point riveting part (51) after it falls. The bottom of the front end of the transfer block transition part (10) is provided with a transfer block outlet (14) that is vertically connected to the transfer block inner channel (11) and used for the horizontal movement of a single circuit breaker silver point (49). The bottom of the transfer block transition part (10) is provided with a first L-shaped guide foot (15) and a second L-shaped guide foot (16) at the transfer block outlet (14). A guide foot limiting gap is formed between the first L-shaped guide foot (15) and the second L-shaped guide foot (16) for limiting the silver point riveting part (51). The silver dot diameter screening device (3) includes a first cylindrical roller (17) and a second cylindrical roller (18). A cylindrical roller measuring gap (19) for measuring the diameter of the circuit breaker silver dot (49) is formed between the first cylindrical roller (17) and the second cylindrical roller (18). The transfer block outlet (14) is connected to the cylindrical roller measuring gap (19). The first L-shaped guide foot (15) and the second L-shaped guide foot (16) are inserted into the cylindrical roller measuring gap (19).

2. The silver spot screening and feeding device according to claim 1, characterized in that: The silver spot diameter screening device (3) further includes a main motor (21), a main gear (22) connected to the output shaft of the main motor (21), a first gear (23) located above the main gear (22) and meshing with the main gear (22), and a second gear (24) located on the same horizontal plane as the first gear (23) and meshing with the first gear (23). The first gear (23) is sleeved on the first cylindrical roller (17), and the second gear (24) is sleeved on the second cylindrical roller (18).

3. The silver spot screening and feeding device according to claim 1, characterized in that: The channel (11) inside the transfer block has a square structure and its length is the same as the diameter of a single silver point contact (50).

4. The silver spot screening and feeding device according to claim 1, characterized in that: The silver point transfer unit assembly (2) also includes an air nozzle (28) for blowing air into the circuit breaker silver point (49), and the rear end of the transfer block transition part (10) is provided with an air nozzle mounting port (26) that is perpendicularly connected to the bottom of the transfer block inner channel (11) and is used for installing the air nozzle (28).

5. The silver spot screening and feeding device according to claim 1, characterized in that: The silver point transfer seat assembly (2) also includes a push column (29), and the upper end of the transfer block docking part (9) is provided with a transfer block push port (30) that communicates with the inner channel (11) of the transfer block and is used for the push column (29) to push the circuit breaker silver point (49) downward.

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