WO2018010274A1 - 多功能节能环保装置 - Google Patents

多功能节能环保装置 Download PDF

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Publication number
WO2018010274A1
WO2018010274A1 PCT/CN2016/097752 CN2016097752W WO2018010274A1 WO 2018010274 A1 WO2018010274 A1 WO 2018010274A1 CN 2016097752 W CN2016097752 W CN 2016097752W WO 2018010274 A1 WO2018010274 A1 WO 2018010274A1
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WO
WIPO (PCT)
Prior art keywords
cover
net
water
air filter
medium
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Application number
PCT/CN2016/097752
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English (en)
French (fr)
Inventor
张文庆
Original Assignee
张文庆
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Filing date
Publication date
Application filed by 张文庆 filed Critical 张文庆
Publication of WO2018010274A1 publication Critical patent/WO2018010274A1/zh

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D50/00—Combinations of methods or devices for separating particles from gases or vapours
    • B01D50/20—Combinations of devices covered by groups B01D45/00 and B01D46/00
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D36/00—Filter circuits or combinations of filters with other separating devices
    • B01D36/04—Combinations of filters with settling tanks
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D47/00—Separating dispersed particles from gases, air or vapours by liquid as separating agent
    • B01D47/02—Separating dispersed particles from gases, air or vapours by liquid as separating agent by passing the gas or air or vapour over or through a liquid bath
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D50/00—Combinations of methods or devices for separating particles from gases or vapours
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D50/00—Combinations of methods or devices for separating particles from gases or vapours
    • B01D50/10—Combinations of devices covered by groups B01D45/00, B01D46/00 and B01D47/00

Definitions

  • the invention belongs to the technical field of waste liquid/exhaust gas treatment, and particularly relates to an energy-saving and environmental protection processing device for multifunctional waste liquid/exhaust gas.
  • waste/exhaust gas treatment has become a technical problem that needs to be solved urgently in today's society, although there are also some special equipments for special waste discharge for waste gas/exhaust gas treatment, such as toxic gases and liquids. Treatment, including acid-base gas, liquid treatment, etc., but these devices can only be used as special equipment to solve specific problems. Due to their complicated equipment and high production cost, they cannot be used as general-purpose equipment for dusty waste/exhaust gas treatment. .
  • the multifunctional energy-saving and environmental protection device divides the inner cavity of the box-shaped container into five or more compartments from left to right by a partition plate, and the upper part of each partition plate is provided with a ventilation hole, and the lower part is provided with a water-passing hole, and the box type container
  • the top wall or/and the side wall are provided with a watering opening with a sealing cover
  • the left side wall of the box container is provided with a medium inlet with a valve
  • the right side wall is provided with a medium with a valve and a filter net
  • the lower side of the box type container is provided with a collecting tank, and the collecting tank is connected with the bottom of the tank on the inlet side of the medium through a sewage pipe with a valve, one end of the overflow pipe is connected with the collecting tank, and the other end is opened in one
  • a cleaning tank is arranged on the bottom wall of each compartment
  • a sewage pipe with a valve is arranged on the side wall of the sewage tank
  • the container wall of the box type container is a sandwich structure, and a heat insulating material is disposed in the interlayer of the container wall, and a cleaning port and a cleaning cover connected to the cleaning port are disposed on the side wall of the box container of the chamber on the medium inlet side.
  • the middle portion of the inner cavity of the box is divided into left and right chambers by a partition plate with a water-passing hole, and the cleaning tank and the cleaning cover connected to the cleaning port are arranged on the side wall of the dirt collecting box of the left and right chambers, and the sewage is collected in the left or right chamber.
  • a water level gauge is arranged on the side wall of the box, the ventilation holes on the front partition plate are arranged on the upper side, and the ventilation holes on the rear partition plate are arranged below.
  • the medium inlet is provided with a net cover, the net cover is provided with an air filter net, and the inner cover of the air filter net is provided with an outer fan; the medium passing through the mouth is provided with a net cover, and the net cover is provided with an air filter net, air
  • An inner fan is arranged in the net cover on the inner side of the filter; the air outlet pipe connected to the top cover of the three or more compartments in the middle is connected with the air outlet main pipe, and a net cover is arranged on the outlet of the air outlet main pipe, and the net cover is provided with a net cover
  • the air filter has an inner fan disposed inside the net cover on the inner side of the air filter; a refrigerator is disposed in the chamber on the medium inlet side, and a heater is disposed in the chamber on the side of the medium.
  • the medium inlet is provided with a net cover, the net cover is provided with an air filter net, and the inner cover of the air filter net is provided with an outer fan; the medium passing through the mouth is provided with a net cover, and the net cover is provided with an air filter net, air
  • An inner fan is arranged in the net cover on the inner side of the filter; the air outlet pipe connected to the top cover of the three or more compartments in the middle is connected with the air outlet main pipe, and a net cover is arranged on the outlet of the air outlet main pipe, and the net cover is provided with a net cover
  • An air filter, an inner fan is arranged in the net cover on the inner side of the air filter; a refrigerator is arranged in the chamber on the medium inlet side and the medium through the port side, and the outlet of the medium through the port and the outlet pipe is connected with the freezer The lumen is connected.
  • the medium inlet is provided with a net cover, and the net cover is provided with an air filter net, and the air filter net is arranged
  • An outer fan is disposed in the side net cover; a mesh cover is disposed on the medium passing port, and an air filter net is disposed in the net cover.
  • the medium inlet is provided with a net cover, the net cover is provided with an air filter net, and the inner cover of the air filter net is provided with an outer fan; the medium passing through the mouth is provided with a net cover, and the net cover is provided with an air filter net, air
  • An inner fan is arranged in the net cover on the inner side of the filter net; a valve is arranged on each side of the air outlet main pipe, and the air outlet pipe between the two valves communicates with the top cover of three or more middle parts through the air outlet pipe, and the air outlet
  • a net cover is arranged on both ends of the main pipe, and an air filter net is arranged in the net cover, and an inner fan is arranged in the net cover on the inner side of the air filter net;
  • a refrigerator is arranged in the compartment on the medium inlet side and the medium passing port side; At least one end of the medium inlet and the outlet manifold are connected to the interior.
  • overflow pipes There are at least two overflow pipes mentioned above, wherein: one overflow pipe is connected from the dirt collection tank to the compartment on the medium inlet side, and one overflow pipe is connected by the dirt collection tank to the compartment on the medium passage side.
  • a sedimentation tank is disposed in the chamber on the inlet side of the medium, and a water outlet and a filter screen covering the water outlet are disposed on the upper side wall of the sedimentation tank, and a water gap is disposed between the chamber and the sedimentation tank.
  • a filter screen is arranged on the water passage hole of the first partition plate and the last partition plate, and the two compartments separated by the last partition plate are led out of the box type container through the duct and communicated with the recovery tank, the box type container and Valves are provided on the conduits between the recovery tanks, and the conduits in both compartments are open near the water line below the water line.
  • the steam chamber is supported between the first and second partitions on the inlet side of the medium, and an internal fan is arranged between the steam generator and the medium inlet to form an energy-saving and environmental protection device body, a medium inlet and a solar collector or
  • the upper part of the interlayer of the rectangular heat collecting tank is connected, and the inner wall of the solar collector or the rectangular heat collecting tank is provided with a manual inspection window door and two or more inlet pipes with valves, and the bottom inner cavity of the interlayer is a water storage chamber, and the filter pool Separately with the inner cavity of the solar collector or the rectangular collector tank
  • the bottom of the water chamber and the water level line of the water storage chamber are connected with the water storage tank.
  • the water inlet of the water pump is connected with the water storage tank, and the water outlet is connected with the sprinkler head and the water storage chamber at the top of the interlayer through the conduit with the valve respectively, and the solar heat collection is performed.
  • a heat absorbing cover is hinged on the opening of the pot or the rectangular heat collecting groove, and the heat absorbing cover is provided with a pressure gauge and a temperature meter, and the heat absorbing cover is driven to open and close by the sling on the one side pole, the energy saving and environmental protection device
  • the main body is arranged in three or more rings around the solar collector or the rectangular heat collecting tank.
  • the medium inlet extends into the chimney and is provided with an air filter on the medium inlet, and an air blower is arranged in the air filter;
  • the upper side of the medium inlet in the chimney is provided with a partition, the front side is provided with a baffle, and the partition is provided
  • the upper side is provided with a sprinkler and a return pipe connected to the filter tank.
  • the water inlet of the water pump is connected to the inner cavity of the water pool through the conduit, and the water outlet is connected with the sprinkler through the conduit, and the filter pool is connected with the pool, and the medium in the box type container
  • a steam generator is supported on the partition on the inlet side through the bracket to form an exhaust gas recovery and purification device;
  • the medium inlet extends into the chimney and is provided with an air filter on the medium inlet, and an air blower is disposed in the air filter;
  • the upper side of the medium inlet in the chimney is provided with a partition, and the front side is provided with a baffle, the partition
  • the upper side is provided with a sprinkler head and a return pipe connected to the filter pool, and the filter pool is connected with the pool, the water inlet of the water pump is connected to the inner cavity of the water tank through the conduit, and the water outlet is communicated with the sprinkler through the conduit to form an exhaust gas purifying device;
  • the top of the chimney is closed by a top cover, and the exhaust gas recovery and purification device is provided on the chimney of the lower part of the chimney.
  • the exhaust gas purifying device is arranged on the chimney on the upper side of the exhaust gas recovery and purification device.
  • Two or more, two or more exhaust gas purifying devices or/and exhaust gas purifying and purifying devices use a water pump and a water pool to supply high-pressure water for spraying to the corresponding sprinkler heads.
  • the invention has simple structure, low exhaust gas or waste gas treatment, high efficiency, wide application, and is particularly suitable for the treatment and recycling of waste water or waste gas containing dust impurities.
  • Figure 1 is a schematic illustration of one of the structures of the present invention.
  • Figure 2 is a front elevational view of the separator of the present invention.
  • Figure 3 is a schematic illustration of the second structure of the present invention.
  • Figure 4 is a schematic illustration of the third structure of the present invention.
  • Figure 5 is a schematic illustration of the fourth structure of the present invention.
  • Figure 6 is a schematic illustration of the fifth structure of the present invention.
  • Figure 7 is a schematic illustration of the sixth structure of the present invention.
  • Figure 8 is a schematic illustration of the seventh structure of the present invention.
  • Figure 9 is a schematic illustration of the eighth structure of the present invention.
  • Figure 10 is a schematic view showing the overall layout of the eighth structure of the present invention.
  • Fig. 11 is a schematic view showing an apparatus for recovering and purifying an exhaust gas according to a ninth aspect of the present invention.
  • Figure 12 is a schematic view of an exhaust gas purifying apparatus of the nineth aspect of the present invention.
  • Figure 13 is a schematic view showing the structure of the ninth structure of the present invention.
  • the multi-functional energy-saving and environmental protection device divides the inner cavity of the box-shaped container 20 into five or more compartments from left to right by a partition plate 23.
  • the upper part of each partition plate 23 is provided with a vent hole 25, and the lower part is provided with a water-passing hole. 231.
  • the top wall or/and the side wall of the box container 20 is provided with a water filling port 26 with a sealing cover 27, and the left side wall of the box container 20 is provided with a medium inlet 10 with a valve 11, and the right side wall
  • a medium passage opening 12 is provided with a valve 11 and a filter screen 13.
  • the lower side of the box type container 20 is provided with a dirt collection box 35.
  • the dirt collection box 35 passes through the sewage discharge pipe 34 with the valve 11 and the medium inlet 10 side.
  • the bottom of the compartment 21 is connected, overflowing
  • One end of the flow tube 24 communicates with the dirt collection box 35, and the other end is open at a water line 29 in more than one compartment.
  • the bottom wall of each chamber is provided with a cleaning tank 30, and the side wall of the dirt collection box 35 is disposed.
  • the container wall of the box container 20 is a sandwich structure, the container wall The interlayer is provided with a heat insulating material, and the side wall of the box container 20 of the compartment 21 on the medium inlet 10 side is provided with a cleaning port and a cleaning cover 31 connected to the cleaning port (of course, if necessary, a box in each compartment may also be provided.
  • the side wall of the container 20 is provided with a cleaning port and a cleaning cover connected to the cleaning port.
  • the middle portion of the inner cavity of the dirt collection box 35 is divided into left and right chambers by a partition plate 38 with a water passing hole 231, and the left and right chambers are assembled.
  • a cleaning port and a cleaning cover 36 connected to the cleaning port are disposed on the side wall of the dirt box 35.
  • the water level table 14 is disposed on the side wall of the dirt collection box 35 of the left or right chamber, and the ventilation hole 25 on the front partition plate 23 is provided.
  • venting holes 25 on the rear partition 23 are placed down (ie, the first three compartments)
  • the venting holes 25 on the upper part 23 are disposed on the upper side, and the venting holes 25 in the rear two partitions 23 are disposed downwards;
  • the water passing holes 231 provided in the lower part of the above-mentioned partitioning plate 23 are two or more, and two or more water passing through The holes 231 are laterally spaced apart at the lower portion of the partition 23 (see Fig. 2).
  • the device adjusts the air temperature in the cabin through the water injected in the cabin, adjusts the water temperature in the cabin through the drain valve 34 and the valve 11 and the water inlet 26 on the drain pipe 40, and controls the level of the water line 29 through the overflow pipe 24,
  • the cleaning cover 31 periodically cleans impurities or sediments in the cabin and the collecting tank 35, and filters the impurity dust in the air through the air filters 22 and 13, and sequentially enters each compartment through the vent holes 25 which are arranged upside down.
  • the air is depressurized, cooled and turbulent, and at the same time, the impurity dust in the air is precipitated in the water in the cabin, and the sediment in the bottom of the chamber can be quickly cleaned by the cleaning tank 30, and the heat insulating material is arranged in the interlayer of the container wall.
  • the temperature inside and outside the container can be prevented from affecting each other.
  • the medium inlet 10 is provided with a mesh cover 41.
  • the mesh cover 41 is provided with an air filter net 42.
  • the outer cover fan 43 is disposed in the mesh cover 41 inside the air filter net 42.
  • the mesh passage 53 is disposed on the medium passage opening 12.
  • An air filter 54 is disposed in the net cover 53, and an inner fan 55 is disposed in the net cover 53 inside the air filter net 54; the air outlet pipe 46 connected to the top cover of the three or more compartments in the middle portion is connected to the air outlet main pipe 47.
  • a mesh cover 50 is disposed at an exit of the air outlet manifold 47.
  • An air filter 49 is disposed in the mesh cover 50.
  • An inner fan 48 is disposed in the mesh cover inside the air filter 49; and a compartment 21 on the medium inlet 10 side is disposed
  • the refrigerator 44 is provided with a heater 39 in the compartment 28 on the side of the medium passage port 12 to form an air-conditioning apparatus with an air purifying function as shown in Fig. 3, whether the heater 39 is used to heat the air for indoor heating or the refrigerator is used. 44
  • the cooling air is used to send cool air indoors. Since the compartment inside the box container 20 contains water, the hot air or the cold air can contain appropriate moisture, the humidity is reasonable, and the air is well purified. The normal physiological needs of people.
  • the medium inlet 10 is provided with a mesh cover 41.
  • the mesh cover 41 is provided with an air filter net 42.
  • the outer cover fan 43 is disposed in the mesh cover 41 inside the air filter net 42.
  • the mesh passage 53 is disposed on the medium passage opening 12.
  • An air filter 54 is disposed in the net cover 53, and an inner fan 55 is disposed in the net cover 53 inside the air filter net 54; the air outlet pipe 46 connected to the top cover of the three or more compartments in the middle portion is connected to the air outlet main pipe 47.
  • a mesh cover 50 is disposed on the outlet of the air outlet manifold 47.
  • An air filter 49 is disposed in the mesh cover 50.
  • An inner fan 48 is disposed in the mesh cover 50 inside the air filter 49, and each air outlet pipe 46 is disposed.
  • refrigerators 44, 52 are disposed in the chambers 21, 28 on the medium inlet 10 side and the medium passage port 12 side, and the outlets of the medium passage 12 and the outlet manifold 47 are both inside the refrigerator compartment 70.
  • the chambers are connected to each other to form a refrigerating device with an air purifying function as shown in FIG. 4.
  • the inner fans 48, 55 of the device are opened and closed at intervals, and the air circulation of the refrigerating chamber and the cabin in the box container 20 can be formed to realize ventilation and ventilation. Eliminate odors 2.
  • the medium inlet 10 is provided with a mesh cover 41.
  • the mesh cover 41 is provided with an air filter net 42.
  • the outer cover fan 46 is disposed in the mesh cover 41 inside the air filter net 42.
  • the medium passage opening 12 is provided with a mesh cover.
  • An air filter 13 is provided in the cover to form the dust collecting and exhaust gas recovery device shown in FIG.
  • the medium inlet 10 is provided with a mesh cover 41.
  • the mesh cover 41 is provided with an air filter net 42.
  • the outer cover fan 43 is disposed in the mesh cover 41 inside the air filter net 42.
  • the mesh passage 53 is disposed on the medium passage opening 12.
  • An air filter (54) is disposed in the net cover (53).
  • An inner fan (55) is disposed in the net cover (53) on the inner side of the air filter (54);
  • a valve (56) is disposed on each side of the air outlet (47), and an air outlet (47) between the two valves (56)
  • the air outlet pipe 46 is connected to the top cover of the three or more compartments of the middle portion, and the outlets of both ends of the air outlet manifold 47 are provided with a mesh cover 50.
  • the mesh cover 50 is provided with an air filter net 49, and the inner side of the air filter net 49
  • An inner fan 48 is disposed in the net cover 50; at least one end outlet of the air outlet main pipe 47 and the medium inlet 10 are communicated with the indoor 71 to form an indoor air purifying device of the greenhouse shown in FIG. 6; when in use: the air outlet main pipe 47 is closed.
  • the valve 11 on both sides opens the medium inlet 10 and the valve 11 on the medium passage port 12, the outer fan 43, and the inner fan 55, so that the air in the chamber 71 can be discharged outward; the valve 56 on the outlet manifold 47 is opened and out.
  • the valve 11 on the air duct 46 opens the medium inlet 10 and the medium passage
  • the valve 11 and the external fan 43 on the valve 11 on the port 12 can circulate the air outside the chamber 71, and the high pressure in the chamber can be released to the outside through the medium passage port 12, and the pressure in the chamber can be passed through the medium through the port. 12 is added to the indoor air; it is also possible to open only the valve 56 on the air outlet manifold 47, and to achieve air exchange or pressure balance between the indoor and outdoor through the opening and closing of the inner fan 48 on the air outlet manifold 47.
  • the overflow pipe 24 is at least three, wherein: two overflow pipes 24 communicating with the dirt collection tank 35 are respectively connected to the cabins 21, 28 on both sides of the box container 20, and at least one is connected to the sewage tank 35.
  • the overflow pipe 24 is connected to the cabin in the middle of the box container, the overflow pipe opening in the chambers on both sides is higher than the water line 29, and the overflow pipe opening in the middle chamber is located on the water line 29 to form the car shown in FIG.
  • Exhaust gas treatment device The overflow pipe in the cabins on both sides is suitable for the change of the water level line 29 when the vehicle is up and down.
  • the device can effectively absorb the emission of PM2.5 dust particles in the vehicle exhaust gas, and reduce the pollution of the vehicle exhaust gas to the atmosphere.
  • a sedimentation tank 90 is disposed in the compartment 21 on the side of the medium inlet 10, and a water outlet and a filter screen 91 covering the water outlet are disposed on the upper side wall of the sedimentation tank 90, and between the compartment 21 and the sedimentation tank 90 A water passing gap is provided, and the water passing hole 231 on the first partition plate 23 and the last partition plate 23 is provided with a filter net 92, and the two compartments 28 separated by the last partition plate 23 are all passed through the duct 94.
  • 95 is connected to the outside of the box container 20 and communicated with the recovery tank 93.
  • the conduits 94 and 95 between the box container 20 and the recovery tank 93 are provided with a valve 11, and the conduits 94 and 95 in the two chambers are all open to the water level. Near the water line below line 29.
  • a steam generator 64 is supported in the cabin between the first and second partitions on the side of the medium inlet 10, and an internal fan 43 is disposed between the steam generator 64 and the medium inlet 10 to form an energy-saving and environmental protection device main body 100.
  • 10 is connected to the upper portion of the interlayer 109 of the solar collector 120 or the rectangular heat collecting trough, and the inner wall of the solar collector 120 or the rectangular collecting trough is provided with a manual inspection window door and two or more intake pipes 103 with valves 105,
  • a filter 104 is disposed on the opening of the intake pipe 103.
  • the outer side of the filter 104 is provided with a baffle 102.
  • the bottom inner cavity of the interlayer 109 is a water storage chamber 116.
  • the filter tank 112 passes through a duct 111 with a valve 11 and a solar collector.
  • the inner cavity 117 of the hot pot 120 or the rectangular heat collecting tank, the bottom of the water storage chamber 116, the water level line of the water storage chamber 116 and the water storage tank 114 are connected, and the water inlet of the water pump 113 is connected with the water storage tank 114, and the water outlet is respectively passed through
  • the conduit 115 of the valve 11 is in communication with the shower head 107 and the water storage chamber 116 at the top of the interlayer 109.
  • the heat collecting cover 101 is hinged to the opening of the solar heat collecting pot 120 or the rectangular heat collecting tank, and the heat insulating cover 101 is provided with a pressure gauge.
  • thermometer suck
  • the hot cover 101 is driven to open and close by a sling 119 on one side of the pole 121, and the heat absorbing cover 101 can be opened and closed manually.
  • the opening and closing can also be opened or closed by hydraulic or electric power, and the heat absorbing cover 101 can absorb heat or can be dusted into the solar heat collecting pot 120 or the rectangular heat collecting tank, and the energy saving and environmental protection device main body 100 is in the solar energy collecting pot.
  • FIG. 10 shows that nine energy-saving environmental protection device main bodies 100 are arranged around the solar energy collecting pot 120, and are fixed by the bracket 118, and the solar energy is collected.
  • the pot 120 or the rectangular heat collecting trough can be made of stainless steel material to prevent the material from deteriorating the service life due to corrosion and rust.
  • the sprinkler head 107 is used for functions such as artificial rainfall dedusting and cooling, and the solar collector 120 or the rectangular heat collecting tank
  • the ground area is 10-2000 square meters, which can be designed according to the difference of power generation; the solar water collector 120 or the water storage cavity 116 of the rectangular heat collecting tank can also be used for heating water of the solar water heater.
  • the inlet of the medium 10 extends into the chimney 82 and is provided with an air filter 42 on the medium inlet 10.
  • the air filter 42 is provided with an outer fan 43.
  • the upper side of the medium inlet 10 in the chimney is provided with a partition 60 and a front side.
  • a baffle 61 is disposed.
  • the upper side of the partition 60 is provided with a sprinkler 62 and a return pipe 68 communicating with the filter tank 68.
  • the water inlet of the water pump 66 is connected to the inner cavity of the pool 67 through the duct, and the water outlet is passed through the duct 65 and sprayed.
  • the shower head 42 is connected, the filter tank 68 is in communication with the water pool 67, and the steam generator 64 is supported by the bracket 63 on the partition plate on the medium inlet side of the box type container 20 to form the exhaust gas recovery and purification utilization device 80 shown in FIG.
  • the external fan 43 pressurizes the thermal energy of the exhaust gas in the chimney 82, and then evaporates the water into the steam through the cabin 21 to be sent to the steam generator 64 to generate electricity;
  • the medium inlet 10 extends into the chimney 82 and is provided with an air filter 42 on the medium inlet 10, and an air blower 43 is disposed in the air filter 42; a partition 60 is disposed on the upper side of the medium inlet 10 in the chimney 82, The front side is provided with a baffle 61. The upper side of the partition 60 is provided with a sprinkler 62 and a return pipe 69 communicating with the filter tank 68.
  • the filter tank 68 communicates with the pool 67, and the water inlet of the water pump 66 passes through the duct and the pool 66.
  • the cavity connection and the water outlet communicate with the shower head 62 through the conduit 65 with the valve 11, forming the structure of FIG.
  • the exhaust gas purifying device 81 is shown; the top of the chimney 82 is closed by a top cover 83, and the exhaust gas recovery and purification device 80 is provided on the chimney at the lower portion of the chimney 82.
  • the exhaust gas purifying device 81 is in the exhaust gas.
  • Two or more compartments are disposed on the upper side of the recovery and purification apparatus 80.
  • Two or more exhaust gas purification apparatuses 81 or/and the exhaust gas recovery and purification apparatus 80 provide a spray for the corresponding shower head 62 by a water pump 66 and a pool 67.
  • the high-pressure water is used to form an exhaust gas dust removal and waste heat recovery and utilization device in the chimney shown in FIG.

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  • Chemical & Material Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Air-Conditioning For Vehicles (AREA)
  • Vaporization, Distillation, Condensation, Sublimation, And Cold Traps (AREA)
  • Separation Of Particles Using Liquids (AREA)

Abstract

一种多功能节能环保装置，用隔板（23）将箱式容器（20）的内腔分割成五个以上的舱室（21），每个隔板（23）的上部有通风孔（25）、下部有通水孔（231），箱式容器（20）的顶壁或/和侧壁上设置有带有密封盖（27）的加水口（26）、左侧壁上设置有介质进口（10），右侧壁上设置有介质通过口（12），箱式容器（20）的下侧设置有集污箱（35），集污箱（35）通过排污管（34）与介质进口（10）侧的舱室（21）底部连通，溢流管（24）的一端与集污箱（35）连通、另一端开口于一个以上的舱室（21）内的水位线（29）处，每个舱室（21）的底壁上均设置有清洗槽（30），集污箱（35）的侧壁上设置有排水管（40），至少第一个隔板（23）和最后一个隔板（23）上的通风孔（25）上设置有空气过滤网（22），适用于含有灰尘杂质的废水或废气处理以及回收利用。

Description

多功能节能环保装置 技术领域
本发明属于废液/废气处理技术领域，特指一种多功能废液/废气的节能环保处理装置。
背景技术
随着国内工业化的进程的加快，废液/废气处理成为当今社会亟待解决的技术问题，虽然也有一些针对特殊行业的三废排放的专用设备用于进行废液/废气的处理，例如有毒气体、液体的处理，含有酸碱气体、液体的处理等等，但是这些设备仅仅可以作为专用设备解决专用问题使用，由于其设备复杂，生产成本高，不能作为通用设备用于含尘的废液/废气处理。
发明内容
本发明的目的是提供一种多用途废液/废气处理装置。
本发明的目的是这样实现的：
多功能节能环保装置，用隔板将箱式容器的内腔由左到右依次分割成五个以上的舱室，每个隔板的上部设置有通风孔、下部设置有通水孔，箱式容器的顶壁或/和侧壁上设置有带有密封盖的加水口，箱式容器的左侧壁上设置有带有阀门的介质进口，右侧壁上设置有带有阀门及过滤网的介质通过口，箱式容器的下侧设置有集污箱，集污箱通过带有阀门的排污管与介质进口侧的舱室底部连通，溢流管的一端与集污箱连通、另一端开口于一个以上的舱室内的水位线处，每个舱室的底壁上均设置有清洗槽，集污箱的侧壁上设置有带有阀门的排污管，至少第一个隔板和最后一个隔板上的通风孔上设置有空气过滤网。
上述箱式容器的容器壁为夹层结构，容器壁的夹层内设置有保温材料，介质进口侧的舱室的箱式容器侧壁上设置有清洗口及连接在清洗口上的清洗盖，所述集污箱内腔的中部通过带有通水孔的隔离板分割成左右腔，左右腔的集污箱侧壁上均设置有清洗口及连接在清洗口上的清洗盖，左腔或右腔的集污箱侧壁上设置有水位表，前部隔板上的通风孔靠上设置，后部隔板上的通风孔靠下设置。
上述的隔板的下部设置的通水孔有两个以上，两个以上的通水孔在隔板的下部横向间隔设置。
上述的介质进口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有外风机；介质通过口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；中部的三个以上的舱室的顶盖上连通的出风管与出风总管连通，出风总管的出口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；介质进口侧的舱室内设置有制冷机，介质通过口侧的舱室内设置有加热器。
上述的介质进口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有外风机；介质通过口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；中部的三个以上的舱室的顶盖上连通的出风管与出风总管连通，出风总管的出口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；介质进口侧和介质通过口侧的舱室内均设置有制冷机，所述的介质通过口和出风总管的出口均与冷冻室的内腔连通。
上述的介质进口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内 侧的网罩内设置有外风机；介质通过口上设置有网罩，网罩内设置有空气过滤网。
上述的介质进口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有外风机；介质通过口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；出风总管的两侧分别设置有阀门，两阀门之间的出风总管上通过出风管与中部三个以上的舱室的顶盖连通，出风总管的两端出口均上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；介质进口侧和介质通过口侧的舱室内均设置有制冷机，介质进口和出风总管的至少一端出口均与室内连通。
上述的溢流管至少有两个，其中：一个溢流管由集污箱连通至介质进口侧的舱室内、一个溢流管由集污箱连通至介质通过口侧的舱室内。
上述的介质进口侧的舱室内设置有沉淀池，沉淀池的上部侧壁上设置有出水口及罩在出水口上的过滤网，所述的舱室与沉淀池之间设置有过水间隙，所述的第一个隔板和最后一个隔板上的通水孔上设置有过滤网，最后一个隔板分割出的两个舱室均通过导管引出箱式容器外并与回收池连通，箱式容器与回收池之间的导管上均设置有阀门，两个舱室内的导管均开口于水位线之下的水位线附近。
上述的介质进口侧的第一、二隔板之间的舱室内支撑有蒸汽发电机，蒸汽发电机与介质进口之间设置有内风机，形成节能环保装置主体，介质进口与太阳能集热锅或长方形集热槽的夹层上部连通，太阳能集热锅或长方形集热槽的内壁上设置有人工检查窗门及两个以上带有阀门的进气管，夹层的底部内腔为储水腔，过滤池分别与太阳能集热锅或长方形集热槽底部的内腔、储 水腔底部、储水腔的水位线处及储水池连通，水泵的进水口与储水池连通、出水口分别通过带有阀门的导管与夹层顶部的喷淋头和储水腔连通，太阳能集热锅或长方形集热槽的开口上铰接有吸热盖，吸热盖上设置有压力表和温度表，吸热盖通过一侧立杆上的吊绳带动其启闭，所述的节能环保装置主体在太阳能集热锅或长方形集热槽的四周环设有三个以上。
上述的介质进口延伸到烟囱内并在介质进口上设置有空气过滤网，空气过滤网内设置有外风机；烟囱内的介质进口上侧设置有隔板、前侧设置有挡板，隔板的上侧设置有喷淋头及连通过滤池的回水管，水泵的进水口通过导管与水池内腔连接、出水口通过导管与喷淋头连通，过滤池与水池连通，箱式容器内的介质进口侧的隔板上通过支架支撑有蒸汽发电机，形成废气回收净化利用装置；
所述的介质进口延伸到烟囱内并在介质进口上设置有空气过滤网，空气过滤网内设置有外风机；烟囱内的介质进口上侧设置有隔板、前侧设置有挡板，隔板的上侧设置有喷淋头及连通过滤池的回水管，过滤池与水池连通，水泵的进水口通过导管与水池内腔连接、出水口通过导管与喷淋头连通，形成废气净化装置；所述烟囱的顶部用顶盖封闭，所述的废气回收净化利用装置在烟囱下部的烟囱上设置有两个以上，所述的废气净化装置在废气回收净化利用装置上侧的烟囱上间隔设置有两个以上，两个以上的废气净化装置或/和废气回收净化利用装置用一个水泵及水池为对应的喷淋头提供喷淋用高压水。
本发明相对于现有技术突出的优点是：
本发明的结构简单，废气或废气处理利用成本低、效益高，用途广，特别适用于含有灰尘杂质的废水或废气处理以及回收利用。
附图说明
图1是本发明的结构之一的示意图。
图2是本发明的隔板的主视图。
图3是本发明的结构之二的示意图。
图4是本发明的结构之三的示意图。
图5是本发明的结构之四的示意图。
图6是本发明的结构之五的示意图。
图7是本发明的结构之六的示意图。
图8是本发明的结构之七的示意图。
图9是本发明的结构之八的示意图。
图10是本发明的结构之八的整体布局示意图。
图11是本发明的结构之九的废气回收净化利用装置的示意图。
图12是本发明的结构之九的废气净化装置的示意图。
图13是本发明的结构之九的结构示意图。
具体实施方式
下面结合附图以具体实施例对本发明作进一步描述，参见图1-图13：
多功能节能环保装置，用隔板23将箱式容器20的内腔由左到右依次分割成五个以上的舱室，每个隔板23的上部设置有通风孔25、下部设置有通水孔231，箱式容器20的顶壁或/和侧壁上设置有带有密封盖27的加水口26，箱式容器20的左侧壁上设置有带有阀门11的介质进口10，右侧壁上设置有带有阀门11及过滤网13的介质通过口12，箱式容器20的下侧设置有集污箱35，集污箱35通过带有阀门11的排污管34与介质进口10侧的舱室21底部连通，溢 流管24的一端与集污箱35连通、另一端开口于一个以上的舱室内的水位线29处，每个舱室的底壁上均设置有清洗槽30，集污箱35的侧壁上设置有带有阀门11的排水管40，至少第一个隔板23和最后一个隔板23上的通风孔25上设置有空气过滤网22；上述箱式容器20的容器壁为夹层结构，容器壁的夹层内设置有保温材料，介质进口10侧的舱室21的箱式容器20侧壁上设置有清洗口及连接在清洗口上的清洗盖31(当然，根据需要，也可以在每个舱室的箱式容器20侧壁上设置有清洗口及连接在清洗口上的清洗盖)，所述集污箱35内腔的中部通过带有通水孔231的隔离板38分割成左右腔，左右腔的集污箱35侧壁上均设置有清洗口及连接在清洗口上的清洗盖36，左腔或右腔的集污箱35侧壁上设置有水位表14，前部隔板23上的通风孔25靠上设置，后部隔板23上的通风孔25靠下设置(即前三个隔板23上的通风孔25靠上设置、后两个隔板23上的通风孔25靠下设置)；上述的隔板23的下部设置的通水孔231有两个以上，两个以上的通水孔231在隔板23的下部横向间隔设置(参见图2)。
该装置通过舱室内注入的水来调整舱室内的空气温度，通过排污管34和排水管40上的阀门11、加水口26调整舱室内的水温，通过溢流管24控制水位线29的高低，通过清洗盖31定期的清洗舱室内和集污箱35内的杂质或沉淀物，通过空气过滤网22、13过滤空气中的杂质粉尘，通过上下错开设置的通风孔25使得依次进入每个舱室内的空气得到降压、降温及紊流，同时使得空气中的杂质粉尘沉淀在舱室内的水中，通过清洗槽30可以快速清洗该舱室内腔底部的沉淀物，容器壁的夹层内设置的保温材料可以使得容器内外的温度互不影响，通过上述结构的有关措施，当被处理的空气从介质进口10进入、从介质通过口12排除后，使得流过每个舱室的空气及水进行逐级过滤，在箱式容器20内通过的 空气及水得到了有效的过滤以及空气压力、温度得到了较好的调整。
上述的介质进口10上设置有网罩41，网罩41内设置有空气过滤网42，空气过滤网42内侧的网罩41内设置有外风机43；介质通过口12上设置有网罩53，网罩53内设置有空气过滤网54，空气过滤网54内侧的网罩53内设置有内风机55；中部的三个以上的舱室的顶盖上连通的出风管46与出风总管47连通，出风总管47的出口上设置有网罩50，网罩50内设置有空气过滤网49，空气过滤网49内侧的网罩内设置有内风机48；介质进口10侧的舱室21内设置有制冷机44，介质通过口12侧的舱室28内设置有加热器39，形成图3所示的带空气净化功能的空调装置，无论是用加热器39加热空气为室内送暖，还是用制冷机44降温空气为室内送凉气，都后由于箱式容器20内的舱室内含有水，使得热空气或冷气均能够含有适当的水分，湿度合理，而且空气也得到了较好的净化，适于人们的正常生理需求。
上述的介质进口10上设置有网罩41，网罩41内设置有空气过滤网42，空气过滤网42内侧的网罩41内设置有外风机43；介质通过口12上设置有网罩53，网罩53内设置有空气过滤网54，空气过滤网54内侧的网罩53内设置有内风机55；中部的三个以上的舱室的顶盖上连通的出风管46与出风总管47连通，出风总管47的出口上设置有网罩50，网罩50内设置有空气过滤网49，空气过滤网49内侧的网罩50内设置有内风机48，每个出风管46上均设置有阀门11；介质进口10侧和介质通过口12侧的舱室21、28内均设置有制冷机44、52，所述的介质通过口12和出风总管47的出口均与冷藏室70的内腔连通，形成图4所示的带空气净化功能的冷藏设备，该装置的内风机48、55间隔启闭，可形成冷藏室与箱式容器20内的舱室的空气循环，实现通风换气，消除异味2。
上述的介质进口10上设置有网罩41，网罩41内设置有空气过滤网42，空气过滤网42内侧的网罩41内设置有外风机46；介质通过口12上设置有网罩，网罩内设置有空气过滤网13，形成图5所示的吸尘及废气回收装置。
上述的介质进口10上设置有网罩41，网罩41内设置有空气过滤网42，空气过滤网42内侧的网罩41内设置有外风机43；介质通过口12上设置有网罩53，网罩53内设置有空气过滤网54，空气过滤网54内侧的网罩53内设置有内风机55；出风总管47的两侧分别设置有阀门56，两阀门56之间的出风总管47上通过出风管46与中部三个以上的舱室的顶盖连通，出风总管47的两端出口上均设置有网罩50，网罩50内设置有空气过滤网49，空气过滤网49内侧的网罩50内设置有内风机48；出风总管47的至少一端出口和介质进口10均与室内71连通，形成图6所示的大棚的室内空气净化装置；使用时：关闭出风总管47两侧上的阀门11，打开介质进口10及介质通过口12上的阀门11及外风机43、内风机55，可以将室内71的空气向外排放；打开出风总管47上的阀门56及出风管46上的阀门11，打开介质进口10及介质通过口12上的阀门11上的阀门11及外风机43，可以将室内71外的空气形成循环，室内压力高则可通过介质通过口12向室外泄压，室内压力低则可通过介质通过口12向室内补充空气；也可以仅打开出风总管47上的阀门56，通过出风总管47上的内风机48的启闭实现室内外的空气交换或压力平衡。
上述的溢流管24至少有三个，其中：两个与集污箱35连通的溢流管24分别连通至箱式容器20两侧的舱室21、28内、至少一个与集污箱35连通的溢流管24连通至箱式容器中部的舱室内，两侧舱室内的溢流管开口高于水位线29，中部舱室内的溢流管开口位于水位线29上，形成图7所示的汽车尾气处理装置， 两侧舱室内的溢流管用于车辆上下坡时适用于水位线29的改变，利用该装置可以有效吸收车辆尾气中的PM2.5粉尘颗粒物的排放量，减低车辆尾气对大气的污染。
上述的介质进口10侧的舱室21内设置有沉淀池90，沉淀池90的上部侧壁上设置有出水口及罩在出水口上的过滤网91，所述的舱室21与沉淀池90之间设置有过水间隙，所述的第一个隔板23和最后一个隔板23上的通水孔231上设置有过滤网92，最后一个隔板23分割出的两个舱室28均通过导管94、95引出箱式容器20外并与回收池93连通，箱式容器20与回收池93之间的导管94、95上均设置有阀门11，两个舱室内的导管94、95均开口于水位线29之下的水位线附近。
上述的介质进口10侧的第一、二隔板之间的舱室内支撑有蒸汽发电机64，蒸汽发电机64与介质进口10之间设置有内风机43，形成节能环保装置主体100，介质进口10与太阳能集热锅120或长方形集热槽的夹层109上部连通，太阳能集热锅120或长方形集热槽的内壁上设置有人工检查窗门及两个以上带有阀门105的进气管103，进气管103的开口上设置有过滤网104，过滤网104的外侧设置有挡板102，夹层109的底部内腔为储水腔116，过滤池112分别通过带有阀门11的导管111与太阳能集热锅120或长方形集热槽的内腔117、储水腔116底部、储水腔116的水位线处及储水池114连通，水泵113的进水口与储水池114连通、出水口分别通过带有阀门11的导管115与夹层109顶部的喷淋头107和储水腔116连通，太阳能集热锅120或长方形集热槽的开口上铰接有吸热盖101，吸热盖101上设置有压力表和温度表，吸热盖101通过一侧立杆121上的吊绳119带动其启闭，启闭吸热盖101可以用人工 启闭也可以用液压或电动启闭，吸热盖101既可以吸热又可以方风沙灰尘进入太阳能集热锅120或长方形集热槽内，所述的节能环保装置主体100在太阳能集热锅120或长方形集热槽的四周环设有三个以上，本发明图10所示的是在太阳能集热锅120的四周环设有九个节能环保装置主体100，并通过支架118固定，太阳能集热锅120或长方形集热槽可以用不锈钢材料制造，以防止材料因腐蚀、锈蚀而降低使用寿命，喷淋头107用于人工降雨除尘降温等功能，太阳能集热锅120或长方形集热槽的占地面积为10-2000平方米，可以根据发电量的不同进行设计；太阳能集热锅120或长方形集热槽的储水腔116也可以用于太阳能热水器加热水使用。
上述的介质10进口延伸到烟囱82内并在介质进口10上设置有空气过滤网42，空气过滤网42内设置有外风机43；烟囱内的介质进口10上侧设置有隔板60、前侧设置有挡板61，隔板60的上侧设置有喷淋头62及连通过滤池68的回水管68，水泵66的进水口通过导管与水池67内腔连接、出水口通过导管65与喷淋头42连通，过滤池68与水池67连通，箱式容器20内的介质进口侧的隔板上通过支架63支撑有蒸汽发电机64，形成图11所示的废气回收净化利用装置80；利用外风机43将烟囱82内的废气的热能增压后通过舱室21内将水蒸发成水蒸气送入蒸汽发电机64内发电；
所述的介质进口10延伸到烟囱82内并在介质进口10上设置有空气过滤网42，空气过滤网42内设置有外风机43；烟囱82内的介质进口10上侧设置有隔板60、前侧设置有挡板61，隔板60的上侧设置有喷淋头62及连通过滤池68的回水管69，过滤池68与水池67连通，水泵66的进水口通过导管与水池66内腔连接、出水口通过带有阀门11的导管65与喷淋头62连通，形成图12所 示的废气净化装置81；所述烟囱82的顶部用顶盖83封闭，所述的废气回收净化利用装置80在烟囱82下部的烟囱上设置有两个以上，所述的废气净化装置81在废气回收净化利用装置80上侧的烟囱上间隔设置有两个以上，两个以上的废气净化装置81或/和废气回收净化利用装置80用一个水泵66及水池67为对应的喷淋头62提供喷淋用高压水，形成图13所示的烟囱内的废气除尘及余热回收利用装置。
上述实施例仅为本发明的较佳实施例，并非依此限制本发明的保护范围，故：凡依本发明的结构、形状、原理所做的等效变化，均应涵盖于本发明的保护范围之内。

Claims (9)

  1. 多功能节能环保装置，其特征在于：用隔板将箱式容器的内腔由左到右依次分割成五个以上的舱室，每个隔板的上部设置有通风孔、下部设置有通水孔，箱式容器的顶壁或/和侧壁上设置有带有密封盖的加水口，箱式容器的左侧壁上设置有带有阀门的介质进口，右侧壁上设置有带有阀门及过滤网的介质通过口，箱式容器的下侧设置有集污箱，集污箱通过带有阀门的排污管与介质进口侧的舱室底部连通，溢流管的一端与集污箱连通、另一端开口于一个以上的以上舱室内的水位线处，每个舱室的底壁上均设置有清洗槽，集污箱的侧壁上设置有带有阀门的排污管，至少第一个隔板和最后一个隔板上的通风孔上设置有空气过滤网；所述箱式容器的容器壁为夹层结构，容器壁的夹层内设置有保温材料，介质进口侧的舱室的箱式容器侧壁上设置有清洗口及连接在清洗口上的清洗盖，所述集污箱内腔的中部通过带有通水孔的隔离板分割成左右腔，左右腔的集污箱侧壁上均设置有清洗口及连接在清洗口上的清洗盖，左腔或右腔的集污箱侧壁上设置有水位表，前部隔板上的通风孔靠上设置，后部隔板上的通风孔靠下设置。
  2. 根据权利要求1所述的多功能节能环保装置，其特征在于：所述的介质进口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有外风机；介质通过口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；中部的三个以上的舱室的顶盖上连通的出风管与出风总管连通，出风总管的出口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；介质进口侧的舱室内设置有制冷机，介质通过口侧的舱室内设置有加热器。
  3. 根据权利要求1所述的多功能节能环保装置，其特征在于：所述的介质 进口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有外风机；介质通过口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；中部的三个以上的舱室的顶盖上连通的出风管与出风总管连通，出风总管的出口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；介质进口侧和介质通过口侧的舱室内均设置有制冷机，所述的介质通过口和出风总管的出口均与冷冻室的内腔连通。
  4. 根据权利要求1所述的多功能节能环保装置，其特征在于：所述的介质进口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有外风机；介质通过口上设置有网罩，网罩内设置有空气过滤网。
  5. 根据权利要求1所述的多功能节能环保装置，其特征在于：所述的介质进口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有外风机；介质通过口上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；出风总管的两侧分别设置有阀门，两阀门之间的出风总管上通过出风管与中部三个以上的舱室的顶盖连通，出风总管的两端出口均上设置有网罩，网罩内设置有空气过滤网，空气过滤网内侧的网罩内设置有内风机；介质进口和出风总管的至少一端出口均与室内连通。
  6. 根据权利要求1所述的多功能节能环保装置，其特征在于：所述的溢流管至少有三个，其中：两个与集污箱连通的溢流管分别连通至箱式容器两侧的舱室内、至少一个与集污箱连通的溢流管连通至箱式容器中部的舱室内，两侧舱室内的溢流管开口高于水位线，中部舱室内的溢流管开口位于水位线上。
  7. 根据权利要求1所述的多功能节能环保装置，其特征在于：所述的介质进口侧的舱室内设置有沉淀池，沉淀池的上部侧壁上设置有出水口及罩在出水 口上的过滤网，所述的舱室与沉淀池之间设置有过水间隙，所述的第一个隔板和最后一个隔板上的通水孔上设置有过滤网，最后一个隔板分割出的两个舱室均通过导管引出箱式容器外并与回收池连通，箱式容器与回收池之间的导管上均设置有阀门，两个舱室内的导管均开口于水位线之下的水位线附近。
  8. 根据权利要求1所述的多功能节能环保装置，其特征在于：所述的介质进口侧的第一、二隔板之间的舱室内支撑有蒸汽发电机，蒸汽发电机与介质进口之间设置有内风机，形成节能环保装置主体，介质进口与太阳能集热锅或长方形集热槽的夹层上部连通，太阳能集热锅或长方形集热槽的内壁上设置有人工检查窗门及两个以上带有阀门的进气管，夹层的底部内腔为储水腔，过滤池分别与太阳能集热锅或长方形集热槽的内腔、储水腔底部、储水池的水位线处及储水池连通，水泵的进水口与储水池连通、出水口分别通过带有阀门的导管与夹层顶部的喷淋头和储水腔连通，太阳能集热锅或长方形集热槽的开口上铰接有吸热盖，吸热盖上设置有压力表和温度表，吸热盖通过一侧立杆上的吊绳带动其启闭，所述的节能环保装置主体在太阳能集热锅或长方形集热槽的四周环设有三个以上。
  9. 根据权利要求1所述的多功能节能环保装置，其特征在于：所述的介质进口延伸到烟囱内并在介质进口上设置有空气过滤网，空气过滤网内设置有外风机；烟囱内的介质进口上侧设置有隔板、前侧设置有挡板，隔板的上侧设置有喷淋头及连通过滤池的回水管，水泵的进水口通过导管与水池内腔连接、出水口通过导管与喷淋头连通，过滤池与水池连通，箱式容器内的介质进口侧的隔板上通过支架支撑有蒸汽发电机，形成废气回收净化利用装置；
    所述的介质进口延伸到烟囱内并在介质进口上设置有空气过滤网，空气过 滤网内设置有外风机；烟囱内的介质进口上侧设置有隔板、前侧设置有挡板，隔板的上侧设置有喷淋头及连通过滤池的回水管，过滤池与水池连通，水泵的进水口通过导管与水池内腔连接、出水口通过导管与喷淋头连通，形成废气净化装置；所述烟囱的顶部用顶盖封闭，所述的废气回收净化利用装置在烟囱下部的烟囱上设置有两个以上，所述的废气净化装置在废气回收净化利用装置上侧的烟囱上间隔设置有两个以上，两个以上的废气净化装置或/和废气回收净化利用装置用一个水泵及水池为对应的喷淋头提供喷淋用高压水。
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CN117042359A (zh) * 2023-08-14 2023-11-10 南通弘铭机械科技有限公司 一种多功能电器控制柜底座
CN117042359B (zh) * 2023-08-14 2024-04-19 南通弘铭机械科技有限公司 一种多功能电器控制柜底座

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