Automatic production equipment for urine bags

Abstract

The present invention discloses an automatic production device for urine bags, which includes a frame, a drainage seat and liquid inlet seat automatic welding mechanism, a square doghouse automatic welding mechanism, a breathable film automatic welding mechanism, a handle bag body automatic welding mechanism, and an airtightness on-line automatic detection mechanism. The drainage seat and liquid inlet seat automatic welding mechanism, the square doghouse automatic welding mechanism, the breathable film automatic welding mechanism, the handle bag body automatic welding mechanism, and the airtightness on-line automatic detection mechanism are sequentially arranged on the frame. The drainage seat and liquid inlet seat automatic welding mechanism is used to weld the drainage seat and the liquid inlet seat on the face mask, and a face mask unwinding mechanism is arranged upstream of the drainage seat and liquid inlet seat automatic welding mechanism. By means of the drainage seat and liquid inlet seat automatic welding mechanism, the square doghouse automatic welding mechanism, the breathable film automatic welding mechanism, the handle bag body automatic welding mechanism, and the airtightness on-line automatic detection mechanism, the urine bags can be automatically assembled, improving the production efficiency.

Description

Technical Field

[0001] The present invention relates to the technical field of urine bags, and in particular to the technical field of automatic production equipment for urine bags. Background Art

[0002] A urine bag is a nursing tool for patients to urinate, and it is often used for patients who are not suitable for autonomous urination. There is a type of existing urine bag which is a bag body formed by thermally pressing a mask and a bottom film. A liquid discharge seat, a liquid inlet seat, a square doghouse, and a breathable film are thermally pressed on the mask. The mask is provided with holes respectively adapted to the liquid discharge seat, the liquid inlet seat, and the breathable film. A handle is installed on the urine bag, and a part of the handle is clamped between the mask and the bottom film. During the production of this type of urine bag, the liquid discharge seat, the liquid inlet seat, the square doghouse, the breathable film, and the handle are installed on different devices, resulting in low production efficiency. Summary of the Invention

[0003] The object of the present invention is to solve the problems in the prior art, and propose an automatic production equipment for urine bags, which can enable the urine bag to be automatically assembled on the same device, with high production efficiency and convenient use.

[0004] To achieve the above object, the present invention provides an automatic production equipment for urine bags, including a frame, a liquid discharge seat and liquid inlet seat automatic welding mechanism, a square doghouse automatic welding mechanism, a breathable film automatic welding mechanism, a handle and bag body automatic welding mechanism, and an airtightness on-line automatic detection mechanism. The liquid discharge seat and liquid inlet seat automatic welding mechanism, the square doghouse automatic welding mechanism, the breathable film automatic welding mechanism, the handle and bag body automatic welding mechanism, and the airtightness on-line automatic detection mechanism are sequentially arranged on the frame. The liquid discharge seat and liquid inlet seat automatic welding mechanism is used to weld the liquid discharge seat and the liquid inlet seat on the mask. An upstream of the liquid discharge seat and liquid inlet seat automatic welding mechanism is provided with a mask unwinding mechanism. The square doghouse automatic welding mechanism is used to weld the square doghouse on the mask. The breathable film automatic welding mechanism is used to weld the breathable film on the mask. The handle and bag body automatic welding mechanism is used to weld the mask and the bottom film together to form a bag body and simultaneously weld the handle between the mask and the bottom film. An upstream of the handle and bag body automatic welding mechanism is provided with a bottom film unwinding mechanism. The airtightness on-line automatic detection mechanism is used to detect the airtightness of the urine bag.

[0005] Preferably, the automatic welding mechanism for the liquid discharge seat and the liquid inlet seat includes a liquid discharge seat loading mechanism, a liquid discharge seat picking arm, a liquid inlet seat welding platform, a liquid inlet seat welding press head, a liquid discharge seat welding platform, a liquid discharge seat welding press head, a liquid inlet seat loading mechanism, and a liquid inlet seat picking arm. One liquid discharge seat welding platform and one liquid inlet seat welding platform are installed on the frame. The liquid discharge seat welding platform and the liquid inlet seat welding platform are arranged along the moving direction of the facial mask. A liquid discharge seat welding press head is provided directly above the liquid discharge seat welding platform. The liquid discharge seat welding press head is connected to a first lifting mechanism, and the first lifting mechanism drives the liquid discharge seat welding press head to move vertically up and down. One liquid discharge seat loading mechanism and one liquid discharge seat picking arm are installed on the frame. The liquid discharge seat picking arm can grab the liquid discharge seat at the discharge end of the liquid discharge seat discharging mechanism and place it on the liquid discharge seat welding platform. A liquid inlet seat welding press head is provided directly above the liquid inlet seat welding platform. The liquid inlet seat welding press head is connected to a second lifting mechanism, and the second lifting mechanism drives the liquid inlet seat welding press head to move vertically up and down. One liquid inlet seat loading mechanism and one liquid inlet seat picking arm are installed on the frame. The liquid inlet seat picking arm can grab the liquid inlet seat at the discharge end of the liquid inlet seat discharging mechanism and place it on the liquid inlet seat welding platform.

[0006] Preferably, the automatic welding mechanism for the square doghouse includes a square doghouse loading mechanism, a square doghouse picking arm, a square doghouse welding platform, a square doghouse welding press head, and a fourth lifting mechanism. The square doghouse welding platform is installed on the frame. A square doghouse welding press head is provided above the square doghouse welding platform. The square doghouse welding press head is connected to the fourth lifting mechanism, and the fourth lifting mechanism drives the square doghouse welding press head to move vertically up and down. The square doghouse loading mechanism and the square doghouse picking arm are installed on the frame. The square doghouse picking arm can grab the square doghouse at the discharge end of the square doghouse loading mechanism and place it on the square doghouse welding platform.

[0007] Preferably, the automatic welding mechanism for the breathable film includes a punching mechanism, a breathable film welding platform, a breathable film welding press head, a breathable film feeding mechanism, and a breathable film trough. The punching mechanism, the breathable film feeding mechanism, and the breathable film welding platform are installed on the frame. The punching mechanism, the breathable film feeding mechanism, and the breathable film welding platform are arranged along the feeding direction of the facial mask. The punching mechanism is used to punch holes on the facial mask that are adapted to the breathable film. The breathable film feeding mechanism cooperates with a breathable film conveying mechanism. The breathable film conveying mechanism is installed on the frame. The end of the breathable film conveying mechanism is a breathable film trough. The breathable film feeding mechanism is used to transfer the breathable film at the outermost end of the breathable film trough to the breathable film welding platform. A breathable film welding press head is provided above the breathable film welding platform. The breathable film welding press head is connected to a third lifting mechanism.

[0008] Preferably, the handle bag body automatic welding mechanism includes a double welding platform, a double welding head, and a handle feeding mechanism. A double welding platform is installed on the frame. Above the double welding platform, there is a double welding head. The bottom end of the double welding head is adapted to the bag body contour and the handle of the urine bag. The double welding head is connected to a fifth lifting mechanism, and the fifth lifting mechanism drives the double welding head to move vertically up and down. On one side of the frame, there is a handle feeding mechanism, which includes a turntable, a handle picking mechanism, and a handle feeding mechanism. A number of handle picking mechanisms are installed on the turntable. The picking end of the handle picking mechanism faces the outside of the turntable. On one side of the turntable, there is a handle feeding mechanism. When the handle picking mechanism moves to the discharge end of the handle feeding mechanism, it can clamp the handle at the discharge end of the handle feeding mechanism.

[0009] Preferably, the airtight on-line automatic detection mechanism includes a detection table, a sealing head, an air inlet fixing mechanism, an inflation mechanism, and a lifting cylinder. The detection table is installed on the frame. On the detection table, there is a sealing head, which is connected to a lifting cylinder that drives it to move up and down. At the bottom of the sealing head, there is a sealing part for blocking the liquid discharge seat of the urine bag. On the detection table, there is an air inlet fixing mechanism for fixing the liquid inlet seat of the urine bag. On the detection table, there is an inflation mechanism, which inflates the urine bag through the liquid inlet seat and continuously measures the internal air pressure of the urine bag.

[0010] The beneficial effects of the present invention: By means of the liquid discharge seat and liquid inlet seat automatic welding mechanism, the square doghouse automatic welding mechanism, the breathable film automatic welding mechanism, the handle bag body automatic welding mechanism, and the airtight on-line automatic detection mechanism of the present invention, the urine bag can be automatically assembled, improving the production efficiency.

[0011] The features and advantages of the present invention will be described in detail through embodiments in conjunction with the accompanying drawings. Description of the Drawings

[0012] Figure 1 is the front view of the urine bag of the urine bag automatic production equipment of the present invention;

[0013] Figure 2 is the front view of the urine bag automatic production equipment of the present invention;

[0014] Figure 3 is the top view of the urine bag automatic production equipment of the present invention;

[0015] Figure 4 is the front view of the liquid discharge seat and liquid inlet seat automatic welding mechanism of the urine bag automatic production equipment of the present invention;

[0016] Figure 5 is the top view of the liquid discharge seat and liquid inlet seat automatic welding mechanism of the urine bag automatic production equipment of the present invention;

[0017] Figure 6 It is the front view of the automatic welding mechanism for the breathable film of the automatic production equipment for urine bags of the present invention;

[0018] Figure 7 It is the top view of the automatic welding mechanism for the breathable film of the automatic production equipment for urine bags of the present invention;

[0019] Figure 8 It is the front view of the automatic welding mechanism for the handle bag body of the automatic production equipment for urine bags of the present invention;

[0020] Figure 9 It is the top view of the automatic welding mechanism for the handle bag body of the automatic production equipment for urine bags of the present invention;

[0021] Figure 10 It is the front view of the airtightness on-line automatic detection mechanism of the automatic production equipment for urine bags of the present invention;

[0022] Figure 11 It is the top view of the airtightness on-line automatic detection mechanism of the automatic production equipment for urine bags of the present invention;

[0023] Figure 12 It is the front view of the automatic welding mechanism for the square dog house of the automatic production equipment for urine bags of the present invention.

[0024] In the figure: 1 - frame, 2 - automatic welding mechanism for the liquid discharge seat and liquid inlet seat, 3 - automatic welding mechanism for the square dog house, 4 - automatic welding mechanism for the breathable film, 5 - automatic welding mechanism for the handle bag body, 6 - airtightness on-line automatic detection mechanism, 9 - urine bag, 20 - liquid discharge seat material taking arm, 21 - liquid discharge seat welding platform, 22 - liquid discharge seat welding press head, 23 - first lifting mechanism, 24 - liquid inlet seat welding platform, 25 - liquid inlet seat welding press head, 26 - second lifting mechanism, 30 - square dog house welding platform, 31 - square dog house welding press head, 32 - fourth lifting mechanism, 40 - punching mechanism, 41 - breathable film material tank, 42 - breathable film feeding mechanism, 43 - breathable film welding platform, 44 - breathable film welding press head, 45 - third lifting mechanism, 50 - double welding platform, 51 - double welding press head, 52 - fifth lifting mechanism, 53 - turntable, 54 - handle material taking mechanism, 55 - handle feeding mechanism, 56 - detection probe, 60 - detection table, 61 - sealing press head, 62 - lifting cylinder, 63 - air inlet fixing mechanism, 64 - inflation mechanism, 91 - liquid discharge seat, 92 - liquid inlet seat, 93 - square dog house, 94 - breathable film, 95 - handle. Detailed implementation manners

[0025] Refer to Figure 1 , Figure 2 and Figure 3, the automatic production equipment for urine bags of the present invention includes a frame 1, a drainage seat and inlet seat automatic welding mechanism 2, a square kennel automatic welding mechanism 3, a breathable film automatic welding mechanism 4, a handle and bag body automatic welding mechanism 5, and an airtightness on-line automatic detection mechanism 6. The drainage seat and inlet seat automatic welding mechanism 2, the square kennel automatic welding mechanism 3, the breathable film automatic welding mechanism 4, the handle and bag body automatic welding mechanism 5, and the airtightness on-line automatic detection mechanism 6 are sequentially arranged on the frame 1. The drainage seat and inlet seat automatic welding mechanism 2 is used to weld the drainage seat 91 and the inlet seat 92 on the mask. There is a mask unwinding mechanism upstream of the drainage seat and inlet seat automatic welding mechanism 2. The square kennel automatic welding mechanism 3 is used to weld the square kennel 93 on the mask. The breathable film automatic welding mechanism 4 is used to weld the breathable film 94 on the mask. The handle and bag body automatic welding mechanism 5 is used to weld the mask and the bottom film together to form a bag body and simultaneously weld the handle 95 between the mask and the bottom film. There is a bottom film unwinding mechanism upstream of the handle and bag body automatic welding mechanism 5. The airtightness on-line automatic detection mechanism 6 is used to detect the airtightness of the urine bag.

[0026] Refer to Figure 4 , Figure 5 , the drainage seat and inlet seat automatic welding mechanism 2 includes a drainage seat loading mechanism, a drainage seat picking arm 20, an inlet seat welding platform 24, an inlet seat welding press head 25, a drainage seat welding platform 21, a drainage seat welding press head 22, an inlet seat loading mechanism and an inlet seat picking arm. A drainage seat welding platform 21 and an inlet seat welding platform 24 are installed on the frame 1. The drainage seat welding platform 21 and the inlet seat welding platform 24 are arranged along the moving direction of the mask. A drainage seat welding press head 22 is provided directly above the drainage seat welding platform 21. The drainage seat welding press head 22 is connected to a first lifting mechanism 23. The first lifting mechanism 23 drives the drainage seat welding press head 22 to move vertically up and down. A drainage seat loading mechanism and a drainage seat picking arm 20 are installed on the frame 1. The drainage seat picking arm 20 can grab the drainage seat 91 at the discharge end of the drainage seat discharging mechanism and place it on the drainage seat welding platform 21. An inlet seat welding press head 25 is provided directly above the inlet seat welding platform 24. The inlet seat welding press head 25 is connected to a second lifting mechanism 26. The second lifting mechanism 26 drives the inlet seat welding press head 25 to move vertically up and down. An inlet seat loading mechanism and an inlet seat picking arm are installed on the frame 1. The inlet seat picking arm can grab the inlet seat 92 at the discharge end of the inlet seat discharging mechanism and place it on the inlet seat welding platform 24. The inlet seat loading mechanism is a vibrating feeder with a discharge guide rail. A baffle for blocking the inlet seat 92 is provided at the end of the discharge guide rail of the inlet seat loading mechanism.

[0027] Refer to Figure 12, the square doghouse automatic welding mechanism 3 includes a square doghouse feeding mechanism, a square doghouse picking arm, a square doghouse welding platform 30, a square doghouse welding press head 31, and a fourth lifting mechanism 32. The square doghouse welding platform 30 is installed on the frame 1. There is a square doghouse welding press head 31 above the square doghouse welding platform 30. The square doghouse welding press head 31 is connected to the fourth lifting mechanism 32, and the fourth lifting mechanism 32 drives the square doghouse welding press head 31 to move vertically up and down. The square doghouse feeding mechanism and the square doghouse picking arm are installed on the frame. The square doghouse picking arm can grab the square doghouse at the discharging end of the square doghouse feeding mechanism and place it on the square doghouse welding platform 30.

[0028] Refer to Figure 6 , Figure 7 , the breathable film automatic welding mechanism 4 includes a punching mechanism 40, a breathable film welding platform 43, a breathable film welding press head 44, a breathable film feeding mechanism 42, and a breathable film material tank 41. The punching mechanism 40, the breathable film feeding mechanism 42, and the breathable film welding platform 43 are arranged along the feeding direction of the facial mask. The punching mechanism 40 is used to punch holes on the facial mask that are adapted to the breathable film 94. The breathable film feeding mechanism 42 cooperates with a breathable film conveying mechanism. The breathable film conveying mechanism is installed on the frame 1. The end of the breathable film conveying mechanism is a breathable film material tank 41. The breathable film feeding mechanism 42 is used to transfer the breathable film at the outermost end of the breathable film material tank 41 to the breathable film welding platform 43. There is a breathable film welding press head 44 above the breathable film welding platform 43. The breathable film welding press head 44 is connected to a third lifting mechanism 45. The third lifting mechanism 45 is a cylinder, and the third lifting mechanism 45 drives the breathable film welding press head 44 to move vertically up and down.

[0029] Refer to Figure 8 , Figure 9, the automatic welding mechanism 5 of the handle bag body includes a double welding platform 50, a double welding press head 51, and a handle feeding mechanism. A double welding platform 50 is installed on the frame 1, and a double welding press head 51 is arranged above the double welding platform 50. The bottom end of the double welding press head 51 is adapted to the bag body contour of the urine bag 9 and the handle 95. The double welding press head 51 is connected to a fifth lifting mechanism 52. The fifth lifting mechanism 52 is a cylinder, and the fourth lifting mechanism 52 drives the double welding press head 51 to move vertically up and down. A handle feeding mechanism is arranged on one side of the frame 1. The handle feeding mechanism includes a turntable 53, a handle picking mechanism 54, and a handle feeding mechanism 55. A plurality of handle picking mechanisms 54 are installed on the turntable 53. The picking end of the handle picking mechanism 54 faces the outside of the turntable 53. A handle feeding mechanism 55 is arranged on one side of the turntable 53. When the handle picking mechanism 54 moves to the discharge end of the handle feeding mechanism 55, it can clamp the handle 95 at the discharge end of the handle feeding mechanism 55.

[0030] Refer to Figure 10 , Figure 11 , the airtight on-line automatic detection mechanism 6 includes a detection table 60, a sealing press head 61, an air inlet fixing mechanism 63, an inflation mechanism 64, and a lifting cylinder 62. A detection table 60 is installed on the frame 1. A sealing press head 61 is arranged on the detection table 60. The sealing press head 61 is connected to a lifting cylinder 62 that drives it to move up and down. A sealing part for blocking the liquid discharge seat 91 of the urine bag 9 is arranged at the bottom of the sealing press head 61. An air inlet fixing mechanism 63 is arranged on the detection table 60. The air inlet fixing mechanism 63 is used to fix the liquid inlet seat 92 of the urine bag 9. An inflation mechanism 64 is arranged on the detection table 60. The inflation mechanism 64 inflates the urine bag 9 through the liquid inlet seat 92 and continuously measures the internal air pressure of the urine bag 9.

[0031] The working process of the present invention:

[0032] During the working process of the automatic urine bag production equipment of the present invention, the liquid discharge seat and liquid inlet seat automatic welding mechanism 2 is used to weld the liquid discharge seat 91 and the liquid inlet seat 92 on the face mask. The square doghouse automatic welding mechanism 3 is used to weld the square doghouse 93 on the face mask. The breathable film automatic welding mechanism 4 is used to weld the breathable film 94 on the face mask. The handle bag body automatic welding mechanism 5 is used to weld the face mask and the bottom film together to form a belt body and at the same time weld the handle 95 between the face mask and the bottom film. The airtight on-line automatic detection mechanism 6 is used to detect the airtightness of the urine bag, so that the urine bag can be automatically assembled, improving the production efficiency.

[0033] At the automatic welding mechanism 2 of the liquid discharge seat and the liquid inlet seat, the mask enters the automatic welding mechanism of the liquid discharge seat and the liquid inlet seat from the mask unwinding mechanism. When the holes on the mask that are adapted to the liquid discharge seat 91 and the liquid inlet seat 92 are respectively located on the liquid discharge seat welding platform 21 and the liquid inlet seat welding platform 24, the liquid discharge seat picking arm 20 grabs the liquid discharge seat 91 at the discharge end of the liquid discharge seat discharging mechanism and places it on the liquid discharge seat welding platform 21. The liquid inlet seat picking arm can grab the liquid inlet seat 92 at the discharge end of the liquid inlet seat discharging mechanism and place it on the liquid inlet seat welding platform 24. The liquid discharge seat welding press head 22 is driven by the first lifting device 23 to press down and weld the liquid discharge seat 91 and the mask together by thermocompression. At the same time, the liquid inlet seat welding press head 25 is driven by the second lifting device 26 to press down and weld the liquid inlet seat 92 and the mask together by thermocompression. Then the liquid discharge seat welding press head 22 and the liquid inlet seat welding press head 25 return to their original positions. Then the mask continues to move until the next set of holes adapted to the liquid discharge seat 91 and the liquid inlet seat 92 are respectively located on the liquid discharge seat welding platform 21 and the liquid inlet seat welding platform 24, and the welding of the next set of liquid discharge seat 91 and liquid inlet seat 92 is continued.

[0034] At the automatic welding mechanism 4 of the breathable film, when the hole position of the mask that cooperates with the breathable film 94 moves to the punching mechanism 40, the punching mechanism 40 punches the mask. Then the mask continues to move forward. When the punching position moves to the breathable film welding platform 43, the breathable film feeding mechanism 42 moves the breathable film 94 at the end of the breathable film material tank 41 onto the mask. Then the breathable film feeding mechanism 42 returns to its original position. Then the third lifting mechanism 45 drives the breathable film welding press head 44 to press down and thermocompression-weld the breathable film 94 and the mask together.

[0035] At the automatic welding mechanism 5 of the handle bag body, the bottom film enters the automatic welding mechanism of the handle bag body from the surface-bottom film unwinding mechanism. The bottom film and the mask of the urine bag 9 pass through the double welding platform 50. The bottom film is located below the mask. The handle feeding mechanism sends the handle between the bottom film and the mask. The double welding press head 51 presses down to press the bottom film and the mask together to form a bag body. At the same time, the handle 95 is also clamped between the bottom film and the mask. It should be noted that two cavities will be formed when the bottom film and the mask are pressed together. A part of the handle 95 is located in the smaller cavity. The other cavity is equipped with a liquid discharge seat 91, a liquid inlet seat 92, a square doghouse 93, and a breathable film 94. The working process of the handle feeding mechanism is that the turntable 53 drives the handle picking mechanism 54 to drive and make the handle picking mechanism cycle reciprocally between the picking station, the waiting-for-welding station, the welding station, and the waiting-for-picking station. Among them, the welding station is where the handle picking mechanism 54 clamps the handle 95, and the handle picking mechanism 54 releases the handle only after the handle 94 is welded.

[0036] At the airtight on-line automatic detection mechanism 6, the urine bag 9 is moved onto the detection table 60, the sealing press head 61 presses down to seal the liquid discharge seat 91 of the urine bag 9, then the air inlet fixing mechanism 63 fixes the liquid inlet seat 92 of the urine bag 9, and then the inflation mechanism 64 inflates the urine bag 9 through the liquid inlet seat 92 and continuously measures the internal air pressure of the urine bag 9. After the detection is completed, the sealing press head 61, the air inlet fixing mechanism 63, and the inflation mechanism 64 are reset.

[0037] The above embodiments are illustrative of the present invention and not restrictive thereof. Any solution obtained by simply transforming the present invention falls within the protection scope of the present invention.

Claims

1. Automatic production equipment for urine bags. The urine bag (9) is a bag body formed by thermocompression bonding of a face film and a bottom film. A liquid discharge seat (91), a liquid inlet seat (92), a square doghouse (93), and a breathable film (94) are thermocompression bonded on the face film. A handle (95) is installed on the urine bag (9), and a part of the handle (95) is clamped between the face film and the bottom film. It is characterized in that: It includes a frame (1), a liquid discharge seat and liquid inlet seat automatic welding mechanism (2), a square doghouse automatic welding mechanism (3), a breathable film automatic welding mechanism (4), a handle bag body automatic welding mechanism (5), and an airtightness on-line automatic detection mechanism (6). The frame (1) is successively provided with a liquid discharge seat and liquid inlet seat automatic welding mechanism (2), a square doghouse automatic welding mechanism (3), a breathable film automatic welding mechanism (4), a handle bag body automatic welding mechanism (5), and an airtightness on-line automatic detection mechanism (6). The liquid discharge seat and liquid inlet seat automatic welding mechanism (2) is used to weld the liquid discharge seat (91) and the liquid inlet seat (92) on the facial mask. There is a facial mask unwinding mechanism upstream of the liquid discharge seat and liquid inlet seat automatic welding mechanism (2). The square doghouse automatic welding mechanism (3) is used to weld the square doghouse (93) on the facial mask. The breathable film automatic welding mechanism (4) is used to weld the breathable film (94) on the facial mask. The handle bag body automatic welding mechanism (5) is used to weld the facial mask and the bottom film together to form a bag body and at the same time weld the handle (95) between the facial mask and the bottom film. There is a bottom film unwinding mechanism upstream of the handle bag body automatic welding mechanism (5). The airtightness on-line automatic detection mechanism (6) is used to detect the airtightness of the urine bag. The airtightness on-line automatic detection mechanism (6) includes a detection table (60), a sealing press head (61), an air inlet fixing mechanism (63), an inflation mechanism (64), and a lifting cylinder (62). The detection table (60) is installed on the frame (1). The sealing press head (61) is provided on the detection table (60). The sealing press head (61) is connected to a lifting cylinder (62) that drives it to move up and down. The bottom of the sealing press head (61) is provided with a sealing portion for blocking the liquid discharge seat (91) of the urine bag (9). An air inlet fixing mechanism (63) is provided on the detection table (60). The air inlet fixing mechanism (63) is used to fix the liquid inlet seat (92) of the urine bag (9). An inflation mechanism (64) is provided on the detection table (60). The inflation mechanism (64) inflates the urine bag (9) through the liquid inlet seat (92) and continuously measures the internal air pressure of the urine bag (9).

2. The automatic urine bag production equipment according to claim 1, characterized in that: The automatic welding mechanism (2) for the liquid discharge seat and liquid inlet seat includes a liquid discharge seat loading mechanism, a liquid discharge seat picking arm (20), a liquid inlet seat welding platform (24), a liquid inlet seat welding press head (25), a liquid discharge seat welding platform (21), a liquid discharge seat welding press head (22), a liquid inlet seat loading mechanism, and a liquid inlet seat picking arm. One liquid discharge seat welding platform (21) and one liquid inlet seat welding platform (24) are installed on the frame (1). The liquid discharge seat welding platform (21) and the liquid inlet seat welding platform (24) are arranged along the moving direction of the mask. A liquid discharge seat welding press head (22) is provided directly above the liquid discharge seat welding platform (21). The liquid discharge seat welding press head (22) is connected to a first lifting mechanism (23), and the first lifting mechanism (23) drives the liquid discharge seat welding press head (22) to move vertically up and down. One liquid discharge seat loading mechanism and one liquid discharge seat picking arm (20) are installed on the frame (1). The liquid discharge seat picking arm (20) can grab the liquid discharge seat (91) at the discharge end of the liquid discharge seat loading mechanism and place it on the liquid discharge seat welding platform (21). A liquid inlet seat welding press head (25) is provided directly above the liquid inlet seat welding platform (24). The liquid inlet seat welding press head (25) is connected to a second lifting mechanism (26), and the second lifting mechanism (26) drives the liquid inlet seat welding press head (25) to move vertically up and down. One liquid inlet seat loading mechanism and one liquid inlet seat picking arm are installed on the frame (1). The liquid inlet seat picking arm can grab the liquid inlet seat (92) at the discharge end of the liquid inlet seat loading mechanism and place it on the liquid inlet seat welding platform (24).

3. The automatic urine bag production equipment according to claim 1, characterized in that: The automatic welding mechanism (3) for the square dog house includes a square dog house loading mechanism, a square dog house picking arm, a square dog house welding platform (30), a square dog house welding press head (31), and a fourth lifting mechanism (32). The square dog house welding platform (30) is installed on the frame (1). A square dog house welding press head (31) is provided above the square dog house welding platform (30). The square dog house welding press head (31) is connected to the fourth lifting mechanism (32), and the fourth lifting mechanism (32) drives the square dog house welding press head (31) to move vertically up and down. The square dog house loading mechanism and the square dog house picking arm are installed on the frame. The square dog house picking arm can grab the square dog house at the discharge end of the square dog house loading mechanism and place it on the square dog house welding platform (30).

4. The automatic urine bag production equipment according to claim 1, characterized in that: The automatic air-permeable film welding mechanism (4) includes a punching mechanism (40), an air-permeable film welding platform (43), an air-permeable film welding press head (44), an air-permeable film feeding mechanism (42), and an air-permeable film storage tank (41). The punching mechanism (40), the air-permeable film feeding mechanism (42), and the air-permeable film welding platform (43) are installed on the frame (1) and arranged along the feeding direction of the facial mask. The punching mechanism (40) is used to punch holes adapted to the air-permeable film (94) in the facial mask. The air-permeable film feeding mechanism (42) cooperates with an air-permeable film conveying mechanism installed on the frame (1). The end of the air-permeable film conveying mechanism is an air-permeable film storage tank (41). The air-permeable film feeding mechanism (42) is used to transfer the air-permeable film at the outermost end of the air-permeable film storage tank (41) to the air-permeable film welding platform (43). Above the air-permeable film welding platform (43), there is an air-permeable film welding press head (44), and the air-permeable film welding press head (44) is connected to a third lifting mechanism (45).

5. The automatic urine bag production equipment according to claim 1, characterized in that: The automatic handle bag body welding mechanism (5) includes a double welding platform (50), a double welding press head (51), and a handle feeding mechanism. A double welding platform (50) is installed on the frame (1). Above the double welding platform (50), there is a double welding press head (51). The bottom end of the double welding press head (51) is adapted to the bag body contour of the urine bag (9) and the handle (95). The double welding press head (51) is connected to a fifth lifting mechanism (52), and the fifth lifting mechanism (52) drives the double welding press head (51) to move vertically up and down. On one side of the frame (1), there is a handle feeding mechanism, which includes a turntable (53), a handle picking mechanism (54), and a handle feeding mechanism (55). A number of handle picking mechanisms (54) are installed on the turntable (53). The picking end of the handle picking mechanism (54) faces the outside of the turntable (53). On one side of the turntable (53), there is a handle feeding mechanism (55). When the handle picking mechanism (54) moves to the discharge end of the handle feeding mechanism (55), it can clamp the handle (95) at the discharge end of the handle feeding mechanism (55).

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