Novel pharmaceutical engineering filling device

Abstract

A novel pharmaceutical engineering filling device comprises a bottom bearing seat, a main positioning table, a positioning clamping jaw, a positioning elastic piece, an upper positioning plate, a filling cylinder and a filling bottle, an inner bearing ring and a clamping jaw connecting groove are arranged in the main positioning table, the inner bearing ring is located in the middle, the clamping jaw connecting groove surrounds the outer side of the inner bearing ring, the clamping jaw connecting groove is matched with the positioning clamping jaw, and the positioning elastic piece is arranged on the upper positioning plate. The clamping jaw connecting groove is connected with a positioning clamping jaw, the positioning clamping jaw slides in the clamping jaw connecting groove, a clamping jaw positioning groove is formed in the side, close to the inner bearing ring, of the clamping jaw connecting groove, a clamping jaw positioning block is arranged on one side of the positioning clamping jaw, the clamping jaw positioning block is matched with the clamping jaw positioning groove, and the clamping jaw positioning block is connected with the clamping jaw positioning groove; the clamping jaw positioning blocks slide in the clamping jaw positioning grooves, filling bottle positioning grooves are formed in the side face of the main positioning table, and the filling bottle positioning grooves and the two sets of adjacent positioning clamping jaws form filling bottle connecting grooves.

Description

Technical Field

[0001] The utility model relates to the field of pharmaceutical engineering, in particular to a novel filling device for pharmaceutical engineering. Background Art

[0002] The existing patent (publication number: CN218401063U) proposes a novel filling device for pharmaceutical engineering, including a filling box. The inner bottom of the filling box is rotatably connected with a filling base. A rotating motor for driving the filling base to rotate is arranged at the bottom of the filling box. A plurality of vertically arranged positioning holes penetrating through the upper part are formed inside the filling base. A medicine bottle is arranged inside the plurality of positioning holes. A horizontally arranged horizontal groove is formed inside the filling base. However, for the device, "a plurality of vertically arranged positioning holes penetrating through the upper part are formed inside the filling base, and a medicine bottle is arranged inside the plurality of positioning holes", the vertically arranged positioning holes can only be inserted from the upper part when the medicine bottle is placed. The requirements during the placing process are relatively high and it is inconvenient to place, thus affecting the overall filling efficiency of this device. Summary of the Invention

[0003] Aiming at the above deficiencies of the existing technology, the utility model provides a novel filling device for pharmaceutical engineering. During the installation process of the filling bottle for pharmaceutical engineering filling operation, by operating the driving handle to rotate the bottom bearing seat, the upper positioning plate is lifted, so that the claw positioning column is disconnected from the positioning column insertion groove, unlocking the positioning claw. The filling bottle can be directly inserted into the filling bottle positioning groove from the side. During the insertion process, the positioning elastic piece at the corresponding position contracts, and the positioning claw is compressed and retracted. Until the filling bottle is completely inserted, the positioning claw resets. Rotating the bottom bearing seat in the reverse direction makes the claw positioning column reconnect with the positioning column insertion groove, completely locking the positioning claw, completing the positioning of the filling bottle, making the taking and placing of the filling bottle more convenient, and ensuring the filling efficiency of this device.

[0004] The purpose of the utility model is achieved through the following technical solutions:

[0005] A new pharmaceutical engineering filling device, including a bottom bearing seat, a main positioning table, positioning claws, positioning elastic pieces, an upper positioning plate, a filling cylinder, and a filling bottle. The main positioning table internally has an inner bearing ring and a claw connection groove. The inner bearing ring is in the center position, and the claw connection groove surrounds the outer side of the inner bearing ring. The claw connection groove is adapted to the positioning claws, and the claw connection groove connects the positioning claws. The positioning claws slide inside the claw connection groove. One side of the claw connection groove close to the inner bearing ring has a claw positioning groove, and one side of the positioning claws has a claw positioning block. The claw positioning block is adapted to the claw positioning groove, and the claw positioning block connects the claw positioning groove. The claw positioning block slides inside the claw positioning groove. The side of the main positioning table has a filling bottle positioning groove. The filling bottle positioning groove and two adjacent positioning claws form a filling bottle connection groove. The filling bottle connection groove is adapted to the filling bottle, and the filling bottle connection groove connects the filling bottle. The filling bottle is inserted into the filling bottle connection groove.

[0006] The positioning claws internally have elastic piece connection columns. Both sides of the positioning elastic pieces have elastic piece connection cylinders. The elastic piece connection cylinders are rotatably connected to the elastic piece connection columns. The top of the main positioning table has a positioning column connection groove. The top of the positioning claws has a positioning column insertion groove. The bottom of the upper positioning plate has a positioning plate connection slider. The positioning plate connection slider is adapted to the inner bearing ring. The positioning plate connection slider connects the inner bearing ring. The positioning plate connection slider slides inside the inner bearing ring. The side of the upper positioning plate has a claw positioning column. The claw positioning column is adapted to the positioning column connection groove and the positioning column insertion groove. The claw positioning column successively connects the positioning column connection groove and the positioning column insertion groove.

[0007] The claw positioning column passes through the positioning column connection groove and is inserted into the positioning column insertion groove. The top of the upper positioning plate has a filling cylinder connection platform. The filling cylinder is inserted into the filling cylinder connection platform and fixed. The side of the filling cylinder has a feeding pipe. The bottom of the main positioning table has bottom support rods and a driving handle. The bottom support rods and the driving handle are arranged alternately around the bottom bearing seat. The surface of the bottom bearing seat has a bottom support rod avoidance groove. The bottom support rod avoidance groove is adapted to the bottom support rods. The bottom support rod avoidance groove connects the bottom support rods. The bottom support rod avoidance groove slides outside the bottom support rods.

[0008] The bottom of the inner bearing ring has a bearing seat connection ring. The top of the bottom bearing seat has a bearing seat connection platform. The side of the bearing seat connection platform has a bearing seat connection groove. The bearing seat connection groove is adapted to the bearing seat connection ring. The bearing seat connection groove connects the bearing seat connection ring. The bearing seat connection groove slides outside the bearing seat connection ring. Beneficial effects

[0009] 1. During the installation process of the filling bottle for pharmaceutical engineering filling operations of the present utility model, operating the driving handle to rotate the bottom bearing seat causes the upper positioning plate to rise, disconnecting the claw positioning column from the positioning column insertion slot, releasing the locking of the positioning claw. The filling bottle can be directly inserted into the filling bottle positioning slot from the side. During the insertion process, the positioning elastic piece at the corresponding position contracts, and the positioning claw is compressed and retracted. Until the filling bottle is completely inserted, the positioning claw resets. Rotating the bottom bearing seat in the reverse direction reconnects the claw positioning column to the positioning column insertion slot, completely locking the positioning claw, completing the positioning of the filling bottle, making the picking and placing of the filling bottle more convenient, and ensuring the filling efficiency of this device.

[0010] 2. Some adjacent positioning claws of the present utility model are connected by positioning elastic pieces. After the filling bottle is placed into the filling bottle positioning slot, the positioning elastic piece expands to enable the positioning claw to perform basic positioning on the filling bottle positioning slot, preventing the filling bottle from falling during the placement process and ensuring the stability of the filling bottle placement process.

[0011] 3. The front end of the positioning claw of the present utility model is designed with an arc chamfer, making the process of placing the filling bottle smoother and not scratching the bottle body during the placement process, ensuring the safety when the filling bottle is placed.

[0012] 4. Chamfers are provided at the bottom of the claw positioning column and the top of the positioning column insertion slot of the present utility model. When the positioning claw is not fully reset, partial guidance can be carried out between the chamfers, enabling the claw positioning column to be smoothly inserted into the positioning column insertion slot for fixation, and preventing the claw positioning column from getting stuck during the insertion process. Description of the Drawings

[0013] Figure 1 is a schematic structural diagram of a novel pharmaceutical engineering filling device according to the present utility model Figure 1 。

[0014] Figure 2 is a schematic structural diagram of a novel pharmaceutical engineering filling device according to the present utility model Figure 2 。

[0015] Figure 3 is a top cross-sectional view of a novel pharmaceutical engineering filling device according to the present utility model.

[0016] Figure 4 is a side cross-sectional view of a novel pharmaceutical engineering filling device according to the present utility model.

[0017] Figure 5 is a partial structural diagram of a novel pharmaceutical engineering filling device according to the present utility model.

[0018] Figure 6 is a schematic structural diagram of the main positioning table according to the present utility model.

[0019] Figure 7 Schematic diagram of the positioning claw structure described in the present utility model.

[0020] Figure 8 Schematic diagram of the upper positioning plate structure described in the present utility model.

[0021] Figure 9 Schematic diagram of the bottom bearing seat structure described in the present utility model. Detailed implementation manners

[0022] The present utility model will be further described in detail below with reference to the accompanying drawings and embodiments:

[0023] Embodiment 1:

[0024] A new type of filling device for pharmaceutical engineering, including a bottom bearing seat 1, a main positioning table 2, positioning claws 5, positioning elastic pieces 6, an upper positioning plate 9, a filling cylinder 12, and a filling bottle 14. The main positioning table 2 has an inner bearing ring 27 and a claw connection groove 4 inside. The inner bearing ring 27 is in the central position, and the claw connection groove 4 surrounds the outer side of the inner bearing ring 27. The claw connection groove 4 is adapted to the positioning claws 5, and the claw connection groove 4 connects the positioning claws 5. The positioning claws 5 slide inside the claw connection groove 4. The front end of the positioning claws 5 is designed with an arc chamfer, making the process of inserting the filling bottle 14 smoother and not scratching the bottle body during the insertion process, ensuring the safety when the filling bottle 14 is inserted. One side of the claw connection groove 4 close to the inner bearing ring 27 has a claw positioning groove 23, and one side of the positioning claws 5 has a claw positioning block 24. The claw positioning block 24 is adapted to the claw positioning groove 23, and the claw positioning block 24 connects the claw positioning groove 23. The claw positioning block 24 slides inside the claw positioning groove 23. The side of the main positioning table 2 has a filling bottle positioning groove 28. The filling bottle positioning groove 28 and two adjacent positioning claws 5 form a filling bottle connection groove. The filling bottle connection groove is adapted to the filling bottle 14, and the filling bottle connection groove connects the filling bottle 14. The filling bottle 14 is inserted into the filling bottle connection groove. During the installation process of the filling bottle 14 for pharmaceutical engineering filling operations, operate the driving handle 16 to rotate the bottom bearing seat 1, raise the upper positioning plate 9, disconnect the claw positioning column 25 from the positioning column insertion groove 26, release the locking of the positioning claws 5, and the filling bottle 14 can be directly inserted into the filling bottle positioning groove 28 from the side. During the insertion process, the corresponding positioning elastic pieces 6 contract, and the positioning claws 5 are compressed and retracted until the filling bottle 14 is completely inserted. Then, the positioning claws 5 reset. Rotate the bottom bearing seat 1 in the reverse direction to reconnect the claw positioning column 25 with the positioning column insertion groove 26, completely lock the positioning claws 5, complete the positioning of the filling bottle 14, make the taking and placing of the filling bottle 14 more convenient, and ensure the filling efficiency of this device.

[0025] Embodiment 2:

[0026] Inside the positioning jaw 5 of the present utility model, there is a shrapnel connecting column 17. Some adjacent positioning jaws 5 are connected by a positioning shrapnel 6. After the filling bottle 14 is placed inside the filling bottle positioning groove 28, the positioning shrapnel 6 expands, enabling the positioning jaw 5 to perform basic positioning on the filling bottle positioning groove 28, preventing the filling bottle 14 from falling during the placement process and ensuring the stability of the placement process of the filling bottle 14. Both sides of the positioning shrapnel 6 have shrapnel connecting cylinders 7, and the shrapnel connecting cylinders 7 are rotatably connected to the shrapnel connecting columns 17. The top of the main positioning platform 2 has a positioning column connecting groove 8, the top of the positioning jaw 5 has a positioning column insertion groove 26, and the bottom of the upper positioning plate 9 has a positioning plate connecting slider 21. The positioning plate connecting slider 21 is adapted to the inner bearing ring 27. The positioning plate connecting slider 21 is connected to the inner bearing ring 27, and the positioning plate connecting slider 21 slides inside the inner bearing ring 27. The side of the upper positioning plate 9 has a jaw positioning column 25, and the jaw positioning column 25 is adapted to the positioning column connecting groove 8 and the positioning column insertion groove 26. The jaw positioning column 25 successively connects the positioning column connecting groove 8 and the positioning column insertion groove 26.

[0027] Embodiment 3:

[0028] The jaw positioning column 25 of the present utility model passes through the positioning column connecting groove 8 and is inserted into the positioning column insertion groove 26. Chamfers are provided at the bottom of the jaw positioning column 25 and the top of the positioning column insertion groove 26. When the positioning jaw 5 is not fully reset, partial guidance can be carried out between the chamfers, enabling the jaw positioning column 25 to be smoothly inserted into the positioning column insertion groove 26 to complete the fixation and preventing the jaw positioning column 25 from getting stuck during the insertion process. The top of the upper positioning plate 9 has a filling cylinder connecting platform 13, and the filling cylinder 12 is inserted into the filling cylinder connecting platform 13 for fixation. The side of the filling cylinder 12 has a feeding pipe 22. The bottom of the main positioning platform 2 has a bottom support rod 3 and a driving handle 16. The bottom support rod 3 and the driving handle 16 are arranged alternately around the bottom bearing seat 1. The surface of the bottom bearing seat 1 has a bottom support rod avoidance groove 15. The bottom support rod avoidance groove 15 is adapted to the bottom support rod 3. The bottom support rod avoidance groove 15 is connected to the bottom support rod 3, and the bottom support rod avoidance groove 15 slides on the outside of the bottom support rod 3.

[0029] Embodiment 4:

[0030] The bottom of the inner bearing ring 27 of the present utility model has a bearing seat connecting ring 18. The top of the bottom bearing seat 1 has a bearing seat connecting platform 19. The side of the bearing seat connecting platform 19 has a bearing seat connecting groove 20. The bearing seat connecting groove 20 is adapted to the bearing seat connecting ring 18. The bearing seat connecting groove 20 is connected to the bearing seat connecting ring 18, and the bearing seat connecting groove 20 slides on the outside of the bearing seat connecting ring 18.

[0031] Embodiment 5:

[0032] The filling bottle 14 of the present utility model is placed on the upper part of the bottom bearing seat 1. The top of the bearing seat connecting platform 19 is provided with a lifting drive screw 11. The inside of the positioning plate connecting slider 21 has a screw connecting groove 10, and the lifting drive screw 11 is threadedly connected with the screw connecting groove 10.

[0033] Embodiment 6:

[0034] Installation steps of the present utility model: Insert the filling cylinder 12 into the inside of the filling cylinder connecting platform 13 of the upper positioning plate 9 and fix it. Insert the claw positioning block 24 of the positioning claw 5 into the inside of the claw positioning groove 23 of the main positioning platform 2. Rotationally connect the elastic sheet connecting cylinder 7 of the positioning elastic sheet 6 with the elastic sheet connecting column 17 of the positioning claw 5. Set the bearing seat connecting groove 20 of the bottom bearing seat 1 on the outside of the bearing seat connecting ring 18 of the main positioning platform 2, so that the bottom support rod avoiding groove 15 of the bottom bearing seat 1 is set on the outside of the bottom support rod 3 of the main positioning platform 2. Insert the positioning plate connecting slider 21 of the upper positioning plate 9 into the inside of the inner bearing ring 27 of the main positioning platform 2, so that the lifting drive screw 11 of the bottom bearing seat 1 is threadedly connected with the screw connecting groove 10 of the upper positioning plate 9. Pass the claw positioning column 25 of the upper positioning plate 9 through the positioning column connecting groove 8 of the main positioning platform 2 and insert it into the positioning column insertion groove 26 of the positioning claw 5. The installation of this device is completed.

[0035] The above is only the preferred embodiment of the present utility model and is not used to limit the present utility model. It should be pointed out that for those of ordinary skill in the art in this technical field, without departing from the technical principle of the present utility model, several improvements and modifications can still be made, and these improvements and modifications should also be regarded as the protection scope of the present utility model.

Claims

1. A new type of pharmaceutical engineering filling device, characterized by The invention comprises a bottom bearing seat (1), a main positioning platform (2), a positioning claw (5), a positioning spring (6), an upper positioning plate (9), a filling cylinder (12), and a filling bottle (14). The main positioning platform (2) has an inner bearing ring (27) and a claw connecting groove (4) inside. The inner bearing ring (27) is in a central position. The claw connecting groove (4) surrounds the outer side of the inner bearing ring (27). The claw connecting groove (4) is adapted to the positioning claw (5). The claw connecting groove (4) is connected to the positioning claw (5). The positioning claw (5) slides inside the claw connecting groove (4). The claw connecting groove (4) is close to one side of the inner bearing ring (27). A claw positioning groove (23) is provided, a claw positioning block (24) is provided on one side of the positioning claw (5), the claw positioning block (24) is adapted to the claw positioning groove (23), the claw positioning block (24) is connected to the claw positioning groove (23), the claw positioning block (24) slides inside the claw positioning groove (23), a filling bottle positioning groove (28) is provided on the side of the main positioning platform (2), the filling bottle positioning groove (28) and two groups of adjacent positioning claws (5) constitute a filling bottle connecting groove, the filling bottle connecting groove is adapted to the filling bottle (14), the filling bottle connecting groove is connected to the filling bottle (14), and the filling bottle (14) is inserted into the filling bottle connecting groove.

2. A novel pharmaceutical filling device according to claim 1, characterized in that The positioning claw (5) has a spring connecting column (17) inside, and the positioning spring (6) has spring connecting tubes (7) on both sides. The spring connecting tubes (7) are rotatably connected to the spring connecting column (17). The main positioning platform (2) has a positioning column connecting groove (8) on the top, and the positioning claw (5) has a positioning column insertion groove (26) on the top. The bottom of the upper positioning plate (9) has a positioning plate connecting slider (21), and the positioning plate connecting slider (21) is adapted to the inner bearing ring (27). The positioning plate connecting slider (21) is connected to the inner bearing ring (27), and the positioning plate connecting slider (21) slides inside the inner bearing ring (27). The side of the upper positioning plate (9) has a claw positioning column (25), and the claw positioning column (25) is adapted to the positioning column connecting groove (8) and the positioning column insertion groove (26). The claw positioning column (25) is sequentially connected to the positioning column connecting groove (8) and the positioning column insertion groove (26).

3. A novel pharmaceutical filling device according to claim 2, characterized in that The claw positioning column (25) passes through the positioning column connecting groove (8) and is inserted into the positioning column insertion groove (26). The top of the upper positioning plate (9) is provided with a filling cylinder connecting platform (13). The filling cylinder (12) is inserted into the filling cylinder connecting platform (13) and fixed therein. The side of the filling cylinder (12) is provided with a feeding pipe (22). The bottom of the main positioning platform (2) is provided with a bottom support rod (3) and a driving handle (16). The bottom support rod (3) and the driving handle (16) are arranged alternately around the bottom bearing seat (1). The surface of the bottom bearing seat (1) is provided with a bottom support rod avoidance groove (15). The bottom support rod avoidance groove (15) is adapted to the bottom support rod (3). The bottom support rod avoidance groove (15) is connected to the bottom support rod (3). The bottom support rod avoidance groove (15) slides on the outside of the bottom support rod (3).

4. A novel pharmaceutical filling device according to claim 3, characterized in that The inner bearing ring (27) has a bearing seat connecting ring (18) at the bottom, a bearing seat connecting platform (19) at the top of the bottom bearing seat (1), a bearing seat connecting groove (20) at the side of the bearing seat connecting platform (19), the bearing seat connecting groove (20) is adapted to the bearing seat connecting ring (18), the bearing seat connecting groove (20) is connected to the bearing seat connecting ring (18), and the bearing seat connecting groove (20) slides on the outside of the bearing seat connecting ring (18).

5. A novel pharmaceutical filling device according to claim 4, characterized in that The filling bottle (14) is placed on the upper part of the bottom bearing seat (1), the top of the bearing seat connecting platform (19) is provided with a lifting drive screw (11), the interior of the positioning plate connecting slider (21) is provided with a screw connecting groove (10), and the lifting drive screw (11) is threadedly connected to the screw connecting groove (10).

Images