CN211413001U

CN211413001U - Electronic air shower

Info

Publication number: CN211413001U
Application number: CN201922087019.5U
Authority: CN
Inventors: 史海军; 张启迪
Original assignee: Jilin Zhonghui Photoelectric Technology Co ltd
Current assignee: Jilin Zhonghui Photoelectric Technology Co ltd
Priority date: 2019-11-28
Filing date: 2019-11-28
Publication date: 2020-09-04
Anticipated expiration: 2029-11-28

Abstract

An electronic air shower relates to the technical field of air showers, and solves the problem of poor cleaning and energy waste, and comprises an air shower housing, a dust removal chamber, a gas processing cavity and a voice broadcasting device, wherein the voice broadcasting device prompts that the air shower is to be started and the body is rotated in situ during the air shower; the side wall of the dust removing chamber is provided with N groups of nozzles, N infrared sensors and a primary air filter, wherein N is greater than 2; the gas treatment cavity comprises a return air cavity and N air outlet cavities, a high-efficiency air filter and an ultraviolet sterilization lamp are arranged in each air outlet cavity, a nozzle is communicated with the air outlet cavities and the dust removal chamber, N fans are arranged in each return air cavity, the fans, the air outlet cavities and the infrared sensors are arranged in a one-to-one correspondence mode, and the infrared sensors are connected with the fans through a first micro-control chip; the dust removal chamber bottom is equipped with fretwork footboard, brush and dust catcher, and the brush can be followed fretwork footboard width direction reciprocating motion, is located the fretwork footboard under. The utility model provides high clean effect, the energy saving.

Description

Electronic air shower

Technical Field

The utility model relates to an air shower technical field, concretely relates to electron air shower.

Background

The wind shower is a local clarification plant that the commonality is stronger, installs between toilet and non-clean room, is clean factory building, laboratory, month center, the necessary clean supporting setting such as rehabilitation institution of rehabilitation, and electron wind shower is that it can get rid of the dust on people and object surface, has played the effect of buffering and isolation to the clean district and the non-clean district of electron wind shower both sides simultaneously again. To the bigger and large-scale wind leaching rooms that can hold simultaneously and blow and drench many people, remove every day and concentrate the business turn over time, only one or two people business turn over in most times, it is all nozzles air-out simultaneously this moment still, the extravagant energy. Although the special shoes are replaced before the existing air shower chamber enters the air shower chamber, workers can enter the air shower chamber after wearing the shoes, namely pollutants can be brought into the air shower chamber from the outside, and the existing air shower chamber has poor cleaning effect or is troublesome in cleaning the soles. In addition, people are usually required to rotate bodies in the dust removal chamber, but people often forget to rotate the dust removal chamber, so that the blowing and showering effect is affected.

SUMMERY OF THE UTILITY MODEL

In order to solve the problem that the air shower that present many people can blow simultaneously and drench has the problem of the extravagant energy and the poor problem of clean effect, the utility model provides an electron air shower.

The utility model discloses a solve the technical scheme that technical problem adopted as follows:

an electronic air shower comprises an air shower housing, a dust removal chamber, a gas processing cavity, an entrance door and an exit door, wherein the entrance door is arranged on the front side of the air shower housing, the exit door is arranged on the rear side of the air shower housing, an electronic interlocking device is connected between the entrance door and the exit door, the gas processing cavity is arranged between the dust removal chamber and the air shower housing, the number of the gas processing cavity is two, the two gas processing cavities are respectively arranged on the left side and the right side of the dust removal chamber, the electronic air shower further comprises a voice broadcasting device arranged in the dust removal chamber, and the voice broadcasting device is used for prompting personnel in the dust removal chamber to start to blow shower and rotate bodies in situ when the people blow shower; the top of the dust removal chamber is provided with an illuminating lamp, the left side wall and the right side wall of the dust removal chamber are respectively provided with a nozzle, an infrared inductor and a primary air filter from top to bottom in sequence, the number of the nozzles is N, the number of the infrared inductors is N, and N is an integer greater than 2; the gas treatment cavity comprises a return air cavity and N air outlet cavities, the N air outlet cavities are arranged in parallel along the horizontal direction, a high-efficiency air filter and an ultraviolet sterilization lamp are arranged in the air outlet cavities, N groups of nozzles are arranged in one-to-one correspondence with the N air outlet cavities, the nozzles are communicated with the air outlet cavities and the dust removal chamber, a primary air filter is communicated with the dust removal chamber and the return air cavity, N fans are arranged in the return air cavity, the fans, the air outlet cavities and infrared sensors are arranged in one-to-one correspondence, the fans are communicated with the return air cavity and the air outlet cavities, the infrared sensors are connected with the fans through a first micro-control chip, the first micro-control chip can control the fans to be closed and can control the fans; the dust removal room bottom is from last fretwork footboard, brush and the dust catcher that sets gradually extremely down, and the brush is located fretwork footboard downside, sets up along fretwork footboard length direction, and fretwork footboard width direction reciprocating motion can be followed to the brush, and the dust catcher corresponds the setting of fretwork board and is located the fretwork footboard under.

Furthermore, the gas treatment cavity on the left side of the dust removal chamber corresponds to the primary air filter, the nozzle and the infrared inductor which are arranged on the left side wall, and the gas treatment cavity on the right side of the dust removal chamber corresponds to the primary air filter, the nozzle and the infrared inductor which are arranged on the right side wall.

Further, the voice broadcast device is arranged on the side wall or the top of the dust removal chamber.

Furthermore, the voice broadcasting device is connected with the first micro-control chip, and after the voice broadcasting device finishes broadcasting, the first micro-control chip controls the infrared inductor to be started.

Further, bottom clean system still includes the motor that drives brush along fretwork footboard width direction reciprocating motion.

The utility model has the advantages that:

the utility model discloses a set up voice broadcast device suggestion personnel original place and rotate, improve and blow and drench clean effect. Through setting up multiunit nozzle, air-out chamber and infrared inductor, realize that a minority person does not need whole nozzles to blow when advancing, only start the nozzle that corresponds can, the energy saving. The bottom of the shoe is cleaned by the brush, so that the cleaning effect on the sole is improved.

Drawings

Fig. 1 is a schematic view of a cross-sectional structure of an electronic air shower of the present invention.

Fig. 2 is a structural diagram of an electronic air shower of the present invention.

Fig. 3 is a working state diagram of the electronic air shower of the present invention.

In the figure: 1. air shower housing, 2, clean room, 3, lateral wall, 4, nozzle, 5, infrared inductor, 6, primary air cleaner, 7, return air chamber, 8, air-out chamber, 9, fan, 10, light, 11, voice broadcast device, 12, fretwork footboard, 13, brush, 14, dust catcher, 15, high-efficient air cleaner, 16, ultraviolet sterilamp, 17, brush removal track.

Detailed Description

In order to make the aforementioned objects, features and advantages of the present invention more clearly understood, the present invention will be described in further detail with reference to the accompanying drawings and detailed description.

In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present invention, however, the present invention may be practiced in other ways than those specifically described herein, and therefore the scope of the present invention is not limited by the specific embodiments disclosed below.

An electronic shower comprising: air shower housing 1, entrance door, exit door, clean room 2, gas processing chamber and voice broadcast device 11. The room entrance door is arranged on the front side of the air shower housing 1, the room exit door is arranged on the rear side of the air shower housing 1, the room entrance door and the room exit door are provided with visible windows, and an electronic interlocking device is connected between the room entrance door and the room exit door. Referring to fig. 1, the gas treatment chambers are located between the dust removal chamber 2 and the air shower housing 1, the number of the gas treatment chambers is two, and the 2 gas treatment chambers are respectively arranged on the left side and the right side of the dust removal chamber 2.

The top of clean room 2 is equipped with light 10, as figure 2, all is equipped with nozzle 4, infrared inductor 5 and primary air cleaner 6 on the lateral wall 3 about clean room 2, and nozzle 4 is located the upside between the three, and infrared inductor 5 is located the centre, and primary air cleaner 6 is located the downside. The nozzles 4 are N groups, the infrared sensors 5 are N, and N is an integer greater than 2. The N groups of nozzles 4 correspond to the N infrared sensors 5 one by one, 3 groups of nozzles 4 are arranged in the figure 2, and 3 groups of nozzles 4 correspond to the 3 infrared sensors 5 one by one.

The gas treatment chamber includes air return chamber 7 and a N air-out chamber 8, as figure 3, a N air-out chamber 8 sets up side by side along the horizontal direction, is equipped with high-efficient air cleaner 15 and ultraviolet sterilamp 16 in every air-out chamber 8, specifically sets up on the intracavity inner wall. The gas treatment cavity on the left side of the dust removal chamber 2 corresponds to the primary air filter 6, the nozzle 4 and the infrared inductor 5 which are arranged on the left side wall 3, and the gas treatment cavity on the right side of the dust removal chamber 2 corresponds to the primary air filter 6, the nozzle 4 and the infrared inductor 5 which are arranged on the right side wall 3. N group of nozzles 4 and N air-out chamber 8 one-to-one of homonymy set up, and nozzle 4 links to each other air-out chamber 8 and clean room 2. The primary air filter 6 is communicated with the dust removal chamber 2 and the return air cavity 7, and the primary air filter 6 is a filter screen with an aluminum frame. The air return cavity 7 is internally provided with N fans 9, the air outlet cavity 8 and the infrared sensors 5 on the same side are arranged in a one-to-one correspondence mode, the fans 9 are communicated with the air return cavity 7 and the air outlet cavity 8, the infrared sensors 5 are connected with the fans 9 through the micro-control chip I, and the micro-control chip I can control the fans 9 to be closed and can control the fans 9 to be opened according to signals sent by the infrared sensors 5. The micro-control chip adopts the existing STM series chip, and has the advantage of high cost performance, such as STM32F103 series single chip microcomputer or chip STM32F103ZET 6. The infrared inductor 5 is used for inducing whether a person is in an area corresponding to the infrared inductor 5 in the dust chamber 2. When the infrared inductor 5 sends the information sensed by the infrared inductor to the first micro-control chip, the first micro-control chip controls whether the fan 9 is started or not according to the sensing information of the infrared inductor 5, and if the detection area of the infrared inductor 5 is occupied, the first micro-control chip controls the fan 9 to be started. The time of blowing and sprinkling after the fan 9 is started and the control of stopping blowing and sprinkling are both the prior art, a time module can be carried/connected on the first micro-control chip, the time module is provided with the time of blowing and sprinkling by the fan 9, and when the time of blowing and sprinkling is reached, the time module sends information to the first micro-control chip to control the fan 9 to stop blowing and sprinkling and control all fans 9 to stop. The dust removal chamber 2, the air return cavity 7 and the air outlet cavity 8 can form gas circulation. The air blown out by the fan 9 is filtered by the high-efficiency air filter 15 and then sprayed to the dust chamber 2 through the nozzle 4. For example, N equals 3, it is anterior respectively, the middle part, the rear portion, be located anterior infrared inductor 5 and survey 2 front portions in clean room whether someone, infrared inductor 5 that is located the middle part surveys 2 middle parts in clean room whether someone, infrared inductor 5 that is located the rear portion surveys 2 rear portions in clean room whether someone, when people's health position in 5 detection zone of an infrared inductor another part be located another infrared inductor 5 detection zone, then corresponding infrared inductor 5 all surveys someone, the detection journey (length) that every infrared inductor 5 detected is not less than clean room 2 width, the width of surveying is not less than 1/3 of clean room 2 length.

The bottom of the dust chamber 2 is provided with a hollow pedal 12, a brush 13 and a dust collector 14. Specifically be equipped with fretwork footboard 12 for pedal department in the bottom of clean room 2, fretwork footboard 12 downside corresponds fretwork footboard 12 and is equipped with brush 13, and the length of brush 13 sets up along 12 length direction of fretwork footboard, and brush 13 can be along 12 width direction's of fretwork footboard both ends reciprocating motion, and brush 13 realizes brushing the sole of personnel in the clean room 2 through the motion, and the purpose is the dust of brushing the sole, and the hair part of brush 13 is a little higher than fretwork footboard 12. The dust collector 14 is arranged corresponding to the hollow-out board, is positioned under the hollow-out pedal 12 and is also positioned under the hairbrush 13, and the dust collector 14 absorbs dust brushed by the hairbrush 13 and dust falling to the vicinity of the hollow-out pedal 12. The length ratio of the dust removal chamber 2 of the air shower that can blow simultaneously to many people is longer, and 13 length direction of brush and the 12 length direction setting of fretwork footboard, the motion of brush 13 is along 12 width direction of fretwork footboard, and 13 motion strokes of brush are short, can realize brush 13 reciprocating motion many times, clean effectual. The quantity of above-mentioned brush 13 can be 2, and one is responsible for the left half side and another is responsible for right half side reciprocal, and the setting such as material according to brush 13 of the velocity of motion of brush 13 realizes that the hair can pass fretwork department and clean the sole when brush 13 moves. Specifically for 12 below fretwork footboard of brush 13 are equipped with brush and move track 17, and brush moves track 17 and dust catcher 14 and all is located the base plate of clean room 2 downside, and 2 downside that also have the bottom clean system that just is the clean room, and bottom clean system includes base plate, brush 13 and dust catcher 14, and the base plate is a part of wind shower shell 1, and the bottom clean system can communicate outside the wind shower, and dust catcher 14 can communicate outside the wind shower. The movement of the brush 13 along the brush moving rail 17 is realized according to the prior art: the brush 13 is connected with a motor and also arranged on a brush moving track 17, the motor is used as a power source for the reciprocating motion of the brush 13, the output shaft of the motor is connected with the brush 13 through the existing connecting mechanism in a transmission way, the motor can be arranged on a base plate and can be arranged on the lower surface of the bottom plate of the dust chamber 2, and the position of the motor is not limited.

The voice broadcast system sets up in clean room 2, can set up at the lateral wall 3 or the top of clean room 2. Voice broadcast is used for the suggestion to be located 2 interior personnel of clean room and will begin to blow and drench and the suggestion is located 2 interior personnel of clean room and is blowing and drench the time in situ rotation health. The voice broadcasting device 11 can be connected with all the first micro-control chips, and when the voice broadcasting device 11 broadcasts the voice, all the first micro-control chips control the corresponding infrared sensors 5 to be started. The voice broadcast device 11 can be connected with a second micro-control chip, the second micro-control chip also adopts STM series chips commonly used in the micro-control field, the second micro-control chip is connected with all infrared sensors 5, and when the voice broadcast device 11 broadcasts and completes, the second micro-control chip controls all infrared sensors 5 to start. Wherein, whether micro-control chip one is opened according to the response information control fan 9 of infrared inductor 5 belongs to prior art, and micro-control chip one or micro-control chip two start infrared inductor 5 after voice broadcast device 11 reports belongs to prior art.

The use working process comprises the following steps: personnel open into the room door, and light 10 lights (or light 10 is long bright), and personnel enter into 2 interior and close into the room door of clean room, and voice broadcast device 11 is located 2 interior personnel of clean room through voice prompt and is about to begin to blow and drench to please be located 2 interior personnel of clean room and rotate the health in situ when blowing and drenching. After voice broadcast, all infrared inductor 5 set up and survey whether its corresponding region has someone, if survey the region someone then start this infrared inductor 5 corresponding fan 9 blow and drench. For example, at the moment, the dust chamber 2 only has one person to be blown and drenched, the person stands between the middle group of nozzles 4 and the rear group of nozzles 4, the infrared sensors 5 at the middle part and the rear part sense the person, and the middle fan 9, the nozzles 4 and the rear fan 9, the nozzles 4 blow and drench; if the person stands at the corresponding position of the rear group of nozzles 4, only the infrared inductor 5 in the rear air blowing sub-area induces the person, and the rear fan 9 is started to blow. Since the person enters the dust chamber 2, the brush 13 starts to reciprocate, and the sole of the person is cleaned. When the spray is blown, the infrared inductor 5 can continuously induce, and if the personnel move to the area corresponding to the non-working nozzle 4 and the infrared inductor 5, the corresponding fan 9 is started.

The utility model discloses a set up voice broadcast device 11 suggestion personnel original place and rotate, improve and blow and drench the effect. The preparation is blown and is drenched after the voice broadcast, and voice broadcast in-process personnel's standing position is stable basically, ensures to blow and drenches inerrably and avoids unnecessary detection. Through setting up multiunit nozzle 4, air-out chamber 8 and infrared inductor 5, realize that a minority person does not need whole nozzles to blow when advancing, only start the nozzle 4 that corresponds can, the energy saving. Simultaneously the utility model discloses a 9 powers of fan can be less than original 9 powers of fan. The bottom of the shoe is cleaned by the hairbrush 13, so that the cleaning effect on the sole is improved.

Claims

1. An electronic air shower comprises an air shower housing (1), a dust removal chamber (2), a gas processing cavity, an entrance door and an exit door, wherein the entrance door is arranged on the front side of the air shower housing (1), the exit door is arranged on the rear side of the air shower housing (1), an electronic interlocking device is connected between the entrance door and the exit door, the gas processing cavity is arranged between the dust removal chamber (2) and the air shower housing (1), the number of the gas processing cavity is two, the gas processing cavity is respectively arranged on the left side and the right side of the dust removal chamber (2), the electronic air shower is characterized by further comprising a voice broadcasting device (11) arranged in the dust removal chamber (2), and the voice broadcasting device (11) is used for prompting a person in the dust removal chamber (2) to start to blow and rotate a body in situ when blowing; the top of the dust removal chamber (2) is provided with an illuminating lamp (10), the left side wall (3) and the right side wall (3) of the dust removal chamber (2) are respectively provided with a nozzle (4), an infrared inductor (5) and a primary air filter (6) from top to bottom in sequence, the number of the nozzles (4) is N, the number of the infrared inductors (5) is N, and N is an integer greater than 2; the gas treatment cavity comprises a return air cavity (7) and N air outlet cavities (8), the N air outlet cavities (8) are arranged in parallel along the horizontal direction, a high-efficiency air filter (15) and an ultraviolet sterilization lamp (16) are arranged in each air outlet cavity (8), N groups of nozzles (4) and the N air outlet cavities (8) are arranged in a one-to-one correspondence mode, the nozzles (4) are communicated with the air outlet cavities (8) and the dust removal chamber (2), a primary air filter (6) is communicated with the dust removal chamber (2) and the return air cavity (7), N fans (9) are arranged in each air return cavity (7), the fans (9), the air outlet cavities (8) and the infrared sensors (5) are arranged in a one-to-one correspondence mode, the fans (9) are communicated with the return air cavities (7) and the air outlet cavities (8), the infrared sensors (5) are connected with the fans (9) through a micro-control chip I, and the micro-control chip I, the fan (9) can be controlled to be started according to the signal sent by the infrared sensor (5); the dust removal chamber (2) bottom has set gradually fretwork footboard (12), brush (13) and dust catcher (14) from last to bottom, and brush (13) are located fretwork footboard (12) downside, set up along fretwork footboard (12) length direction, and brush (13) can be followed fretwork footboard (12) width direction reciprocating motion, and dust catcher (14) correspond the setting of fretwork board and are located under fretwork footboard (12).

2. The electronic air shower according to claim 1, wherein the gas processing chamber on the left side of the dust removal chamber (2) corresponds to the primary air filter (6), the nozzle (4) and the infrared sensor (5) arranged on the left side wall (3), and the gas processing chamber on the right side of the dust removal chamber (2) corresponds to the primary air filter (6), the nozzle (4) and the infrared sensor (5) arranged on the right side wall (3).

3. An electronic shower as claimed in claim 1, characterised in that said voice announcement means (11) are arranged in the side walls (3) or in the ceiling of the clean room (2).

4. The electronic air shower according to claim 3, wherein the voice broadcasting device (11) is connected to the first micro-control chip, and after the voice broadcasting device (11) finishes broadcasting, the first micro-control chip controls the infrared sensor (5) to start.

5. The electronic air shower according to claim 1, further comprising a motor for driving the brush (13) to reciprocate along the width direction of the hollowed-out pedal (12).