CN216319474U - Intelligent hand disinfection equipment - Google Patents

Abstract

The utility model relates to intelligent hand disinfection equipment, in particular to the technical field of disinfection machine equipment. The intelligent disinfection equipment comprises a top cover component, a water bucket cover component, a bucket, a battery component, a display screen component, a leakage groove component, a main body support component, a rear cover metal plate and a wall-hanging metal plate. Besides the requirement for a global mains supply system, the problem that the battery can be used in an area with inconvenient power supply is solved, a self-contained battery power supply unit is designed, the battery can be selected to be used for supplying power when no power grid exists, the power supply time of the battery unit is long, and the requirement for long-time use of customers can be met. On the monitoring management, this product embeds 4G module and WIFI module, can monitor equipment operation condition in real time, still sets up humiture and air quality monitoring board simultaneously, can feed back the regional air quality of equipment place to the user through the display screen.

Description

Intelligent hand disinfection equipment

Technical Field

The utility model relates to the technical field of disinfection machine equipment, in particular to intelligent hand disinfection equipment.

Background

The hand sterilizer is a machine which operates by a mechanical principle so as to generate physical or chemical sterilizing elements to act on toxic substances to achieve the aim of sterilization. The sterilizing machine is widely applied to the fields of medical treatment and daily life. The hand liquid disinfection equipment in the living field is a machine mainly used for disinfecting large public occasions such as buses, squares, schools, factories, subway stations, markets, stadiums, concerts and the like.

The traditional sterilizer has no remote monitoring function, is not beneficial to management especially in large-scale activity sites, and influences the use of customers. The traditional disinfection machine often appears after the antiseptic solution is used up, because of can not in time know or know in advance and appear phenomena such as machine idle running, standby, be unfavorable for the management, idle running also can accelerate the spare part of disinfection machine ageing, influences life.

SUMMERY OF THE UTILITY MODEL

(1) Technical problem to be solved

The utility model provides intelligent hand disinfection equipment, which overcomes the defects that the traditional disinfection machine has no remote monitoring function, is not beneficial to management and influences the use of customers especially in large-scale activity sites, and the traditional disinfection machine often has the phenomena of idling, standby and the like of the machine due to the fact that the traditional disinfection machine cannot be known in time or can be known in advance after disinfectant is used up, is not beneficial to management, and the idling can accelerate the aging of parts of the disinfection machine and influence the service life.

(2) Technical scheme

In order to solve the technical problem, the utility model provides intelligent hand disinfection equipment which comprises a top cover assembly, a water bucket cover assembly, a bucket, a battery assembly, a display screen assembly, a leakage groove assembly, a main support assembly, a rear cover sheet metal and a wall-hanging sheet metal, wherein the top cover assembly is arranged on the upper portion of the water bucket cover assembly;

the display screen component comprises a display screen ear metal plate, a bridge type marble buffering damping hinge, a display screen acrylic, a main control board, a display screen metal plate, a PE pipe, an insulating film, a power supply board, a black hand-held spring clamp, an infrared sensing device, an atmosphere lamp acrylic, a nozzle, an infrared transmitting acrylic, a nozzle pagoda head, a nozzle metal plate, a wifi module board and a wifi module pressing machine, wherein the display screen acrylic is adhered at an opening of the display screen metal plate through glue, the atmosphere lamp acrylic is adhered on the nozzle metal plate through the infrared transmitting acrylic, the infrared sensing device is fixed on the nozzle metal plate through fixing screws, a chrysanthemum medium, a first waterline sheet and a first anti-loosening nut are sequentially arranged on a screw post of the display screen metal plate from inside to outside, the main control board is fixed on a beer post of the display screen metal plate through 2 eighth screws, the insulating rubber sheet is arranged between the power panel and the main control panel, the power panel and the insulating rubber sheet are fixed on a beer column of the display screen metal plate through 2 sixth screws, the wifi module panel and the wifi module pressing machine are fixedly locked on the main control panel through 2 seventh screws, and the 2 bridge type marble buffer damping hinges and the display screen ear metal plate are fixedly locked on the display screen metal plate through 10 first locknuts;

the main bracket component comprises a bottom cover component, a foot pad, an external switch metal plate, a power line metal plate component, a power line, a liquid level detection plate, a liquid level fixing metal plate, a temperature and humidity and air quality monitoring plate, a wall hanging reinforcing metal plate, a top cover fixing metal plate, an internal large U-shaped metal plate, a third waterline sheet, a pump, a second locknut, a pump fixing metal plate, a disinfection machine main bracket metal plate and a bucket metal plate, wherein the bucket metal plate is fixed on the internal large U-shaped metal plate through 6 fixing screws, the power line metal plate component and the internal large U-shaped metal plate are fixed on the bottom cover component through 8 tenth screws, the internal large U-shaped metal plate is fixed with the disinfection machine main bracket metal plate through 4 fixing screws, and the bottom cover component is fixedly locked with the internal large U-shaped metal plate and the disinfection machine main bracket metal plate through the fixing screws, the foot pad is fixed on the bottom cover component through 4 ninth screws, the pump and the pump fixing metal plate are fixed through 4 second delivery-preventing nuts and then fixed on the metal plate of the main bracket of the disinfection machine through 4 fixing screws, the main bracket metal plate of the sterilizer is sequentially provided with a chrysanthemum medium, a third waterline sheet and a second locknut, the temperature and humidity and air quality monitoring plate is fixed on the liquid level detection plate through 2 fixing screws, the liquid level fixing metal plate is fixed on the inner large U-shaped metal plate through 9 eleventh screws, the external switch and the external switch metal plate are locked on the internal large U-shaped metal plate through 2 fixing screws, the fixed panel beating of top cap uses 4 twelfth screws to lock on the big U-shaped panel beating of inside, the wall built-up is strengthened the panel beating and is used 6 fixed screws locking on the big U-shaped panel beating of inside.

Preferably, the top cap subassembly includes tapered end subassembly, screw thread antenna, top cap machining, antenna clamp plate panel beating, the fixed panel beating of antenna, the fixed panel beating of tapered end, tapered end subassembly lower extreme passes top cap machining and cover are equipped with fix through fixation nut behind the fixed panel beating of tapered end on the top cap machining, the screw thread antenna is installed on the top cap machining, the fixed panel beating of antenna is through four second screw fixation on the top cap machining, the fixed panel beating of antenna is through four first screw fixation on the top cap machining.

Preferably, the bucket cover assembly comprises a bucket cover, a water and oil proof vent valve of the disinfection machine, a CPC quick joint and an O-shaped ring, wherein the lower end of the CPC quick joint penetrates through the bucket cover and is sleeved with the O-shaped ring and then is fixed on the bucket cover through a fixing nut, the lower end of the water and oil proof vent valve of the disinfection machine is screwed into the bucket cover in a threaded connection mode, and a threaded hole matched with the lower end of the water and oil proof vent valve of the disinfection machine is formed in the bucket cover.

Preferably, battery pack includes battery, battery panel beating, button cap, keypad, switching line bank, battery case, insurance seat, switch, the quantity of battery case is 2, 2 the battery case passes through 6 third screw fixation on the battery panel beating, button cap the keypad passes through 2 fourth screw fixation on the battery panel beating, insurance seat, switch fixed mounting are in on the battery panel beating, switching line bank is fixed through 2 fifth screw locking on the battery panel beating.

Preferably, the leakage groove assembly comprises a leakage groove fixing metal plate, a magnet, a leakage groove machining part and a leakage groove surface metal plate, the magnet is bonded on the leakage groove machining part, the leakage groove surface metal plate is arranged on the leakage groove machining part, and the leakage groove machining part is adsorbed in the leakage groove fixing metal plate through the magnet;

preferably, the bottom cover assembly comprises a second waterline piece, a chrysanthemum medium, a base, a quick-locking female buckle and a black cap, the quick-locking female buckle and the black cap are locked on the base through a fourteenth screw, and the second waterline piece, the chrysanthemum medium and a thirteenth screw are sequentially installed on the base.

Preferably, the power cord panel beating subassembly includes hinge, third lock nut, power cord panel beating, VL60 line knot, locks pad machine tooling soon, power cord apron panel beating, a word and locks the meson soon, VL60 line knot is with the mode screw in of screw thread on the power cord panel beating, a word locks the meson soon and impresses the power cord panel beating, the hinge passes through third lock nut and fifteenth screw lock on power cord panel beating and power cord apron panel beating, a word of a word locks the meson soon and locks the pad machine tooling locking soon in the middle of power cord apron panel beating and power cord panel beating with a word lock screw.

(3) Advantageous effects

The utility model provides intelligent hand disinfection equipment, which overcomes the defects that the traditional disinfection machine has no remote monitoring function, is not beneficial to management and influences the use of customers especially in large-scale activity sites, and the traditional disinfection machine often has the phenomena of idling, standby and the like of the machine due to the fact that the traditional disinfection machine cannot be known in time or can be known in advance after disinfectant is used up, is not beneficial to management, and the idling can accelerate the aging of parts of the disinfection machine and influence the service life. Compared with the prior art, the utility model has the following beneficial effects:

1. the innovative pure metal shell design and the industrial wind appearance design are beautiful, and the replacement and the maintenance are convenient.

2. The spray disinfection design has the advantages of large spray area of the spray head, more uniform spray disinfection and high utilization rate of disinfectant in the working process.

3. The design has self-adaptive power supply, namely the power supply can be used in the range of 100-240VAC/50-50Hz, and the use of the power grid of each region around the world is met.

4. The design of the built-in battery unit can be used normally under the condition that an external power supply is not connected, the product is environment-friendly and energy-saving, and can supply power to equipment for a long time when the battery unit is used for supplying power, so that the product can be used normally for a long time for customers.

5. The liquid level detection is carried out, the residual condition of the disinfectant is fed back in real time, and the working personnel can replace and maintain the disinfectant more purposefully.

6. Built-in 4G module and WIFI module can set up and adjust the disinfecting equipment body through the APP terminal, also can feed back each disinfecting equipment's real-time in service behavior to the APP terminal, and real-time each disinfecting equipment's of understanding data information.

7. The air quality detection unit is designed, and the air quality of the area where the equipment is located can be fed back to a user through the display screen.

Drawings

FIG. 1 is an overall view of the utility model;

FIG. 2 is an exploded view of the utility model;

FIG. 3 is a schematic structural view of a power line sheet metal component of the utility model;

figure 4 is a schematic structural view of the utility model bottom cover assembly;

FIG. 5 is a schematic view of the structure of the bucket cover assembly of the present invention;

figure 6 is a schematic structural view of the top cover assembly of the utility model;

FIG. 7 is a schematic structural view of the spout assembly of the utility model;

FIG. 8 is a schematic view of a battery pack of the present invention;

FIG. 9 is a schematic view of the structure of the display panel assembly of the present invention;

FIG. 10 is a schematic view of the main bracket assembly of the present invention;

the reference signs are: 1-top cover component, 1.1-lock head component, 1.2-thread antenna, 1.3-top cover machining, 1.4-antenna pressing plate metal plate, 1.5-first screw, 1.6-antenna fixing metal plate, 1.7-second screw, 1.8-lock head fixing metal plate, 2-water bucket cover component, 2.1-water bucket cover, 2.2-sterilizer waterproof and oil-proof breather valve, 2.3-CPC quick connector, 2.4-O-shaped ring, 3-bucket, 4-battery component, 4.1-battery, 4.2-third screw, 4.3-battery metal plate, 4.4-button cap, 4.5-button plate, 4.6-fourth screw, 4.7-fifth screw, 4.8-switching wiring row, 4.9-battery box, 4.10-safety seat, 4.11-power switch, 5-display screen component, 5.1-display screen ear metal plate, 5.2-bridge type marble buffer damping hinge, 5.3-display screen acrylic, 5.4-main control plate, 5.5-display screen metal plate, 5.6-PE tube, 5.7-insulating film, 5.8-power panel, 5.9-black hand-pinch spring clamp, 5.10-infrared induction device, 5.11-atmosphere lamp acrylic, 5.12-nozzle, 5.13-infrared transmission acrylic, 5.14-nozzle tower head, 5.15-nozzle metal plate, 5.17-sixth screw, 5.18-wifi module plate, 5.19-first waterline plate, 5.20-wifi module pressing machine, 5.21-seventh screw, 5.22-eighth screw, 5.23-first anti-loose nut, 6-leakage groove component, 6.1-leakage groove fixing, 6.2-magnet and 6.3-leakage groove machine, 6.4-leaking groove surface metal plate, 7-main body bracket component, 7.1-bottom cover component, 7.1.1-second waterline piece, 7.1.2-thirteenth screw, 7.1.3-chrysanthemum medium, 7.1.4-base, 7.1.5-quick-locking female buckle, 7.1.6-black cap and 7.1.7-fourteenth screw; 7.2-ninth screw, 7.3-tenth screw, 7.4-foot pad, 7.5-external switch, 7.6-external switch sheet metal, 7.7-eleventh screw, 7.8-power line sheet metal component, 7.8.1-hinge, 7.8.2-third locknut, 7.8.3-power line sheet metal, 7.8.4-VL60 line buckle, 7.8.5-fifteenth screw, 7.8.6-quick lock pad machining, 7.8.7-power line cover sheet metal, 7.8.8-I-shaped quick lock meson, 7.9-power line, 7.10-liquid level detection board, 7.11-liquid level fixing sheet metal, 7.12-temperature and humidity and air quality monitoring board, 7.13-wall hanging reinforcing sheet metal, 7.14-top cover fixing sheet metal, 7.15-twelfth screw, 7.16-internal large U-shaped sheet metal, 7.17-third sheet, 7.18-pump, 7.19-second locknut, 7.20-pump fixing metal plate, 7.21-sterilizer main bracket metal plate, 7.22-bucket metal plate, 8-rear cover metal plate and 9-wall hanging metal plate.

Detailed Description

The utility model is further described with reference to the accompanying drawings and examples.

As shown in fig. 1 to 10, the intelligent hand disinfection equipment provided by the utility model comprises a top cover assembly 1, a water barrel cover assembly 2, a barrel 3, a battery assembly 4, a display screen assembly 5, a sink assembly 6, a main support assembly 7, a rear cover metal plate 8 and a wall-hanging metal plate 9;

the display screen component 5 comprises a display screen ear metal plate 5.1, a bridge type marble buffering damping hinge 5.2, a display screen acrylic 5.3, a main control board 5.4, a display screen metal plate 5.5, a PE pipe 5.6, an insulating film 5.7, a power supply board 5.8, a black hand-held spring clamp 5.9, an infrared sensing device 5.10, an atmosphere lamp acrylic 5.11, a nozzle 5.12, an infrared transmitting acrylic 5.13, a nozzle pagoda head 5.14, a nozzle metal plate 5.15, a wifi module plate 5.18, a wifi module pressing machine 5.20, the display screen acrylic 5.3 is bonded at an opening of the display screen metal plate 5.5 through glue, the atmosphere lamp acrylic 5.11, the infrared transmitting acrylic 5.13 is bonded on the metal plate nozzle 5.15, the infrared sensing device 5.10 is fixed on the nozzle metal plate 5.15 through fixing screws, a chrysanthemum, a first anti-loosening nut 23.19.5.15 and a first anti loosening sheet are sequentially arranged on a wire column of the display screen 5.5.5.5.5, the main control board 5.4 is fixed on a beer column of the display screen metal plate 5.5 through 2 eighth screws 5.22, the insulating rubber sheet 5.7 is arranged between the power board 5.8 and the main control board 5.4, the power board 5.8 and the insulating rubber sheet 5.7 are fixed on the beer column of the display screen metal plate 5.5 through 2 sixth screws 5.17, the wifi module board 5.18 and the wifi module pressing machine 5.20 are fixedly locked on the main control board 5.4 through 2 seventh screws 5.21, and 2 bridge type marble buffer damping hinges 5.2 and display screen ear metal plates 5.1 are fixedly locked on the display screen metal plate 5.5 through 10 first anti-loose nuts 5.23;

the main body bracket component 7 comprises a bottom cover component 7.1, a foot pad 7.4, an external switch 7.5, an external switch metal plate 7.6, a power line metal plate component 7.8, a power line 7.9, a liquid level detection plate 7.10, a liquid level fixing metal plate 7.11, a temperature and humidity and air quality monitoring plate 7.12, a wall-hanging reinforcing metal plate 7.13, a top cover fixing metal plate 7.14, an internal large U-shaped metal plate 7.16, a third waterline 7.17, a pump 7.18, a second locknut 7.19, a pump fixing metal plate 7.20, a disinfection machine main bracket metal plate 7.21 and a bucket metal plate 7.22, the bucket metal plate 7.22 is fixed on the internal large U-shaped metal plate 7.16 through 6 fixing screws, the power line metal plate component 7.8, the internal large U-shaped metal plate 7.16 is fixed on the bottom cover component 7.1 through 8 tenth screws 7.3, the internal large U-shaped metal plate 7.16 is fixed with the disinfection machine main bracket 7.21 through 4 fixing screws, the bottom cover component 7.1 is fixed with the internal large U-shaped metal plate 16, The sterilization device is characterized in that the sterilization device main bracket metal plate 7.21 is fixedly locked through fixing screws, the foot pad 7.4 is fixed on the bottom cover assembly 7.1 through 4 ninth screws 7.2, the pump 7.18 and the pump fixing metal plate 7.20 are fixed through 4 second anti-delivery nuts 19 and then fixed on the sterilization device main bracket metal plate 7.21 through 4 fixing screws, a chrysanthemum medium, a third water line sheet 7.17 and a second anti-loose nut 7.19 are sequentially arranged on the sterilization device main bracket metal plate 7.21, the temperature and humidity and air quality monitoring plate 7.12 is fixed on the liquid level detection plate 7.10 through 2 fixing screws, the liquid level fixing metal plate 7.11 is fixed on the inner large U-shaped metal plate 7.16 through 9 eleventh screws 7.7, the external switch 7.5 and the external switch metal plate 7.6 are locked on the inner large U-shaped metal plate 7.16 through 2 fixing screws, and the top cover fixing metal plate 7.14 is locked on the inner large U-shaped metal plate 7.16 through 4 twelfth screws 7.15, the wall built-up reinforcing sheet metal 7.13 is locked on the inner large U-shaped sheet metal 7.16 by using 6 fixing screws.

The top cover component 1 comprises a lock head component 1.1, a thread antenna 1.2, a top cover machining 1.3, an antenna pressing plate metal plate 1.4, an antenna fixing metal plate 1.6 and a lock head fixing metal plate 1.8, the lower end of the lock head component 1.1 penetrates through the top cover machining 1.3, is sleeved with the lock head fixing metal plate 1.8 and then is fixed on the top cover machining 1.3 through a fixing nut, the threaded antenna 1.2 is mounted on the top cover machining 1.3, the antenna fixing metal plate 1.6 is fixed on the top cover machining 1.3 through four second screws 1.7, the fixed panel beating of antenna 1.6 is fixed on top cap machine tooling 1.3 through four first screws 1.5, can realize being greater than 90 degrees upsets after this top cap subassembly is opened the pickproof lock, makes things convenient for the quick antiseptic solution of the change the inside of customer, opens this top cap simultaneously after make things convenient for the customer to click to predetermine the button and do presetting to this equipment, avoids the my touching button of non-staff. The water barrel cover component 2 comprises a water barrel cover 2.1, a water and oil resistant vent valve 2.2 of the disinfection machine, a CPC quick joint 2.3 and an O-shaped ring 2.4, wherein the lower end of the CPC quick joint 2.3 penetrates through the water barrel cover 2.1 and is sleeved with the O-shaped ring 2.4 and then is fixed on the water barrel cover 2.1 through a fixing nut, the lower end of the water and oil resistant vent valve 2.2 of the disinfection machine is screwed in the water barrel cover 2.1 in a threaded connection mode, a threaded hole matched with the lower end of the water and oil resistant vent valve 2.2 of the disinfection machine is formed in the water barrel cover 2.1, the disinfection solution can be replaced conveniently by a client due to the modular design, the cover and the barrel can be removed in a conveying device by pressing down a CPC quick joint buckle during replacement, the disinfection solution replacement can be completed outside the device, and the disinfection solution can be recovered to be used until the CPC quick joint is inserted into the inside of the device. This design is convenient, easy operation, avoids antiseptic solution pipe to be extracted the back by secondary pollution, leads to the condition that nozzle or pump body are blockked up to appear, leads to the unable use of machine equipment, and then increases the condition such as maintenance cost and appears. And the design of the module is combined with the pump body, so that the disinfectant can be placed in any direction in the transportation process of the equipment and cannot leak. The battery component 4 comprises a battery 4.1, a battery metal plate 4.3, a key cap 4.4, a key plate 4.5, a switching wiring bar 4.8, a battery box 4.9, a safety seat 4.10 and a power switch 4.11, wherein the number of the battery box 4.9 is 2 and 2, the battery box 4.9 is fixed on the battery metal plate 4.3 through 6 third screws 4.2, the key cap 4.4 is fixed on the key plate 4.5 through 2 fourth screws 4.6, the battery metal plate 4.10 and the power switch 4.11 are fixedly arranged on the battery metal plate 4.3, the switching wiring bar 4.8 is locked and fixed on the battery metal plate 4.3 through 2 fifth screws, the leakage groove component 6 comprises a leakage groove metal plate fixing 6.1, a magnet 6.2, a leakage groove machine machining 6.3 and a leakage groove surface metal plate 6.4, the leakage machining 6.3 is bonded on the leakage groove metal plate 6.3, and the leakage machining 6.2 is arranged on the leakage groove machine, the groove leaking machine processing 6.3 is adsorbed in the groove leaking fixing metal plate 6.1 through the magnet 6.2, the design is convenient for a user to prevent small residual liquid from flowing everywhere when the residual liquid falls down in the using process and influences the using environment of the user, so that the groove leaking machine processing (6.3) and the groove leaking surface metal plate (6.4) are designed, the groove leaking surface metal plate (6.4) has the function of covering and shying, the using experience of the user is improved, and the appearance surface of a product is ensured to be in a clean and tidy state in the using process; the bottom cover component 7.1 comprises a second waterline sheet 7.1.1, a chrysanthemum medium 7.1.3, a base 7.1.4, a quick-locking female buckle 7.1.5 and a black hat 7.1.6, the quick-locking female buckle 7.1.5 and the black hat 7.1.6 are locked on the base 7.1.4 through a fourteenth screw 7.1.7, the base 7.1.4 is sequentially provided with the second waterline sheet 7.1.1, the chrysanthemum medium 7.1.3 and a thirteenth screw 7.1.2, the modular design can realize diversified product placing or fixing modes, such as desktop (table surface) placing, or a floor cabinet type base matched with a mark can be selected to be fixed and placed when the base is not fixed, two 1/4 quick-locking pieces penetrate through the inside of the wall-hanging base to be locked on the quick-locking female buckle (7.1.5), a metal plate (9) and an expansion screw can be used for fixing a metal plate when the wall is required to be hung, and the wall-hanging is combined with two wall-hanging screw holes reserved on the base, and the wall-hanging screw is used for fixing the base on the metal plate, the device is prevented from being lifted away or detached by a user unintentionally when the device is hung on a wall. Power cord panel beating subassembly 7.8 includes hinge 7.8.1, third nut 7.8.2 that prevents pine, power cord panel beating 7.8.3, VL60 line buckle 7.8.4, lock pad machining 7.8.6 soon, power cord apron panel beating 7.8.7, a word fast lock meson 7.8.8, VL60 line buckle 7.8.4 is screwed in with the threaded mode on power cord panel beating 7.8.3, a word fast lock meson 7.8.8 is impressed power cord panel beating 7.8.3, hinge 7.8.1 locks on power cord panel beating 7.8.3 and power cord apron panel beating 7.8.7 through third jam nut 7.8.2 and fifteenth screw, a word fast lock meson 7.8.8's a word fast lock screw with power cord apron panel beating 7.8.7 and power cord panel beating 7.8.3 middle fast lock pad machining 7.8.6, this design is the design of accomodating of power cord when making things convenient for battery mode and transportation mode, the accomodating of power cord is convenient, pleasing to the eye.

The working principle is as follows:

1. the commercial power mode: the power plug is connected to a power supply (both the 100-240VAC/50-50Hz range can be used), the disinfection machine is automatically started (about 10 seconds) to enter an initial mode, when a hand extends into the lower part of a nozzle of the disinfection machine, the infrared sensing device 5.10 of the disinfection machine detects the hand, information is immediately fed back to a central control system of a main control board 5.4, the central control system sends out a signal to drive a diaphragm pump to work, and disinfection liquid is atomized and sprayed out from the nozzle 5.12 through the pump, so that hand disinfection is realized.

2. Battery mode: open the top cap, pack into battery case 4.11 with 6 No. 1 batteries, press the initial mode under the sterilizer side lower left corner button (about 3 seconds) entering battery mode in figure 1 for a long time afterwards, when the hand stretched into sterilizer nozzle below, the infrared induction system 5.10 of sterilizer detected the hand, can immediately give information feedback to main control panel 5.4's central control system, and there is the central control system signals, drive diaphragm pump work, atomize the spraying out of antiseptic solution from nozzle 5.12 through the pump, realize the hand disinfection.

3. A client: according to the description, the APP is downloaded through a mobile phone or a computer, the number of a certain disinfection machine is input, and the operation interface of the disinfection machine is entered, so that the functional operations such as real-time monitoring, material level monitoring, spraying amount adjustment and the like can be performed on the disinfection machine.

The above-described embodiments only express the preferred embodiments of the present invention, and the description thereof is more specific and detailed, but the present invention is not limited to these embodiments, and it should be noted that it is obvious to those skilled in the art. Any modification falling within the scope of protection of the present invention without departing from the gist of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims (7)

1. An intelligent hand disinfection device is characterized by comprising a top cover assembly (1), a water barrel cover assembly (2), a barrel (3), a battery assembly (4), a display screen assembly (5), a leakage groove assembly (6), a main body support assembly (7), a rear cover metal plate (8) and a wall hanging metal plate (9);

the display screen component (5) comprises a display screen ear metal plate (5.1), a bridge type marble buffering damping hinge (5.2), a display screen acrylic (5.3), a main control board (5.4), a display screen metal plate (5.5), a PE pipe (5.6), an insulating film (5.7), a power panel (5.8), a black hand-held spring clamp (5.9), an infrared sensing device (5.10), an atmosphere lamp acrylic (5.11), a nozzle (5.12), an infrared-transmitting acrylic (5.13), a nozzle pagoda head (5.14), a nozzle metal plate (5.15), a wifi module plate (5.18) and a wifi module pressing machine processing (5.20), wherein the display screen acrylic (5.3) is bonded at an opening of the display screen metal plate (5.5), the atmosphere lamp acrylic (5.11) and the infrared-transmitting acrylic (5.13) are bonded at the nozzle (5.15), the infrared sensing device (5.10) is fixed at the opening of the display screen metal plate (5.5.5.5.5) through a screw, the wire column of the display screen metal plate (5.5) is provided with a chrysanthemum medium, a first waterline sheet (5.19) and a first locknut (5.23) from inside to outside in sequence, the main control board (5.4) is fixed on the beer column of the display screen metal plate (5.5) through 2 eighth screws (5.22), the insulating rubber sheet (5.7) is arranged between the power panel (5.8) and the main control panel (5.4), the power panel (5.8) and the insulating rubber sheet (5.7) are fixed on the beer column of the display screen metal plate (5.5) through 2 sixth screws (5.17), the wifi module plate (5.18) and the wifi module pressing machine (5.20) are fixedly locked on the main control plate (5.4) through 2 seventh screws (5.21), and the 2 bridge type marble buffer damping hinges (5.2) and a display screen ear metal plate (5.1) are fixedly locked on the display screen metal plate (5.5) through 10 first anti-loose nuts (5.23);

the main body bracket component (7) comprises a bottom cover component (7.1), a foot pad (7.4), an external switch (7.5), an external switch metal plate (7.6), a power line metal plate component (7.8), a power line (7.9), a liquid level detection plate (7.10), a liquid level fixing metal plate (7.11), a temperature and humidity and air quality monitoring plate (7.12), a wall hanging reinforcing metal plate (7.13), a top cover fixing metal plate (7.14), an internal large U-shaped metal plate (7.16), a third water line sheet (7.17), a pump (7.18), a second locknut (7.19), a pump fixing metal plate (7.20), a disinfection machine main bracket metal plate (7.21) and a bucket metal plate (7.22), wherein the bucket metal plate (7.22) is fixed on the internal large U-shaped metal plate (7.16) through 6 fixing screws, the power line metal plate component (7.8) and the internal large U-shaped metal plate (7.16) are fixed on the bottom cover component (7.1) through 8 tenth screws (7.3), the inner large U-shaped metal plate (7.16) and the disinfection machine main bracket metal plate (7.21) are fixed through 4 fixing screws, the bottom cover component (7.1) is fixed on the bottom cover component (7.1) through 4 ninth screws (7.2), the disinfection machine main bracket metal plate (7.21) is fixed and locked through the fixing screws, the foot pad (7.4) is fixed on the bottom cover component (7.1) through 4 ninth screws (7.2), the pump (7.18) and the pump fixing metal plate (7.20) are fixed through 4 second anti-delivery nuts (19) and then fixed on the disinfection machine main bracket metal plate (7.21) through 4 fixing screws, a chrysanthemum check, a third waterline check sheet (7.17) and a second check nut (7.19) are sequentially installed on the disinfection machine main bracket metal plate (7.21), and the temperature, humidity and air quality monitoring plate (7.12) is fixed on the liquid level detection plate (7.10) through 2 fixing screws, fixed panel beating of liquid level (7.11) is fixed through 9 eleventh screw (7.7) on inside big U-shaped panel beating (7.16), external switch (7.5), external switch panel beating (7.6) are in through 2 fixed screw locking on inside big U-shaped panel beating (7.16), the fixed panel beating of top cap (7.14) use 4 twelfth screw (7.15) to lock on inside big U-shaped panel beating (7.16), the panel beating is strengthened to the wall built-up (7.13) and uses 6 fixed screw locking on inside big U-shaped panel beating (7.16).

2. The intelligent hand disinfection equipment of claim 1, wherein the top cover assembly (1) comprises a lock head assembly (1.1), a threaded antenna (1.2), a top cover machining (1.3), an antenna pressing plate metal plate (1.4), an antenna fixing metal plate (1.6) and a lock head fixing metal plate (1.8), wherein the lower end of the lock head assembly (1.1) penetrates through the top cover machining (1.3) and the cover is provided with the lock head fixing metal plate (1.8) and then the lock head fixing metal plate is fixed on the top cover machining (1.3) through a fixing nut, the threaded antenna (1.2) is installed on the top cover machining (1.3), the antenna fixing metal plate (1.6) is fixed on the top cover machining (1.3) through four second screws (1.7), and the antenna fixing metal plate (1.6) is fixed on the top cover machining (1.3) through four first screws (1.5).

3. The intelligent hand disinfection equipment according to claim 1, wherein the bucket cover assembly (2) comprises a bucket cover (2.1), a disinfection machine waterproof and oil-proof vent valve (2.2), a CPC quick coupling (2.3) and an O-shaped ring (2.4), the lower end of the CPC quick coupling (2.3) penetrates through the bucket cover (2.1), the O-shaped ring (2.4) is sleeved on the bucket cover and then fixed on the bucket cover (2.1) through a fixing nut, the lower end of the disinfection machine waterproof and oil-proof vent valve (2.2) is screwed into the bucket cover (2.1) in a threaded connection mode, and a threaded hole matched with the lower end of the disinfection machine waterproof and oil-proof vent valve (2.2) is formed in the bucket cover (2.1).

4. An intelligent hand disinfection apparatus as claimed in claim 1, wherein said battery assembly (4) comprises a battery (4.1), a battery sheet metal (4.3), a key cap (4.4), a key board (4.5), a transfer connection bank (4.8), a battery box (4.9), a safety seat (4.10), and a power switch (4.11), the number of the battery boxes (4.9) is 2, 2 battery boxes (4.9) are fixed on the battery sheet metal (4.3) through 6 third screws (4.2), the key cap (4.4) and the key board (4.5) are fixed on the battery metal plate (4.3) through 2 fourth screws (4.6), the safety seat (4.10) and the power switch (4.11) are fixedly arranged on the battery sheet metal (4.3), the switching wiring bar (4.8) is locked and fixed on the battery metal plate (4.3) through 2 fifth screws.

5. An intelligent hand disinfection device as claimed in claim 1, wherein said sink assembly (6) comprises a sink fixing metal plate (6.1), a magnet (6.2), a sink machining (6.3), and a sink surface metal plate (6.4), said magnet (6.2) is bonded to said sink machining (6.3), said sink surface metal plate (6.4) is disposed on said sink machining (6.3), and said sink machining (6.3) is adsorbed in said sink fixing metal plate (6.1) via said magnet (6.2).

6. The intelligent hand disinfection apparatus of claim 1, wherein the bottom cover assembly (7.1) comprises a second waterline sheet (7.1.1), a chrysanthemum medium (7.1.3), a base (7.1.4), a quick-locking female buckle (7.1.5), and a black hat (7.1.6), wherein the quick-locking female buckle (7.1.5) and the black hat (7.1.6) are locked on the base (7.1.4) through a fourteenth screw (7.1.7), and the second waterline sheet (7.1.1), the chrysanthemum medium (7.1.3) and the thirteenth screw (7.1.2) are sequentially installed on the base (7.1.4).

7. The intelligent hand disinfection equipment of claim 1, wherein the power line sheet metal component (7.8) comprises a hinge (7.8.1), a third locknut (7.8.2), a power line sheet metal (7.8.3), a VL60 line buckle (7.8.4), a fast lock pad machining (7.8.6), a power line cover plate sheet metal (7.8.7) and a straight fast lock meson (7.8.8), the VL60 wire buckle (7.8.4) is screwed into the power wire sheet metal (7.8.3) in a threaded manner, the straight-line quick locking meson (7.8.8) is pressed into the power line metal plate (7.8.3), the hinge (7.8.1) is locked on the power line metal plate (7.8.3) and the power line cover plate metal plate (7.8.7) through a third locknut (7.8.2) and a fifteenth screw, the I-shaped quick locking screw of the I-shaped quick locking meson (7.8.8) is used for machining (7.8.6) and locking a quick locking pad between a power line cover plate metal plate (7.8.7) and a power line metal plate (7.8.3).

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