CN108870578B - Automatic smoke purification system based on non-open office space - Google Patents

Automatic smoke purification system based on non-open office space Download PDF

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Publication number
CN108870578B
CN108870578B CN201810519914.7A CN201810519914A CN108870578B CN 108870578 B CN108870578 B CN 108870578B CN 201810519914 A CN201810519914 A CN 201810519914A CN 108870578 B CN108870578 B CN 108870578B
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CN
China
Prior art keywords
storage
lifting
channels
movable
protective
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Expired - Fee Related
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CN201810519914.7A
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Chinese (zh)
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CN108870578A (en
Inventor
杨滨峰
周跃
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Shangluo University
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Shangluo University
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Publication of CN108870578A publication Critical patent/CN108870578A/en
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Publication of CN108870578B publication Critical patent/CN108870578B/en
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F3/00—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems
    • F24F3/12—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems characterised by the treatment of the air otherwise than by heating and cooling
    • F24F3/16—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems characterised by the treatment of the air otherwise than by heating and cooling by purification, e.g. by filtering; by sterilisation; by ozonisation
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/60—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by adding oxygen

Abstract

An automatic smoke purification system based on non-open office places, a protective device comprises a smoke-forbidden area, a protective channel, a protective hydraulic pump, a protective hydraulic rod and a transparent protective baffle, a telescopic device comprises a moving channel, a storage channel, a movable hydraulic pump, a movable hydraulic rod, a placing platform, a storage hydraulic pump, a storage hydraulic rod and a storage platform, the moving device comprises a first moving track, a second moving track, a moving platform, a moving motor, a moving roller and a fixed buckle, the lifting device comprises a lifting channel, a lifting hydraulic pump, a lifting hydraulic rod, a lifting platform, a telescopic fixing mechanism and a transparent protective top cover, the sealing device comprises a protective sealing motor, a protective telescopic plate, a movable sealing motor, a movable telescopic plate, a storage sealing motor and a storage telescopic plate, and the identification device comprises a monitoring camera, a temperature detection camera and a smoke sensor, the positioning device is arranged in the mobile platform, the wireless device is arranged in the control center, and the control center is arranged at a planned position.

Description

Automatic smoke purification system based on non-open office space
Technical Field
The invention relates to the field of environmental purification, in particular to an automatic smoke purification system based on a non-open office place.
Background
Today, the living standard of people is generally improved, tobacco also becomes a main consumer product in daily life of people, and cigarettes are indispensable in daily leisure and social visit. Statistically, there are hundreds of millions of smokers in our country, and about 20 hundred million kilograms of tobacco leaves are burned and smoked every year, and a considerable part of them are burned and smoked indoors. The burning of tobacco can produce a large amount of smog, and smog can be diffused everywhere in the room, and under the condition of opening the air conditioner in the room, smog can be bigger, not only can harm self and the healthy of people around, can cause serious pollution to the environment moreover, and the passive harm that receives of inhaling second-hand smoke of non-smoker is far more than smoker itself, therefore, often need get rid of indoor smog, reduces the harm that smog produced.
Second-hand smoke, also known as ambient tobacco smoke (ETS), includes both mainstream smoke given off by a smoker and sidestream smoke given off directly from a cigarette, cigar or pipe, also commonly referred to as smoke exhaled by the smoker and as smoke combusted by the cigarette itself. Second-hand smoke contains harmful chemicals such as tar, amonia, nicotine, suspended particles, PM2.5, etc., and dozens of carcinogens. The problem of second-hand smoke is paid more and more attention, and in the office field, because the number of people is large and smoking phenomenon is inevitable, second-hand smoke purification work is also needed.
However, how to combine the office field with environmental smoke purification for detect that there is the official working personnel and control transparent protection baffle in this region and rise and control transparent protection top cap and transparent protection baffle and assemble transparent air purification room at the regional smoking of forbidding cigarette, purify smog in real time, reduce the harm to environment and other human bodies is the problem that needs to solve urgently at present.
Disclosure of Invention
The purpose of the invention is as follows: in order to overcome the defects in the background art, the embodiment of the invention provides an automatic smoke purification system based on a non-open office place, which can effectively solve the problems related to the background art.
The technical scheme is as follows:
an automatic smoke purification system based on a non-open office space comprises a protection device, a telescopic device, a moving device, a lifting device, a sealing device, an identification device, a positioning device, a wireless device and a control center, wherein the protection device comprises a smoke prohibiting area, a protection channel, a protection hydraulic pump, a protection hydraulic rod and a transparent protection baffle plate, and the smoke prohibiting area is arranged in a smoke prohibiting area planned in the non-open office space and is provided with a plurality of office worker areas; the protection channel is provided with a plurality of protection channels, is arranged at the side position of an office worker area planned in a no-smoking area and is used for providing the extension and contraction of the transparent protection baffle; the number of the protection hydraulic pumps is consistent with that of the protection channels, the protection hydraulic pumps are arranged at positions below the protection channels and are respectively connected with the protection channels and the protection hydraulic rods, and the protection hydraulic pumps are used for driving the connected protection hydraulic rods to stretch; the number of the protection hydraulic rods is the same as that of the protection hydraulic pumps, the protection hydraulic rods are arranged in the protection channel and are respectively connected with the protection hydraulic pumps and the transparent protection baffle plate, and the transparent protection baffle plate is used for driving the connected transparent protection baffle plate to stretch; the number of the transparent protective baffles is consistent with that of the protective hydraulic rods, the transparent protective baffles are arranged at the front end of the protective hydraulic rods and connected with the protective hydraulic rods, and after the transparent protective baffles are extended out, the transparent protective baffles are used for protecting office personnel areas planned in the smoke forbidden area; the telescopic device comprises a movable channel, a storage channel, a movable hydraulic pump, a movable hydraulic rod, a placing platform, a storage hydraulic pump, a storage hydraulic rod and a storage platform, wherein the movable channel is provided with a plurality of movable hydraulic pumps and arranged at the top end of the non-open-air office place; the storage channel is provided with a plurality of storage channels and is arranged at the position of a storage area planned in a non-open office place; the number of the mobile hydraulic pumps is consistent with that of the mobile channels, the mobile hydraulic pumps are arranged in the mobile channels and are respectively connected with the mobile channels and the mobile hydraulic rods, and the mobile hydraulic rods are used for driving the mobile hydraulic rods connected to the mobile hydraulic rods to stretch; the number of the movable hydraulic rods is consistent with that of the movable hydraulic pumps, the movable hydraulic rods are arranged in the movable channel and are respectively connected with the movable hydraulic pumps and the placing platform, and the placing platform is used for driving the connected placing platform to stretch; the number of the placing platforms is consistent with that of the movable hydraulic rods, and the placing platforms are arranged at the front ends of the movable hydraulic rods and connected with the movable hydraulic rods and used for stretching at the positions of the movable channels; the number of the storage hydraulic pumps is consistent with that of the storage channels, the storage hydraulic pumps are arranged at the rear positions of the storage channels and are respectively connected with the storage channels and the storage hydraulic rods, and the storage hydraulic rods are used for driving the connected storage hydraulic rods to stretch; the number of the storage hydraulic rods is consistent with that of the storage hydraulic pumps, the storage hydraulic rods are arranged in the storage channel and are respectively connected with the storage hydraulic pumps and the storage platform, and the storage hydraulic rods are used for driving the connected storage platform to stretch; the number of the storage platforms is consistent with that of the storage hydraulic rods, and the storage platforms are arranged at the front end of the storage hydraulic rods and connected with the storage hydraulic rods and used for stretching at the position of the storage channel; the moving device comprises a first moving track, a second moving track, a moving platform, a moving motor, moving rollers and fixed buckles, wherein the number of the first moving tracks is consistent with that of the moving channels, and the first moving tracks are arranged on the surface of the placing platform and used for providing movement for the moving rollers; the number of the second moving tracks is consistent with that of the storage channels, the second moving tracks are arranged on the surface of the storage platform, and the second moving tracks are connected with the first moving tracks and keep the same horizontal plane after being extended out, so that the moving rollers can move; the number of the mobile platforms is consistent with that of the storage channels, the mobile platforms are initially placed on the surface of the storage platforms, and the mobile platforms are bound with the initially placed storage platforms and used for moving on the first mobile track and/or the second mobile track; the number of the mobile motors is consistent with that of the mobile platforms, the mobile motors are arranged in the mobile platforms and are respectively connected with the mobile platforms and the mobile rollers and used for driving the connected mobile rollers to run; the moving rollers are provided with a plurality of moving rollers and are arranged at the surface positions of the moving platform facing the first moving track and/or the second moving track, and the moving rollers are respectively connected with the moving platform and the moving motor and are used for driving the connected moving platform to move at the positions of the first moving track and/or the second moving track; the number of the fixed buckles is consistent with that of the movable rollers, the fixed buckles are arranged at the surface positions of the movable platform on the sides of the movable rollers and are respectively connected with the movable platform and the movable rollers and used for fixing the movable rollers; the lifting device comprises lifting channels, lifting hydraulic pumps, lifting hydraulic rods, lifting platforms, telescopic fixing mechanisms and transparent protective top covers, wherein the number of the lifting channels is consistent with that of the moving platforms, the lifting channels are arranged at the positions, facing the ground, of the moving platforms, and the lifting channels are used for providing telescopic movement for the lifting platforms; the number of the lifting hydraulic pumps is consistent with that of the lifting channels, the lifting hydraulic pumps are arranged in the lifting channels and are respectively connected with the lifting channels and the lifting hydraulic rods and used for driving the connected lifting hydraulic rods to stretch; the number of the lifting hydraulic rods is consistent with that of the lifting hydraulic pumps, the lifting hydraulic rods are arranged in the lifting channel and are respectively connected with the lifting hydraulic pumps and the lifting platform, and the lifting hydraulic rods are used for driving the connected lifting platform to stretch; the number of the lifting platforms is consistent with that of the lifting hydraulic rods, the lifting platforms are arranged at the front ends of the lifting hydraulic rods and are respectively connected with the lifting hydraulic rods and the telescopic fixing mechanisms, and the lifting platforms are used for driving the transparent protective top cover to stretch through the connected telescopic fixing mechanisms; the telescopic fixing mechanisms are provided with a plurality of telescopic fixing mechanisms, are arranged at the side positions of the lifting platform and are connected with the lifting platform and are used for fixing the transparent protective top cover; the number of the transparent protection top covers is consistent with that of the protection platforms, and the transparent protection top covers are fixed with the telescopic fixing mechanisms and are fixedly connected with the transparent protection baffle; the sealing device comprises protective sealing motors, protective expansion plates, movable sealing motors, movable expansion plates, storage sealing motors and storage expansion plates, wherein the number of the protective sealing motors is consistent with that of the protective channels, the protective sealing motors are arranged at the side positions of the protective channels and connected with the protective expansion plates, and the protective expansion plates are used for driving the connected protective expansion plates to expand and contract; the number of the protective expansion plates is consistent with that of the protective closed motors, and the protective expansion plates are arranged at the side positions of the protective channel and connected with the protective closed motors for opening and closing the protective channel; the number of the movable closed motors is consistent with that of the movable channels, the movable closed motors are arranged at the side positions of the movable channels and connected with the movable expansion plates, and the movable expansion plates are used for driving the connected movable expansion plates to expand and contract; the number of the movable expansion plates is consistent with that of the movable closed motors, and the movable expansion plates are arranged at the side positions of the movable channel and connected with the movable closed motors for opening and closing the movable channel; the number of the storage closed motors is consistent with that of the storage channels, the storage closed motors are arranged at the side positions of the storage channels and connected with the storage expansion plates, and the storage expansion plates are used for driving the connected storage expansion plates to expand and contract; the number of the storage expansion plates is consistent with that of the storage closed motors, the storage expansion plates are arranged at the side positions of the storage channels and connected with the storage closed motors, and the storage expansion plates are used for opening and closing the storage channels; the identification device comprises a plurality of monitoring cameras, a temperature detection camera and a smoke sensor, wherein the monitoring cameras are arranged at the top positions of the non-open-air office places and used for shooting the environment images of the areas; the number of the temperature detection cameras is consistent with that of the transparent protection top cover, the temperature detection cameras are arranged at the lower position of the transparent protection top cover and used for detecting the temperature of the area below the head protection top cover and generating a thermal imaging graph; the smoke sensors are arranged at the top end of an office worker area planned in a no-smoke area and at the lower position of the transparent protective top cover respectively and used for acquiring smoke concentration information of the area; the number of the positioning devices is consistent with that of the mobile platforms, the positioning devices are arranged at the inner positions of the mobile platforms and are used for positioning the positions of the mobile platforms and acquiring positioning data of corresponding positions; the wireless device is arranged in the control center and is used for being respectively connected with the protective hydraulic pump, the movable hydraulic pump, the storage hydraulic pump, the movable motor, the fixed buckle, the lifting hydraulic pump, the telescopic fixing mechanism, the protective closed motor, the movable closed motor, the storage closed motor, the monitoring camera, the temperature detection camera, the smoke sensor, the positioning device, the control center, the office worker external equipment, the fire fighting center, the alarm center, the emergency center and the network; the control center is arranged at a position of the placement control center planned in the non-open office place and used for executing specified operation.
As a preferable mode of the invention, the protection device further comprises a plurality of switch buttons, the switch buttons are respectively arranged at the lateral position of the outer surface of the transparent protection baffle and the ground position of the office personnel area planned in the smoke-forbidden area, and the switch buttons are connected with the wireless device, and are used for sending a baffle contraction request to the control center when the switch buttons are pressed and the transparent protection baffle is in the extension state, and sending a baffle extension request to the control center when the switch buttons are pressed and the transparent protection baffle is in the extension state.
As a preferred mode of the invention, the protection device further comprises a plurality of fixing grooves and fixing pillars, the fixing grooves are arranged at the side positions inside the transparent protection top cover, and the lower surfaces of the fixing grooves and the transparent protection top cover keep the same horizontal plane and are used for being fixed with the fixing pillars; the fixed support is provided with a plurality of and sets up in transparent protective baffle top position for it is fixed with transparent protective top cap through fixed recess with transparent protective baffle.
As a preferable mode of the invention, the sealing device further comprises lifting sealing motors and lifting expansion plates, wherein the number of the lifting sealing motors is consistent with that of the lifting channels, and the lifting sealing motors are arranged at the side positions of the lifting channels and connected with the lifting expansion plates and used for driving the connected lifting expansion plates to expand and contract; the lifting retractable plates are consistent in quantity with the lifting channels, arranged at the side positions of the lifting channels and connected with the lifting closed motor, and used for opening and closing the lifting channels.
As a preferred mode of the invention, the recognition device further comprises microphones and speakers, wherein the number of the microphones is consistent with the number of office staff areas planned in the no-smoking area, and the microphones are arranged on the outer surface and the inner surface of the transparent protective baffle and are respectively connected with the transparent protective baffle and the wireless device, so as to acquire human voice information; the number of the loudspeakers is consistent with the number of office staff areas planned in the smoke forbidden area, and the loudspeakers are arranged on the inner surface and the outer surface of the transparent protective baffle and are respectively connected with the transparent protective baffle and the wireless device for playing voice information.
As a preferable mode of the present invention, the identification device further includes infrared sensors, the number of the infrared sensors is the same as the number of the transparent protective barriers, and the infrared sensors are disposed on the top surface of the transparent protective barriers and connected to the wireless device for acquiring the living body information above the transparent protective barriers.
As a preferable mode of the present invention, the present invention further comprises a purification device, wherein the purification device comprises a purification channel, a telescopic exhaust pipe, a first exhaust channel and a second exhaust channel, the number of the purification channels is consistent with the number of office worker areas planned in the no-smoke area, and the purification channels are arranged at the top end of the office worker areas planned in the no-smoke area, and are used for discharging smoke to the space outside the building where the non-open office place is located; the number of the telescopic exhaust pipes is consistent with that of the transparent protection top covers, the telescopic exhaust pipes are arranged above the transparent protection top covers and connected with the transparent protection top covers, and the telescopic exhaust pipes extend out of the transparent protection top covers and are fixedly connected with the purification channels in the areas where the telescopic exhaust pipes are located, so that air below the transparent protection top covers can be guided into the purification channels; the number of the first exhaust channels is consistent with that of the mobile platform, the first exhaust channels are arranged in the mobile platform, the upper surfaces of the first exhaust channels and the upper surface of the mobile platform keep the same horizontal plane, the lower surfaces of the first exhaust channels and the bottom surface of the lifting channel in the mobile platform keep the same horizontal plane, and the first exhaust channels are used for providing the extension and contraction of the telescopic exhaust pipes of the transparent protective top cover placed in the lifting channel; the number of the second exhaust passages is consistent with that of the lifting platform and is arranged at the inner position of the lifting platform, the upper surfaces of the second exhaust passages and the upper surface of the lifting platform keep the same horizontal plane, and the lower surfaces of the second exhaust passages and the lower surface of the lifting platform keep the same horizontal plane, so that the telescopic exhaust pipes of the transparent protection top cover fixed by the telescopic fixing mechanism are telescopic.
As a preferable mode of the present invention, the purification device further comprises air purifiers, the number of the air purifiers is the same as that of the transparent protection top covers, and the air purifiers are arranged at the lower surfaces of the transparent protection top covers and respectively connected to the telescopic exhaust pipes and the wireless device, and are configured to purify air and introduce waste air into the telescopic exhaust pipes.
As a preferable mode of the present invention, the purification apparatus further comprises oxygen supply devices, the number of the oxygen supply devices is the same as that of the transparent protective top cover, and the oxygen supply devices are arranged at the lower surface of the transparent protective top cover and connected to the wireless device for releasing diluted oxygen.
As a preferred mode of the invention, the purification device further comprises perfume storage bins and perfume spray heads, wherein the number of the perfume storage bins is consistent with that of the transparent protective top cover, and the perfume storage bins are arranged in the transparent protective top cover and connected with the perfume spray heads for storing perfume; the perfume spray head number is consistent with the perfume storage bin number and is arranged on the lower surface of the transparent protection top cover to be connected with the perfume storage bin, the transparent protection top cover and the wireless device respectively, and the perfume spray head is used for spraying perfume stored in the connected perfume storage bin to an appointed position.
The invention realizes the following beneficial effects: 1. after intelligent smoke purification system starts, the regional office staff smoking information of forbidden cigarette of real-time detection place non-open office space, if detect office staff smoking then control this office staff in the regional top of place have human transparent protection baffle to rise and control moving platform and remove to this regional top immediately, then place transparent protection top cap in transparent protection baffle top fixedly to constitute interim smoking room, avoid the human absorption second-hand smoke around the office staff.
2. After forming the temporary smoking room, the intelligent smoke purification system controls the microphone and the loudspeaker of the transparent protective baffle forming the temporary smoking room to be started so as to enable office staff in the temporary smoking room to communicate with outside office staff.
3. After forming temporary smoking room, air purifier and oxygen supply apparatus start in real time to purify the indoor smog of temporary smoking, and spray perfume and remove the flavor after the official working personnel smoking of smoking is accomplished.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the present disclosure and together with the description, serve to explain the principles of the disclosure. Fig. 1 is a partial top view of a smoke-forbidden zone of an automated smoke decontamination system according to one embodiment of the present invention;
FIG. 2 is a partial cross-sectional view of an area where a guard channel of an automated smoke decontamination system is located according to one embodiment of the present invention;
FIG. 3 is a partial cross-sectional view of an area in which a moving path of an automated smoke decontamination system is located according to one embodiment of the present invention;
FIG. 4 is a schematic view of the underside of a transparent protective roof of an automated smoke decontamination system according to one embodiment of the present invention;
FIG. 5 is a side, partially cut-away view of an area in which a moving walkway of an automated fume cleaning system is provided according to one example of the present invention;
FIG. 6 is a partial cross-sectional view of an area where an automated smoke decontamination system storage channel is located as provided by one example of the present invention;
fig. 7 is a connection diagram of the electronic components of an automated smoke decontamination system according to one embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.
Example one
Referring to fig. 1-7, fig. 1 is a partial top view of a smoke-forbidden area of an automated smoke decontamination system according to one embodiment of the present invention; FIG. 2 is a partial cross-sectional view of an area where a guard channel of an automated smoke decontamination system is located according to one embodiment of the present invention; FIG. 3 is a partial cross-sectional view of an area in which a moving path of an automated smoke decontamination system is located according to one embodiment of the present invention; FIG. 4 is a schematic view of the underside of a transparent protective roof of an automated smoke decontamination system according to one embodiment of the present invention; FIG. 5 is a side, partially cut-away view of an area in which a moving walkway of an automated fume cleaning system is provided according to one example of the present invention; FIG. 6 is a partial cross-sectional view of an area where an automated smoke decontamination system storage channel is located as provided by one example of the present invention; fig. 7 is a connection diagram of the electronic components of an automated smoke decontamination system according to one embodiment of the present invention.
Specifically, the embodiment provides an automatic smoke purification system based on a non-open office, which includes a protection device 1, a telescopic device 2, a moving device 3, a lifting device 4, a sealing device 5, an identification device 6, a positioning device 7, a wireless device 8 and a control center 9, wherein the protection device 1 includes a smoke prohibition area 11, a protection channel 12, a protection hydraulic pump 13, a protection hydraulic rod 14 and a transparent protection baffle 15, and the smoke prohibition area 11 is arranged in a smoke prohibition area planned in the non-open office and is planned with a plurality of office worker areas 110; the protection channel 12 is provided with a plurality of transparent protection baffles 15, is arranged at the side position of an office worker area 110 planned in the no-smoking area 11 and is used for stretching and retracting the transparent protection baffles; the number of the protection hydraulic pumps 13 is the same as that of the protection channels 12, the protection hydraulic pumps are arranged below the protection channels 12 and are respectively connected with the protection channels 12 and the protection hydraulic rods 14 and used for driving the connected protection hydraulic rods 14 to stretch and retract; the number of the protective hydraulic rods 14 is the same as that of the protective hydraulic pumps 13, the protective hydraulic rods are arranged in the protective channel 12 and are respectively connected with the protective hydraulic pumps 13 and the transparent protective baffle 15, and the transparent protective baffle 15 is used for driving the connected transparent protective baffle 15 to stretch and retract; the number of the transparent protective baffles 15 is the same as that of the protective hydraulic rods 14, the transparent protective baffles are arranged at the front end of the protective hydraulic rods 14 and connected with the protective hydraulic rods 14, and after the transparent protective baffles are extended out, the transparent protective baffles are used for protecting office worker areas 110 planned in the smoke forbidden area 11; the telescopic device 2 comprises a moving channel 20, a storage channel 21, a moving hydraulic pump 22, a moving hydraulic rod 23, a placing platform 24, a storage hydraulic pump 25, a storage hydraulic rod 26 and a storage platform 27, wherein the moving channel 20 is provided with a plurality of parts and is arranged at the top end of a non-open office place; the storage channel 21 is provided with a plurality of storage channels and is arranged at the position of a storage area planned in a non-open office place; the quantity of the mobile hydraulic pumps 22 is the same as that of the mobile channels 20, the mobile hydraulic pumps are arranged in the mobile channels 20 and are respectively connected with the mobile channels 20 and the mobile hydraulic rods 23, and the mobile hydraulic rods 23 are used for driving the mobile hydraulic rods 23 to stretch and contract; the number of the movable hydraulic rods 23 is the same as that of the movable hydraulic pumps 22, the movable hydraulic rods are arranged in the movable channel 20 and are respectively connected with the movable hydraulic pumps 22 and the placing platform 24, and the placing platform 24 is used for driving the connected placing platform to stretch; the number of the placing platforms 24 is the same as that of the movable hydraulic rods 23, and the placing platforms are arranged at the front end of the movable hydraulic rods 23 and connected with the movable hydraulic rods 23 and used for stretching at the positions of the movable channels 20; the number of the storage hydraulic pumps 25 is the same as that of the storage channels 21, the storage hydraulic pumps are arranged at the rear positions of the storage channels 21 and are respectively connected with the storage channels 21 and the storage hydraulic rods 26 and used for driving the connected storage hydraulic rods 26 to stretch and contract; the number of the storage hydraulic rods 26 is the same as that of the storage hydraulic pumps 25, the storage hydraulic rods are arranged in the storage channel 21 and are respectively connected with the storage hydraulic pumps 25 and the storage platform 27, and the storage platform 27 is used for driving the connection to stretch; the number of the storage platforms 27 is the same as that of the storage hydraulic rods 26, and the storage platforms are arranged at the front end of the storage hydraulic rods 26 and connected with the storage hydraulic rods 26 and used for stretching and contracting at the position of the storage channel 21; the moving device 3 comprises a first moving track 30, a second moving track 31, a moving platform 32, a moving motor 33, a moving roller 34 and a fixing buckle 35, wherein the number of the first moving tracks 30 is the same as that of the moving channels 20 and is arranged at the surface position of the placing platform 24 for providing the moving roller 34 to move; the number of the second moving rails 20 is the same as that of the storage channels 21 and is arranged at the surface position of the storage platform 27, and after the second moving rails 31 are extended, the second moving rails are connected with the first moving rails 30 and keep the same horizontal plane for providing the movement of the moving rollers 34; the number of the mobile platforms 32 is consistent with that of the storage channels 21 and is initially placed at the surface position of the storage platform 27, and the mobile platforms 32 are bound with the initially placed storage platform 27 and are used for moving at the positions of the first mobile rail 30 and/or the second mobile rail 31; the number of the moving motors 33 is the same as that of the moving platforms 32, and the moving motors are arranged in the moving platforms 32 and are respectively connected with the moving platforms 32 and the moving rollers 34 and used for driving the connected moving rollers 34 to operate; the moving rollers 34 are provided with a plurality of rollers and are arranged at the positions of the surfaces of the moving platform 32 facing the first moving rail 30 and/or the second moving rail 31, and are respectively connected with the moving platform 32 and the moving motor 33, and are used for driving the connected moving platform 32 to move at the positions of the first moving rail 30 and/or the second moving rail 31; the number of the fixed buckles 35 is the same as that of the movable rollers 34, and the fixed buckles are arranged at the surface positions of the movable platform 32 on the side of the movable rollers 34 and are respectively connected with the movable platform 32 and the movable rollers 34 and used for fixing the movable rollers 34; the lifting device 4 comprises lifting channels 40, lifting hydraulic pumps 41, lifting hydraulic rods 42, lifting platforms 43, telescopic fixing mechanisms 44 and transparent protective top covers 45, wherein the number of the lifting channels 40 is consistent with that of the moving platforms 32, and the lifting channels are arranged at the positions, facing the ground, of the moving platforms 32 and used for providing the telescopic movement of the lifting platforms 43; the number of the lifting hydraulic pumps 41 is the same as that of the lifting channels 40, the lifting hydraulic pumps are arranged in the lifting channels 40 and are respectively connected with the lifting channels 40 and the lifting hydraulic rods 42 and used for driving the connected lifting hydraulic rods 42 to stretch and contract; the number of the lifting hydraulic rods 42 is the same as that of the lifting hydraulic pumps 41, the lifting hydraulic rods are arranged in the lifting channel 40 and are respectively connected with the lifting hydraulic pumps 41 and the lifting platform 43, and the lifting hydraulic rods are used for driving the connected lifting platform 43 to stretch; the number of the lifting platforms 43 is the same as that of the lifting hydraulic rods 42, and the lifting platforms are arranged at the front ends of the lifting hydraulic rods 42 and are respectively connected with the lifting hydraulic rods 42 and the telescopic fixing mechanisms 44 and used for driving the transparent protective top cover 45 to stretch and retract through the connected telescopic fixing mechanisms 44; the number of the transparent protective top covers 45 is the same as that of the protective platforms, and the transparent protective top covers are fixed with the telescopic fixing mechanisms 44 and are fixedly connected with the transparent protective baffle 15; the sealing device 5 comprises a protective sealing motor 50, protective expansion plates 51, a movable sealing motor 52, movable expansion plates 53, a storage sealing motor 54 and storage expansion plates 55, wherein the number of the protective sealing motors 50 is the same as that of the protective channels 12, the protective sealing motors are arranged at the side positions of the protective channels 12 and connected with the protective expansion plates 51 and are used for driving the connected protective expansion plates 51 to expand and contract; the number of the protective expansion plates 51 is the same as that of the protective closed motors 50, and the protective expansion plates are arranged at the side positions of the protective channel 12 and connected with the protective closed motors 50 and used for opening and closing the protective channel 12; the number of the movable sealing motors 52 is the same as that of the movable channels 20, the movable sealing motors are arranged at the side positions of the movable channels 20 and connected with the movable expansion plates 53, and the movable expansion plates 53 are used for driving the connected movable expansion plates to expand and contract; the number of the movable expansion plates 53 is the same as that of the movable closed motors 52, and the movable expansion plates are arranged at the side positions of the movable channel 20 and connected with the movable closed motors 52 and used for opening and closing the movable channel 20; the number of the storage closed motors 54 is the same as that of the storage channels 21, the storage closed motors are arranged at the side positions of the storage channels 21 and connected with the storage expansion plates 55, and the storage expansion plates 55 are used for driving the storage expansion plates 55 to expand and contract; the number of the storage expansion plates 55 is the same as that of the storage closed motors 54, and the storage expansion plates are arranged at the side positions of the storage channel 21 and connected with the storage closed motors 54 and used for opening and closing the storage channel 21; the recognition device 6 comprises a plurality of monitoring cameras 60, a temperature detection camera 61 and a smoke sensor 62, wherein the monitoring cameras 60 are arranged at the top end of the non-open office place and used for shooting the environmental image of the area; the number of the temperature detection cameras 61 is the same as that of the transparent protection top cover 45, and the temperature detection cameras are arranged at the position below the transparent protection top cover 45 and used for detecting the temperature of the area below the head protection top cover and generating a thermal imaging graph; the smoke sensors 62 are provided with a plurality of smoke sensors and are respectively arranged at the top end position of an office worker area 110 planned in the no-smoke area 11 and the lower position of the transparent protective top cover 45 and used for acquiring smoke concentration information of the area; the number of the positioning devices 7 is the same as that of the mobile platforms 32, and the positioning devices are arranged at the internal positions of the mobile platforms 32 and used for positioning the positions of the mobile platforms 32 and acquiring positioning data of corresponding positions; the wireless device 8 is arranged in the control center 9 and is used for being connected with the protective hydraulic pump 13, the movable hydraulic pump 22, the storage hydraulic pump 25, the movable motor 33, the fixed buckle 35, the lifting hydraulic pump 41, the telescopic fixing mechanism 44, the protective closed motor 50, the movable closed motor 52, the storage closed motor 54, the monitoring camera 60, the temperature detection camera 61, the smoke sensor 62, the positioning device 7, the control center 9, office personnel external equipment, the fire-fighting center, the alarm center, the emergency center and the network; the control center 9 is arranged at the position of the control center 9 planned in the non-open office place and used for executing specified operation.
As a preferable mode of the present invention, the protection device 1 further includes a plurality of switch buttons 16, the switch buttons 16 are respectively disposed at the lateral position of the outer surface of the transparent protection baffle 15 and the ground position of the office worker area 110 planned in the smoke-forbidden area 11, and the switch buttons 16 are connected to the wireless device 8, and are configured to send a baffle contraction request to the control center 9 when the switch buttons 16 are pressed and the transparent protection baffle 15 is in the extended state, and to send a baffle extension request to the control center 9 when the switch buttons 16 are pressed and the transparent protection baffle 15 is in the extended state.
As a preferred mode of the present invention, the protection device 1 further includes a plurality of fixing grooves 17 and fixing pillars 18, the fixing grooves 17 are disposed at lateral positions inside the transparent protection top cover 45, and the lower surfaces of the fixing grooves 17 and the lower surface of the transparent protection top cover 45 maintain the same horizontal plane for fixing with the fixing pillars 18; the fixing support column 18 is provided with a plurality of fixing support columns and is arranged at the top end of the transparent protective baffle 15, and is used for fixing the transparent protective baffle 15 and the transparent protective top cover 45 through the fixing groove 17.
As a preferable mode of the present invention, the sealing device 5 further includes lifting sealing motors 56 and lifting retractable plates 57, the number of the lifting sealing motors 56 is the same as that of the lifting channels 40, and the lifting sealing motors are arranged at the side positions of the lifting channels 40 and connected with the lifting retractable plates 57 for driving the connected lifting retractable plates 57 to retract; the number of the lifting expansion plates 57 is the same as that of the lifting channels 40, and the lifting expansion plates are arranged at the side positions of the lifting channels 40 and connected with a lifting closed motor 56 for opening and closing the lifting channels 40.
In a preferred embodiment of the present invention, the identification device 6 further comprises infrared sensors 65, and the number of the infrared sensors 65 is the same as the number of the transparent protective barriers 15, and the infrared sensors are disposed on the top surface of the transparent protective barriers 15 and connected to the wireless device 8 for acquiring the living body information above the transparent protective barriers 15.
Wherein, the control center 9 sends or receives information and/or instructions and/or requests to the protective hydraulic pump 13, the mobile hydraulic pump 22, the storage hydraulic pump 25, the mobile motor 33, the fixed buckle 35, the lifting hydraulic pump 41, the telescopic fixing mechanism 44, the protective closed motor 50, the mobile closed motor 52, the storage closed motor 54, the monitoring camera 60, the temperature detection camera 61, the smoke sensor 62, the positioning device 7, the control center 9, office personnel external equipment, the fire center, the alarm center, the emergency center, the network, the switch button 16, the lifting closed motor 56, the microphone 63, the loudspeaker 64, the infrared sensor 65, the telescopic exhaust pipe 101, the air purifier 104, the oxygen supply equipment 105 and the perfume spray head 107, which are executed by the wireless device 8; the control system comprises a protective hydraulic pump 13, a mobile hydraulic pump 22, a storage hydraulic pump 25, a mobile motor 33, a fixed buckle 35, a lifting hydraulic pump 41, a telescopic fixing mechanism 44, a protective closed motor 50, a mobile closed motor 52, a storage closed motor 54, a monitoring camera 60, a temperature detection camera 61, a smoke sensor 62, a positioning device 7, a switch button 16, a lifting closed motor 56, a microphone 63, a loudspeaker 64, an infrared sensor 65, a telescopic exhaust pipe 101, an air purifier 104, oxygen supply equipment 105 and a perfume sprayer 107, wherein after executing a completion instruction, corresponding instruction completion information is returned to a control center 9 through a wireless device 8; the switch button 16 is bound with an office worker area 110 planned in the no-smoking area 11, and the binding information is stored in the control center 9.
Specifically, after the intelligent smoke purifying system is started, the control center 9 controls the movable expansion plates 53 connected with the movable closed motors 52 at the sides of all the moving channels 20 to be completely contracted and opened, the movable hydraulic rods 23 connected with the movable hydraulic pumps 22 connected with the moving channels 20 opened by the control center 9 after the moving channels 20 are opened are completely extended out of the placing platforms 24 connected with the control, and the control center 9 controls all the monitoring cameras 60 connected with the wireless device 8 to capture monitoring images in real time (the monitoring images refer to the environmental images of the area where the monitoring cameras 60 capture) and analyzes whether the office workers are in the state to be smoked according to the monitoring images captured in real time (the state to be smoked refers to the situation that the monitoring cameras 60 capture the cigarette case information stored in the database and take out the matched cigarette cases or take out the tobacco, the database stores all cigarette case information and tobacco style information sold on the market) or receives a baffle extending request sent by the switch button 16, if yes, the control center 9 controls the infrared sensors 65 above all the transparent protective baffles 15 of the office worker area 110 bound with the switch button 16 sending the baffle extending request to acquire the human body information around the upper part of the transparent protective baffles 15 in real time and analyze whether the human body is positioned at the position above the transparent protective baffles 15 in real time after the acquisition is completed, if not, the control center 9 controls the protective expansion plate 51 which is driven and connected by all the protective sealing motors 50 of the office worker area 110 and above which the human body does not exist and is bound with the switch button 16 sending the baffle extending request to completely contract and open the lateral protective channel 12 and controls the storage contraction plate which is driven and connected by the storage sealing motor 54 at the lateral side of the storage channel 21 where an idle mobile platform 32 is positioned to completely contract and open the lateral storage channel 21, after the protection channel 12 is completely opened, the control center 9 controls the protection hydraulic pump 13 connected with the completely opened protection channel 12 to drive and connect the protection hydraulic rod 14 to completely extend out of the protection hydraulic rod connected with the control and the transparent protection baffle 15 without human body above to completely extend out to surround the office staff in the state of waiting for smoking and the office desk where the office staff is located, after the storage channel 21 is completely opened, the control center 9 controls the storage hydraulic pump 25 connected with the completely opened storage channel 21 to drive and connect the storage hydraulic rod 26 to completely extend out of the storage platform 27 connected with the control and the storage hydraulic rod 26 to completely extend out of the storage platform 27 through the second moving track 31 on the surface to completely extend out the moving platform 32 to keep the second moving track 31 and the first moving track 30 at the same level, and after the second moving track 31 and the first moving track 30 keep the same level, the control center 9 controls the moving motor 33 of the moving platform 32 placed on the second moving track 31 of the completely extended storage platform 27 to drive The control connected moving platform 32 moves from the second moving track 31 to the position of the connected first moving track 30, the control connected moving platform 32 moves from the position of the first moving track 30 to the position of the first moving track 30 at the top end of the area where the completely extended transparent protective baffle 15 is located after the moving is finished, the center of the control connected moving platform 32 and the center of the office area where the completely extended transparent protective baffle 15 is located keep the same vertical line, after the moving platform 32 is moved, the control center 9 controls the lifting closed motor 56 at the side of the lifting channel 40 of the moving platform 32, which keeps the same vertical line with the center of the office area where the completely extended transparent protective baffle 15 is located, to drive the connected lifting retractable plate 57 to completely retract and open the lifting channel 40 at the side, and after the opening is finished, controls the lifting hydraulic pump 41 connected with the opened lifting channel 40 to drive the connected lifting hydraulic rod 42 to completely extend out and control the connected lifting platform 43 to pass through the connected retractable fixing mechanism 44 placing the fixed transparent protection top cover 45 at the position of the completely extended transparent protection baffle 15, fixing the fixing groove 17 of the transparent protection top cover 45 with the fixing support column 18 of the completely extended transparent protection baffle 15 below, after the fixing is completed, the control center 9 controls the telescopic fixing mechanism 44 fixed with the transparent protection top cover 45 where the fixing groove 17 fixed with the fixing support column 18 of the completely extended transparent protection baffle 15 is located to release the fixing state (i.e. the transparent protection top cover 45 is placed at the top end position of the completely extended transparent protection baffle 15 to form a temporary smoking room, so as to prevent surrounding office staff from sucking second-hand smoke) and controls the temperature detection camera 61 at the position below the transparent protection top cover 45 where the fixing groove 17 fixed with the fixing support column 18 of the completely extended transparent protection baffle 15 is located to shoot images in real time to generate corresponding thermal imaging information and controls the fixing support column 18 of the completely extended transparent protection baffle 15 to fix the corresponding thermal imaging information in real time The smoke sensor 62 at the lower position of the transparent protective top cover 45 where the fixed groove 17 is located acquires smoke concentration information of the area in real time, meanwhile, the control center 9 detects thermal imaging information generated by the camera 61 in real time according to the opened temperature and acquires the smoke concentration information of the area in real time by the smoke sensor 62 to analyze whether an office worker smoking below has a smoke elimination state (the smoke elimination state means that the thermal imaging information generated by the temperature detection camera 61 in real time does not contain an object with a temperature of over 100 ℃ and the smoke concentration information of the area acquired by the smoke sensor 62 in real time is less than 100 micrograms/cubic meter) or receives a baffle contraction request sent by the switch button 16 of the transparent protective baffle 15, and if so, the control center 9 controls and analyzes that the office worker smoking below has a smoke elimination state or sends a baffle contraction request, and the switch button 16 is located at the position above the transparent protective top cover 45 where the transparent protective top cover 15 is fixed by the transparent After the telescopic fixing mechanism 44 enters a fixed state, the control center 9 controls the lifting hydraulic pump 41 connected with the lifting hydraulic rod 42 connected with the lifting platform 43 connected with the telescopic mechanism in the fixed state to drive the lifting hydraulic rod 42 connected with the lifting platform 43 connected with the telescopic mechanism in the fixed state to completely contract the lifting platform 43 connected with the lifting hydraulic rod 42 connected with the lifting hydraulic rod 41 connected with the lifting platform 43 to completely contract the transparent protective top cover 45 fixed with the telescopic mechanism to the inner position of the lifting channel 40 and control the transparent protective baffle 15 in the protective channel 12 connected with the protective hydraulic pump 13 connected with the transparent protective baffle 15 without the transparent protective top cover 45 fixed above to drive the transparent protective baffle 14 connected with the protective channel 12 to completely contract to the protective channel 12, after the transparent protective top cover 45 is completely contracted to the inner position of the lifting channel 40, the control center 9 controls the lifting sealing motor 56 completely contracted to the side of the lifting channel 40 where the transparent protection top cover 45 of the lifting channel 40 is located to drive the connected lifting expansion plate 57 to completely extend out to seal the side lifting channel 40, after the transparent protection baffle 15 is completely contracted to the protection channel 12 where the transparent protection baffle 15 is located, the control center 9 controls the protection expansion plate 50 completely contracted to the side of the protection channel 12 where the transparent protection baffle 15 is located to drive the connected protection expansion plate 51 to completely extend out to seal the side protection channel 12, after the lifting expansion plate 57 is completely extended to seal the side lifting channel 40, the control center 9 controls the moving roller 34 connected with the moving motor 33 of the moving platform 32 where the lifting expansion plate 57 completely contracted to the side lifting channel 40 is located to drive the connected moving platform 32 to move to the second moving rail 31 position of the surface position of the storage platform 27 of the bound storage channel 21 on the first moving rail 30 and moves After the completion of the work, the control center 9 controls the storage closing motor 54 at the side position of the storage passage 21 where the storage platform 27 completely retracted to the internal position of the storage passage 21 is located to drive the connected storage expansion plate 55 to completely extend out to close the storage passage 21, and the control center 9 executes the work in a circulating manner until the control center 9 receives an office ending instruction sent by the external equipment of the office worker, the control center 9 controls all the electronic devices to return to the initial positions and enter the sleep state.
Example two
Referring to fig. 2, fig. 7.
The embodiment is basically the same as the first embodiment, except that in the embodiment, the recognition device 6 further includes microphones 63 and speakers 64, the number of the microphones 63 is the same as the number of office worker areas 110 planned in the no-smoking area 11, and the microphones 63 are disposed on the outer surface and the inner surface of the transparent protective barrier 15 and connected to the transparent protective barrier 15 and the wireless device 8 respectively, so as to obtain the human voice information; the number of the speakers 64 is the same as the number of the office staff areas 110 planned in the no-smoking area 11, and the speakers are arranged on the inner surface and the outer surface of the transparent protective baffle 15 and connected to the transparent protective baffle 15 and the wireless device 8 respectively for playing voice information.
Wherein, the microphone 63 on the inner surface of the transparent protective baffle 15 is bound with the speaker 64 on the outer surface of the transparent protective baffle 15; the microphone 63 on the outer surface of the transparent protective barrier 15 is bound to the speaker 64 on the inner surface of the transparent protective barrier 15.
Specifically, after the transparent protective top cover 45 is placed at the top end of the completely extended transparent protective baffle 15 to form a temporary smoking room, the control center 9 controls the microphone 63 of the completely extended transparent protective baffle 15 placed on the transparent protective top cover 45 to acquire human voice information in real time and sends the human voice information acquired by the microphone 63 in real time to the speaker 64 bound with the microphone 63, and then controls the speaker 64 receiving the human voice information to play the received human voice information in real time, so that office staff in the temporary smoking room can communicate with outside office staff in real time.
EXAMPLE III
Referring to fig. 3-4, shown in fig. 7.
The embodiment is basically the same as the first embodiment, except that the embodiment further comprises a purification device 10, the purification device 10 comprises purification channels 100, a telescopic exhaust pipe 101, a first exhaust channel 102 and a second exhaust channel 103, the number of the purification channels 100 is the same as the number of office worker areas 110 planned in the smoke-forbidden area 11, and the purification channels are arranged at the top end of the office worker areas 110 planned in the smoke-forbidden area 11 and used for discharging smoke to the space outside the building where the non-open-air office is located; the number of the telescopic exhaust pipes 101 is the same as that of the transparent protective top covers 45, the telescopic exhaust pipes are arranged above the transparent protective top covers 45 and connected with the transparent protective top covers 45, and the telescopic exhaust pipes extend out of the transparent protective top covers and are fixedly connected with the purification channels 100 in the areas where the telescopic exhaust pipes are located, so that air below the transparent protective top covers 45 can be guided into the purification channels 100; the number of the first exhaust channels 102 is the same as that of the mobile platform 32, and the first exhaust channels 102 are arranged at the inner positions of the mobile platform 32, the upper surfaces of the first exhaust channels 102 and the upper surface of the mobile platform 32 keep the same horizontal plane, and the lower surfaces of the first exhaust channels 102 and the bottom surface of the lifting channel 40 in the mobile platform 32 keep the same horizontal plane, so that the telescopic exhaust pipes 101 of the transparent protective top cover 45 arranged in the lifting channel 40 can be stretched; the number of the second exhaust passages 103 is the same as that of the lifting platforms 43 and is disposed at the inner positions of the lifting platforms 43, and the upper surfaces of the second exhaust passages 103 and the upper surfaces of the lifting platforms 43 keep the same horizontal plane and the lower surfaces of the second exhaust passages 103 and the lower surfaces of the lifting platforms 43 keep the same horizontal plane, so that the telescopic exhaust pipes 101 of the transparent protective top covers 45 fixed by the telescopic fixing mechanisms 44 are telescopic.
In a preferred embodiment of the present invention, the purifying device 10 further includes air purifiers 104, and the number of the air purifiers 104 is equal to the number of the transparent protective top cover 45, and the air purifiers 104 are disposed on the lower surface of the transparent protective top cover 45 and connected to the retractable exhaust duct 101 and the wireless device 8, respectively, for purifying air and guiding the waste air into the retractable exhaust duct 101.
In a preferred embodiment of the present invention, the purification apparatus 10 further comprises oxygen supply devices 105, and the number of the oxygen supply devices 105 is the same as that of the transparent protective top cover 45 and is disposed on the lower surface of the transparent protective top cover 45 to be connected to the wireless device 8 for releasing diluted oxygen.
As a preferable mode of the present invention, the purifying device 10 further comprises perfume storage bins 106 and perfume nozzles 107, wherein the number of the perfume storage bins 106 is the same as that of the transparent protective top cover 45, and the perfume storage bins 106 are arranged inside the transparent protective top cover 45 and connected with the perfume nozzles 107 for storing perfume; the perfume shower nozzle 107 quantity is unanimous with perfume storage bin 106 quantity and sets up and be connected with perfume storage bin 106, transparent protection top cap 45 and wireless device 8 respectively in transparent protection top cap 45 lower surface position for the perfume that stores in the perfume storage bin 106 with connecting sprays to the assigned position.
Specifically, after the control center 9 controls the lifting and retracting plate 57, which is driven and connected by the lifting and retracting motor 56, to completely retract and open the lifting channel 40 on the side, the control center 9 controls the telescopic exhaust pipe 101 of the transparent protection top cover 45, which is fixed by the telescopic fixing mechanism 44 of the lifting platform 43 in the completely opened lifting channel 40, to extend out from the exhaust pipeline and collide with the purification channel 100 at the top end of the area where the mobile platform 32 is located, and controls the telescopic exhaust pipe 101, which extends out to the purification channel 100 at the top end of the area where the mobile platform 32 is located, and the colliding purification channel 100 to enter a fixed state (when the transparent protection top cover 45 vertically runs up and down, the telescopic exhaust pipe 101 extends up and down according to the; after the transparent protective top cover 45 is placed at the top end position of the completely extended transparent protective baffle 15 to form a temporary smoking room, the control center 9 controls the air purifier 104 of the transparent protective top cover 45 placed at the top end position of the completely extended transparent protective baffle 15 to start operation to absorb and purify smoke below in real time, guides purified air to the lower position and guides purified waste gas into the telescopic exhaust pipe 101, the purified waste gas is guided into the purification channel 100 through the telescopic exhaust pipe 101, and simultaneously the control center 9 controls the oxygen supply equipment 105 of the transparent protective top cover 45 placed at the top end position of the completely extended transparent protective baffle 15 to start operation to guide diluted oxygen to the lower position so as to avoid oxygen shortage of office staff; the control center 9 analyzes that the office worker smoking below has a smoking release state or receives a baffle contraction request sent by the switch button 16 with the transparent protective baffle 15 according to the thermal imaging information generated by the turned-on temperature detection camera 61 in real time, the control center 9 controls the perfume sprayer 107 at the position below the transparent protective top cover 45 which analyzes that the office worker smoking below has a smoking release state or receives a baffle contraction request sent by the switch button 16 with the transparent protective baffle 15 to spray perfume stored in the connected perfume storage bin 106 for a preset number of times (the preset number of times may be 0-50 times, and is preferably 2 times in the embodiment), and controls the air purifier 104 and the oxygen supply device 105 at the position below the transparent protective top cover 45 which analyze that the office worker smoking below has a smoking release state or receives a baffle contraction request sent by the switch button 16 with the transparent protective baffle 15 to stop running after the spraying is completed (ii) a After the control center 9 controls the lifting hydraulic pump 41 to drive the connected lifting hydraulic rod 42 to completely contract and control the connected lifting platform 43 to completely contract the connected transparent protection top cover 45 fixed by the telescopic mechanism to the inner position of the lifting channel 40, the control center 9 controls the telescopic exhaust pipe 101 of the transparent protection top cover 45 completely contracted to the inner position of the lifting channel 40 to be released from the fixing channel 100 and controls the telescopic exhaust pipe 101 to completely contract after the releasing from the fixing is completed.
The above embodiments are merely illustrative of the technical ideas and features of the present invention, and are intended to enable those skilled in the art to understand the contents of the present invention and implement the present invention, and not to limit the scope of the present invention. All equivalent changes or modifications made according to the spirit of the present invention should be covered within the protection scope of the present invention.

Claims (6)

1. An automatic smoke purification system based on non-open office places comprises a protective device, a telescopic device, a mobile device, a lifting device, a sealing device, a recognition device, a positioning device, a wireless device and a control center,
the protection device comprises a smoke prohibition area, a protection channel, a protection hydraulic pump, a protection hydraulic rod and a transparent protection baffle, wherein the smoke prohibition area is arranged in a smoke prohibition area planned in a non-open office place and is provided with a plurality of office worker areas; the protection channel is provided with a plurality of protection channels, is arranged at the side position of an office worker area planned in a no-smoking area and is used for providing the extension and contraction of the transparent protection baffle; the number of the protection hydraulic pumps is consistent with that of the protection channels, the protection hydraulic pumps are arranged at positions below the protection channels and are respectively connected with the protection channels and the protection hydraulic rods, and the protection hydraulic pumps are used for driving the connected protection hydraulic rods to stretch; the number of the protection hydraulic rods is the same as that of the protection hydraulic pumps, the protection hydraulic rods are arranged in the protection channel and are respectively connected with the protection hydraulic pumps and the transparent protection baffle plate, and the transparent protection baffle plate is used for driving the connected transparent protection baffle plate to stretch; the number of the transparent protective baffles is consistent with that of the protective hydraulic rods, the transparent protective baffles are arranged at the front end of the protective hydraulic rods and connected with the protective hydraulic rods, and after the transparent protective baffles are extended out, the transparent protective baffles are used for protecting office personnel areas planned in the smoke forbidden area;
the telescopic device comprises a movable channel, a storage channel, a movable hydraulic pump, a movable hydraulic rod, a placing platform, a storage hydraulic pump, a storage hydraulic rod and a storage platform, wherein the movable channel is provided with a plurality of movable hydraulic pumps and arranged at the top end of the non-open-air office place; the storage channel is provided with a plurality of storage channels and is arranged at the position of a storage area planned in a non-open office place; the number of the mobile hydraulic pumps is consistent with that of the mobile channels, the mobile hydraulic pumps are arranged in the mobile channels and are respectively connected with the mobile channels and the mobile hydraulic rods, and the mobile hydraulic rods are used for driving the mobile hydraulic rods connected to the mobile hydraulic rods to stretch; the number of the movable hydraulic rods is consistent with that of the movable hydraulic pumps, the movable hydraulic rods are arranged in the movable channel and are respectively connected with the movable hydraulic pumps and the placing platform, and the placing platform is used for driving the connected placing platform to stretch; the number of the placing platforms is consistent with that of the movable hydraulic rods, and the placing platforms are arranged at the front ends of the movable hydraulic rods and connected with the movable hydraulic rods and used for stretching at the positions of the movable channels; the number of the storage hydraulic pumps is consistent with that of the storage channels, the storage hydraulic pumps are arranged at the rear positions of the storage channels and are respectively connected with the storage channels and the storage hydraulic rods, and the storage hydraulic rods are used for driving the connected storage hydraulic rods to stretch; the number of the storage hydraulic rods is consistent with that of the storage hydraulic pumps, the storage hydraulic rods are arranged in the storage channel and are respectively connected with the storage hydraulic pumps and the storage platform, and the storage hydraulic rods are used for driving the connected storage platform to stretch; the number of the storage platforms is consistent with that of the storage hydraulic rods, and the storage platforms are arranged at the front end of the storage hydraulic rods and connected with the storage hydraulic rods and used for stretching at the position of the storage channel;
the moving device comprises a first moving track, a second moving track, a moving platform, a moving motor, moving rollers and fixed buckles, wherein the number of the first moving tracks is consistent with that of the moving channels, and the first moving tracks are arranged on the surface of the placing platform and used for providing movement for the moving rollers; the number of the second moving tracks is consistent with that of the storage channels, the second moving tracks are arranged on the surface of the storage platform, and the second moving tracks are connected with the first moving tracks and keep the same horizontal plane after being extended out, so that the moving rollers can move; the number of the mobile platforms is consistent with that of the storage channels, the mobile platforms are initially placed on the surface of the storage platforms, and the mobile platforms are bound with the initially placed storage platforms and used for moving on the first mobile track and/or the second mobile track; the number of the mobile motors is consistent with that of the mobile platforms, the mobile motors are arranged in the mobile platforms and are respectively connected with the mobile platforms and the mobile rollers and used for driving the connected mobile rollers to run; the moving rollers are provided with a plurality of moving rollers and are arranged at the surface positions of the moving platform facing the first moving track and/or the second moving track, and the moving rollers are respectively connected with the moving platform and the moving motor and are used for driving the connected moving platform to move at the positions of the first moving track and/or the second moving track; the number of the fixed buckles is consistent with that of the movable rollers, the fixed buckles are arranged at the surface positions of the movable platform on the sides of the movable rollers and are respectively connected with the movable platform and the movable rollers and used for fixing the movable rollers;
the lifting device comprises lifting channels, lifting hydraulic pumps, lifting hydraulic rods, lifting platforms, telescopic fixing mechanisms and transparent protective top covers, wherein the number of the lifting channels is consistent with that of the moving platforms, the lifting channels are arranged at the positions, facing the ground, of the moving platforms, and the lifting channels are used for providing telescopic movement for the lifting platforms; the number of the lifting hydraulic pumps is consistent with that of the lifting channels, the lifting hydraulic pumps are arranged in the lifting channels and are respectively connected with the lifting channels and the lifting hydraulic rods and used for driving the connected lifting hydraulic rods to stretch; the number of the lifting hydraulic rods is consistent with that of the lifting hydraulic pumps, the lifting hydraulic rods are arranged in the lifting channel and are respectively connected with the lifting hydraulic pumps and the lifting platform, and the lifting hydraulic rods are used for driving the connected lifting platform to stretch; the number of the lifting platforms is consistent with that of the lifting hydraulic rods, the lifting platforms are arranged at the front ends of the lifting hydraulic rods and are respectively connected with the lifting hydraulic rods and the telescopic fixing mechanisms, and the lifting platforms are used for driving the transparent protective top cover to stretch through the connected telescopic fixing mechanisms; the telescopic fixing mechanisms are provided with a plurality of telescopic fixing mechanisms, are arranged at the side positions of the lifting platform and are connected with the lifting platform and are used for fixing the transparent protective top cover; the number of the transparent protection top covers is consistent with that of the protection platforms, and the transparent protection top covers are fixed with the telescopic fixing mechanisms and are fixedly connected with the transparent protection baffle;
the sealing device comprises protective sealing motors, protective expansion plates, movable sealing motors, movable expansion plates, storage sealing motors and storage expansion plates, wherein the number of the protective sealing motors is consistent with that of the protective channels, the protective sealing motors are arranged at the side positions of the protective channels and connected with the protective expansion plates, and the protective expansion plates are used for driving the connected protective expansion plates to expand and contract; the number of the protective expansion plates is consistent with that of the protective closed motors, and the protective expansion plates are arranged at the side positions of the protective channel and connected with the protective closed motors for opening and closing the protective channel; the number of the movable closed motors is consistent with that of the movable channels, the movable closed motors are arranged at the side positions of the movable channels and connected with the movable expansion plates, and the movable expansion plates are used for driving the connected movable expansion plates to expand and contract; the number of the movable expansion plates is consistent with that of the movable closed motors, and the movable expansion plates are arranged at the side positions of the movable channel and connected with the movable closed motors for opening and closing the movable channel; the number of the storage closed motors is consistent with that of the storage channels, the storage closed motors are arranged at the side positions of the storage channels and connected with the storage expansion plates, and the storage expansion plates are used for driving the connected storage expansion plates to expand and contract; the number of the storage expansion plates is consistent with that of the storage closed motors, the storage expansion plates are arranged at the side positions of the storage channels and connected with the storage closed motors, and the storage expansion plates are used for opening and closing the storage channels;
the identification device comprises a plurality of monitoring cameras, a temperature detection camera and a smoke sensor, wherein the monitoring cameras are arranged at the top positions of the non-open-air office places and used for shooting the environment images of the areas; the number of the temperature detection cameras is consistent with that of the transparent protection top cover, the temperature detection cameras are arranged at the lower position of the transparent protection top cover and used for detecting the temperature of the area below the head protection top cover and generating a thermal imaging graph; the smoke sensors are arranged at the top end of an office worker area planned in a no-smoke area and at the lower position of the transparent protective top cover respectively and used for acquiring smoke concentration information of the area; the number of the positioning devices is consistent with that of the mobile platforms, the positioning devices are arranged at the inner positions of the mobile platforms and are used for positioning the positions of the mobile platforms and acquiring positioning data of corresponding positions; the wireless device is arranged in the control center and is used for being respectively connected with the protective hydraulic pump, the movable hydraulic pump, the storage hydraulic pump, the movable motor, the fixed buckle, the lifting hydraulic pump, the telescopic fixing mechanism, the protective closed motor, the movable closed motor, the storage closed motor, the monitoring camera, the temperature detection camera, the smoke sensor, the positioning device, the control center, the office worker external equipment, the fire fighting center, the alarm center, the emergency center and the network; the control center is arranged at a position of a placement control center planned in a non-open office place and used for executing specified operation;
the device comprises a transparent protective top cover, a perfume storage bin and a perfume sprayer, wherein the transparent protective top cover is arranged on the upper surface of the transparent protective top cover, and the perfume storage bin is arranged in the transparent protective top cover; the number of the perfume spray heads is consistent with that of the perfume storage bins, the perfume spray heads are arranged at the lower surface of the transparent protective top cover and are respectively connected with the perfume storage bins, the transparent protective top cover and the wireless device, and the perfume spray heads are used for spraying perfume stored in the connected perfume storage bins to an appointed position;
the purification device also comprises purification channels, a telescopic exhaust pipe, a first exhaust channel and a second exhaust channel, wherein the number of the purification channels is consistent with that of office worker areas planned in the smoke forbidden area, and the purification channels are arranged at the top positions of the office worker areas planned in the smoke forbidden area and used for discharging smoke to the space outside the building where the non-open-air office places are located; the number of the telescopic exhaust pipes is the same as that of the transparent protection top covers, the telescopic exhaust pipes are arranged above the transparent protection top covers and connected with the transparent protection top covers, after the telescopic exhaust pipes extend out and are fixedly connected with the purification channels in the areas, air below the transparent protection top covers is led into the purification channels, and after the transparent protection top covers are contracted to the lifting channels, the fixed connection with the purification channels is released and the telescopic exhaust pipes are completely contracted; the number of the first exhaust channels is consistent with that of the mobile platform, the first exhaust channels are arranged in the mobile platform, the upper surfaces of the first exhaust channels and the upper surface of the mobile platform keep the same horizontal plane, the lower surfaces of the first exhaust channels and the bottom surface of the lifting channel in the mobile platform keep the same horizontal plane, and the first exhaust channels are used for providing the extension and contraction of the telescopic exhaust pipes of the transparent protective top cover placed in the lifting channel; the number of the second exhaust channels is consistent with that of the lifting platforms, the second exhaust channels are arranged in the lifting platforms, the upper surfaces of the second exhaust channels and the upper surfaces of the lifting platforms keep the same horizontal plane, and the lower surfaces of the second exhaust channels and the lower surfaces of the lifting platforms keep the same horizontal plane, so that the telescopic exhaust pipes of the transparent protective top covers fixed by the telescopic fixing mechanisms can be telescopic;
the purification device also comprises air purifiers, the number of the air purifiers is consistent with that of the transparent protection top covers, the air purifiers are arranged at the positions of the lower surfaces of the transparent protection top covers and are respectively connected with the telescopic exhaust pipes and the wireless devices, and the air purifiers are used for purifying air and guiding waste air into the telescopic exhaust pipes;
the purification device also comprises oxygen supply equipment, the number of the oxygen supply equipment is consistent with that of the transparent protective top cover, and the oxygen supply equipment is arranged at the lower surface of the transparent protective top cover and connected with the wireless device and used for releasing diluted oxygen;
after transparent protection top cap placed constitutes interim smoking room in the transparent protection baffle top position that stretches out completely, control center surveys the office staff who produces the smoking according to the temperature of opening and surveys the real-time thermal imaging information analysis of camera and have the release smoking state or receive the baffle shrink request back that transparent protection baffle's shift knob sent, control center control the perfume shower nozzle of transparent protection top cap lower surface position sprays the perfume of the perfume storage storehouse internal storage of connecting and predetermines the number of times and control the lift platform that the lift hydraulic stem of lift hydraulic pump drive connection contracts control connection completely with transparent protection top cap inside to the lift passageway spraying.
2. The non-outdoor office space-based automatic smoke purification system according to claim 1, wherein the protection device further comprises a switch button, the switch button is provided with a plurality of switch buttons and is respectively arranged at the lateral position of the outer surface of the transparent protection baffle and the ground position of the office worker area for planning the smoke-forbidden area, the switch button is connected with the wireless device, the switch button is used for sending a baffle contraction request to the control center after being pressed and the transparent protection baffle is in the extension state, and the switch button is used for sending a baffle extension request to the control center after being pressed and the transparent protection baffle is in the extension state.
3. The non-open-air office space-based automatic smoke purification system as claimed in claim 1, wherein the protection device further comprises a plurality of fixing grooves and fixing pillars, the fixing grooves are arranged at the side positions inside the transparent protection top cover, and the lower surfaces of the fixing grooves and the transparent protection top cover are kept at the same horizontal plane for being fixed with the fixing pillars; the fixed support is provided with a plurality of and sets up in transparent protective baffle top position for it is fixed with transparent protective top cap through fixed recess with transparent protective baffle.
4. The non-open-air office space-based automatic smoke purification system as claimed in claim 1, wherein the sealing device further comprises lifting sealing motors and lifting expansion plates, the number of the lifting sealing motors is equal to that of the lifting channels, the lifting sealing motors are arranged at the side positions of the lifting channels and connected with the lifting expansion plates, and the lifting expansion plates are used for driving the connected lifting expansion plates to expand and contract; the lifting retractable plates are consistent in quantity with the lifting channels, arranged at the side positions of the lifting channels and connected with the lifting closed motor, and used for opening and closing the lifting channels.
5. The non-open-air office-based automatic smoke purification system as claimed in claim 1, wherein the recognition device further comprises microphones and speakers, the number of the microphones is consistent with the number of office worker areas planned in a no-smoke area, and the microphones are arranged on the outer surface and the inner surface of the transparent protective baffle and are respectively connected with the transparent protective baffle and the wireless device for acquiring human voice information; the number of the loudspeakers is consistent with the number of office staff areas planned in the smoke forbidden area, and the loudspeakers are arranged on the inner surface and the outer surface of the transparent protective baffle and are respectively connected with the transparent protective baffle and the wireless device for playing voice information.
6. The non-outdoor office space-based automatic smoke purification system according to claim 1, wherein the identification device further comprises infrared sensors, the number of the infrared sensors is the same as that of the transparent protective baffles, the infrared sensors are arranged on the top surfaces of the transparent protective baffles and connected with a wireless device, and the infrared sensors are used for acquiring living body information above the transparent protective baffles.
CN201810519914.7A 2018-05-28 2018-05-28 Automatic smoke purification system based on non-open office space Expired - Fee Related CN108870578B (en)

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CN109899903B (en) * 2019-01-28 2020-09-04 聊城职业技术学院 Intelligent office protection method and system based on service platform
CN110081531A (en) * 2019-03-15 2019-08-02 苏州商信宝信息科技有限公司 Intelligent space purification method and its system based on service platform and face recognition

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