CN112138514A

CN112138514A - Quick cooling separation and purification principle for kitchen oil smoke and water vapour industry waste miasma

Info

Publication number: CN112138514A
Application number: CN202010828360.6A
Authority: CN
Inventors: 黎本河
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-08-13
Filing date: 2020-08-13
Publication date: 2020-12-29

Abstract

The present invention uses refrigeration and cooling to eliminate oil fume, water vapor, waste gas and miasma. The design is the principle of quick cooling separation and purification of miasma in kitchen oil smoke and steam industry, and the treatment of quick cooling separation, conversion and condensation of polluted oil and water. Oil water and gas are separated, and the gas passes through an air filter and an activated carbon filter to be filtered and purified, so that pure clean air in a place is reduced. It is widely used for treating kitchen oil fume, water vapour and industrial miasma. [ cooking bench of cooking fume and water vapor rapid cooling separation purifier ] ultraviolet sterilization and disinfection of kitchen cabinet. An induction cooker, a liquefied gas stove, a barbecue oven and the like are placed on the table top. No smoke exhaust ventilator and pipeline are needed, four wheels are moved, and the using place is selected at will. The maintenance is simple and convenient, and the machine is connected by hanging, inserting, clamping and buckling. The air filter and the activated carbon filter are convenient and quick to replace and clean regularly. [ oil smoke and steam rapid cooling separation purification multifunctional tea-making and hot pot table ] tea-drinking cabinet disinfects and sterilizes to keep the living room clean and elegant. Industrial use, flowchart decomposition.

Description

Quick cooling separation and purification principle for kitchen oil smoke and water vapour industry waste miasma

Technical Field

The invention relates to the technical field of environmental protection and purification, in particular to a quick cooling separation and purification principle of waste miasma in the oil fume and water vapor industry of a kitchen.

Background

When various fuels are used for combustion and other energy sources to heat and react with the chemical reaction sites, the temperature changes to generate smog, water vapor and miasma. For example, the water vapor of the oil smoke in the current household kitchen is sucked and sent to a working place by a range hood and a pipeline or disappears outdoors in nature. The secondary pollution to the environment is serious, the range hood needs to be arranged indoors and the pipeline surface is complicated, the inconvenience is brought to the environment beautification design, the extremely difficult problem is brought to the room pipeline cleaning, and the like. Industrial coal burns smog and malaria, and discharges in high altitude to pollute environment.

Disclosure of Invention

Concept principle of quick cooling separation and purification for kitchen oil smoke and water vapour industry waste miasma

The present invention provides a rapid cooling, separating and purifying principle for the waste miasma in kitchen oil smoke and steam industry for solving the environmental protection problem. It is well known that any fuel combustion heating, or other energy source heating, is associated with temperature changes, thermal expansion of the object. Therefore, the invention is made according to the characteristics of expansion with heat and contraction with cold, the colder and drier the temperature and humidity of the air, and the traditional Chinese medicine theory of classical philosophy. It is applied to the treatment of kitchen fume, water vapour and smog and miasma in industrial production by chemical freon and mechanical refrigeration and cooling. Refrigerating and cooling, eliminating kitchen fume, water vapor and smog, waste gas and miasma in industrial production, raising emission standard and reaching zero or non-zero emission standard.

Quick cooling separation purification principle and mechanical structure for kitchen oil smoke and water vapour industry waste miasma

Firstly, the kitchen oil smoke and the water vapor are sucked for rapid cooling, flushing, decomposition and separation, and are converted into condensed dirty oil and water drops for stopping aggregation. The method realizes the separation of the dirty oil and the air, the residual gas floats upwards and is filtered and purified by an air filter and an activated carbon filter, the emission standard is improved, the non-zero emission is achieved, and the pure clean air in a reduction place is reduced. The mechanical structure is formed by a main machine structure for quickly cooling, separating and purifying oil smoke and water vapor, a structure matched with different air suction ports and air duct cooling devices in different application places, and other matched combinations. Can be widely applied to the treatment of kitchen oil smoke and water vapor. The fast cooling, separating and purifying main machine for oil smoke and water vapor, the fast cooling device for the kitchen range, the ultraviolet lamp sterilizing and disinfecting movable cabinet for kitchen utensils and food and movable storage cabinet are the fast cooling, separating and purifying kitchen range for oil smoke and water vapor. Oil smoke steam rapid cooling separation clearing machine adds quick cooling device of tea making chafing dish table platform suction, adds meal tea set ultraviolet lamp disinfection activity cabinet and activity storage cabinet for [ oil smoke steam rapid cooling separation purifies multi-functional tea making chafing dish table ].

Two, the dry useless miasma gas discharge port of high temperature that combustion apparatus produced connects water smoke equipment in industrial production, with harmful components and particulate matter in the dry useless miasma gas of high temperature and the malarial gas of water smoke with water smoke, the dilution inflation of cooling down converts granule water vapor mixture, reuse reason freon and mechanical refrigeration, cool off below the normal atmospheric temperature fast, more than 1 degree, dash and dissolve the separation and condense, convert into granule sump oil water droplet and stop to gather and handle, carry out granule sump oil water separation again and handle, water cyclic utilization, granule sump oil sediment accumulation, reseparation is converted into raw and other materials. The residual gas floats upwards and is filtered and purified by an air filter and an activated carbon filter, the emission standard is improved, the non-zero emission standard is achieved, and the principle method of natural pure and clean air is restored. The mechanical structure is an environmental protection system equipment engineering project. The technical scheme of the project of environmental protection system engineering equipment is presented, and the method can be widely applied to the treatment of high, middle and low temperature dry smog and malaria.

The oil smoke water vapor cools off the main unit overall structure of separation and purification fast.

The bottom of the rectangular metal plate shell is closed and provided with four trundles, the electrical appliance button and the door are installed in the longitudinal direction, the lower ends of other three directions are punched with shutter through holes, activated carbon filter cotton is assembled, the left upper end and the right upper end are punched with distributor socket mounting holes, and the left side and the right side are welded with movable hanging buckles. Five major system devices are assembled in the device. The device comprises a refrigerating device, a special fan device, a cooling and separating device, an air filtering and purifying device and a sump oil water storage tank device.

The fast cooling, separating and purifying main machine for fume and water vapor is combined with different air sucking port and air duct structures in different application places to form three functional principles.

The first function is that the refrigeration compressor works under the drive of the refrigeration device, and the refrigerant circulates to refrigerate the water in the refrigeration and heat-preservation water tank. (or put into bottled ice-cube, refrigerate the water of the refrigeration heat preservation water tank), send to the cooling tube in the cooling separator to circulate by the water pump, and then convey to the different inlet scoop and the cooling tube in the air duct apparatus structure to circulate, return to the refrigeration water tank, reduce the cooling tube temperature to above 1 degree below the normal temperature.

Function two, under fan system device drive, oil smoke vapor inhales at the inlet scoop of different inlet scoops in with the wind channel device structure, through the cooling tube surface cooling in the wind channel device structure dashes and separates with dissolving, the cooling tube surface cooling who condenses into dirty oil water droplet fast and residual oil smoke vapor reentries in the host computer cooling separator dashes and separates with dissolving, its temperature is lower, compound expend with heat and contract with cold, the drier characteristic law is cooled more with the temperature and humidity of air, realize that the quick transformation condenses into bigger dirty oil water droplet and stop gathering in air cleaner location installation cup lower floor, the drainage is stored to in the dirty oil water storage case. The shrinkage stress is generated in the cooling, flushing, dissolving and separating processes, the air flow space is vacated, the effective suction rate is greatly improved, and the invention is the most ingenious utilization. Therefore, the distribution and storage positions of the cooling pipes in the oil smoke and steam channel of the main machine are saved, and the reason that the area of the channel is equal to the area of the wind wheel air inlet is kept.

And thirdly, the oil smoke and the water vapor are cooled, flushed, decomposed and separated by the two sections to be converted into residual smell air which floats upwards, the residual smell air is filtered out by an air filter in an air filter device, then is guided into a centrifugal impeller by an air guide shell in a special fan device, is dispersed in a sheet metal outer shell under the action of centrifugal force and blades, is completely removed by an active carbon filter, is dispersed and discharged by a shutter through hole of the outer shell, and the air reaching the standard in a reduction place is pure and clear.

Drawings

Schematic diagram number and name

Fig. 1 is a schematic structural view of a lampblack water vapor rapid cooling separation purification main machine.

Fig. 2 is a schematic structural section view of the lampblack water vapor rapid cooling separation purifier.

FIG. 3 is a schematic view of the structure of the cooking bench of the present invention for rapidly cooling, separating and purifying oil smoke and water vapor.

FIG. 4 is a sectional view of the cooking bench of the present invention for rapidly cooling, separating and purifying oil smoke and water vapor.

Fig. 5 is a front schematic view of the structure of the multifunctional tea-making hot pot table with the functions of quickly cooling, separating and purifying oil smoke and water vapor.

FIG. 6 is a schematic side view of the multifunctional tea-making hot pot table structure with rapid cooling, separation and purification of oil smoke and water vapor.

FIG. 7 is a schematic view of a structural tabletop of the multifunctional tea-making hot pot table with rapid cooling, separation and purification of oil smoke and water vapor.

FIG. 8 is a schematic sectional view of the multifunctional tea-making hot pot table with the functions of rapidly cooling, separating and purifying oil smoke and water vapor.

FIG. 9 is a front view of the handle door latch of the present invention.

FIG. 10 is a cross-sectional view of the handle latch of the present invention.

FIG. 11 is a technical flowchart of the engineering equipment project of the environmental protection system according to the present invention

Fig. 1 is a front schematic view of a structure of a lampblack water vapor rapid cooling separation purification main machine. FIG. 2, a cross-sectional view, and a physical number name.

In fig. 1, 17 is an outer shell sheet metal door, 18 novel door handles, and 19 front electrical appliance button mounting boxes and panels. In fig. 2, 1 dirty oil water storage tank, 2 micro water pump, 3 heat preservation and refrigeration water tank, 4 active carbon filter cotton and shutter through holes, 5 outer rotor wind impeller, 6 lower segment separation main seat, 7 two-end pass folding air filter, 8 Teflon cooling hose, 9 micro refrigeration compressor, 10 wind guide shell, 11 fast inserting and fastening buckle, 12 oil water diversion connecting pipe, 13 air filter positioning and mounting, dirty oil water stop and gather integrated cup, 14 left and right two side electrical appliance sockets, 15 upper segment separation main seat, 16 main engine oil smoke water steam channel and cooling pipe distribution storage pipe.

Fig. 3 is a schematic front view of a cooking bench structure of a lampblack-water vapor rapid cooling separation purifier, and fig. 4 is a schematic sectional view and an entity number name.

In fig. 3, 20 is an oil-water storage tank, 21 ultraviolet lamp sterilization movable cabinet for kitchen utensils (namely, the cabinet is flexibly arranged according to the field and the demand), 22 kitchen range frames, 23 electrical appliance plug lead protection rubber rings, 24 liquefied gas pipes are led out to protect the rubber rings, 25 kitchen range cooling pipes are installed and cleaned conveniently and fast doors, 26 door handles, 27 oil smoke water vapor suction flower volume plates, 28 smoke covers, 29 smoke covers and air duct side plates in fig. 4, 30 Teflon cooling hoses and distribution frames, 31 vertical air ducts, 32 kitchen range tables and 33 transverse switching air ducts.

Fig. 5 is a front schematic view of the structure of the multifunctional tea-making hot pot table with the functions of quickly cooling, separating and purifying oil smoke and water vapor. FIG. 6 is a schematic side view, FIG. 7 is a schematic desktop view, FIG. 8 is a schematic cross-sectional view, and the names of the entity numbers.

In fig. 5, a 34 oil smoke steam fast cooling separation purification host, a 35 left storage cabinet, a 36 tea making hot pot table main body, a 37 shared five-line conductive connecting seat, a 38 drinking water outlet, a 39 oil smoke steam suction arc pore plate, a 40 7-shaped circular pipeline shell and a suction inlet, a 41 upper storage cabinet and a 42 door buckle handle. In fig. 6, 43 right storage cabinet, 44 mounting fixing seat, 45 upper storage cabinet door, 46 barrel drinking water placing position. In fig. 7, a 47-stone-burning table top, a 48-stone-burning table top water-leaking album movable plate, 49-suction-port pipelines and 50-table top touch an electric control button. In fig. 8, a 51 Teflon cooling hose, a 52 tea making hot pot table main body inner air duct, a 53 residual water tea tray, a 54 connecting main body air duct interface and a 55 waste tea water drainage tube are arranged.

FIG. 9 is a front view of the handle door latch of the present invention. FIG. 10 is a schematic cross-sectional view and the name of the physical number.

Fig. 9 shows the

handle

56, 57 with the fixed locking tab, 58 with the movable key plate. Fig. 10 shows 59 a body seat, 60 a return spring, 61 a round pin.

FIG. 11 is a flow chart of an environmental protection system equipment project

Detailed Description

In order to more clearly describe the present invention, the following description of the present invention will be further described with reference to the accompanying drawings.

Through the statements of the entity number names in the summary of the invention, the description drawings and the description of the drawings [0007], [0008], [0009], [0010] and [0011], and the statements of the technical flow scheme diagram of the equipment engineering project of the environment protection system [0012 ]. It can be used to implement the principles of quick cooling, separation and purification of miasma in kitchen fume and steam industry.

[ cooking bench of oil fume and water vapor rapid cooling separation purifier ] cooling purification principle and application function.

The electromagnetic oven is placed on the table top of the sintering stone stove, the electric cooker, the liquefied gas stove, the barbecue oven and the baking device and the like are operated, generated oil smoke smell and water vapor are sucked into the brochure plate through the oil smoke and water vapor and then into the firm air channel, and simultaneously are subjected to surface cooling separation through the Teflon hose, and are quickly condensed into dirty oil water drops and residual oil smoke water vapor, and then enter through the transverse switching air channel, the main oil smoke water vapor channel and the cooling pipe are distributed and stored in the pipe, and are subjected to surface cooling separation through the Teflon cooling hose again, and are converted into larger dirty oil water drops to be stopped and collected, the air filter is positioned and installed in the dirty oil water drops stopping and collecting cup, and the dirty oil water drops are led to the oil water guiding connecting pipe, stored in the dirty oil water storage tank, and when the set water level is stored, the electric appliance buzzer alarms, the indicating.

The residual odor air floats upwards in the air filter positioning installation and the oil-water condensation and dripping stopping collecting cup, is filtered out through the two-end through folding type air filter, and then the residual odor air is led into the outer rotor wind impeller through the wind guide shell in the upper section separation main seat and the lower section separation main seat, is dispersed in the main machine sheet metal outer shell under the action of centrifugal force and blades, is removed by the activated carbon filter cotton to remove odor and filter out, and is dispersed through the main machine shell shutter through holes to restore the pure and clean air in the field.

The ultraviolet lamp sterilizing movable cabinet for the kitchen ware is welded with a female hanging buckle at two edges to be matched with a male hanging buckle on the main machine, and the ultraviolet lamp sterilizing movable cabinet for the kitchen ware is hung and buckled on the main machine. The movable cabinet can also be used as a storage cabinet, is designed to be a movable cabinet, and aims to solve the problem of location-selective placement of the liquefied bottles.

The maintenance is simple, convenient and fast. The method is convenient to use, is key to product marketing, is simple, convenient and quick to realize, and has important relation with innovation and innovation of selecting material materials and hardware matching products.

The machine is maintained, and the object is periodically replaced by a folding air filter, an activated carbon filter cotton block and cooling water of a heat-insulating and refrigerating water tank. The device is characterized in that a lampblack and water vapor suction brochure plate, a Teflon cooling hose and a distribution framework, an air channel and an air filter are periodically cleaned, a sump oil and water stop and gathering integrated cup is installed in a positioning mode, and five space items are arranged in a main machine.

In order to achieve the purposes of simple, convenient and quick maintenance, the cooling device is made of a teflon material which is not easy to stick oil, smooth and easy to clean, a cooling pipe, a distribution framework, a key transition air duct and the like.

The main machine and the cooking bench are connected with parts related to adhesion simply, conveniently and quickly, are connected, locked and fixed in a clamping and buckling mode, and are connected, locked and fixed by screws in places unrelated to maintenance.

The main frame is internally cooled and separated, the main seat is manufactured in an up-and-down sectional mode, and the cooking bench cooling pipe is installed and cleaned conveniently and quickly, and is locked and fixed by the conventional pull buckle. The upper and lower segmentation makes things convenient for air cleaner installation change, and makes things convenient for teflon cooling hose and distribution skeleton, and air cleaner location installation sump oil water stops to gather integrative cup clearance and washes.

The cooking bench air duct and the Teflon cooling hose are cleaned, the cooking bench cooling pipe is installed and cleaned conveniently and quickly, and the pull buckle is opened and moved to be taken away. The Teflon cooling hose can be cleaned, the Teflon cooling hose can be integrally taken out for cleaning, the hose head is only required to be taken out from the hose quick-connection plug, and the hose can be integrally taken out for cleaning by lifting upwards.

The invention relates to a hardware fitting, which is a reformed innovation, a hose is quickly connected with a plug, and a quick mounting and fixing part is added. The completely innovative design of the handle door buckle is shown in fig. 9 and 10, and the quick positioning, locking and opening of the host door are realized. The quick installation of active carbon plate is inserted tightly to be buckled has single two kinds, realizes the quick installation of active carbon cotton in the host computer and changes.

[ oil smoke and water vapor rapid cooling separation purification multifunctional tea-making hot pot table ] adopts a cooling purification principle and an application function.

Multifunctional tea-making hot pot table structure with rapid cooling, separation and purification of oil smoke and water vapor. The table is supported by the oil smoke water vapor rapid cooling separation purification main machine and is buckled with the upper storage cabinet and the lower storage cabinet. The tea making hot pot table main body consists of an upper main body framework, a lower main body framework and an outer peripheral plate. The lower frame and the air duct interface of the connecting main machine are matched and connected with the upper surface of the main machine and the suction air inlet in the surface, and the tea table main body is internally provided with an air duct and electrical components, a residual water tea tray, a waste tea drainage tube and a waste tea storage barrel. The upper surface of the upper framework is adhered with a woolen blanket pad, the upper surface of the woolen blanket pad is adhered with a calculus-burning tabletop, and the water leakage flower volume movable plate of the burnt stone tabletop is supported and placed by the root-thickness reinforcing plate strip in the residual water tea tray and is horizontally sunk to the tabletop by 0.5-1mm without allowing tea water to flow out of the tabletop. The common five-wire conductive connecting seat is matched and connected with a lead leading-out pipe welded in the residual water tea tray, and the conductive connecting seat and the reinforcing root-thick plate strip are locked and fixed by screws. The tea table is characterized in that the tea table is a 7-shaped circular pipeline shell and a suction inlet and is integrated with an installation fixing seat, the tea table is fixedly connected with a circular air port pipe in an air channel in a tea table main body in a matching and connecting way, a negative Teflon cooling hose assembly is fixedly installed, a left storage cabinet contains an ultraviolet lamp sterilizing lamp, a right cabinet is a storage cabinet, hanging buckles are fixed on the left side and the right side of a main machine, and an upper storage cabinet and an upper right storage cabinet are respectively fixed on the left storage cabinet and the right storage cabinet.

Tea making hot pot table, function one on sintering stone desktop, on the sharing five-wire conductive connecting seat on the sintering stone desktop hourglass water volume fly leaf, the cooperation is connected and is boiled the tea set, boils the kettle, (electromagnetism stove or electric pottery stove), and tea making according to interim demand boils water, boils tea, distribution pottery stove and eats the chafing dish. The drinking water is supplied by barreled water, and the micro water pump adds water to the boiled tea and the like through the drinking water outlet. The heating is controlled by a desktop touch electric control button, the manual operation and the automatic operation are randomly selected, and the water level and the temperature are automatically controlled by an inductor in the water boiling device and the tea boiling device and leading the inductor into an electric appliance control device through a signal wire in a common five-wire conductive connecting seat. The left storage cabinet contains an ultraviolet lamp sterilizing lamp which is used for sterilizing and drying the tea and food drinking appliances, and other cabinets are used for storing goods and a drinking water bucket and a waste tea bucket.

The oil smoke water vapor generated in the heating and using process of the tea making hot pot table and the function II enters through a 7-shaped circular pipeline shell and a suction inlet, is cooled and separated through the surface of a Teflon cooling hose, is rapidly condensed into oil stain water drops and residual oil smoke water vapor, enters into an oil smoke water vapor cooling, separating and purifying host machine through an air channel in the tea table main body and a circular air port pipe to be subjected to secondary cooling and separating treatment, has the same function as the oil smoke water vapor cooling, separating and purifying machine in the attribute [0005], and is not repeatedly stated.

Handle knocker structure and service function principle.

The handle door buckle structure consists of a handle, a mounting and fixing locking sheet and a manual key sheet. And the main body seat, the reset spring and the round inserting and buckling positioning pin are combined.

The installation of handle knocker, the border evolution hole and the main part seat cooperation of door insert the main part seat, and a little round hole is opened to the side of door simultaneously and is cooperated with the circle eye-splice locating pin and be greater than the circle eye-splice locating pin, can let circle eye-splice locating pin free motion. The installation fixing locking sheet is inserted into the main body seat to be attached to the surface of the door, and the installation fixing locking sheet is formed by matching, locking and fixing two small screw holes with screws and nut holes on the door plate or welding and fixing the two small screw holes.

And (3) positioning the door closing buckle lock, holding the handle and pressing down the manual key plate by a thumb to ensure that the round head surface of the round inserting buckle positioning pin is attached to the surface of the inner frame under the action of the reset spring, lightly tapping the surface of the handle door buckle, and automatically finding the matching hole on the surface of the inner frame to lock the round head surface of the round inserting buckle positioning pin to complete door closing.

The door is opened by holding the handle, pressing the manual key plate by the thumb to drive the circular inserting and buckling positioning pin to pull towards the inside of the main body seat, so that the circular inserting and buckling positioning pin is separated from the positioning hole matched with the circular inserting and buckling positioning pin on the surface of the inner door frame, and the door automatically pops outwards under the elastic action of the sealing rubber ring stuck on the step in the door frame, so that the door can be opened.

Technical flow scheme diagram presentation content increase implementation principle description of environmental protection system equipment engineering project

1. The high-temp. dry miasma produced by combustion equipment in industrial production is added with water vapour, so that it is more clean than that in daily life when it is used for washing clothes, but the dry miasma has high, medium and low temp. phenomena, and is easy to mix with water vapour. Therefore, the dry miasma is mixed with the water mist and converted into the miasma water mist.

2. The waste miasma fog enters the water-gas cooling separator. The refrigeration compressor works under the driving of the refrigeration device, the refrigerant circulates to refrigerate the water of the refrigeration heat-preservation water tank, the water is pumped into the cooling pipe of the cooling evaporator by the water pump to circulate and return to the refrigeration heat-preservation water tank, the temperature of the cooling evaporator is reduced to be lower than the normal temperature and higher than 1 ℃, the control of the temperature of the water tank and the cooling evaporator is key, the water tank and the cooling evaporator cannot work when the temperature is lower than 0 ℃, and the excessive water-gas separation is not low. The water-air cooling separation device and the cooling evaporator are firstly required, and the distribution and manufacturing are designed according to the principle that the temperature and the humidity of air are cooler and drier. The entered waste miasma fog is passed through the surface of cooling evaporator in the water-gas cooling separation equipment, and is cut down under the control of cold temp. to separate the dirty oil from waste gas, the dirty oil is downward collected, and the residual waste gas is upward floated.

3. The dirty oil water enters the coagulation stopping, sedimentation, drying and separation device, the effect is easy to understand and implement, repeated statements are not made, and the contents of the technical flow scheme are referred.

4. Drying the waste miasma, flushing with water mist and washing to eliminate miasma, quickly coagulating harmful components and particles in the waste miasma into polluted oil and water, and drying and separating. The residual waste gas floats upwards and is filtered by an air filter in the air filter filtering device, and the residual sewage enters the coagulation stopping, sedimentation, drying and separating device. And residual non-waste gas enters the activated carbon filtering device to be subjected to wet filtering and dry filtering discharge, so that the discharge standard is improved, and the natural return is realized close to zero discharge or non-zero discharge.

Claims

1. The present invention relates to a quick cooling separation and purification concept for removing miasma in kitchen oil smoke and water vapour industry [0003] in the summary of this specification. It is well known that any fuel combustion heating, or other energy source heating, is associated with temperature changes, thermal expansion of the object. Therefore, the invention is made according to the characteristics of expansion with heat and contraction with cold, the colder and drier the temperature and humidity of the air, and the traditional Chinese medicine theory of classical philosophy. It is applied to the treatment of kitchen fume, water vapour, smoke, waste gas and miasma by chemical freon and mechanical refrigeration and cooling. Refrigerating and cooling, eliminating kitchen fume, water vapor and smog, waste gas and miasma in industrial production, raising emission standard and reaching zero or non-zero emission standard.

2. The claimed invention in the specification [0004] quick cooling, separating and purifying principle and mechanism of waste miasma gas in kitchen fume and steam industry is characterized by that in the kitchen fume and steam industry, the fume and steam are sucked in to make quick cooling, flushing, decomposition and separation, and converted into condensed dirty oil, and the water drops are stopped to be polymerized. The separation of the waste oil water and the air is realized, the residual gas floats upwards and is filtered and purified by the air filter and the activated carbon filter, the emission standard is improved, and the non-zero emission is achieved. A principle method for pure and clean air in a reduction site. The mechanical structure is formed by a main machine structure for quickly cooling and purifying oil smoke and water vapor, a structure matched with different air suction ports and air duct cooling devices in different application places, and other matched combinations. Can be widely applied to the treatment of kitchen oil smoke and water vapor. The fast cooling and purifying main machine for oil fume and water vapor, the fast cooling device for the kitchen range, the ultraviolet lamp sterilizing movable cabinet for kitchen utensils and movable storage cabinet are provided. The quick cooling clearing machine of oil smoke steam adds the quick cooling device of tea making chafing dish table platform suction, adds the ultraviolet lamp movable cabinet and the activity storage cabinet of disinfecting of meal tea set, is the multi-functional integrative table of tea making chafing dish of quick cooling purification of oil smoke steam.

3. The quick cooling, separating and purifying principle of waste miasma gas in kitchen fume and water vapour and the discharge port of high-temp. dry waste miasma gas produced by combustion equipment in industrial production are connected with a water vapour equipment, and the water vapour is used to cool down the harmful components and particles in waste miasma gas and waste miasma gas into water vapour mixture of particles, then the mixture is cooled down by chemical freon and mechanical refrigeration, quickly cooled to temp. below normal temp. and above l deg.C, then the mixture is washed, dissolved, separated and condensed, and converted into particles of dirty oil and water drops, and then the particles of dirty oil and water are separated, and the water can be cyclically used, and the particles of dirty oil and residue can be accumulated, separated and converted into raw material. The residual gas floats upwards and is filtered and purified by an air filter and an active carbon filter, the emission standard is improved, the non-zero emission standard is achieved, and the principle method of natural pure clean air is restored. The mechanical structure is an environmental protection system equipment engineering project. The technical scheme of the project of environmental protection system engineering equipment is presented, and the method can be widely applied to the treatment of high, middle and low temperature dry smog and malaria.

4. The invention of the claims in the description [0006] quick cooling separation purifier for oil smoke and water vapor, in different application places, is matched with different structures of air suction ports and air duct devices to combine three functional principles. Medium function one, function two, function three.

5. The cooling and purifying principle and the application function of the multifunctional cooking bench for rapidly cooling and purifying oil smoke and water vapor are described in the specification specific embodiment [0013 ].

6. The multifunctional integrated table for tea making and hot pot with rapid cooling and purification of oil smoke and steam [0015] in the specific implementation manner of the specification of the claims ] adopts a cooling and purification principle and an application function.

7. Claim in the description embodiment [0016] handle door latch structure and functional principle of use.

8. The claims state the contents and add the description of the implementation principle in the technical flow scheme of the environmental protection system equipment engineering project in the detailed implementation mode [0017] of the specification.