Cleaning device for shorts production

Abstract

The utility model provides a cleaning device for shorts production, belongs to the field of shorts production equipment, and solves the problems that continuous operation cannot be realized, the cleaning efficiency is low, the shorts have wrinkles after being cleaned and the like when the conventional cleaning equipment is used for cleaning the produced shorts. Comprising a rotating mechanism, a hot air blowing piece, a steam generator and a cleaning agent mixing tank, the rotating mechanism is sequentially divided into a feeding and discharging area, a washing area, a cleaning agent cleaning area, a steam area and a high-temperature drying area, and the washing area, the cleaning agent cleaning area, the steam area and the high-temperature drying area are provided with an upper working mechanism and a lower working mechanism; a water tank is arranged in the rotating mechanism, the water tank, the cleaning agent mixing tank, the steam generator and the hot air blowing piece are connected with the upper working mechanism and the lower working mechanism of the washing area, the cleaning agent cleaning area, the steam area and the high-temperature drying area respectively, and a cover die mechanism is detachably arranged on each area. The cleaning device can achieve continuous operation, is good in cleaning effect and can achieve water circulation.

Description

Technical Field

[0001] The utility model belongs to the technical field of short pants production equipment, and relates to a cleaning device, in particular to a cleaning device for short pants production. Background Art

[0002] The production of short pants is a comprehensive process from material selection, dyeing, shaping to sewing, decoration, and inspection, aiming to create comfortable, beautiful, and durable short pants products that meet market demands and consumer expectations through strict quality control. The cleaning link in short pants production is an important step to ensure the cleanliness and hygiene standards of products. Stains and impurities on the fabric are removed through professional equipment and appropriate cleaning agents, laying a foundation for subsequent sewing and decoration work.

[0003] In the cleaning link of short pants production, industrial washing machines are usually used for water washing and cleaning agent cleaning to remove fabric stains, ensure the cleanliness and hygiene standards of short pants, and at the same time supplemented by drying to improve production efficiency and product quality. The existing cleaning devices for short pants production cannot achieve continuous operations of water washing, cleaning agent cleaning, steam spraying, and hot air drying, resulting in low cleaning efficiency and wrinkles on the short pants after cleaning.

[0004] Based on this, we propose a cleaning device for short pants production, which can perform continuous operations of high-efficiency water washing, cleaning agent cleaning, steam spraying, and hot air drying on the produced underwear, with higher cleaning efficiency and neater short pants after cleaning. Summary of the Utility Model

[0005] The purpose of the utility model is to address the above problems existing in the prior art and propose a cleaning device for short pants production. The technical problem to be solved by this utility model is: how to achieve continuous operations of high-efficiency water washing, cleaning agent cleaning, steam spraying, and hot air drying on the produced short pants, with higher cleaning efficiency and neater short pants after cleaning.

[0006] The purpose of the utility model can be achieved by the following technical solutions:

[0007] A cleaning device for short pants production, comprising a rotating mechanism, a hot air blower, a steam generator and a cleaning agent mixing tank. The rotating mechanism is successively divided into five equal-sized areas: a loading and unloading area, a water washing area, a cleaning agent cleaning area, a steam area and a high-temperature drying area. Among them, the water washing area, the cleaning agent cleaning area, the steam area and the high-temperature drying area are all provided with an upper working mechanism and a lower working mechanism. The upper working mechanism is located directly above the lower working mechanism. A water tank is arranged inside the rotating mechanism, and the water tank is connected to the upper working mechanism and the lower working mechanism in the water washing area. The cleaning agent mixing tank is located outside the cleaning agent cleaning area, and the cleaning agent mixing tank is connected to the upper working mechanism and the lower working mechanism in the cleaning agent cleaning area. The steam generator is located outside the steam area, and the steam generator is connected to the upper working mechanism and the lower working mechanism in the steam area. The hot air blower is located outside the high-temperature drying area, and the hot air blower is connected to the upper working mechanism and the lower working mechanism in the high-temperature drying area. A sleeve mold mechanism is detachably arranged on each area of the rotating mechanism.

[0008] The working principle of the present utility model is: Replace the cleaning agent in the cleaning agent mixing tank according to the cleaning requirements of the short pants, and select a suitable sleeve mold mechanism according to the shape of the short pants;

[0009] Put the short pants to be cleaned on the sleeve mold mechanism in the loading and unloading area. The rotating mechanism intermittently rotates a certain angle (the quotient of 360° divided by the number of areas, that is, 72°) and reaches the water washing area. The upper working mechanism moves downward so that the sleeve mold mechanism is located inside the upper working mechanism, and the lower working mechanism moves upward so that the lower working mechanism is located inside the sleeve mold mechanism. The water tank supplies water to the upper working mechanism and the lower working mechanism in the water washing area. The upper working mechanism and the lower working mechanism spray and wash the short pants on the sleeve mold mechanism. After the spray and wash is completed, the upper working mechanism and the lower working mechanism at this place return to their original positions;

[0010] After completion, the rotating mechanism rotates a certain angle and reaches the cleaning agent cleaning area. The upper working mechanism moves downward so that the sleeve mold mechanism is located inside the upper working mechanism, and the lower working mechanism moves upward so that the lower working mechanism is located inside the sleeve mold mechanism. The cleaning agent mixing tank supplies the cleaning agent to the upper working mechanism and the lower working mechanism in the cleaning agent cleaning area. The upper working mechanism and the lower working mechanism clean the short pants on the sleeve mold mechanism with the cleaning agent. After the cleaning agent cleaning, the upper working mechanism and the lower working mechanism at this place return to their original positions;

[0011] After completion, the rotating mechanism rotates a certain angle and reaches the steam area. The upper working mechanism moves downward so that the sleeve mold mechanism is located inside the upper working mechanism, and the lower working mechanism moves upward so that the lower working mechanism is located inside the sleeve mold mechanism. The steam generator supplies steam to the upper working mechanism and the lower working mechanism in the steam area. The upper working mechanism and the lower working mechanism spray steam on the short pants on the sleeve mold mechanism for steam sterilization and ironing. After the steam sterilization and ironing, the upper working mechanism and the lower working mechanism at this place return to their original positions;

[0012] After completion, the rotating mechanism rotates by a certain angle and reaches the high-temperature drying area. The upper working mechanism moves downward so that the sleeve die mechanism is located inside the upper working mechanism, and the lower working mechanism moves upward so that the lower working mechanism is located inside the sleeve die mechanism. The hot air blower provides hot air to the upper and lower working mechanisms in the high-temperature drying area. The upper and lower working mechanisms perform hot air drying on the shorts on the sleeve die mechanism. After drying, the upper and lower working mechanisms at this position reset.

[0013] The rotating mechanism rotates by a certain angle and returns to the loading and unloading area, removes the washed shorts, and replaces them with the next shorts to be washed.

[0014] The rotating mechanism includes a motor, a base, a water collection box, a driving wheel, and a driven wheel. The motor and the water tank are located inside the base. A submersible pump is provided inside the water tank. The output shaft of the motor is fixedly connected to the driving wheel. The driving wheel and the driven wheel are meshed with each other. The driven wheel is rotatably arranged on the base. A rotating column is fixed on the driven wheel. A fixed column is fixed at the upper end of the base. The fixed column is located inside the rotating column. A top plate is fixed on the fixed column. The water collection box is located in the water washing area, the cleaning agent cleaning area, the steam area, and the high-temperature drying area. Leakage holes are provided inside the water collection box. The leakage holes and the water tank are connected through a permeable filter. A steam injection pump is provided on the steam generator, and a water pump is provided on the cleaning agent mixing tank.

[0015] With the above structure, the motor drives the driving wheel to rotate intermittently. The driving wheel and the driven wheel are meshed with each other, so that the driven wheel drives the rotating column to rotate intermittently. Each intermittent rotation ensures that the positions of the sleeve die mechanism, the upper working mechanism, and the lower working mechanism are aligned. The water collection box is used to collect the wastewater generated during the cleaning process and send the wastewater into the water tank through the permeable filter to realize the recycling of water.

[0016] The upper working mechanism includes a first hydraulic component, which is fixed on the lower side of the top plate. A hollow outer cover is fixed on the pushing end of the first hydraulic component. A number of water spraying holes are opened inside the hollow outer cover. A first water inlet pipe is provided on the hollow outer cover. The first water inlet pipe in the water washing area is connected to the submersible pump, the first water inlet pipe in the cleaning agent cleaning area is connected to the water pump, the first water inlet pipe in the steam area is connected to the steam injection pump, and the first water inlet pipe in the high-temperature drying area is connected to the hot air blower.

[0017] With the above structure, the submersible pump supplies water to the hollow outer cover through the water inlet pipe in the water washing area, the water pump supplies cleaning agent to the hollow outer cover through the water inlet pipe in the cleaning agent cleaning area, the steam jet pump supplies steam to the hollow outer cover through the water inlet pipe in the steam area, the air pump supplies hot air to the hollow outer cover through the water inlet pipe in the high-temperature drying area. When the die sleeve mechanism reaches directly below the corresponding hollow outer cover, the hydraulic component I pushes downward, driving the hollow outer cover to move downward, so that the shorts to be cleaned on the die sleeve mechanism are located inside the hollow outer cover. The hollow outer cover sprays water, cleaning agent, steam or hot air to the outside of the shorts to be cleaned through the water spraying holes.

[0018] The lower working mechanism includes a vertical screw rod member. The vertical screw rod member is fixed on the side of the base. A hollow plate is fixed on the slider of the vertical screw rod member. A hollow pipe and a second water inlet pipe connected thereto are fixed on the hollow plate. A water spraying box is fixed on the hollow pipe. The second water inlet pipe in the water washing area is connected to the submersible pump, the second water inlet pipe in the cleaning agent cleaning area is connected to the water pump, the second water inlet pipe in the steam area is connected to the steam jet pump, and the second water inlet pipe in the high-temperature drying area is connected to the hot air blowing member. Four through holes are provided on the water collecting box, and the four through holes are respectively located in the water washing area, the cleaning agent cleaning area, the steam area and the high-temperature drying area. The bearing seat of the vertical screw rod member is fixed on the through hole at the corresponding position of the water collecting box.

[0019] With the above structure, the submersible pump supplies water to the water spraying box through the second water inlet pipe in the water washing area, the water pump supplies cleaning agent to the water spraying box through the second water inlet pipe in the cleaning agent cleaning area, the steam jet pump supplies steam to the water spraying box through the second water inlet pipe in the steam area, the air pump supplies hot air to the water spraying box through the first water inlet pipe in the high-temperature drying area. When the die sleeve mechanism reaches directly above the corresponding water spraying box, the vertical screw rod member drives the slider to rise, so that the water spraying box rises into the die sleeve mechanism, and the water spraying box sprays water, cleaning agent, steam or hot air to the inner side of the shorts to be cleaned on the die sleeve mechanism.

[0020] The die sleeve mechanism includes a second hydraulic component. The second hydraulic component is fixed on the side of the rotating column, and a frame model is detachably provided on the pushing end of the second hydraulic component.

[0021] With the above structure, select a suitable frame model according to the shape of the shorts, put the shorts on the frame and prop up the shorts; the second hydraulic component drives the frame model to be pushed to the corresponding position so that the frame model can be directly below the water spraying holes and directly above the water spraying box. Put the shorts to be cleaned on the frame model in the loading and unloading area. After the shorts to be cleaned are washed with water, cleaned with cleaning agent, sprayed with steam and dried with hot air and returned to the loading and unloading area, take off the cleaned shorts and replace them with the next shorts to be cleaned.

[0022] Compared with the prior art, the cleaning device for shorts production has the following advantages:

[0023] 1. The shorts with different shapes and sizes are expanded by a die - sleeve mechanism, and at the same time, it cooperates with a rotating mechanism to drive the shorts to rotate intermittently, meeting the requirements of the assembly - line cleaning work.

[0024] 2. The upper working mechanism and the lower working mechanism cooperate to cover the shorts. At the same time, it cooperates with a water tank to spray - wash the shorts with water, cooperates with a cleaning agent mixing tank and a water pump to clean the shorts with the cleaning agent, cooperates with a steam generator and a steam injection pump to perform steam sterilization and ironing on the shorts, and cooperates with a hot - air blowing component to dry the shorts with hot air.

[0025] 3. The water - collecting box sends the wastewater generated during the cleaning process into the water tank through a permeable filter, realizing the recycling of water and saving water resources. Description of the Drawings

[0026] Figure 1 is a schematic structural view of the present utility model.

[0027] Figure 2 is a schematic structural view of some mechanisms of the present utility model.

[0028] Figure 3 is a schematic structural view of the upper working mechanism of the present utility model.

[0029] Figure 4 is a schematic structural view of the lower working mechanism of the present utility model.

[0030] In the figure, 1. Rotating mechanism; 2. Upper working mechanism; 3. Lower working mechanism; 4. Hot - air blowing component; 5. Steam generator; 6. Cleaning agent mixing tank; 7. Die - sleeve mechanism; 101. Base; 102. Driven wheel; 103. Rotating column; 104. Fixed column; 105. Top plate; 106. Water - collecting box; 107. Driving wheel; 201. Hydraulic component 1; 202. Hollow outer cover; 203. Inlet pipe 1; 204. Spraying holes; 301. Vertical screw rod component; 302. Slide block; 303. Hollow plate; 304. Hollow pipe; 305. Spraying box; 306. Inlet pipe 2; 307. Bearing seat; 701. Hydraulic component 2; 702. Frame model. Detailed Embodiment

[0031] The following are specific embodiments of the present utility model in combination with the drawings. The technical solutions of the present utility model will be further described, but the present utility model is not limited to these embodiments.

[0032] As Figures 1 - 4As shown in the figure, the cleaning device for shorts production includes a rotating mechanism 1, a blowing member 4, a steam generator 5, and a cleaning agent mixing tank 6. The rotating mechanism 1 is successively divided into five equal-sized regions: a loading and unloading region, a water washing region, a cleaning agent cleaning region, a steam region, and a high-temperature drying region. Among them, the water washing region, the cleaning agent cleaning region, the steam region, and the high-temperature drying region are all provided with an upper working mechanism 2 and a lower working mechanism 3. The upper working mechanism 2 is located directly above the lower working mechanism 3. A water tank is provided inside the rotating mechanism 1, and the water tank is connected to the upper working mechanism 2 and the lower working mechanism 3 in the water washing region. The cleaning agent mixing tank 6 is located outside the cleaning agent cleaning region, and the cleaning agent mixing tank 6 is connected to the upper working mechanism 2 and the lower working mechanism 3 in the cleaning agent cleaning region. The steam generator 5 is located outside the steam region, and the steam generator 5 is connected to the upper working mechanism 2 and the lower working mechanism 3 in the steam region. The hot blowing member 4 is located outside the high-temperature drying region, and the hot blowing member 4 is connected to the upper working mechanism 2 and the lower working mechanism 3 in the high-temperature drying region. A sleeve mold mechanism 7 is detachably provided on each region of the rotating mechanism 1.

[0033] In this embodiment, the cleaning agent in the cleaning agent mixing tank 6 is replaced according to the cleaning requirements of the shorts, and a suitable sleeve mold mechanism 7 is selected according to the shape of the shorts.

[0034] The shorts to be cleaned are put on the sleeve mold mechanism 7 in the loading and unloading region. The rotating mechanism 1 intermittently rotates a certain angle (the quotient of 360° divided by the number of regions, that is, 72°) and reaches the water washing region. The upper working mechanism 2 moves downward so that the sleeve mold mechanism 7 is located inside the upper working mechanism 2, and the lower working mechanism 3 moves upward so that the lower working mechanism 3 is located inside the sleeve mold mechanism 7. The water tank supplies water to the upper working mechanism 2 and the lower working mechanism 3 in the water washing region, and the upper working mechanism 2 and the lower working mechanism 3 spray and wash the shorts on the sleeve mold mechanism 7. After the spray washing is completed, the upper working mechanism 2 and the lower working mechanism 3 at this place are reset.

[0035] After completion, the rotating mechanism 1 rotates a certain angle and reaches the cleaning agent cleaning region. The upper working mechanism 2 moves downward so that the sleeve mold mechanism 7 is located inside the upper working mechanism 2, and the lower working mechanism 3 moves upward so that the lower working mechanism 3 is located inside the sleeve mold mechanism 7. The cleaning agent mixing tank 6 supplies the cleaning agent to the upper working mechanism 2 and the lower working mechanism 3 in the cleaning agent cleaning region, and the upper working mechanism 2 and the lower working mechanism 3 clean the shorts on the sleeve mold mechanism 7 with the cleaning agent. After the cleaning agent cleaning, the upper working mechanism 2 and the lower working mechanism 3 at this place are reset.

[0036] After completion, the rotating mechanism 1 rotates by a certain angle and reaches the steam area. The upper working mechanism 2 moves downward so that the sleeve die mechanism 7 is located inside the upper working mechanism 2. The lower working mechanism 3 moves upward so that the lower working mechanism 3 is located inside the sleeve die mechanism 7. The steam generator 5 supplies steam to the upper working mechanism 2 and the lower working mechanism 3 in the steam area. The upper working mechanism 2 and the lower working mechanism 3 spray steam on the shorts on the sleeve die mechanism 7 for steam sterilization and ironing. After steam sterilization and ironing, the upper working mechanism 2 and the lower working mechanism 3 at this position return to their original positions;

[0037] After completion, the rotating mechanism 1 rotates by a certain angle and reaches the high-temperature drying area. The upper working mechanism 2 moves downward so that the sleeve die mechanism 7 is located inside the upper working mechanism 2. The lower working mechanism 3 moves upward so that the lower working mechanism 3 is located inside the sleeve die mechanism 7. The hot air blower 4 supplies hot air to the upper working mechanism 2 and the lower working mechanism 3 in the high-temperature drying area. The upper working mechanism 2 and the lower working mechanism 3 dry the shorts on the sleeve die mechanism 7 with hot air. After drying, the upper working mechanism 2 and the lower working mechanism 3 at this position return to their original positions;

[0038] The rotating mechanism 1 rotates by a certain angle and returns to the loading and unloading area, takes off the washed shorts, and replaces them with the next shorts to be washed.

[0039] The rotating mechanism 1 includes a motor, a base 101, a water collection box 106, a driving wheel 107 and a driven wheel 102. The motor and the water tank are located inside the base 101. A submersible pump is provided inside the water tank. The output shaft of the motor is fixedly connected to the driving wheel 107. The driving wheel 107 and the driven wheel 102 mesh with each other. The driven wheel 102 is rotatably arranged on the base 101. A rotating column 103 is fixed on the driven wheel 102. A fixed column 104 is fixed at the upper end of the base 101. The fixed column 104 is located inside the rotating column 103. A top plate 105 is fixed on the fixed column 104. The water collection box 106 is located in the water washing area, the cleaning agent washing area, the steam area and the high-temperature drying area. Leakage holes are provided inside the water collection box 106. The leakage holes and the water tank are connected through a permeable filter; A steam injection pump is provided on the steam generator 5, and a water pump is provided on the cleaning agent mixing tank 6.

[0040] In this embodiment, the motor drives the driving wheel 107 to rotate intermittently. The driving wheel 107 and the driven wheel 102 mesh with each other, so that the driven wheel 102 drives the rotating column 103 to rotate intermittently. Each intermittent rotation ensures that the sleeve die mechanism 7 is correctly positioned with the upper working mechanism 2 and the lower working mechanism 3. The water collection box 106 is used to collect the wastewater generated during the cleaning process and send the wastewater into the water tank through the permeable filter to realize the recycling of water.

[0041] The upper working mechanism 2 includes a first hydraulic component 201, which is fixed to the lower side of the top plate 105. A hollow outer cover 202 is fixed to the pushing end of the first hydraulic component 201. A number of water spraying holes 204 are provided inside the hollow outer cover 202. A first water inlet pipe 203 is provided on the hollow outer cover 202. The first water inlet pipe 203 in the water washing area is connected to a submersible pump, the first water inlet pipe 203 in the cleaning agent cleaning area is connected to a water pump, the first water inlet pipe 203 in the steam area is connected to a steam jet pump, and the first water inlet pipe 203 in the high-temperature drying area is connected to a hot air blowing component 4.

[0042] In this embodiment, the submersible pump supplies water to the hollow outer cover 202 through the first water inlet pipe 203 in the water washing area, the water pump supplies a cleaning agent to the hollow outer cover 202 through the first water inlet pipe 203 in the cleaning agent cleaning area, the steam jet pump supplies steam to the hollow outer cover 202 through the first water inlet pipe 203 in the steam area, and the air pump supplies hot air to the hollow outer cover 202 through the first water inlet pipe 203 in the high-temperature drying area. When the sleeve die mechanism 7 reaches directly below the corresponding hollow outer cover 202, the first hydraulic component 201 pushes downward, driving the hollow outer cover 202 to move downward, so that the shorts to be cleaned on the sleeve die mechanism 7 are located inside the hollow outer cover 202. The hollow outer cover 202 sprays water, a cleaning agent, steam or hot air to the outside of the shorts to be cleaned through the water spraying holes 204.

[0043] The lower working mechanism 3 includes a vertical lead screw component 301, which is fixed to the side of the base 101. A hollow plate 303 is fixed to the slider 302 of the vertical lead screw component 301. A hollow pipe 304 and a second water inlet pipe 306 connected thereto are fixed to the hollow plate 303. A water spraying box 305 is fixed to the hollow pipe 304. The second water inlet pipe 306 in the water washing area is connected to a submersible pump, the second water inlet pipe 306 in the cleaning agent cleaning area is connected to a water pump, the second water inlet pipe 306 in the steam area is connected to a steam jet pump, and the second water inlet pipe 306 in the high-temperature drying area is connected to a hot air blowing component 4. Four through holes are provided on the water collecting box 106, and the four through holes are respectively located in the water washing area, the cleaning agent cleaning area, the steam area and the high-temperature drying area. The bearing seat 307 of the vertical lead screw component 301 is fixed to the through hole at the corresponding position of the water collecting box 106.

[0044] In this embodiment, the submersible pump supplies water to the water spraying box 305 through the second water inlet pipe 306 in the water washing area, the water pump supplies a cleaning agent to the water spraying box 305 through the second water inlet pipe 306 in the cleaning agent cleaning area, the steam jet pump supplies steam to the water spraying box 305 through the second water inlet pipe 306 in the steam area, and the air pump supplies hot air to the water spraying box 305 through the first water inlet pipe 203 in the high-temperature drying area. When the sleeve die mechanism 7 reaches directly above the corresponding water spraying box 305, the vertical lead screw component 301 drives the slider 302 to rise, so that the water spraying box 305 rises into the inside of the sleeve die mechanism 7, and the water spraying box 305 sprays water, a cleaning agent, steam or hot air to the inside of the shorts to be cleaned on the sleeve die mechanism 7.

[0045] The die set mechanism 7 includes a second hydraulic component 701, which is fixed on the side of the rotating column 103, and a frame model 702 is detachably provided on the pushing end of the second hydraulic component 701.

[0046] In this embodiment, a suitable frame model 702 is selected according to the shape of the shorts, the shorts are sleeved on the frame 702, and the shorts are propped up; the second hydraulic component 701 drives the frame model 702 to be pushed to the corresponding position so that the frame model 702 can be located directly below the water spraying holes 204 and directly above the water spraying box 305. The shorts to be cleaned are sleeved on the frame model 702 in the loading and unloading area. After the shorts to be cleaned are washed with water, cleaned with a cleaning agent, sprayed with steam, and dried with hot air and then returned to the loading and unloading area, the cleaned shorts are taken off and the next shorts to be cleaned are replaced.

[0047] The working principle of the present utility model: The cleaning agent in the cleaning agent mixing tank 6 is replaced according to the cleaning requirements of the shorts, and a suitable frame model 702 is selected according to the shape of the shorts;

[0048] The shorts to be cleaned are sleeved on the frame model 702 in the loading and unloading area. The motor drives the driving wheel 107 to rotate intermittently, thereby driving the frame model 702 to rotate intermittently by a certain angle and reach the water washing area, driving the hollow outer cover 202 to move downward so that the shorts to be cleaned on the frame model 702 are located inside the hollow outer cover 202. The submersible pump supplies water to the hollow outer cover 202 through the first water inlet pipe 203 in the water washing area. The hollow outer cover 202 sprays water to the outside of the shorts to be cleaned through the water spraying holes 204. The vertical screw member 301 drives the slider 302 to rise, so that the water spraying box 305 rises into the inside of the frame model 702. The first hydraulic component 201 is pushed downward, and the submersible pump supplies water to the water spraying box 305 through the second water inlet pipe 306 in the water washing area. The water spraying box 305 sprays water to the inside of the shorts to be cleaned on the frame model 702;

[0049] After completion, the motor drives the driving wheel 107 to continue rotating, thereby driving the frame model 702 to rotate and reach the cleaning agent cleaning area. The first hydraulic component 201 is pushed downward, driving the hollow outer cover 202 to move downward so that the shorts to be cleaned on the frame model 702 are located inside the hollow outer cover 202. The water pump supplies the cleaning agent to the hollow outer cover 202 through the first water inlet pipe 203 in the cleaning agent cleaning area. The hollow outer cover 202 sprays the cleaning agent to the outside of the shorts to be cleaned through the water spraying holes 204. The vertical screw member 301 drives the slider 302 to rise, so that the water spraying box 305 rises into the inside of the frame model 702. The water pump supplies the cleaning agent to the water spraying box 305 through the second water inlet pipe 306 in the cleaning agent cleaning area. The water spraying box 305 sprays the cleaning agent to the inside of the shorts to be cleaned on the frame model 702;

[0050] After completion, the motor drives the driving wheel 107 to continue rotating, thereby driving the frame model 702 to rotate. When it reaches the steam area, the first hydraulic component 201 pushes downward, driving the hollow outer cover 202 to move downward, so that the shorts to be cleaned on the frame model 702 are located inside the hollow outer cover 202. The steam jet pump supplies steam to the hollow outer cover 202 through the first water inlet pipe 203 in the steam area. The hollow outer cover 202 sprays steam to the outside of the shorts to be cleaned through the water spray holes 204. The vertical screw rod component 301 drives the slider 302 to rise, so that the water spray box 305 rises into the inside of the frame model 702. The steam jet pump supplies steam to the water spray box 305 through the second water inlet pipe 306 in the steam area. The water spray box 305 sprays steam to the inside of the shorts to be cleaned on the frame model 702;

[0051] After completion, the motor drives the driving wheel 107 to continue rotating, thereby driving the frame model 702 to rotate. When it reaches the high-temperature drying area, the first hydraulic component 201 pushes downward, driving the hollow outer cover 202 to move downward, so that the outside of the shorts to be cleaned on the frame model 702 is located inside the hollow outer cover 202. The hot air blower 4 supplies hot air to the hollow outer cover 202 through the first water inlet pipe 203 in the high-temperature drying area. The hollow outer cover 202 blows hot air to the shorts through the water spray holes 204. The vertical screw rod component 301 drives the slider 302 to rise, so that the water spray box 305 rises into the inside of the frame model 702. The hot air blower 4 supplies hot air to the water spray box 305 through the second water inlet pipe 306 in the high-temperature drying area. The water spray box 305 blows hot air to the shorts to be cleaned on the frame model 702 to dry the inside of the shorts;

[0052] The rotating mechanism 1 rotates a certain angle, returns to the loading and unloading area, removes the cleaned shorts, and replaces them with the next shorts to be cleaned.

[0053] In summary, through the sleeve die mechanism 7, the shorts of different shapes and sizes are stretched open, and at the same time, it cooperates with the rotating mechanism to drive the shorts to rotate intermittently, meeting the requirements of the assembly line cleaning work;

[0054] Through the cooperation of the upper working mechanism 2 and the lower working mechanism 3, the shorts are covered, and at the same time, it cooperates with the water tank to spray and wash the shorts, cooperates with the cleaning agent mixing tank 6 and the water pump to clean the shorts with the cleaning agent, cooperates with the steam generator 5 and the steam jet pump to sterilize and iron the shorts with steam, and cooperates with the hot air blower 4 to dry the shorts with hot air;

[0055] The water collecting box 106 sends the wastewater generated during the cleaning process to the water tank through the osmotic filter, realizing the recycling of water and saving water resources.

[0056] The specific embodiments described herein are merely illustrative of the spirit of the present utility model. Those skilled in the art to which the present utility model pertains may make various modifications or supplements to the described specific embodiments or use similar means for substitution, but will not deviate from the spirit of the present utility model or exceed the scope defined by the appended claims.

Claims

1. A cleaning device for shorts production, comprising a rotating mechanism (1), a hot air blowing element (4), a steam generator (5) and a cleaning agent mixing tank (6), characterized in that: The rotating mechanism (1) is divided into five equal-sized areas, namely, a loading and unloading area, a water washing area, a cleaning agent cleaning area, a steam area, and a high-temperature drying area. The water washing area, the cleaning agent cleaning area, the steam area, and the high-temperature drying area are all provided with an upper working mechanism (2) and a lower working mechanism (3), wherein the upper working mechanism (2) is located directly above the lower working mechanism (3). A water tank is provided in the rotating mechanism (1), and the water tank is connected to the upper working mechanism (2) and the lower working mechanism (3) in the water washing area. A cleaning agent mixing tank (6) is located outside the cleaning agent cleaning area, and the cleaning agent mixing tank (6) is connected to the upper working mechanism (2) and the lower working mechanism (3) in the cleaning agent cleaning area. A steam generator (5) is located outside the steam area, and the steam generator (5) is connected to the upper working mechanism (2) and the lower working mechanism (3) in the steam area. A hot blowing component (4) is located outside the high-temperature drying area, and the hot blowing component (4) is connected to the upper working mechanism (2) and the lower working mechanism (3) in the high-temperature drying area. A sleeve mold mechanism (7) is detachably provided on each area of ​​the rotating mechanism (1).

2. A cleaning device for shorts production according to claim 1, characterized in that: The rotating mechanism (1) comprises a motor, a base (101), a water collecting box (106), a driving wheel (107) and a driven wheel (102); the motor and the water tank are located inside the base (101); a submersible pump is provided inside the water tank; the output shaft of the motor is fixedly connected to the driving wheel (107); the driving wheel (107) and the driven wheel (102) are meshed with each other; the driven wheel (102) is rotatably arranged on the base (101); a rotating column (103) is fixed on the driven wheel (102); A fixed column (104) is fixed at the upper end of the seat (101), the fixed column (104) is located inside the rotating column (103), a top plate (105) is fixed on the fixed column (104), a water collecting box (106) is located in the water washing area, the detergent washing area, the steam area and the high-temperature drying area, a water leakage hole is provided inside the water collecting box (106), and the water leakage hole and the water tank are connected through a permeation filter; a steam jet pump is provided on the steam generator (5), and a water pump is provided on the detergent mixing tank (6).

3. A cleaning device for shorts production according to claim 2, characterized in that: The upper working mechanism (2) comprises a hydraulic component (201), the hydraulic component (201) being fixed on the lower side of the top plate (105), a hollow outer cover (202) being fixed on the push-out end of the hydraulic component (201), a plurality of water spray holes (204) being provided inside the hollow outer cover (202), a water inlet pipe (203) being provided on the hollow outer cover (202), the water inlet pipe (203) of the water washing area being connected to a submersible pump, the water inlet pipe (203) of the detergent washing area being connected to a water pump, the water inlet pipe (203) of the steam area being connected to a steam jet pump, and the water inlet pipe (203) of the high-temperature drying area being connected to a hot blowing component (4).

4. A cleaning device for shorts production according to claim 3, characterized in that: The lower working mechanism (3) comprises a vertical screw member (301), the vertical screw member (301) is fixed to the side of the base (101), a hollow plate (303) is fixed to the slider (302) of the vertical screw member (301), a hollow tube (304) and a second water inlet pipe (306) connected thereto are fixed to the hollow plate (303), a water spray box (305) is fixed to the hollow tube (304), and the second water inlet pipe (306) of the washing area is connected to a submersible pump for washing. The second water inlet pipe (306) of the detergent cleaning area is connected to the water pump, the second water inlet pipe (306) of the steam area is connected to the steam jet pump, and the second water inlet pipe (306) of the high-temperature drying area is connected to the hot blowing component (4). Four through holes are opened on the water collecting box (106), and the four through holes are respectively located in the water washing area, the detergent cleaning area, the steam area and the high-temperature drying area. The bearing seat (307) of the vertical screw rod (301) is fixed on the through holes at the corresponding positions of the water collecting box (106).

5. A cleaning device for shorts production according to claim 4, characterized in that: The sleeve mold mechanism (7) comprises a second hydraulic component (701), which is fixed on the side of the rotating column (103), and a frame mold (702) is detachably provided on the ejection end of the second hydraulic component (701).

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