阅读说明：本技术 一种防化服高效清洗设备 (High-efficient cleaning equipment of antichemical clothes ) 是由 王康 俞川华 张锐 张佩林 王安平 张勇 钱燕清 于 2021-10-25 设计创作，主要内容包括：本申请涉及一种防化服高效清洗设备,其包括清洗柜,所述清洗柜内设置有清洗腔,所述清洗腔内滑移设置有用于倒挂防化服的内衬倒置架,所述内衬倒置架上开设有鼓风口,所述清洗柜内设置有与鼓风口相连通的鼓风组件,所述清洗腔的侧壁位于内衬倒置架的周侧开设有冲洗孔组,所述冲洗孔组均朝向内衬倒置架,所述清洗柜内设置有与冲洗孔组相并联且装有不同洗涤液的供液组件,所述清洗腔的底部设置有排液通道。本申请整个过程实现对防化服的高质量和高效率清洗。(The utility model relates to a high-efficient cleaning equipment of antichemical clothes, it is including wasing the cabinet, be provided with the washing chamber in the washing cabinet, it is provided with the inside lining inversion frame that is used for hanging antichemical clothes upside down to wash the intracavity slide, the tuyere has been seted up on the inside lining inversion frame, be provided with the blast air subassembly that is linked together with the tuyere in the washing cabinet, the lateral wall that washs the chamber is located the week side of inside lining inversion frame and has seted up the flushing hole group, the flushing hole group all is towards the inside lining inversion frame, be provided with in the washing cabinet and wash the feeding liquid subassembly that the flushing hole group just is equipped with different washing liquids mutually in parallel, the bottom of wasing the chamber is provided with flowing back passageway. This application whole process realizes wasing the high quality and the high efficiency of antichemical clothes.)

1. The utility model provides a high-efficient cleaning equipment of antichemical clothes which characterized in that: including wasing cabinet (1), be provided with in washing cabinet (1) and wash chamber (11), it is provided with inside lining inversion frame (2) that are used for hanging down antichemical clothes to wash chamber (11) internal slipping, inside lining inversion frame (2) are last to have seted up tuyere (3), be provided with air blast subassembly (4) that are linked together with tuyere (3) in washing cabinet (1), the lateral wall that washs chamber (11) is located the week side of inside lining inversion frame (2) and has seted up flushing hole group (5), flushing hole group (5) all are towards inside lining inversion frame (2), be provided with in washing cabinet (1) and wash confession liquid subassembly (6) that punch combination (5) are parallelly connected mutually and are equipped with different washing liquids, the bottom of wasing chamber (11) is provided with drainage channel (7).

2. The efficient cleaning equipment for chemical defense suit according to claim 1, characterized in that: the lining inversion frame (2) is rotatably arranged in the cleaning cavity (11), a rotating assembly (10) used for driving the lining inversion frame (2) to rotate is arranged in the cleaning cabinet (1), and the flushing hole group (5) faces to the tangential direction of the rotating axis of the lining inversion frame (2).

3. The efficient cleaning equipment for chemical defense suit according to claim 2, characterized in that: the bottom of wasing chamber (11) is rotated and is provided with initiative ring body (9), the fixed driven plate (20) that is provided with in bottom of inside lining inversion frame (2), initiative ring body (9) and driven plate (20) coaxial setting, just keyway (201) have been seted up along its circumference in driven plate (20), be provided with on initiative ring body (9) and form inlay card complex joint key (91) with keyway (201), just be formed with movable surplus (202) between keyway (201) and joint key (91), runner assembly (10) drive initiative ring body (9) rotate.

4. The efficient cleaning equipment for chemical defense suit according to claim 3, characterized in that: the inside lining is put frame (2) and is put including the support chassis (21), intercommunication frame (22) and the clothing strut frame (23) that connect gradually, clothing strut frame (23) include two vertical foot supporting part (231) that upwards set up and sleeve supporting part (232) that two slopes upwards set up, just foot supporting part (231) are located the top of sleeve supporting part (232), just blast orifice (3) set up the tip at foot supporting part (231) and sleeve supporting part (232) respectively, intercommunication frame (22), foot supporting part (231) and sleeve supporting part (232) are linked together, intercommunication frame (22) set up the door front of a garment department at the antichemical clothes, just intercommunication frame (22) are linked together through the hose with air blast subassembly (4).

5. The efficient cleaning equipment for chemical defense suit according to claim 4, characterized in that: the blast port (3) is composed of a plurality of blast holes which are arranged in a circumferential array.

6. The efficient cleaning equipment for chemical defense suit according to claim 5, characterized in that: the bottom of supporting chassis (21) is provided with a plurality of drive wheels (8), the bottom that washs cabinet (1) and be located washing chamber (11) is provided with transition ramp (111), initiative ring body (9) and driven plate (20) all rotate the setting on supporting chassis (21), just driven plate (20) are fixed to be set up on intercommunication frame (22).

7. The efficient cleaning equipment for chemical defense suit according to claim 1, characterized in that: the flushing hole group (5) comprises a left flushing hole (51), a back flushing hole (52), a top flushing hole (53) and a right flushing hole (54) which are arranged on the inner wall of the cleaning cavity (11) and are distributed in a linear array, the liquid supply assembly (6) comprises a plurality of washing boxes (61) filled with different detergents and a constant-pressure liquid supply system (62), the constant pressure liquid supply system (62) comprises a liquid supply pipe (621) which is respectively communicated with the left side flushing hole (51), the back side flushing hole (52), the top flushing hole (53) and the right side flushing hole (54), the constant-pressure liquid supply system (62) also comprises a pressure sensor (622) arranged on the liquid supply pipe (621) and a first electromagnetic switch valve (623), and four of the liquid supply pipes (621) are provided in parallel with the plurality of washing tubs (61), and a controller (30) electrically connected with the pressure sensor (622) and the first electromagnetic switch valve (623) is arranged in the cleaning cabinet (1).

8. The efficient cleaning equipment for chemical defense suit according to claim 7, characterized in that: the constant-pressure liquid supply system (62) further comprises an output pipe (624) arranged on the washing box (61) and a second electromagnetic switch valve (625) arranged on the corresponding output pipe (624), the constant-pressure liquid supply system (62) further comprises a collecting pipe (626) and a liquid supply pump (627) arranged on the collecting pipe (626), two ends of the collecting pipe (626) are respectively connected with the output pipe (624) and the liquid supply pipe (621) which are connected in parallel in series, and the liquid supply pump (627) and the second electromagnetic switch valve (625) are electrically connected with the controller (30).

Technical Field

The invention relates to the technical field of cleaning equipment, in particular to high-efficiency cleaning equipment for chemical defense suit.

Background

Chemical Protective clothing for Firefighters (Chemical Protective clothing for Firefighters) is one of the firefighter Protective clothing, and the Chemical Protective clothing for Firefighters in China is divided into first-level Chemical Protective clothing (gas-tight), second-level Chemical Protective clothing (liquid-tight) and special-level Chemical Protective clothing (gas-tight and increased protection requirements on mustard gas and sarin poison gas). The protective clothing is worn by firefighters in fire fighting and emergency rescue in fire scenes and accident sites with dangerous chemical substances and corrosive substances to protect the firefighters from being damaged by the chemical dangerous substances or the corrosive substances.

After the chemical protective clothing is used, the chemical protective clothing needs to be cleaned, in the related art, the chemical protective clothing is usually cleaned by a manual cleaning method or a washing machine, however, the manual cleaning method is troublesome, labor-consuming and low in cleaning quality, and when the washing machine is used for cleaning, the chemical protective clothing can be rubbed in the washing machine for multiple times, so that the surface quality of the chemical protective clothing is easily damaged, and the improvement is needed.

Disclosure of Invention

In order to improve the cleaning quality and the cleaning efficiency of antichemical clothes, the application provides a high-efficient cleaning equipment of antichemical clothes.

The application provides a pair of high-efficient cleaning equipment of antichemical clothes adopts following technical scheme:

the utility model provides a high-efficient cleaning equipment of antichemical clothes, is including wasing the cabinet, be provided with the washing chamber in the washing cabinet, it slides and is provided with the inside lining inversion frame that is used for hanging antichemical clothes upside down to wash the intracavity, the blast orifice has been seted up on the inside lining inversion frame, be provided with the air-blast subassembly that is linked together with the blast orifice in the washing cabinet, the lateral wall that washs the chamber is located the week side of inside lining inversion frame and has seted up the flushing hole group, the flushing hole group all is towards the inside lining inversion frame, be provided with in the washing cabinet and parallelly connected and the confession liquid subassembly that is equipped with different washing liquids with the flushing hole group, the bottom of wasing the chamber is provided with drainage channel.

Through adopting above-mentioned technical scheme, in the in-service use, the staff sets up the suit inversion cover on the inside lining inversion frame, and utilize the air-blast subassembly to carry out the air-blast operation to the tuyere, make the inside gas inflation of suit, and then lay out the fold on suit surface, greatly increased the area that suit surface exposed, be favorable to the later stage to improve the cleaning efficiency to suit, simultaneously, utilize and supply the liquid subassembly to carry out omnidirectional cleaning operations to suit inversion frame, and according to the difference of suit surface spot, can select the washing liquid of multiple difference, carry out special cleaning operations to it, finally, utilize drainage channel with its sewage and spot after the cleaning can, whole process realizes that high quality and high efficiency to suit wash.

Preferably, the lining inversion frame is rotatably arranged in the cleaning cavity, a rotating assembly used for driving the lining inversion frame to rotate is arranged in the cleaning cabinet, and the flushing hole group faces to the tangential direction of the rotating axis of the lining inversion frame.

Through adopting above-mentioned technical scheme, utilize runner assembly drive inside lining inversion frame to rotate in the washing chamber, the realization is washd antichemical clothes at the pivoted in-process, further promoted the cleaning efficiency, and will wash the tangential direction of punch combination orientation inside lining inversion frame axis of rotation, make the impact direction who washes punch combination rivers tangent with the axis of rotation of inside lining inversion frame, make the spot on the antichemical clothes receive bigger impact force, and then help improving the cleaning performance of washing punch combination to the spot, and then improved the cleaning efficiency to antichemical clothes.

Preferably, the bottom in washing chamber is rotated and is provided with the initiative ring body, the fixed driven plate that is provided with in bottom of inside lining inversion frame, initiative ring body and the coaxial setting of driven plate, just the keyway has been seted up along its circumference to the driven plate, be provided with on the initiative ring body and form inlay card complex joint key with the keyway, just be formed with the movable allowance between keyway and the joint key, the runner assembly drive initiative ring body rotates.

Through adopting above-mentioned technical scheme, utilize runner assembly drive initiative ring body to rotate, and utilize the inlay card cooperation between joint spare and the keyway, realize the rotation of inside lining inversion frame, at the pivoted in-process, utilize the activity surplus between keyway and the joint key, when initiative ring body antiport, driven plate and initiative ring body alternate segregation, when keyway and joint key contact once more, inside lining inversion frame can be because the instantaneous striking shake of inertia emergence, at the in-process of shake, the shake also can take place for the antichemical clothes, and then help shaking off and washing the dirt on antichemical clothes surface, and then further improved the cleaning efficiency to the antichemical clothes.

Preferably, the inside lining inversion frame includes support chassis, intercommunication frame and the clothing strut that connects gradually, the clothing strut includes the upwards sleeve supporting part that sets up of the heel brace portion and two slopes that make progress that two are vertical to be set up, just the heel brace portion is located the top of sleeve supporting part, just the blast orifice sets up the tip at heel brace portion and sleeve supporting part respectively, intercommunication frame, heel brace portion and sleeve supporting part are linked together, the setting of intercommunication frame is in the door front of a garment department of chemical defense suit, just the intercommunication frame is linked together through the hose with the blast air subassembly.

Through adopting above-mentioned technical scheme, when actually inverting to hang and putting the antichemical clothes, will open antichemical clothes invert the cladding earlier on inside lining inversion frame, then support two leg trousers departments at the antichemical clothes with two heel brace portions, support two sleeve pipe departments at the antichemical clothes again with two sleeve portion, pull up the door front of a garment of antichemical clothes at last, afterwards, utilize the air-blast subassembly to carry out the air-blast operation to two heel brace portions and two sleeve portion for the antichemical clothes is in the inflation state, and then realizes the operation of tiling on the surface of antichemical clothes.

Preferably, the blast port is composed of a plurality of blast holes arranged in a circumferential array.

Through adopting above-mentioned technical scheme, in the in-service use, set up the blast orifice into the blast hole that a plurality of circumference arrays were seted up, on the one hand, play the effect of slow flow, on the other hand, through changing cross sectional area, play the effect that improves the wind speed of the leg portion and the arm-sleeve portion tip.

Preferably, the bottom of the supporting bottom frame is provided with a plurality of driving wheels, the bottom of the cleaning cabinet, which is located in the cleaning cavity, is provided with a transition ramp, the driving ring body and the driven disc are both rotatably arranged on the supporting bottom frame, and the driven disc is fixedly arranged on the communicating frame.

Through adopting above-mentioned technical scheme, utilize the bottom drive wheel that supports the chassis, realize the drive of whole inside lining inversion frame, after accomplishing the washing operation, realize that the automation of inside lining inversion frame drives away from and washs the chamber, and the staff of being convenient for will take off antichemical clothes.

Preferably, wash the punch combination including seting up on wasing the intracavity wall and being the left side flushing hole that linear array distributes, dorsal part flushing hole, top flushing hole and right side flushing hole, the liquid supply unit includes a plurality of washing tank and the constant voltage liquid supply system that are equipped with different detergents, the constant voltage liquid supply system includes the liquid feed pipe that is linked together with left side flushing hole, dorsal part flushing hole, top flushing hole and right side flushing hole respectively, constant voltage liquid supply system is still including setting up pressure sensor and the first electromagnetic switch valve on the liquid feed pipe, and four the liquid feed pipe sets up with a plurality of washing tank are parallelly connected, be provided with the controller of being connected with pressure sensor and first electromagnetic switch valve electricity in the washing tank.

Through adopting above-mentioned technical scheme, in the in-service use, utilize pressure sensor and the first electromagnetic switch valve on each feed pipe in the constant voltage liquid supply system, help guaranteeing that the pressure in every feed pipe keeps unanimous, then, the blowout of left side flushing hole, dorsal part flushing hole, top flushing hole and right side flushing hole is followed in step again, wash the operation to the antichemical clothes, make the washing dynamics of left side flushing hole, dorsal part flushing hole, top flushing hole and right side flushing hole can not appear unbalancing because of the reason of distance, and then realize the constant voltage and wash, guarantee the washing efficiency of each side.

Preferably, the constant-pressure liquid supply system further comprises an output pipe arranged on the washing box and an electromagnetic switch valve arranged on the corresponding output pipe, the constant-pressure liquid supply system further comprises a collecting pipe and a liquid supply pump arranged on the collecting pipe, two ends of the collecting pipe are respectively connected with the output pipe and the liquid supply pipe in series, a controller electrically connected with the pressure sensor and the first electromagnetic switch valve is arranged in the washing cabinet, and the liquid supply pump and the second electromagnetic switch valve are electrically connected with the controller.

By adopting the technical scheme, according to the washing requirement of the chemical defense suit, the controller controls the second electromagnetic switch valve of the output pipe on the corresponding washing box to be opened or closed, so that the washing liquid and the washing mode are selected automatically, the liquid supply operation of the left side washing hole, the back side washing hole, the top washing hole and the right side washing hole is finally realized by the liquid supply pump, and the automation degree and the intelligent degree are higher.

In summary, the present application includes at least one of the following beneficial technical effects:

1. the chemical protective suit is inversely sleeved on the lining inversion frame, and the air blowing component is used for blowing air to the air blowing port, so that the interior of the chemical protective suit is inflated, and further wrinkles on the surface of the chemical protective suit are spread out, the exposed area of the surface of the chemical protective suit is greatly increased, the cleaning efficiency of the chemical protective suit is improved in the later period, meanwhile, the liquid supply component is used for carrying out all-around cleaning operation on the lining inversion frame, and according to different stains on the surface of the chemical protective suit, various different cleaning solutions can be selected for carrying out special cleaning operation on the chemical protective suit, and finally, the cleaned sewage and stains can be discharged by using the liquid discharge channel, and the whole process realizes high-quality and high-efficiency cleaning of the chemical protective suit;

2. the chemical protective clothing is inversely sleeved on the lining inverse frame, which is beneficial to automatically dropping the stains on the chemical protective clothing before sleeving; the characteristic of the dead weight of the head of the chemical protective clothing is utilized to improve the stability of the chemical protective clothing supported on the lining inverted frame 2;

3. the air blowing operation is carried out on the interior of the chemical protective clothing, on one hand, the air blowing operation is beneficial to drying the water vapor remained in the interior of the chemical protective clothing, and on the other hand, the air blowing operation is convenient for blowing impurities in the interior of the chemical protective clothing away from the surface of the lining of the chemical protective clothing;

4. the flushing hole group is arranged towards the tangential direction of the rotating axis of the lining inverted frame, the flushing force is greatly improved on the premise of ensuring the surface of the chemical protective clothing to be flushed, and the flushing efficiency is improved.

Drawings

FIG. 1 is an axial schematic view of an overall structure of an efficient cleaning device for chemical protective clothing according to an embodiment of the present application;

FIG. 2 is a schematic view of an internal structure of an efficient cleaning device for chemical protective clothing according to an embodiment of the present application;

FIG. 3 is a schematic view of an embodiment of the present application, generally showing the construction of a liner inversion shelf;

FIG. 4 is an enlarged view of portion A of FIG. 3, showing primarily the configuration of the key slot and snap key;

FIG. 5 is a schematic view of a liquid supply assembly according to an embodiment of the present disclosure.

Reference numerals: 1. cleaning the cabinet; 11. a cleaning chamber; 111. a transition ramp; 12. a setup area; 13. a closing door; 2. a lining inversion frame; 21. a support chassis; 22. a communicating frame; 23. a clothes support; 231. a foot supporting portion; 232. a sleeve supporting part; 233. a blast plug; 3. a tuyere; 4. a blower assembly; 5. flushing the hole group; 51. a left side flushing hole; 52. a backside flush hole; 53. a top flushing hole; 54. a right side flushing hole; 6. a liquid supply assembly; 61. a washing tank; 62. a constant pressure liquid supply system; 621. a liquid supply tube; 622. a pressure sensor; 623. a first electromagnetic on-off valve; 624. an output pipe; 625. a second electromagnetic on-off valve; 626. a collector pipe; 627. a liquid supply pump; 7. a liquid discharge channel; 8. a drive wheel; 9. an active ring body; 91. a snap key; 10. a rotating assembly; 101. a turbine tooth; 102. a worm; 103. rotating the motor; 20. a driven plate; 201. a keyway; 202. a margin of activity; 30. a controller; 40 operating the panel.

Detailed Description

The present application is described in further detail below with reference to figures 1-5.

The embodiment of the application discloses high-efficient cleaning equipment of antichemical clothes.

Referring to fig. 1 and 2, the high-efficiency cleaning equipment for the chemical protective clothing comprises a cleaning cabinet 1, a cleaning cavity 11 is arranged in the cleaning cabinet 1, a lining inverted frame 2 used for inversely hanging the chemical protective clothing is slidably and rotatably arranged in the cleaning cavity 11, the rotating axis of the lining inverted frame 2 is vertically arranged, and a blast port 3 is formed in the lining inverted frame 2; one side of the cleaning cabinet 1, which is positioned in the cleaning cavity 11, is provided with an equipment area 12 through a partition plate, an opening of the cleaning cabinet 1, which is positioned in the cleaning cavity 11, is provided with a closed door 13 with a visual window, an air blowing assembly 4 is arranged in the equipment area 12, and the air blowing assembly 4 is communicated with an air blowing port 3 through a hose by penetrating through the partition plate; the washing chamber 11 of washing cabinet 1 is located inside lining inverted frame 2 week side and is seted up towards inside lining inverted frame 2's washing punch combination 5, wherein wash punch combination 5 and include on washing chamber 11 left side, dorsal part, top and right side inner wall and be the left side flushing hole 51, dorsal part flushing hole 52, top flushing hole 53 and right side flushing hole 54 that multirow linear array distributes, still be provided with in the equipment district 12 and parallelly connected and be equipped with the confession liquid subassembly 6 of different washing liquids with washing punch combination 5, the bottom of washing chamber 11 is provided with flowing back passageway 7.

In actual use, the staff sets up the suit of preventing change on inside lining inversion frame 2, and utilize air-blast subassembly 4 to blast air operation to tuyere 3, make the inside gas inflation of suit of preventing change, and then the fold on suit of preventing change surface is spread out, greatly increased the area that suit of preventing change surface exposes, be favorable to the later stage to improve the cleaning efficiency to the suit of preventing change, simultaneously, utilize and supply liquid subassembly 6 to carry out omnidirectional cleaning operations to suit of preventing change inversion frame 2, and according to the difference of suit of preventing change surface spot, can select the washing liquid of multiple difference, carry out special cleaning operation to it, finally, utilize drainage channel 7 with its sewage and spot after the cleaning can, whole process realizes the high quality and the high efficiency of suit of preventing change and washs.

Referring to fig. 2 and 3, the lining inversion frame 2 comprises a support chassis 21, a communication frame 22 and a clothes support frame 23 which are connected in sequence, the support chassis 21 is arranged in a rectangular frame shape, four driving wheels 8 driven by a motor are installed at the bottom of the support chassis 21, a transition ramp 111 is arranged on the bottom wall of the cleaning cavity 11, and therefore automation, namely semi-automatic movement, of the lining inversion frame 2 is achieved;

referring to fig. 3 and 4, a driving ring body 9 is arranged at the center of a support chassis 21, a rotating ring is fixed at the bottom of the driving ring body 9 by welding, the rotating ring is in embedded and rotating fit with the support chassis 21 to realize the rotation of the driving ring body 9, a rotating assembly 10 is arranged on the support chassis 21, the rotating assembly 10 comprises turbine teeth 101 arranged on the outer edge wall of the driving ring body 9, a worm 102 meshed with the turbine teeth 101 and a rotating motor 103 driving the worm 102 to rotate and fixed on the support chassis 21, and the driving ring body 9 is driven to rotate along with the rotating motor 103;

referring to fig. 3 and 4, the supporting chassis 21 is further rotatably provided with a driven disc 20, the driven disc 20 is an inner side of the driving ring body 9 and is coaxially arranged with the driving ring body 9, a key groove 201 is formed on an outer edge wall of the driven disc 20, the driving ring body 9 is provided with a clamping key 91 which is in clamping fit with the key groove 201, the key groove 201 and the clamping key 91 form a movable margin 202 on the peripheral side of the driven disc 20, and the communicating frame 22 is coaxially fixed on the driven disc 20; namely, the rotation of the communicating frame 22 and the clothes support frame 23 is realized by the clamping and embedding cooperation between the clamping piece and the key groove 201, in the rotating process, the movement allowance 202 between the key groove 201 and the clamping key 91 is utilized, when the driving ring body 9 rotates reversely, the driven disc 20 is separated from the driving ring body 9, when the key groove 201 is contacted with the clamping key 91 again, the lining inverted frame 2 can generate instantaneous impact shaking due to inertia, in the shaking process, the chemical protective clothing can shake, and then the dirt on the surface of the chemical protective clothing can be shaken off and washed, and further the cleaning efficiency of the chemical protective clothing is further improved.

Referring to fig. 3, the clothes support 23 includes two vertically upward leg portions 231 arranged at an interval and two obliquely upward sleeve support portions 232, and the leg portions 231 are located above the sleeve support portions 232, that is, the two leg portions 231 and the two sleeve support portions 232 are arranged in an inverted humanoid manner; supporting part 231 and sleeve supporting part 232 all are cavity setting and the tip all is uncovered setting, and the tip of supporting part 231 and sleeve supporting part 232 all is provided with blast air stopper 233 through the welding, the blast orifice 3 is seted up on blast air stopper 233, and the blast orifice 3 is the blast hole of seting up by a plurality of circumference arrays, intercommunication frame 22 is cavity setting and is linked together with supporting part 231 and sleeve supporting part 232, and the top setting of intercommunication frame 22 is in the door front of a garment department of antichemical clothes and is linked together through coupling hose and blast air subassembly 4, this thigh of wind subassembly sets up to the blast air fan.

When the chemical protective clothing is hung in an inverted manner in practice, the open chemical protective clothing is firstly covered on the lining inverted frame 2 in an inverted manner, then the two leg supporting parts 231 are supported at the two leg trousers of the chemical protective clothing, the two sleeve supporting parts 232 are supported at the two sleeve tubes of the chemical protective clothing, and finally the front fly of the chemical protective clothing is pulled up, so that the hose and the front fly of the chemical protective clothing are sealed through the sealing adhesive tape in order to ensure the sealing property inside the chemical protective clothing; then, the air blowing unit 4 blows air to the two leg supporting portions 231 and the two sleeve supporting portions 232, so that the chemical protective suit is in an expanded state, and the surface laying work of the chemical protective suit is realized.

Referring to fig. 2 and 5, the liquid supply assembly 6 comprises washing tanks 61 containing different detergents and a constant-pressure liquid supply system 62, and in the embodiment of the present application, corresponding numbers and kinds of washing tanks 61 can be installed in the equipment area 12 of the cleaning cabinet 1; the constant pressure liquid supply system 62 includes liquid supply pipes 621 respectively communicating with the left side flushing hole 51, the back side flushing hole 52, the top flushing hole 53 and the right side flushing hole 54, the constant pressure liquid supply system 62 further includes pressure sensors 622 and first electromagnetic switch valves 623 provided on the four liquid supply pipes 621, the constant pressure liquid supply system 62 further includes an output pipe 624 communicating with each washing tank 61 and a second electromagnetic switch valve 625 mounted on the corresponding output pipe 624, the constant pressure liquid supply system 62 further includes a collecting pipe 626 and a liquid supply pump 627 provided on the collecting pipe 626, and the two ends of the collecting pipe 626 are respectively connected in series with the output pipe 624 and the liquid supply pipe 621 which are connected in parallel, and a controller 30 which is electrically connected with the pressure sensor 622, the first electromagnetic switch valve 623, the second electromagnetic switch valve 625, the liquid supply pump 627, the driving wheel 8 and the rotating motor through the PLC programming is arranged in the cleaning cabinet 1.

In practical use, when performing the washing operation, the controller 30 may be used to open the corresponding second electromagnetic switch valve 625 and control the liquid supply pump 627 to open according to different washing requirements, so as to supply liquid to each liquid supply pipe 621, and at the same time, the pressure sensor 622 on each liquid supply pipe 621 is used to open the corresponding second electromagnetic switch valve 625 on the liquid supply pipe 621 only when the pressure value on each liquid supply pipe 621 reaches the same value, so as to achieve the same washing pressure in each liquid supply pipe 621 and perform the washing operation on the chemical defense suit with the same washing force; and an operation panel 40 is arranged on the outer wall of the cleaning cabinet 1 positioned on the device 12 and electrically connected with the controller 30, so that a touch screen or a button is used for controlling a specific cleaning program, and the automation degree of the whole equipment is improved.

The holes in the middle areas of the left side washing hole 51, the back side washing hole 52, the top washing hole 53 and the right side washing hole 54 which are distributed in a linear array are oriented to the tangential direction of the rotation axis of the lining inverted frame 2, so that the stains on the chemical protective clothing are subjected to larger impact force, the cleaning capability of the washing hole group 5 on the stains is improved, and the cleaning efficiency of the chemical protective clothing is improved.

The implementation principle of the high-efficient cleaning equipment of antichemical clothes of the embodiment of this application is:

in actual use, a worker firstly covers the open chemical protective clothing on the lining inverted frame 2 in an inverted manner, then supports the two leg pants parts 231 of the chemical protective clothing, supports the two sleeve parts 232 of the chemical protective clothing at the two sleeve pipes, finally pulls the front fly of the chemical protective clothing, and utilizes the sealing adhesive tape to realize that the chemical protective clothing is bound at the hose and the front fly, so as to realize that the chemical protective clothing is sleeved on the lining inverted frame 2 in an inverted manner;

then, the blast blower is used for blasting air to the blast ports of the foot supporting part 231 and the sleeve supporting part 232, so that the interior of the chemical protective suit is inflated, the wrinkles on the surface of the chemical protective suit are spread out, the exposed area on the surface of the chemical protective suit is greatly increased, and the cleaning efficiency of the chemical protective suit is improved in the later period;

then, the liquid supply assembly 6 is used for cleaning the lining placement frame 2 in all directions, various different cleaning solutions can be selected according to different stains on the surface of the chemical protective clothing, special cleaning operation is carried out on the chemical protective clothing, finally, the liquid drainage channel 7 is used for draining the cleaned sewage and stains, and the chemical protective clothing is cleaned with high quality and high efficiency in the whole process.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.