CN111015875A

CN111015875A - Wood floor processing device and wood floor processing construction method

Info

Publication number: CN111015875A
Application number: CN201911385542.4A
Authority: CN
Inventors: 不公告发明人
Original assignee: Kunming Yanding Technology Development Co ltd
Current assignee: Kunming Yanding Technology Development Co ltd
Priority date: 2019-12-29
Filing date: 2019-12-29
Publication date: 2020-04-17

Abstract

A wood floor processing device and a wood floor processing construction method belong to the field of building decoration. The wood floor processing device comprises a water spraying component in front of a vehicle, a water sucking component, a flame spraying component, a scraper knife, a dust sucking component, a gas sucking component, a paint spraying component, a controller and the like, the water spraying component sprays water to prevent the wood floor from burning in a large area, the flame spraying component sprays flame to a target position through a flame spraying port, the scraper knife scrapes off a carbonized part, the dust sucking component absorbs scraps to perform centralized processing, the vehicle bottom water spraying component cleans the wood floor, meanwhile, the sewage is treated by the water absorption component, hot air generated when the flame spraying component works is collected and conveyed to a corresponding position by the air suction component for air drying, finally, the treated position is sprayed by the paint spraying component, all parts of the device are connected with the storage battery and the controller for coordination work, and further to the anticorrosive treatment of outdoor timber apron, the structural design of dolly is reasonable, and is intelligent effective, has using value to the processing of outdoor timber apron.

Description

Wood floor processing device and wood floor processing construction method

Technical Field

The invention relates to a wood floor processing device and a wood floor processing construction method, belongs to the field of building decoration, and particularly belongs to the field of improvement of floor processing technology in the field of building decoration.

Background

With the development of social economy, various requirements of people are greatly improved, and the outdoor wood floor is more and more widely used no matter being used as building construction of scenic spots or building construction of houses, but the outdoor wood floor is in a very complicated natural environment and social environment, so that the improvement and revolution of the floor treatment technology are generated.

There are roughly 6 categories of wood flooring currently in use on the market: deep carbonization outdoor wood floors, anticorrosion treated outdoor floors, plastic-wood outdoor floors, PVC micro-foaming outdoor floors and co-extrusion outdoor floors. They are preserved by using various techniques, such as deep carbonized outdoor wood flooring, which increases the decay resistance of wood by pyrolyzing the wood at high temperature; the outdoor floor subjected to the anticorrosion treatment is injected with anticorrosion agents such as CCA, CA (copper azole) and ACQ under pressure, so that the agents are deeply permeated, the corrosion resistance is greatly improved, and the anticorrosion and ant-proof effects are maintained for a long time; in addition, along with the change of the demand, some floors with higher quality are produced, for example, the plastic-wood outdoor floor is a composite material which is formed by processing plastics and wood fibers by adopting special processes (such as extrusion, mould pressing, injection molding and the like), and is a brand-new green environment-friendly section bar; the PVC micro-foaming outdoor floor adopts the latest U.S. PVC micro-foaming technology and the unique manufacturing process applying for national patents, has the advantages of attractive surface, high bearing capacity, strong toughness, firmness and durability, water resistance, fire resistance, termite resistance, corrosion resistance, aging resistance, oil stain resistance, easy processing, easy installation, easy maintenance, environmental protection and the like, and is the first choice of outdoor building materials.

However, due to the limitation of various conditions, high-quality outdoor wood floors cannot be popularized, and the high-quality outdoor wood floors are also subjected to protection and repair treatment, while the existing methods for protecting and repairing the floors mainly comprise the following steps:

one is paint surface repair, and the other is local damage and reinstallation repair; and the other is integral reassembling repair. The floor tiles are only subjected to local replacement, reinstallation and repair and overall reinstallation and repair, the repair modes have advantages and disadvantages, and the repair modes are selected to be treated differently, so that the floor tiles or the floor tiles cannot be restored as before by any repair mode except for the re-pavement but the time and labor are consumed.

Therefore, under the conditions that the outdoor wood floors are used in large quantity and the existing protection and repair technologies are defective, the wood floor processing device and the construction method designed by the invention have certain practical value.

Disclosure of Invention

The invention provides a wood floor processing device, belongs to the technical improvement field of floor processing, and aims to develop a trolley which can integrate the functions of flame-spraying combustion carbonization, water-spraying cleaning, sewage suction cleaning, air suction drying, paint spraying solidification and the like to process outdoor wood floors.

The invention adopts the technical scheme that the wood floor processing device is characterized in that: the vehicle front water spraying assembly, the vehicle bottom water spraying assembly, the water absorbing assembly, the fire spraying assembly, the scraper knife assembly, the dust absorbing assembly, the air absorbing assembly, the paint spraying assembly, the storage battery, the distance sensor, the fire extinguishing device and the controller are arranged, a vehicle front water spraying opening and the fire spraying assembly of the vehicle front water spraying assembly are arranged on the vehicle head part, the vehicle front water storing tank, the vehicle bottom water storing tank, the air storage tank, the paint box, the storage battery, the fire extinguisher air tank and the controller are arranged in the vehicle body, the water absorbing assembly, the air exhaust opening and the paint spraying assembly are sequentially arranged from the front to the back of the vehicle rear part, a key and a fire extinguisher pipeline are arranged on the right side of the vehicle body, the scraper knife assembly is arranged on the vehicle bottom front part, a plurality of dust absorbing openings are arranged on the periphery of the scraper knife assembly, the dust absorbing openings are, the operation mode comprises manual operation and remote control operation, the manual operation is that a worker uses the function of the trolley through a key, the trolley is pushed by two workers together, the reason that the trolley is pushed by the left side and the right side of the two workers together is that the person can step on undried paint behind the trolley and can be sprayed by water in the front, so that the workers push at two sides, the remote control operation is that the workers operate the trolley through a remote controller, the controller is in wireless connection with the remote controller, signals of the remote controller are received and executed by the controller, when the trolley is operated through the remote controller, wheels at the bottom of the trolley are rollers with driving devices, the driving devices of the rollers are electrically connected with the controller, walking and steering are realized through the controller, and the steering is realized through differential rotation of the wheels.

Furthermore, the front water spraying component mainly comprises a front water spraying opening and a front water storage tank, the bottom water spraying component mainly comprises a bottom water spraying opening and a bottom water storage tank, the front water spraying opening and the bottom water spraying opening are respectively connected with the front water storage tank and the bottom water storage tank through pipelines, the front water storage tank and the bottom water storage tank can be communicated with each other, and before the fire spraying component works, the controller controls the front water spraying component to work, namely controls the front water spraying opening to spray towards the front fan-shaped part of the vehicle head, so that the periphery of a working position is sprayed in advance, and other places are prevented from burning; in addition, after the scraper knife assembly and the dust absorption assembly clean the carbonized part of the wood floor, the wood floor is cleaned by the vehicle bottom water spraying assembly.

Further, the flame projecting subassembly mainly by the gas holder, the flame projecting mouth, the apron is constituteed, the gas holder stores the gas that is used for the work of flame projecting mouth, mainly be butane gas, can change in real time by manual work, the user opens the apron of this part and can change the gas holder, flame projecting mouth fixed arrangement sets up behind the plantago water spray subassembly, the gas holder passes through the pipeline and is connected with the flame projecting mouth, flame projecting subassembly organism generally adopts high strength zinc alloy and copper material die-casting to form, the flame projecting mouth is stainless steel towards a mouthful copper, distance measurement is carried out to the target position by distance sensor among the distance sensor, thereby the controller control flame projecting ignition switch autoignition, from the flame projecting mouth blowout flame of corresponding size, and carry out the injection carbonization to the timber apron of target position.

Furthermore, the shovel blade assembly adopts one of a roller type shovel blade assembly and a rotary type shovel blade assembly, wherein the roller type shovel blade assembly mainly comprises a rotary file and an electric control lifter; the rotary file is arranged on the roller and rotates along with the roller, the roller is in power transmission with the file driving motor through a gear or a belt, and the electric control lifter is controlled by the controller to change the distance between the scraper component and the ground; the rotary type shovel component mainly comprises a rotary file, a telescopic shaft, a fixed shaft and a file driving motor, wherein the fixed shaft is connected with the file driving motor to realize power transmission; a plurality of dust suction ports are arranged in front of and behind the scraper knife component; when the roller type shovel assembly is adopted, after the work of the flaming assembly is finished, the distance sensor measures the distance of a target position, so that the controller controls the electric control lifter to work, the rotary file is lowered to a corresponding position to remove the carbonized part of the wood floor, and after the removal work is finished, the rotary file stops working, and the electric control lifter works to lift the rotary file to the original position; when the rotary type scraper knife assembly is adopted, after the work of the flaming assembly is completed, the scraper knife assembly enables the rotary file to be tightly attached to the ground by utilizing the elasticity of the spring, and the floor is processed. Furthermore, the dust absorption component mainly comprises a dust absorption port, a gas pipe, a filter screen, an exhaust pipe, an air box, a cover plate and a speed regulator, the dust absorption component and the air suction component share the exhaust pipe, the air box and the exhaust port, the air box is communicated with the gas pipe and the exhaust pipe, the filter screen is arranged at the communication part of the air box and the gas pipe, the cover plate can be opened to carry out real-time replacement of the filter screen, the dust absorption port is communicated with the gas pipe and consists of two parts which are respectively arranged at the front and the rear parts of the scraper knife component, when the scraper knife component starts to work, the controller controls the dust absorption port to absorb air, so that the air box generates certain vacuum, thereby utilizing the air pressure difference to lead the dust to be transported through the gas pipe and discharged from the exhaust port through the exhaust pipe after being filtered by the filter screen, thereby absorbing a large amount of dust generated in the cleaning work of the, thereby achieving the maximum dust absorption effect.

Furthermore, the water absorption assembly mainly comprises a water absorption pipe, an electric control elevator of the water absorption pipe and a water absorption port, the water absorption port is fixedly arranged and is indirectly arranged at the center of the bottom of the trolley with a water spraying port at the bottom of the trolley, the water absorption assembly is communicated with a water storage tank at the bottom of the trolley, when the work of the dust absorption assembly is finished, the water spraying assembly at the bottom of the trolley and the water absorption assembly cooperate to clean a target position, the controller controls the electric control elevator of the water absorption pipe to work and further enable the water absorption pipe to descend, then the water absorption port is controlled by a switching signal of the controller to further change the self switching frequency to accurately adjust the flow and the flow speed, further sewage is absorbed and recovered through the water absorption port and enters a sewage pool, the sewage can be repeatedly utilized through the cleaning treatment of the sewage pool, and after the sewage is absorbed, the.

Furthermore, the air suction component mainly comprises an air suction port, an air exhaust port, a fan, a heating component, an air suction pipeline and a filter screen, the dust collection component and the air suction component share an exhaust pipe, an air box and an air exhaust port, the filter screen is arranged in the air suction port, the air suction port is arranged at the right side of the bottom of the small cart and is adjacent to the fire spraying port, the fan and the heating component are arranged in the exhaust pipe, the air suction pipeline is communicated with the air box, when the fire spraying component works, the controller controls the air suction component to absorb hot air generated when the fire spraying component works, namely the hot air is absorbed by the air suction port and filtered by the filter screen and then enters the air box to be collected, after the cleaning work is finished, the stored hot air is discharged from the exhaust port through the exhaust pipe in a hair drier mode, air drying treatment is carried out on a target position, when the fire spraying component does not, and then the hot air is generated and output under the joint work of a fan and a heating component arranged in the exhaust pipe to finish the air drying work.

Furthermore, the paint spraying assembly mainly comprises a paint box, a spray nozzle, a paint adding port and a cover plate, wherein the paint box is arranged in the trolley, a user can check and add paint by opening the cover plate, the spray nozzle is correspondingly arranged behind the exhaust port, and after the air drying work of the air suction assembly is finished, the controller controls the spray nozzle to spray paint and solidify on a target position, so that the aim of performing anti-corrosion treatment on the outdoor wood floor is fulfilled; the number of the paint boxes is not limited to one, when the number of the paint boxes is more than one, different paints are placed in each paint box, and the corresponding spray heads of each paint box are not communicated with each other, so that the paints are prevented from being mixed; the spray heads are arranged side by side and arranged front and back, each spray head is controlled by an electromagnetic valve connected with the controller, different paints are sprayed by the spray heads on the same line, stripe-shaped spray painting can be realized, various patterns can be sprayed by the joint cooperation of the side by side arrangement and the front and back arrangement, and even painting can be realized.

Furthermore, the storage battery is arranged in the trolley, and all parts of the trolley are connected with the storage battery and are powered by the storage battery to support work.

Furthermore, the distance sensor measures the distance of the target working position accurately, so that accurate processing of each part on the wood floor is guaranteed.

Further, the small handcart is provided with a fire extinguishing device, the fire extinguishing device mainly comprises a fire extinguisher gas tank and a fire extinguisher pipeline, and when an emergency occurs, a fire extinguisher pipeline switch can be opened in time to extinguish fire, so that the safety of the small handcart can be effectively guaranteed.

Further, the controller mainly by the singlechip, the computer chip is constituteed, each part of small handcart all meets and receives its control with the controller, the singlechip will receive the information that comes from sensor etc, then transmit and handle for the computer chip, the information after the processing is passed back again and is given the singlechip, and then the preceding water spray subassembly water spray of controller control prevents the timber apron large tracts of land burning, the control subassembly that spouts fire carries out carbonization treatment to the target location, control vehicle bottom water spray subassembly and the subassembly that absorbs water wash the target location, control spiller subassembly is clear away the carbonization position, the control dust absorption subassembly carries out centralized collection processing to the dust, the control subassembly that breathes in, the subassembly that sprays paint air-dries and sprays paint the solidification to the target location, thereby reach the treatment effect to outdoor timber apron.

A wood floor processing construction method adopts the wood floor processing device, and the specific operation method comprises the following steps:

the method comprises the following steps: the trolley can be controlled by a hand and the remote controller together, when the remote controller is adopted for control, a worker operates the vehicle through the remote controller, when the remote controller is adopted for control, the worker uses the functions of the trolley through keys, and the trolley is pushed by two workers through handrails on the left side and the right side of the trolley.

Step two: before the subassembly work of spouting the fire, the fan-shaped part injection in locomotive the place ahead is faced to the plantago water jet of subassembly before the controller control, sprays around the operating position in advance, prevents other local burning.

Step three: the distance sensor in the distance sensor measures the distance of the target position, so that the controller controls the ignition switch to automatically ignite, flame with corresponding size is sprayed out from the fixed flame spray port, and the wood floor at the target position is subjected to jet carbonization.

Step four: when the roller type shovel assembly is adopted, after the work of the flaming assembly is finished, the distance sensor measures the distance of a target position, so that the controller controls the electric control lifter to work, the rotary file is lowered to a corresponding position to remove the carbonized part of the wood floor, and after the removal work is finished, the rotary file stops working, and the electric control lifter works to lift the rotary file to the original position; when the rotary type scraper knife assembly is adopted, after the work of the flaming assembly is completed, the scraper knife assembly enables the rotary file to be tightly attached to the ground by utilizing the elasticity of the spring, and the floor is processed.

Step five: when the spiller subassembly begins to work, the controller control sets up the dust absorption mouth suction air at the dust absorption subassembly in spiller subassembly the place ahead, make bellows produce certain vacuum, thereby utilize the atmospheric pressure difference to make the dust pass through the gas-supply pipe transportation and the filtration of filter screen after discharge from the gas vent through the blast pipe, thereby absorb a large amount of dusts that the spiller subassembly produced in the work of cleaing away, the dust absorption subassembly that the simultaneous control set up in spiller subassembly rear absorbs the processing once more to the dust, thereby reach maximum dust absorption effect.

Step six: after the scraper knife assembly and the dust collection assembly clean the carbonized part of the wood floor, the wood floor is cleaned by the vehicle bottom water spray assembly.

Step seven: when the water spraying component at the bottom of the vehicle works, the water suction pipe of the water suction component descends under the work of the electric control lifter of the water suction pipe, then the water suction port absorbs sewage and recovers the sewage, the sewage can be recycled through cleaning treatment, and after the sewage is absorbed, the electric control lifter of the water suction pipe enables the water suction pipe to ascend to return to the original position.

Step eight: when the flaming assembly works, the air suction assembly absorbs, filters and collects hot air generated by the flaming assembly during working, and after cleaning is finished, the stored hot air is discharged from the air outlet through the exhaust pipe in an electric hair drier mode, and air drying treatment is carried out on a target position; when the flaming assembly does not work and has no hot air source, the controller controls the air box to absorb air from the external environment through the air suction pipeline, and hot air is generated and output through the joint work of the fan and the heating assembly arranged in the exhaust pipe to finish air drying work.

Step nine: after the air-drying work of the air assembly is finished, the controller controls the spray nozzle to spray paint and solidify the target position, so that the aim of performing anti-corrosion treatment on the outdoor wood floor is fulfilled.

Compared with the prior art, the invention has the following advantages: 1. the invention can be controlled by hand and remote control together, meet most of the use requirements; 2. the water spraying device reasonably considers the problems possibly encountered during working, pushes the work left and right, avoids the interference of human factors, and is reasonable and effective because the first part of water spraying assembly is arranged to prevent the combustion except the working position; 3. the middle scraper assembly and the water absorption assembly work in a lifting mode, and the design is reasonable and the flexibility is high; 4. the invention integrates the functions of flame-spraying carbonization, water-spraying cleaning, water-absorbing air-drying treatment and paint-spraying solidification, and is intelligent and effective; 5. the invention is provided with the storage battery, the fire extinguishing device and the controller, comprehensively considers various factors and conditions, has complete design and has great application value.

Drawings

FIG. 1 is a schematic view of the internal structure of the present invention;

FIG. 2 is a schematic view of the external structure of the present invention;

FIG. 3 is a schematic view of a partial structure of the head portion of the present invention;

FIG. 4 is a bottom view of the present invention (with a roller blade assembly);

FIG. 5 is a detailed view of the structure of the electronically controlled elevator of the barrel of the present invention;

FIG. 6 is a schematic view of the overall structure of the barrel of the present invention;

FIG. 7 is a schematic view of a detailed structure of a front water jet of the present invention;

FIG. 8 is a schematic structural view of a front spray assembly of the present invention;

FIG. 9 is a schematic view of the vent structure of the present invention;

FIG. 10 is a schematic view of a blade assembly of the present invention employing a roller type;

FIG. 11 is a side elevational view of a rotary blade assembly used in the present invention;

FIG. 12 is a schematic view of a rotary blade assembly used in the present invention;

FIG. 13 is a detail view of the construction of the suction assembly of the present invention;

FIG. 14 is a schematic view of the dust extraction assembly of the present invention;

FIG. 15 is a detail view of the fire suppression apparatus of the present invention;

FIG. 16 is a schematic view of the paint spray assembly of the present invention;

FIG. 17 is a flow chart of the control system of the present invention;

FIG. 18 is a circuit diagram of a control system of the present invention.

In the figure, the reference numbers are 1-front water spraying components; 101-front water spray nozzle; 102-a vehicle front water storage tank; 2-a vehicle bottom water spraying component; 201-vehicle bottom water jet; 202-vehicle bottom water storage tank; 3-a water absorbing component; 301-a suction pipe; 302-suction pipe electric control elevator; 303-a water suction port; 4-a flame spraying component; 401-gas storage tank; 402-flame ports; 403-cover plate; 5-a blade assembly; 501-rotating a file; 502-electrically controlled elevator; 503-telescopic shaft; 504-a fixed shaft; 505-a spring; 506-fine blade; 507-a file driving motor; 6-a dust collection assembly; 601-dust absorption port; 602-a gas delivery pipe; 603-a filter screen; 604-an exhaust pipe; 605-a windbox; 606-a cover plate; 7-a getter assembly; 701-suction inlet; 702-an exhaust port; 703-a fan; 704-a heat generating component; 705-suction line; 706-a filter screen; 8-a paint spraying assembly; 801-paint box; 802-a showerhead; 803-paint addition port; 804-cover plate; 9-a storage battery; 10-a fire extinguishing device; 1001-fire extinguisher gas tank; 1002-a fire extinguisher conduit; 11-a controller; 12-push button.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described below with reference to the accompanying drawings in combination with the detailed description. It should be understood that the description is intended to be exemplary only, and is not intended to limit the scope of the present invention. Moreover, in the following description, descriptions of well-known structures and techniques are omitted so as to not unnecessarily obscure the concepts of the present invention.

Referring to fig. 1-18, a wood floor processing apparatus is characterized in that: the vehicle front water spraying assembly comprises a vehicle front water spraying assembly 1, a vehicle bottom water spraying assembly 2, a water absorbing assembly 3, a fire spraying assembly 4, a scraper knife assembly 5, a dust absorbing assembly 6, an air suction assembly 7, a paint spraying assembly 8, a storage battery 9, a distance sensor, a fire extinguishing device 10 and a controller 11, wherein a vehicle front water spraying port 101 and the fire spraying assembly 4 of the vehicle front water spraying assembly 1 are positioned on the vehicle head part, a vehicle front water storage tank 102, a vehicle bottom water storage tank 202, an air storage tank 401, a paint box 801, the storage battery 9, a fire extinguisher cylinder 1001 and the controller 11 are arranged in a vehicle body, the water absorbing assembly 3, an air exhaust port 702 and the paint spraying assembly 8 are sequentially arranged on the rear half part of the vehicle bottom from the front of the vehicle, a key 12 and a fire extinguisher pipeline 1002 are arranged on the right side of the vehicle body, the scraper knife assembly 5 is arranged on the front half part of, The car bottom water storage tank 202, the air storage tank 401, the paint box 801, the storage battery 9 and the fire extinguisher air tank 1001 are all provided with a layer of heat insulation material, all parts of the trolley are connected with the storage battery 9 and the controller 11, the operation modes comprise manual operation and remote control operation, the manual operation is that a worker uses the functions of the trolley through a key 12, the trolley is pushed by two workers together, the reason that the trolley is pushed by the left side and the right side of the two workers together is that the person can step on the undried paint behind the trolley and can be sprayed by water in the front, so the worker can push the trolley on both sides, the remote control operation is that the worker operates the trolley through a remote controller, the controller 11 is in wireless connection with the remote controller, the signals of the remote controller are received and executed by the controller 11, when the trolley is operated through the remote controller, the wheels at the bottom of the trolley are rollers with driving devices, and, the controller realizes walking and steering, wherein the steering is realized by differential rotation of the wheels.

The vehicle front water spraying component 1 mainly comprises a vehicle front water spraying port 101 and a vehicle front water storage tank 102, the vehicle bottom water spraying component 2 mainly comprises a vehicle bottom water spraying port 201 and a vehicle bottom water storage tank 202, the vehicle front water spraying port 101 and the vehicle bottom water spraying port 201 are respectively connected with the vehicle front water storage tank 102 and the vehicle bottom water storage tank 202 through pipelines, the vehicle front water storage tank 102 and the vehicle bottom water storage tank 202 can be communicated with each other, before the fire spraying component 4 works, the controller 11 controls the vehicle front water spraying component 1 to work, namely controls the vehicle front water spraying port 101 to spray towards a fan-shaped part in front of a vehicle head, sprays around a working position in advance, and prevents other places from burning; in addition, after the scraper knife component 5 and the dust absorption component 6 clear the carbonized part of the wood floor, the wood floor is cleaned by the vehicle bottom water spraying component 2.

The flaming assembly 4 mainly comprises a gas storage tank 401, a flaming port 402 and a cover plate 403, the gas storage tank 401 stores gas used for the flaming port 402 to work, the butane gas is mainly used and can be replaced manually in real time, a user can replace the gas storage tank 401 by opening the cover plate 403 of the part, the flaming port 402 is fixedly arranged behind the vehicle front spraying assembly 1 and is connected with the flaming port 402 through a pipeline, the body of the flaming assembly 4 is generally formed by die-casting high-strength zinc alloy and copper materials, the flaming port 402 is made of stainless steel punching copper, distance measurement is carried out on a target position through a distance sensor in the distance sensor, and therefore the controller 11 controls the flaming ignition switch to automatically ignite, flames with corresponding sizes are sprayed from the flaming port 402, and wood floors of the target position are subjected to jet carbonization.

The shovel blade assembly 5 adopts one of a roller type shovel blade assembly 5 and a rotary type shovel blade assembly 5, wherein the roller type shovel blade assembly 5 mainly comprises a rotary file 501 and an electric control lifter 502; the rotary file 501 is arranged on the roller and rotates along with the roller, the roller is in power transmission with the file driving motor 507 through a gear or a belt, and the electric control lifter 502 is controlled by the controller to change the distance between the scraper assembly 5 and the ground; the rotary type blade assembly 5 mainly comprises a rotary file 501, a telescopic shaft 503, a fixed shaft 504 and a file driving motor 507, wherein the fixed shaft 504 is connected with the file driving motor 507 to realize power transmission, a spring 505 is arranged between the telescopic shaft 503 and the fixed shaft 504, the rotary file 501 is tightly attached to the ground by the elasticity of the spring 505, and the rotary file 501 is provided with a plurality of thin blades 506 which can better treat the floor; the front and the back of the scraper knife component 5 are provided with a plurality of dust suction ports 601; when the roller type shovel assembly 5 is adopted, after the work of the flaming assembly 4 is finished, the distance sensor measures the distance of a target position, so that the controller 11 controls the electric control lifter 502 to work, the rotary file 501 descends to a corresponding position to remove the carbonized part of the wood floor, and after the removal work is finished, the rotary file 501 stops working, and the electric control lifter 502 works to lift the electric control lifter to the original position; when the rotary blade assembly 5 is used, after the work of the flaming assembly 4 is completed, the blade assembly 5 makes the rotary file 501 adhere to the ground by the elasticity of the spring 505, and the floor is treated.

The dust collection assembly 6 mainly comprises a dust collection port 601, an air pipe 602, a filter screen 603, an exhaust pipe 604, an air box 605, a cover plate 606 and a speed regulator, the dust collection assembly 6 and the air suction assembly 7 share the exhaust pipe 604, the air box 605 and the exhaust pipe 604, the filter screen 603 is arranged at the communication position of the air box 605 and the air pipe 602, the cover plate 606 can be opened to carry out real-time replacement of the filter screen 603, the dust collection port 601 is communicated with the air pipe 602 and consists of two parts which are respectively arranged at the front and the rear of the scraper knife assembly 5, when the scraper knife assembly 5 starts to work, the controller 11 controls the dust collection port 601 to suck air, the air box 605 generates certain vacuum, thereby utilizing the air pressure difference to lead dust to be transported through the air pipe 602 and discharged from the exhaust port 702 through the exhaust pipe 604 after being filtered by the filter screen 603, and further absorbing a large amount of dust generated in the cleaning work of the, meanwhile, the dust collection assembly 6 arranged behind the scraper knife assembly 5 is controlled to absorb dust again, so that the dust collection effect is maximized.

The water absorption component 3 mainly comprises a water absorption pipe 301, a water absorption pipe electric control lifter 302 and a water absorption opening 303, the water absorption opening 303 is fixedly arranged and is indirectly arranged at the center of the bottom of the trolley with the water spraying opening 201 at the bottom of the trolley, the water absorption component 3 is communicated with a water storage tank 202 at the bottom of the trolley, after the dust collection assembly 6 finishes working, the vehicle bottom water spray assembly 2 and the water absorption assembly 3 work cooperatively to clean a target position, the controller 11 controls the suction pipe electric control lifter 302 to work so as to enable the suction pipe 301 to descend, then the water suction port 303 is controlled by the switching signal of the controller 11 to change the self switching frequency to accurately adjust the flow and the flow speed, further, the sewage is absorbed and recycled through the water suction port 303 and enters the sewage pool, the sewage can be recycled through the cleaning treatment of the sewage pool, and after the sewage is absorbed, controller 11 controls the operation of suction pipe electrically controlled elevator 302 to raise suction pipe 301 back to the home position.

The described air suction component 7 mainly comprises air suction port 701, air discharge port 702, fan 703, heating component 704, air suction pipeline 705 and filtering net 706, the dust-absorbing component 6 and air suction component 7 share air discharge pipe 604, air box 605 and air discharge port 702, in the air suction port 705 a filtering net 706 is set, the air suction port 701 is placed in the right side of bottom portion of small cart and is adjacent to fire-jet port 403, in the air discharge pipe 604 a fan 703 and a heating component 704 are set, and the air suction pipeline 705 is communicated with air box 605, when the fire-jet component 4 is worked, the controller 11 can control the air suction component 7 to absorb the hot air produced when the fire-jet component 4 is worked, i.e. the hot air is absorbed by air suction port 701 and filtered by filtering net 706, then is fed into air box 605 to be collected, after the cleaning work is completed, the stored hot air is discharged from air discharge port 702 through air discharge, when the flaming assembly 4 is not operated and has no hot air source, the controller 11 controls the air box 605 to absorb air from the external environment through the pipeline 705, and then hot air is generated and output under the joint operation of the fan 703 and the heating assembly 704 arranged in the exhaust pipe 604701 to finish the air drying operation.

The paint spraying assembly 8 mainly comprises a paint box 801, a spray head 802, a paint adding port 803 and a cover plate 804, the paint box 801 is arranged inside the trolley, a user can check and add paint by opening the cover plate 804, the spray head 802 is correspondingly arranged behind the exhaust port 702, and after the air drying work of the air suction assembly 7 is completed, the controller 11 controls the spray head 802 to spray paint and solidify on a target position, so that the aim of anticorrosion treatment of outdoor wood floors is achieved.

The number of the paint boxes 801 is not limited to one, and when the number of the paint boxes 801 is more than one, different paints are placed in each paint box 801, and the spray heads 802 corresponding to each paint box 801 are not communicated with each other, so that the paint is prevented from being mixed; the spray heads 802 are arranged side by side and arranged front and back, each spray head 802 is controlled by an electromagnetic valve connected with a controller, different paints are sprayed by the spray heads 802 on the same line, stripe-shaped paint spraying can be realized, various patterns can be sprayed by the common cooperation of the side by side arrangement and the front and back arrangement, and even drawing can be realized.

The storage battery 9 is arranged in the trolley, and all parts of the trolley are connected with the storage battery 9 and are supported by the storage battery 9; in addition, the distance sensor measures the distance of the target working position so as to accurately position, and the accurate processing of each part on the wood floor is ensured; in addition, the trolley is provided with the fire extinguishing device 10, the fire extinguishing device 10 mainly comprises a fire extinguisher gas tank 1001 and a fire extinguisher pipeline 1002, and when an emergency occurs, the fire extinguisher pipeline 1002 switch can be opened in time to extinguish fire, so that the safety of the trolley in working can be effectively guaranteed.

Controller 11 mainly by the singlechip, the computer chip is constituteed, each part of small handcart all meets and receives its control with controller 11, the singlechip will receive the information that comes from sensor etc, then transmit and handle for the computer chip, the information after the processing is passed back again and is given the singlechip, and then controller 11 control plantago water spray subassembly 1 prevents the timber apron large tracts of land burning, control fire spray subassembly 4 carries out the carbonization treatment to the target location, control vehicle bottom water spray subassembly 2 and the subassembly 3 that absorbs water wash the target location, control spiller subassembly 5 is clear away the carbonization position, control dust absorption subassembly 6 concentrates the collection to the dust and handles, control subassembly 7 of breathing in, the subassembly 8 that sprays paint air-dries and the solidification of spraying paint to the target location, thereby reach the treatment effect to outdoor timber apron.

Referring to fig. 17-18, the circuit diagram of the present invention includes:

the chip model is AT89C 51.

A clock circuit: the crystal oscillator is used for providing basic clock signals for the systems, and one crystal oscillator is commonly used by one system so as to keep all parts synchronous; the sizes of the two resonance capacitors depend on the load capacitance value of the crystal oscillator and are used for filtering interference.

In order to ensure the operation of the singlechip, a reset circuit is added to the singlechip, and the reset circuit has the following functions: the power-on reset may reset the internal memory; synchronizing internal and external clock signals; when the voltage fluctuates or is unstable, the reset circuit delays the circuit until the circuit is stable; when the program has an error, the single chip microcomputer is restored to a normal operation state through the reset circuit.

The wireless communication circuit adopts a sound meter device, so that the circuit stability is obviously improved; in addition, the frequency stability of the crystal oscillator is almost the same as that of the crystal oscillator, the fundamental frequency can reach hundreds of kilohertz, compared with the crystal oscillator, the circuit of the crystal oscillator is very simple, and the crystal oscillator mainly has the functions of sending acquired information such as temperature, distance and the like to a computer for analysis and processing and receiving instruction information from the computer.

The distance sensor adopts an infrared distance sensor which is provided with an infrared transmitting tube and an infrared receiving tube, and when the infrared rays transmitted by the transmitting tube are received by the receiving tube, the distance is indicated to be closer.

The motor driving chip is an L298 chip and is used for driving the motor to work, and the state of a pin connected with the single chip determines the state of an output pin of the chip, so that the working states of the two driving motors are determined.

The process is described as follows: the singlechip will receive the information that comes from sensor etc, then transmit and handle for computer chip, the information after the processing returns again and gives the singlechip, and then control plantago water spray subassembly 1 prevents the burning of timber apron large tracts of land, control fire spray subassembly 4 carries out the carbonization processing to the target location, control vehicle bottom water spray subassembly 2 and the subassembly 3 that absorbs water wash the target location, control spiller subassembly 5 is clear away the carbonization position, control dust absorption subassembly 6 concentrates the collection to the dust and is handled, control subassembly 7 of breathing in, the subassembly 8 that sprays paint air-dries and sprays paint the solidification to the target location, thereby reach the treatment effect to outdoor timber apron.

It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explaining the principles of the invention and are not to be construed as limiting the invention. Therefore, any modification, equivalent replacement, improvement and the like made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. Further, it is intended that the appended claims cover all such variations and modifications as fall within the scope and boundaries of the appended claims or the equivalents of such scope and boundaries.

Claims

1. A wood floor processing device is characterized in that: comprises a front vehicle water spraying component (1), a vehicle bottom water spraying component (2), a water absorbing component (3), a fire spraying component (4), a scraper knife component (5), a dust absorbing component (6), an air suction component (7), a paint spraying component (8), a storage battery (9), a distance sensor, a fire extinguishing device (10) and a controller (11), wherein a front vehicle water spraying port (101) and the fire spraying component (4) of the front vehicle water spraying component (1) are positioned in the vehicle head part, a front vehicle water storage tank (102), a vehicle bottom water storage tank (202), an air storage tank (401), a paint box (801), the storage battery (9), a fire extinguisher air tank (1001) and the controller (11) are arranged in the vehicle body, the rear vehicle bottom half part is sequentially provided with the water absorbing component (3), an air outlet (702) and the paint spraying component (8) from the front of the vehicle, the right side of the vehicle body is provided with a key (12, the scraper knife component (5) is provided with a plurality of dust suction ports (601) around, the dust suction ports (601) are the components of the dust suction component (6), all the front vehicle water storage tank (102), the bottom vehicle water storage tank (202), the air storage tank (401), the paint box (801), the storage battery (9) and the fire extinguisher air tank (1001) are provided with a layer of heat insulation material around, each part of the trolley is connected with the storage battery (9) and the controller (11), the operation mode comprises manual operation and remote control operation, the manual operation is that workers use the functions of the trolley through the keys (12), the trolley is pushed by two workers together, the reason that the trolley is pushed by the left and right sides of the two workers together is that the people can step on the undried paint behind the trolley and can be sprayed by water in the front, the workers push the remote control operation is that the workers operate the trolley through the remote controller, the controller (11) is wirelessly connected with the remote controller, the signal of the remote controller is received and executed by a controller (11), when the vehicle is operated by the remote controller, the wheels at the bottom of the trolley are rollers with driving devices, the driving devices of the rollers are electrically connected with the controller, the walking and steering are realized by the controller, wherein the steering is realized by the differential rotation of the wheels;

the vehicle front water spraying component (1) mainly comprises a vehicle front water spraying port (101) and a vehicle front water storage tank (102), the vehicle bottom water spraying component (2) mainly comprises a vehicle bottom water spraying port (201) and a vehicle bottom water storage tank (202), the vehicle front water spraying port (101) and the vehicle bottom water spraying port (201) are respectively connected with the vehicle front water storage tank (102) and the vehicle bottom water storage tank (202) through pipelines, the vehicle front water storage tank (102) and the vehicle bottom water storage tank (202) can be mutually communicated, and before the fire spraying component (4) works, the controller (11) controls the vehicle front water spraying component (1) to work, namely the vehicle front water spraying port (101) is controlled to spray towards a fan-shaped part in front of a vehicle head, the periphery of a working position is sprayed in advance, and other; in addition, after the scraper knife assembly (5) and the dust collection assembly (6) finish the cleaning work of the carbonized part of the wood floor, the wood floor is cleaned by the vehicle bottom water spraying assembly (2).

2. The wood flooring treatment device according to claim 1, wherein: the flame-throwing component (4) mainly comprises a gas storage tank (401), a flame-throwing port (402) and a cover plate (403), wherein the gas storage tank (401) stores gas used for the work of the flame-throwing port (402), mainly butane gas and can be manually replaced in real time, a user can replace the gas storage tank (401) by opening the cover plate (403) of the part, the flame-throwing port (402) is fixedly arranged behind the front water-spraying component (1), the gas storage tank (401) is connected with the flame-throwing port (402) through a pipeline, the flame-throwing component (4) is generally formed by die-casting high-strength zinc alloy and copper materials, the flame-throwing port (402) is made of stainless steel punching copper, a distance sensor in a distance sensor is used for measuring the distance of a target position, the controller (11) controls the flame-throwing ignition switch to automatically ignite, flame with corresponding size is sprayed from the flame-throwing port (402), and the wood floor at the target position is subjected to jet carbonization.

3. The wood flooring treatment device according to claim 1, wherein: the shovel blade assembly (5) adopts one of a roller type shovel blade assembly (5) and a rotary shovel blade assembly (5), wherein the roller type shovel blade assembly (5) mainly comprises a rotary file (501) and an electric control lifter (502); the rotary file (501) is arranged on the roller and rotates along with the roller, the roller and a file driving motor (507) realize power transmission through a gear or a belt, and the electric control lifter (502) is controlled by the controller to change the distance between the scraper assembly (5) and the ground; the rotary type shovel component (5) mainly comprises a rotary file (501), a telescopic shaft (503), a fixed shaft (504) and a file driving motor (507), wherein the fixed shaft (504) is connected with the file driving motor (507) to realize power transmission, a spring (15) is arranged between the telescopic shaft (503) and the fixed shaft (504), the rotary file (501) is tightly attached to the ground by the elasticity of the spring (15), and a plurality of thin blades (16) are arranged on the rotary file (501) to better treat the floor; a plurality of dust suction ports (601) are arranged at the front and the rear of the scraper knife component (5); when the roller type shovel assembly (5) is adopted, after the work of the flaming assembly (4) is finished, the distance sensor measures the distance of a target position, so that the controller (11) controls the electric control lifter (502) to work to enable the rotary file (501) to descend to a corresponding position to remove the carbonized part of the wood floor, after the removal work is finished, the rotary file (501) stops working, and the electric control lifter (502) works to enable the electric control lifter (502) to ascend to the original position; when the rotary type scraper knife component (5) is adopted, after the work of the flame spraying component (4) is finished, the scraper knife component (5) enables the rotary file (501) to be attached to the ground tightly by utilizing the elasticity of the spring (15) so as to treat the floor.

4. The wood flooring treatment device according to claim 1, wherein: the dust collection assembly (6) mainly comprises a dust collection port (601), an air conveying pipe (602), a filter screen (603), an exhaust pipe (604), an air box (605), a cover plate (606) and a speed regulator, the dust collection assembly (6) and the air suction assembly (7) share the exhaust pipe (604), the air box (605) and the exhaust port (702), the air box (605) is communicated with the air conveying pipe (602) and the exhaust pipe (604), the filter screen (603) is arranged at the communication position between the air box (605) and the air conveying pipe (602), the cover plate (606) can be opened to replace the filter screen (603) in real time, the dust collection port (601) is communicated with the air conveying pipe (602) and consists of two parts which are respectively arranged at the front and the rear of the scraper knife assembly (5), when the scraper knife assembly (5) starts to work, the controller (11) controls the dust collection port (601) to collect air, the air is enabled to be generated by the air box (605), and accordingly, air pressure difference is utilized to The pipe (604) is discharged from the air outlet (702), so that a large amount of dust generated in the cleaning work of the scraper knife assembly (5) is absorbed, and meanwhile, the dust absorption assembly (6) arranged behind the scraper knife assembly (5) is controlled to absorb the dust again, so that the dust absorption effect is maximized.

5. The wood flooring treatment device according to claim 1, wherein: the water absorption component (3) mainly comprises a water absorption pipe (301), a water absorption pipe electric control lifter (302) and a water absorption port (303), the water absorption port (303) is fixedly arranged and is indirectly arranged at the center of the bottom of the trolley with a water spray port (201) at the bottom of the trolley, the water absorption component (3) is communicated with a water storage tank (202) at the bottom of the trolley, after the work of the dust absorption component (6) is finished, the water spray component (2) at the bottom of the trolley and the water absorption component (3) are matched to work for cleaning a target position, the controller (11) controls the water absorption pipe electric control lifter (302) to work so as to enable the water absorption pipe (301) to descend, the rear water absorption port (303) is controlled by a switching signal of the controller (11) so as to change the self switching frequency to accurately adjust the flow and the flow velocity, further enable sewage to be absorbed and recovered through the water absorption port (303) to enter a, after the sewage is absorbed, the controller (11) controls the suction pipe electric control lifter (302) to work so that the suction pipe (301) rises to return to the original position.

6. The wood flooring treatment device according to claim 1, wherein: the air suction assembly (7) mainly comprises an air suction port (701), an air exhaust port (702), a fan (703), a heating assembly (704), an air suction pipeline (705) and a filter screen (706), the dust suction assembly (6) and the air suction assembly (7) share an exhaust pipe (604), an air box (605) and an air exhaust port (702), the filter screen (706) is arranged in the air suction port (705), the air suction port (701) is arranged on the right side of the bottom of the small trolley and is adjacent to a fire spraying port (403), the fan (703) and the heating assembly (704) are arranged in the exhaust pipe (604), the air suction pipeline (705) is communicated with the air box (605), when the fire spraying assembly (4) works, the controller (11) controls the air suction assembly (7) to absorb hot air generated when the fire spraying assembly (4) works, namely the hot air is absorbed by the air suction port (701) and filtered by the filter screen (706), and, after the cleaning work is finished, the stored hot air is exhausted from an exhaust port (702) through an exhaust pipe (604) in a hair drier mode, the air drying treatment is carried out on the target position, when the flaming assembly (4) does not work and has no hot air source, the controller (11) controls the air box (605) to absorb air from the external environment through a pipeline (705), and then the hot air is generated and output under the joint work of the fan (703) and the heating assembly (704) arranged in the exhaust pipe (604) to finish the air drying work.

7. The wood flooring treatment device according to claim 1, wherein: the paint spraying assembly (8) mainly comprises a paint box (801), a spray head (802), a paint adding port (803) and a cover plate (804), wherein the paint box (801) is arranged inside the trolley, a user can check and add paint by opening the cover plate (804), the spray head (802) is correspondingly arranged behind the exhaust port (702), and after the air drying work of the air suction assembly (7) is completed, the controller (11) controls the spray head (802) to spray paint and solidify on a target position, so that the anticorrosion treatment of outdoor wood floors is achieved; the number of the paint boxes (801) is not limited to one, when the number of the paint boxes (801) is more than one, different paints are placed in each paint box (801), and the spray heads (802) corresponding to each paint box (801) are not communicated with each other so as to ensure that the paints do not flee; the spray heads (802) are arranged side by side and arranged front and back, each spray head (802) is controlled by an electromagnetic valve connected with a controller, different paints are sprayed by the spray heads (802) on the same row, stripe-shaped paint spraying can be realized, various patterns can be sprayed by the joint cooperation of the side by side arrangement and the front and back arrangement, and even drawing can be realized.

8. The wood flooring treatment device according to claim 1, wherein: the storage battery (9) is arranged in the trolley, and all parts of the trolley are connected with the storage battery (9) and are supported by the storage battery to work; in addition, the distance sensor measures the distance of the target working position so as to accurately position, and the accurate processing of each part on the wood floor is ensured; in addition, the trolley is provided with a fire extinguishing device (10), the fire extinguishing device (10) mainly comprises a fire extinguisher gas tank (1001) and a fire extinguisher pipeline (1002), and when an emergency occurs, a switch of the fire extinguisher pipeline (1002) can be timely opened to extinguish fire, so that the working safety of the trolley can be effectively guaranteed.

9. The wood flooring treatment device according to claim 1, wherein: the controller (11) mainly comprises a singlechip and a computer chip, each part of the trolley is connected with and controlled by the controller (11), the singlechip receives information from a sensor and the like, then transmit and handle for computer chip, the information after the processing returns and gives the singlechip again, and then controller (11) control plantago water spray subassembly (1) prevents the burning of timber apron large tracts of land, control flame spray subassembly (4) carry out the carbonization to the target position, control vehicle bottom water spray subassembly (2) and absorb water subassembly (3) wash the target position, control spiller subassembly (5) are clear away the carbonization position, control dust absorption subassembly (6) concentrate to collect the processing to the dust, control subassembly (7) of breathing in, spray paint subassembly (8) air-dry and the solidification of spraying paint to the target position, thereby reach the treatment effect to outdoor timber apron.

10. A construction method for wood floor treatment using the wood floor treatment apparatus of one of claims 1 to 9, comprising the steps of:

the method comprises the following steps: the trolley can be controlled by a hand and a remote controller together, when the remote controller is used for control, a worker operates the trolley through the remote controller, when the remote controller is used for control, the worker uses the functions of the trolley through keys, and the trolley is pushed by two workers through handrails on the left side and the right side of the trolley;

step two: before the flame spraying assembly works, the controller controls a front water spraying port of the front water spraying assembly to spray towards a fan-shaped part in front of the vehicle head, so that the periphery of a working position is sprayed in advance, and other places are prevented from burning;

step three: the distance sensor in the distance sensor measures the distance of the target position, so that the controller controls the ignition switch to automatically ignite, flame with corresponding size is sprayed out from the fixed flame spray port, and the wood floor at the target position is sprayed and carbonized;

step four: when the roller type shovel assembly is adopted, after the work of the flaming assembly is finished, the distance sensor measures the distance of a target position, so that the controller controls the electric control lifter to work, the rotary file is lowered to a corresponding position to remove the carbonized part of the wood floor, and after the removal work is finished, the rotary file stops working, and the electric control lifter works to lift the rotary file to the original position; when the rotary type scraper knife assembly is adopted, after the work of the flaming assembly is finished, the scraper knife assembly enables the rotary file to be tightly attached to the ground by utilizing the elasticity of the spring, and the floor is treated;

step five: when the scraper knife component starts to work, the controller controls a dust suction port of a dust suction component arranged in front of the scraper knife component to suck air, so that the air box generates certain vacuum, dust is conveyed through the air conveying pipe and filtered by the filter screen by utilizing air pressure difference and then is discharged from the air outlet through the exhaust pipe, a large amount of dust generated in the cleaning work of the scraper knife component is absorbed, and meanwhile, the dust suction component arranged behind the scraper knife component is controlled to absorb the dust again, so that the dust suction effect is achieved to the maximum extent;

step six: after the scraper knife assembly and the dust collection assembly clean the carbonized part of the wood floor, the wood floor is cleaned by the vehicle bottom water spray assembly;

step seven: when the vehicle bottom water spraying assembly works, the water suction pipe of the water suction assembly descends under the work of the water suction pipe electric control lifter, so that the water suction port absorbs sewage and recovers the sewage, the sewage can be recycled after being cleaned, and after the sewage is absorbed, the water suction pipe electric control lifter enables the water suction pipe to ascend to the original position;