CN210931822U - Soft endoscope storage cabinet - Google Patents

Abstract

The utility model relates to a soft endoscope storage cabinet, belonging to the technical field of medical appliances; the air supply device comprises a cabinet body, a storage cabin in the cabinet body, a cabin air supply assembly, a cabin air outlet and a suspension assembly in the storage cabin, wherein the suspension assembly comprises a top rotating part, a rotating ventilation part, a bottom rotating part and a movable hanger; the double-door automatic interlocking assembly is arranged on the front side and the rear side of the electric box and the storage cabin; the number and the moving position of the movable hanging racks can be increased or decreased so as to adapt to the mounting heights and the interval lengths of the hanging racks stored in the soft endoscopes of different brands and different models, and the universality is strong; the double-door interlocking automatic door opening and closing function is achieved, a closed door does not need to be touched by hands, operation is convenient, areas are isolated, and secondary pollution of the soft endoscope is avoided.

Description

Soft endoscope storage cabinet

Technical Field

The utility model relates to a cabinet is stored to soft scope belongs to medical instrument technical field.

Background

The soft endoscope is one of the most convenient, most direct and most effective medical instruments for medical staff to observe pathological tissues in human bodies, and is used in departments, such as an endoscope room, a supply room, an operating room and the like, which are used for diagnosis and treatment by using the soft endoscope in hospitals. Has the advantages of high image definition, vivid color and the like. With the expansion of the application range, the soft endoscope gradually enters the treatment field from the diagnosis field, and the requirement of the soft endoscope for reprocessing is higher and higher. The basic principle of the soft endoscope in the treatment is specified in WS507-2016 technical Specification for cleaning and disinfecting the soft endoscope by 6.1, wherein 6.1.2a specifies: the soft endoscope and accessories entering the aseptic tissues and organs of the human body or contacting the damaged skin and the damaged mucous membrane are sterilized.

Along with more and more treatment endoscopes, the storage environment of the soft endoscope is more and more paid clinical attention, and especially secondary pollution is avoided in the storage process. Meanwhile, soft endoscopes with various functions and models are more and more complete. The soft endoscopes have different appearance structures, and the mounting heights and the interval lengths of the hangers stored in the soft endoscopes with different appearance structures are different.

At present, all the mirror cabinets stored for the soft endoscopes are manually opened or manually pushed and pulled, and the cabinet doors are manually opened by workers in the operation process, so that secondary pollution is caused. And store the stores pylon material mostly and adopt transparent ya keli material, stainless steel material etc. the stores pylon is fixed on the cabinet body or pivot, and the stores pylon divides the upper, middle and lower three-layer to be fixed, and three-layer mount interval is not adjustable, only according to the scope adjustment stores pylon interval of different specifications, the commonality is relatively poor.

Taking a storage process of a common flexible endoscope as an example, before the flexible endoscope is held by a transfer trolley or two hands to a storage cabinet, a worker needs to manually open a cabinet door, and then the flexible endoscope is taken and put into the storage cabinet for storage. This in-process needs the staff to contact the scope and stores the cabinet handle, then takes again and washes the qualified soft scope that disappears to put into soft scope and store the cabinet, have secondary pollution's risk, also so when taking out.

Furthermore, the soft digestive tract endoscope and the soft respiratory tract endoscope of the same model are used as examples, the soft digestive tract endoscope is longer and has the length of about 1.5-2.0 meters, the respiratory endoscope is shorter and has the length of about 0.6-1.0 meters, the difference is very obvious, the storage hanging frame is divided into an upper layer, a middle layer and a lower layer to be fixed, the interval is not adjustable after the hanging frame is fixed, and the hanging frame interval adapting to the soft digestive tract endoscope can not meet the storage interval requirement of the soft respiratory tract endoscope and vice versa.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model provides a cabinet is stored to soft scope, the storage requirement of movable stores pylon adaptation different brands, the soft scope of different models has the auto-induction switch door function, can avoid soft scope secondary pollution risk, improves operation convenience and commonality.

Soft scope stores cabinet, the intelligent cabinet temperature adjusting device comprises a cabinet body the internal storage cabin of cabinet, the internal air feed subassembly of cabin body, cabin body air outlet, the subassembly that hangs in the storage cabin hangs the subassembly and includes rotatory part, portable stores pylon of ventilating, and rotatory part of ventilating passes through top rotary part, bottom rotary part is rotatable to be fixed inside the storage cabin, and top rotary part, bottom rotary part are fixed in storage cabin top and bottom.

The rotary ventilation component is a hollow structure with a cross-shaped inner cavity and is a clean compressed air channel. The rotary ventilation component is provided with an endoscope butt joint part which is communicated with the inner tube cavity of the soft endoscope, so that continuous air drying of the inner tube cavity of the soft endoscope is realized. The movable hanging rack is movably fixed on the outer wall of the rotary ventilation component and used for hanging the soft endoscope. The movable hanging rack can move randomly and increase or decrease the quantity according to different shapes of the suspended soft endoscopes so as to adapt to the suspension requirements of different soft endoscopes, and the universality is greatly improved.

Preferably, the movable hanging rack comprises a bearing hanging rack, a guiding hanging rack and a fixing hanging rack, the bearing hanging rack and the guiding hanging rack are of sheet-shaped strip base structures, and the fixing hanging rack is of a groove structure.

The bearing hanging frame is used for hanging the soft endoscope operation part and bearing the weight of the soft endoscope body; the number of the guide hanging frames can be increased or decreased according to the length of the soft endoscope body, so that the function of guiding the direction of the endoscope body is achieved; the fixed hanging frame fixes the lens part and the power end part of the flexible endoscope, so that the flexible endoscope is prevented from swinging and plays a role in protection. The bearing hanging rack, the guide hanging rack and the fixed hanging rack can be movably fixed on the rotary ventilation component, and can be moved randomly according to different shapes of the suspended soft endoscopes so as to adapt to the suspension requirements of different soft endoscopes.

Preferably, the cabinet is stored to soft scope still includes the automatic interlock subassembly of two doors of electric box, front and back both sides of storage compartment.

The storage cabinet is designed with a front door and a rear door, and the two doors are of an automatic interlocking structure, so that complete isolation of regions is realized. The door has the function of automatically sensing opening and closing the door, can avoid the secondary pollution risk of the soft endoscope, and greatly improves the convenience.

Preferably, the double-door automatic interlocking assembly comprises a front sealing door, a rear sealing door, a front door induction switch, a rear door induction switch, a front door automatic switch component, a rear door automatic switch component, a front door electromagnetic lock and a rear door electromagnetic lock which are arranged on the front side and the rear side of the storage cabin, the front door induction switch and the rear door induction switch are respectively positioned below the front sealing door and the rear sealing door, the front door induction switch, the rear door induction switch, the front door electromagnetic lock and the rear door electromagnetic lock are in signal connection with an electric box, and the front door automatic switch component and the rear door automatic switch component are electrically connected with the electric box.

The double-door automatic interlocking and automatic door opening and closing functions are realized.

Preferably, bearing stores pylon, direction stores pylon, fixed stores pylon are by medical silica gel one shot forming, inside parcel magnet.

The bearing hanging rack, the guide hanging rack and the fixed hanging rack are magnetically attracted on the rotary ventilation component, and can be moved randomly according to different shapes of the suspended soft endoscopes so as to adapt to the suspension requirements of different soft endoscopes. The connection is inhaled to magnetism, and no sanitary dead angle can be removed during the cabinet body clearance, and cleaning and disinfection is convenient, and the stores pylon itself can carry out sterilization independently. The medical silica gel has no irritation, no toxicity, no anaphylactic reaction and little organism rejection reaction to human tissues; has good physicochemical properties, can keep the original elasticity and softness during the contact with body fluid and tissues, is not degraded, is a stable inert substance, can resist high temperature and can be disinfected.

Preferably, a front maintenance door and a rear maintenance door are respectively arranged on one side of the front sealing door and one side of the rear sealing door, and the electric box and the cabin air supply assembly are positioned inside the front maintenance door and the rear maintenance door. The electric box and the cabin body air supply assembly can be conveniently maintained through the front maintenance door and the rear maintenance door.

Preferably, a control screen is fixed on the front maintenance door, a temperature and humidity sensor is arranged in the storage cabin, a clock unit is arranged on the control screen, and the control screen and the temperature and humidity sensor are electrically connected with an electric box. Control screen real-time display soft scope store information and alarm information, store the information and include: temperature, humidity, time.

Preferably, the cabin air supply assembly comprises an air compressor, a compressed air decompression device and a compressed air filtering device which are sequentially communicated, and the compressed air filtering device is communicated with a compressed air interface; the cabin body air supply assembly further comprises an air inlet pipeline and an air filtering sterilizer which are sequentially communicated, and the air filtering sterilizer is communicated with the air supply pipeline.

Air after the bacteria removal of the high-efficiency filter provided by the cabin air supply assembly enters the cabin through the air supply pipeline, and continuous air blowing and drying work on the outer surface of the soft endoscope is achieved. The filtered compressed air enters the rotary ventilation component through the compressed air interface and then is communicated with the inner tube cavity of the soft endoscope through the endoscope butt joint part, so that the continuous air blowing and drying of the inner tube cavity of the soft endoscope are realized.

Preferably, casters are fixed below the bottom of the cabinet body, so that the cabinet body is convenient to move.

Compared with the prior art, the utility model discloses following beneficial effect has:

1. the movable hanging rack can increase and decrease the quantity and the moving position so as to adapt to the mounting heights and the interval lengths of the hanging racks stored in the soft endoscopes of different brands and different models, and the universality is strong.

2. The double-door interlocking automatic door opening and closing function is achieved, a closed door does not need to be touched by hands, operation is convenient, areas are isolated, and secondary pollution of the soft endoscope is avoided.

3. The movable hanging rack adopts a magnetic suction mode to fix the position, selects proper suction, can place the bearing and fall off inadequately, can make the worker take and use, is convenient to move, and can be taken out for cleaning and disinfection.

4. The movable hanging rack adopts medical silica gel, has no irritation, no toxicity, no anaphylactic reaction and little organism rejection reaction to human tissues; has good physical and chemical properties, can keep the original elasticity and softness during the contact process with body fluid and tissues, is not degraded, and is a stable inert substance. Can resist high temperature and can be disinfected.

5. The soft endoscope is continuously dried by blowing air inside and outside during storage, so that aseptic storage is ensured.

Drawings

Fig. 1 is a schematic view of a front view structure of a flexible endoscope storage cabinet of the present invention;

fig. 2 is a schematic view of the front view structure of the sealing door before the opening of the flexible endoscope storage cabinet of the present invention;

fig. 3 is a schematic view of the right side view structure of the flexible endoscope storage cabinet of the present invention;

fig. 4 is a schematic view of the rear view structure of the flexible endoscope storage cabinet of the present invention;

fig. 5 is a schematic view of the flexible endoscope storage cabinet according to the present invention;

fig. 6 is a schematic top view of the flexible endoscope storage cabinet of the present invention;

fig. 7 is a schematic cross-sectional view of the rotary ventilation component of the present invention;

fig. 8 is a left side view structural schematic diagram of the load-bearing hanger of the present invention;

fig. 9 is a schematic structural view of the fixed hanger of the present invention;

fig. 10 is a schematic structural view of the guiding hanger of the present invention;

fig. 11 is a front view of the structure of the bearing hanger of the present invention.

In the figure: 1. a front sealing door; 2. a front maintenance door; 3. a control screen; 4. a switch; 5. a caster wheel; 6. a top rotating member; 7. a rotating vent member; 8. a load-bearing hanger; 9. a guide hanger; 10. fixing the hanging rack; 11. a bottom rotating member; 12. an endoscope docking portion; 13. a front door electromagnetic lock; 14. a front door automatic opening and closing part; 15. an air compressor; 16. a temperature and humidity sensor; 17. an electric box; 18. an air outlet of the cabin body; 19. a top housing; 20. a rear maintenance door; 21. a rear sealing door; 22. an air intake duct; 23. a gas supply duct; 24. a rear door automatic opening and closing part; 25. a compressed gas interface; 26. a front door inductive switch; 27. a rear door inductive switch; 28. a compressed gas pressure reduction device; 29. a compressed gas filtering device; 30. a storage compartment; 31. back door electromagnetic lock.

Detailed Description

The embodiments of the present invention will be further described with reference to the accompanying drawings:

as shown in fig. 1-6, cabinet is stored to soft scope, the intelligent cabinet temperature adjusting device comprises a cabinet body the internal storage compartment 30 of cabinet, cabin body air feed subassembly, cabin body air outlet 18, electric box 17, the subassembly that hangs in the storage compartment 30, it includes rotatory part 7, portable stores pylon to hang the subassembly, rotatory part 7 of ventilating passes through top rotary part 6, bottom rotary part 11 is rotatable to be fixed inside storage compartment 30, top rotary part 6, bottom rotary part 11 are fixed at storage compartment 30 top and bottom, top rotary part 6, bottom rotary part 11 can be rotary joint, both can be that the inner tube is rotatory can be fixed for the inner tube. The movable hanging rack is movably fixed on the outer wall of the rotary ventilation component 7 and used for hanging the soft endoscope. The movable hanging rack can move randomly and increase or decrease the quantity according to different shapes of the suspended soft endoscopes so as to adapt to the suspension requirements of different soft endoscopes, and the universality is greatly improved.

As shown in fig. 7, the rotary ventilation member 7 is a hollow structure with a cross-shaped inner cavity and is a clean compressed air passage. The rotary ventilation component 7 is provided with an endoscope butt joint part 12, and the endoscope butt joint part 12 is communicated with the inner tube cavity of the soft endoscope, so that continuous air drying of the inner tube cavity of the soft endoscope is realized. In particular, the endoscope docking portion 12 can be a quick connector. The rotary ventilation part 7 can be made of carbon steel, is clean, firm and durable and is convenient for fixing the movable hanging rack.

The movable hanger can comprise a weighing hanger 8, a guiding hanger 9 and a fixed hanger 10, as shown in fig. 8-11, the weighing hanger 8 and the guiding hanger 9 can be of sheet-shaped structures with bases, and the fixed hanger 10 can be of a cross groove structure; portable stores pylon is by medical silica gel one shot forming, inside parcel magnet, portable magnetism inhale at rotatory ventilation unit 7. The sheet structure of the bearing hanger 8 can be mouse-shaped, and the base can be a solid cylinder. The sheet structure of the guide hanger 9 can be circular, and the base can be a hollow cylinder. The movable hanging rack can also be in a sucker structure and can be movably adsorbed on the rotary ventilation part 7.

The bearing hanger 8 is used for hanging the soft endoscope operation part and bearing the weight of the soft endoscope body; the guide hanging frame 9 can be increased or decreased according to the used number of the soft endoscope body, and plays a role in guiding the direction of the endoscope body; the fixed hanging frame 10 fixes the lens part and the power end part of the flexible endoscope, prevents swinging and plays a role in protection. The bearing hanger 8, the guide hanger 9 and the fixed hanger 10 are magnetically or pneumatically attracted on the rotary ventilation component 7, and can be moved randomly according to different shapes of the suspended soft endoscopes so as to adapt to the suspension requirements of different soft endoscopes. The actuation is connected, does not have sanitary dead angle, and the cabinet body is removable during the clearance, and cleaning and disinfection is convenient, and the stores pylon itself can carry out sterilization treatment alone. The medical silica gel has no irritation, no toxicity, no anaphylactic reaction and little organism rejection reaction to human tissues; has good physicochemical properties, can keep the original elasticity and softness during the contact with body fluid and tissues, is not degraded, is a stable inert substance, can resist high temperature and can be disinfected.

The automatic door movable hanger soft endoscope storage cabinet further comprises double-door interlocking assemblies arranged on the front side and the rear side of the storage cabin 30, the storage cabinet is designed with a front door and a rear door, and the double-door automatic interlocking structure is used for completely isolating the region. The door has the function of automatically sensing opening and closing the door, can avoid the secondary pollution risk of the soft endoscope, and greatly improves the convenience.

The double-door interlocking assembly comprises a front sealing door 1, a rear sealing door 21, a front door induction switch 26, a rear door induction switch 27, a front door automatic switch part 14, a rear door automatic switch part 24, a front door electromagnetic lock 13 and a rear door electromagnetic lock 31, wherein the front door induction switch 27 and the rear door induction switch 28 are respectively positioned below the front sealing door 1 and the rear sealing door 21, the front door induction switch 26, the rear door induction switch 27, the front door electromagnetic lock 13 and the rear door electromagnetic lock 31 are in signal connection with an electric box 17, and the front door automatic switch part 14 and the rear door automatic switch part 24 are electrically connected with the electric box 17. The front door electromagnetic lock 13 and the rear door electromagnetic lock 31 both comprise a bolt, a positioning hole and a magnet, the positioning hole and the magnet are located at the top of the front sealing door 1, and the bolt is opposite to the positioning hole and fixed on the storage cabin 30 above the positioning hole. The storage compartment 30 is a cuboid box with two open sides, and the front sealing door 1 and the rear sealing door 21 are used for opening and sealing the storage compartment 30.

The working principle of the double-door interlocking is as follows:

the front door inductive switch 26 senses a door opening signal and feeds the door opening signal back to the electrical box 17, whether the rear sealing door 21 is closed or not is detected in the electrical box 17 through the rear door electromagnetic lock 31, if the rear sealing door 21 is closed, the front door electromagnetic lock 13 is controlled to withdraw the lock tongue, then the front door automatic switch door part 14 is controlled to work, the front sealing door 1 is automatically opened, and the door opening angle can be 90 degrees. And if the rear door is not closed, an alarm is given. The qianmen inductive switch 26 responds to the signal of opening the door once more, electric box 17 controls qianmen automatically opened and closed door part 14 work, preceding sealing door 1 self-closing, qianmen electromagnetic lock 13 is through the magnetic field that the response installed the magnet on preceding sealing door 1 produced, judge whether preceding sealing door 1 closes, and will close the door signal transmission for electric box 17, electric box 17 receives preceding sealing door 1 and closes the door signal, stop qianmen automatically opened and closed door part 14 action promptly, control qianmen electromagnetic lock 13 and stretch out the spring bolt, insert in the locating hole of preceding sealing door 1, preceding sealing door 1 closes promptly. The front door automatic opening and closing door part 14 is provided on the top of the storage compartment 30 and can be hinged to open or close the front sealing door 1. The rear sealing door 21 is controlled in the same principle as the front sealing door 1.

One side of the front sealing door 1 and one side of the rear sealing door 21 are respectively provided with a front maintenance door 2 and a rear maintenance door 20, and the electric box 17 and the cabin air supply assembly are positioned inside the front maintenance door 2 and the rear maintenance door 20. The cabin air outlet 18 is arranged below the side of the storage cabin 30 between the front sealing door 1 and the rear sealing door 21. The maintenance through the front maintenance door 2 and the rear maintenance door 20 is facilitated.

The front maintenance door 2 is fixed with a control screen 3, a temperature and humidity sensor 16 is arranged in the storage cabin 30, the control screen 3 is provided with a clock unit, and the control screen 3 and the temperature and humidity sensor 16 are electrically connected with an electric box 17. Control panel 3, temperature and humidity sensor 16 are provided with the power by electric box 17, and electric box 17 control panel 3 shows storage information and the alarm information of soft scope in real time, and the storage information includes: temperature, humidity, time. The temperature and humidity sensor 16 is disposed between the cabin air supply assembly and the cabin air outlet 18, and is configured to measure the temperature and humidity inside the storage cabin 30. When the two doors are interlocked, the electric box 17 gives a warning, a buzzer can be arranged in the electric box 17, and the warning can also be directly displayed on the control screen 3. A switch 4 is arranged below the control screen 3 on the front maintenance door 2 and is a button switch. Control screen 3 is the touch-sensitive screen, can store the cabinet through control screen 3 to whole soft internal diameter and control convenient operation.

The cabin body gas supply assembly comprises an air compressor 15, a compressed gas pressure reducing device 28 and a compressed gas filtering device 29 which are sequentially communicated, and the compressed gas filtering device 29 is communicated with a compressed gas interface 25; the cabin body air supply assembly further comprises an air inlet pipeline 22 and an air filtering degerming device which are sequentially communicated, the air filtering degerming device is communicated with the air supply pipeline 23, air after the high-efficiency filter provided by the cabin body air supply assembly is degerming enters the cabin body through the air supply pipeline 23, and continuous blowing and drying work on the outer surface of the soft endoscope is achieved. The filtered compressed air enters the rotary ventilation component 7 through the compressed air interface 25 and then is communicated with the inner tube cavity of the soft endoscope through the endoscope butt joint part 12, so that the continuous air drying of the inner tube cavity of the soft endoscope is realized. The endoscope butt joint parts 12 are arranged in a plurality according to the containing amount of the rotary ventilation component 7, and each endoscope butt joint part 12 corresponds to 1 soft endoscope. As shown in fig. 7, the accommodation amount of the cross-shaped rotary ventilation member 7 is 4.

The air compressor 15, the compressed air pressure reducing device 28 and the compressed air filtering device 29 can be replaced by external clean compressed air, directly enter 7 the inside of the rotary ventilation component through the compressed air interface 25, and then are communicated with the inner tube cavity of the soft endoscope through the endoscope butt joint part 12, so that the continuous air drying of the inner tube cavity of the soft endoscope is realized.

A top enclosure 19 is provided above the storage compartment 30 for protection.

The bottom of the cabinet body is fixed with a caster 5 which is convenient to move.

During the use, after the soft endoscope has been washed and has disappeared, the staff holds the soft endoscope by hand, and the foot is close to front door inductive switch 26 and is produced the signal of opening the door, opens preceding sealing door 1, hangs the soft endoscope on portable stores pylon, connects endoscope butt joint portion 12, closes front sealing door 1 with foot is close to front door inductive switch 26 again and is produced the signal of closing the door. When the soft endoscope is arranged on the movable hanging rack near the front sealing door 1, a worker can manually rotate the rotary ventilation component 7 to the empty movable hanging rack position to hang the soft endoscope on the movable hanging rack. When the staff gets close to the rear sealing door 21, the soft endoscope can be put in from the rear sealing door 21, and the front sealing door 1 is operated in the same way. If the opposite side sealing door is not closed, the foot is close to the corresponding inductive switch to close the corresponding sealing door, and the storage cabin 30 is sealed. The control screen 3 displays the stored information of the soft endoscope in real time and can be checked at any time.

Claims (10)

1. The utility model provides a cabinet is stored to soft scope, includes the cabinet body internal storage cabin (30), cabin body air feed subassembly, cabin body air outlet (18), its characterized in that of cabinet: further comprising a suspension assembly within the storage compartment (30), said suspension assembly comprising a rotating aeration member (7), a movable hanger; the rotary ventilation component (7) is of a cross-shaped inner cavity hollow structure and can be rotatably fixed in the storage cabin (30), an endoscope butt joint part (12) is arranged on the rotary ventilation component (7), and the movable hanging rack can be movably fixed on the outer wall of the rotary ventilation component (7).

2. The storage cabinet for soft endoscopes according to claim 1, wherein: the movable hanging rack comprises a bearing hanging rack (8), a guiding hanging rack (9) and a fixed hanging rack (10), wherein the bearing hanging rack (8) and the guiding hanging rack (9) are of a sheet-shaped structure with a base, and the fixed hanging rack (10) is of a groove structure.

3. The storage cabinet for soft endoscopes according to claim 1 or 2, wherein: the double-door automatic interlocking device also comprises an electric box (17) and double-door automatic interlocking components on the front side and the rear side of the storage cabin (30).

4. The storage cabinet for soft endoscopes according to claim 3, wherein: the double-door automatic interlocking assembly comprises front sealing doors (1) on the front side and the rear side of a storage cabin (30), a rear sealing door (21), a front door induction switch (26), a rear door induction switch (27), a front door automatic switch component (14), a rear door automatic switch component (24), a front door electromagnetic lock (13) and a rear door electromagnetic lock (31), wherein the front door induction switch (26) and the rear door induction switch (27) are respectively positioned on the front sealing doors (1) and the rear sealing door (21) below, the front door induction switch (26), the rear door induction switch (27), the front door electromagnetic lock (13) and the rear door electromagnetic lock (31) are in signal connection with an electric box (17), and the front door automatic switch component (14) and the rear door automatic switch component (24) are electrically connected with the electric box (17).

5. The storage cabinet for soft endoscopes according to claim 2, wherein: the bearing hanging rack (8), the guiding hanging rack (9) and the fixing hanging rack (10) are formed by medical silica gel in one step, and magnets are wrapped inside the fixing hanging rack.

6. The storage cabinet for soft endoscopes according to claim 4, wherein: one side of the front sealing door (1) and one side of the rear sealing door (21) are respectively provided with a front maintenance door (2) and a rear maintenance door (20), and the electric box (17) and the cabin body air supply assembly are positioned inside the front maintenance door (2) and the rear maintenance door (20).

7. The storage cabinet for soft endoscopes according to claim 6, wherein: the control screen (3) is fixed on the front maintenance door (2), the temperature and humidity sensor (16) is arranged in the storage cabin (30), the clock unit is arranged on the control screen (3), the control screen (3) and the temperature and humidity sensor (16) are electrically connected with the electric box (17), and the temperature and humidity sensor (16) is arranged between the cabin air supply assembly and the cabin air outlet (18).

8. The storage cabinet for soft endoscopes according to claim 1, wherein: the cabin body air supply assembly is communicated with the rotary ventilation component (7) through a compressed air interface (25), and the compressed air interface (25) is a universal interface; the cabin body air supply assembly is communicated with the storage cabin (30) through an air supply pipeline (23).

9. The storage cabinet for soft endoscopes according to claim 8, wherein: the cabin body air supply assembly comprises an air compressor (15), a compressed air decompression device (28) and a compressed air filtering device (29) which are sequentially communicated, and the compressed air filtering device (29) is communicated with a compressed air interface (25); the cabin body air supply assembly further comprises an air inlet pipeline (22) and an air filtering sterilizer which are sequentially communicated, and the air filtering sterilizer is communicated with the air supply pipeline (23).

10. The storage cabinet for soft endoscopes according to claim 9, wherein: the lower part of the bottom of the cabinet body is fixed with a caster (5).

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