CN102410570A - Range hood or air-conditioner range hood - Google Patents

Range hood or air-conditioner range hood Download PDF

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Publication number
CN102410570A
CN102410570A CN2010102897403A CN201010289740A CN102410570A CN 102410570 A CN102410570 A CN 102410570A CN 2010102897403 A CN2010102897403 A CN 2010102897403A CN 201010289740 A CN201010289740 A CN 201010289740A CN 102410570 A CN102410570 A CN 102410570A
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China
Prior art keywords
air
split channel
casing
outlet
inlet
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CN2010102897403A
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Chinese (zh)
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不公告发明人
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Individual
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Individual
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Priority to CN2010102897403A priority Critical patent/CN102410570A/en
Priority to PCT/CN2011/077523 priority patent/WO2012013132A1/en
Priority to PCT/CN2011/079984 priority patent/WO2012037890A1/en
Publication of CN102410570A publication Critical patent/CN102410570A/en
Pending legal-status Critical Current

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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F7/00—Ventilation
    • F24F7/04—Ventilation with ducting systems, e.g. by double walls; with natural circulation
    • F24F7/06—Ventilation with ducting systems, e.g. by double walls; with natural circulation with forced air circulation, e.g. by fan positioning of a ventilator in or against a conduit
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24C—DOMESTIC STOVES OR RANGES ; DETAILS OF DOMESTIC STOVES OR RANGES, OF GENERAL APPLICATION
    • F24C15/00—Details
    • F24C15/20—Removing cooking fumes

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Ventilation (AREA)
  • Air-Flow Control Members (AREA)

Abstract

A split-flow channel is arranged in an air smoke-damping screen (air-cage smoke-hood) channel of a range hood or an air smoke-damping screen (air-cage smoke-hood) or air smoke-damping screen (smoke cage hood) heat exchange channel of an air-conditioner range hood, wherein the air blown by an air blower under a guiding effect of the split-flow channel is blown to interior from an air outlet on a side wall of an enclosure; the air-conditioner range hood further comprises an oily smoke inner cycling type or pipe type air purifier; an input end of the air purifier is communicated with the outdoor air; an output end of the air purifier is communicated with an input port of the air smoke-damping screen (air-cage smoke-hood) or air heat-exchange smoke-damping screen (smoke cage hood); or the output end of the air purifier is communicated with a fresh air pipeline; after being purified, the outdoor fresh air is blown into the interior from the side wall of the enclosure; and in an indoor extension unit, output port and input port for a working medium of a heat exchanger are hermetically communicated with the output port and input port of a heat exchanger (storage) of an air-conditioning single (multi-) online in a non-freon air-conditioning system (equipment), thereby forming a non-freon single (multi-) online air-conditioner range hood system (equipment).

Description

Range hood or air-conditioning range hood
Affiliated technical field
The application relates to the air retaining smoke background system of oil smoke absorbing and air-conditioning range hood, especially range hood or air retaining smoke background heat-exchange system or the air hood baffle heat-exchange system and the VMC of air hood baffle system or air-conditioning range hood.
Background technology
Existing oil smoke absorbing; Hair-dryer quantity is more in air retaining smoke background or the air hood baffle system, and the air purity of air retaining smoke background or air hood baffle is low, and the air oxygen content is lower in the kitchen; Existing air-conditioning range hood; Hair-dryer quantity is more in air retaining smoke background heat-exchange system or the air hood baffle heat-exchange system, and the air purity that air retaining smoke background heat exchanger channels or the outlet of air hood baffle heat exchanger channels blow out is low, and the air oxygen content is lower in the kitchen; In addition, the air-conditioning range hood that contains air retaining smoke background heat-exchange system or air hood baffle heat-exchange system is confined to oil smoke exhausting type air-conditioning range hood.
Summary of the invention the application solves the technical scheme that its technical problem adopts:
Range hood or air-conditioning range hood; Range hood comprises hair-dryer and air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) passage; Hair-dryer is arranged in air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage; Constitute air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) system; The wind that hair-dryer blows out is sent to indoor from air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) channel outlet, perhaps, the air-conditioning range hood comprises hair-dryer and air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) passage; Hair-dryer is arranged in air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of the multiaspect) passage; Constitute air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) system, the wind that hair-dryer blows out is sent to indoor from air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) channel outlet, perhaps; The air-conditioning range hood comprises hair-dryer, air retaining smoke background (air cage petticoat pipe) heat exchanger channels and the heat exchanger (evaporimeter when being equivalent to freon and being Freon compressor air-conditioning device to indoor refrigeration; Condenser during to indoor heating), hair-dryer and heat exchanger are arranged in air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of the multiaspect) passage, constitute air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) system; The wind that hair-dryer blows out is sent to indoor from air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) channel outlet, it is characterized in that:
Comprise split channel in air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage or in air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of the multiaspect) passage; Wherein, split channel guiding blow out wind blow to indoor from the air outlet of the side-walls of casing.
The air outlet of a hair-dryer communicates with the split channel inlet; The outlet of split channel communicates with the non-air outlet of the sidewall of wall that leans on of casing; Form the semi-circular split channel 2.1 of air outlet in casing left side side, front side and right side side, air outlet is interrupted intensive being covered with in each side of casing comprising cutting off perhaps between the air outlet of each side each other;
Perhaps,
The air outlet of a hair-dryer communicates with the split channel inlet; Interval between the outlet of split channel and upper casing and the lower casing form the non-air outlet of wall that leans on communicate, form the semi-circular split channel 2.2 of air outlet, perhaps in casing left side side, front side and right side side; The air outlet place that interval between upper casing and the lower casing forms also comprises a safety net; Best is, the safety net skin is the welded wire net, and internal layer is the silver ion screen pack;
Perhaps,
The air outlet of a hair-dryer communicates with an inlet of split channel; The air outlet of another hair-dryer communicates with another inlet of split channel; The outlet of split channel communicates with the air outlet of the sidewall of casing; Form an air outlet in casing left side side, the annular split channel 2.3 of front side, right side side and side, back, comprising cutting off each other between the air outlet of each side or air outlet is interrupted intensive being covered with in each side of casing;
Perhaps,
Casing comprises upper casing and lower casing; The air outlet of a hair-dryer communicates with an inlet of split channel, and the air outlet of another hair-dryer communicates with another inlet of split channel, and the air outlet that the interval between the outlet of split channel and upper casing and the lower casing forms communicates; Form air outlet in casing left side side, front side, right side side and the back annular split channel 2.4 of side; Perhaps, the air outlet place that the interval between upper casing and the lower casing forms also comprises a safety net, and best is; The safety net skin is the welded wire net, and internal layer is the silver ion screen pack;
Perhaps,
The air outlet of a hair-dryer communicates with a split channel inlet; The outlet of this split channel communicates with the chassis sidewall air outlet; Form an air outlet in casing left side side, the annular split channel 2.5 of front side, right side side and side, back, comprising cutting off each other between the air outlet of each side or air outlet is interrupted intensive being covered with in each side of casing;
Perhaps,
The air outlet of a hair-dryer communicates with a split channel inlet; The air outlet that interval between the outlet of this split channel and upper casing and the lower casing forms communicates, form air outlet in casing left side side, front side, right side side and afterwards the annular of side shunt road 2.6 mutually, perhaps; The air outlet place that interval between upper casing and the lower casing forms also comprises a safety net; Best is, the safety net skin is the welded wire net, and internal layer is the silver ion screen pack;
Perhaps,
The air outlet of a hair-dryer communicates with the split channel inlet; The outlet of split channel communicates with the non-air outlet of the sidewall of wall that leans on of casing; Form the semi-circular split channel 2.7 of air outlet in casing left side side, front side and right side side; Air outlet is interrupted intensive being covered with in each side of casing comprising cutting off perhaps between the air outlet of each side each other; The fume exhaust channel outlet communicates with air retaining smoke background passage between hair-dryer inlet and air retaining smoke background feeder connection; Constitute oil smoke gas inner circulating air retaining smoke background system, perhaps the fume exhaust channel outlet communicates with air retaining smoke background heat exchanger channels between heat exchanger inlet side and air retaining smoke background feeder connection and constitutes oil smoke gas inner circulating air retaining smoke background heat-exchange system;
Perhaps,
Casing comprises upper casing and lower casing; The air outlet of a hair-dryer communicates with the split channel inlet; The air outlet that interval between the outlet of split channel and upper casing and the lower casing forms communicates; Form the semi-circular split channel 2.8 of air outlet in casing left side side, front side and right side side; The fume exhaust channel outlet communicates with air cage petticoat pipe passage between hair-dryer inlet and air cage petticoat pipe feeder connection, constitutes oil smoke gas inner circulating air cage petticoat pipe system, and perhaps the fume exhaust channel outlet communicates with air cage petticoat pipe heat exchanger channels between heat exchanger inlet side and air cage petticoat pipe heat exchanger channels inlet and constitutes oil smoke gas inner circulating air cage petticoat pipe heat-exchange system;
Perhaps,
The air outlet of a hair-dryer communicates with an inlet of split channel; The air outlet of another hair-dryer communicates with another inlet of split channel; The outlet of split channel communicates with the air outlet of the sidewall of casing; Form an air outlet in casing left side side, the annular split channel 2.9 of front side, right side side and side, back; Air outlet is interrupted intensive being covered with in each side of casing comprising cutting off perhaps between the air outlet of each side each other; The fume exhaust channel outlet communicates with air retaining smoke background passage between a hair-dryer inlet and air retaining smoke background feeder connection; The fume exhaust channel outlet communicates with air retaining smoke background passage between another hair-dryer inlet and air retaining smoke background feeder connection; Constitute oil smoke gas inner circulating air retaining smoke background system, perhaps the fume exhaust channel outlet communicates with air retaining smoke background heat exchanger channels between a heat exchanger inlet side and air retaining smoke background heat exchanger channels inlet, and the fume exhaust channel outlet communicates with air retaining smoke background heat exchanger channels between another heat exchanger inlet side and air retaining smoke background heat exchanger channels inlet and constitutes oil smoke gas inner circulating air retaining smoke background heat-exchange system;
Perhaps,
Casing comprises upper casing and lower casing; The air outlet of a hair-dryer communicates with an inlet of split channel, and the air outlet of another hair-dryer communicates with another inlet of split channel, and the air outlet that the interval between the outlet of split channel and upper casing and the lower casing forms communicates; Form air outlet in casing left side side, front side, right side side and the back annular split channel 2.10 of side; Perhaps, the air outlet place that the interval between upper casing and the lower casing forms also comprises a safety net, and best is; The safety net skin is the welded wire net, and internal layer is the silver ion screen pack; The fume exhaust channel outlet communicates with air cage petticoat pipe passage between a hair-dryer inlet and air cage petticoat pipe feeder connection; The fume exhaust channel outlet communicates with air cage petticoat pipe passage between another hair-dryer inlet and another air cage petticoat pipe feeder connection; Constitute oil smoke gas inner circulating air cage petticoat pipe system; Perhaps the fume exhaust channel outlet communicates with air cage petticoat pipe heat exchanger channels between a heat exchanger inlet side and air cage petticoat pipe heat exchanger channels inlet, and the fume exhaust channel outlet communicates with air cage petticoat pipe heat exchanger channels between another heat exchanger inlet side and air cage petticoat pipe heat exchanger channels inlet and constitutes oil smoke gas inner circulating air cage petticoat pipe heat-exchange system;
Perhaps,
The air outlet of a hair-dryer communicates with a split channel inlet; The outlet of this split channel communicates with the chassis sidewall air outlet; Form an air outlet in casing left side side, the annular split channel 2.11 of front side, right side side and side, back; Air outlet is interrupted intensive around being distributed in chassis sidewall comprising cutting off perhaps between the air outlet of each side each other; The fume exhaust channel outlet communicates with air retaining smoke background passage between hair-dryer inlet and air retaining smoke background feeder connection; Constitute oil smoke gas inner circulating air retaining smoke background system, perhaps the fume exhaust channel outlet communicates with air retaining smoke background heat exchanger channels between heat exchanger inlet side and air retaining smoke background heat exchanger channels inlet and constitutes oil smoke gas inner circulating air retaining smoke background heat-exchange system;
Perhaps,
The air outlet of a hair-dryer communicates with a split channel inlet; The air outlet that interval between the outlet of this split channel and upper casing and the lower casing forms communicates, form air outlet in casing left side side, front side, right side side and the back annular split channel 2.12 of side, perhaps; The air outlet place that interval between upper casing and the lower casing forms also comprises a net; Best is, the net skin is the welded wire net, and internal layer is the silver ion screen pack; The fume exhaust channel outlet communicates with air cage petticoat pipe passage between hair-dryer inlet and air cage petticoat pipe feeder connection; Constitute oil smoke gas inner circulating air cage petticoat pipe system, perhaps the fume exhaust channel outlet communicates with air cage petticoat pipe heat exchanger channels between heat exchanger inlet side and air cage petticoat pipe heat exchanger channels inlet and constitutes oil smoke gas inner circulating air cage petticoat pipe heat-exchange system.
Have in the range hood or air-conditioning range hood of split channel 2.1 or split channel 2.2 or split channel 2.3 or split channel 2.4 or split channel 2.7 or split channel 2.8 or split channel 2.9 or split channel 2.10; Hair-dryer is common crossflow fan, or double-wind wheel cross-flow fan;
Perhaps, have the range hood or the air-conditioning range hood of split channel 2.5 or split channel 2.6 or split channel 2.11 or split channel 2.12, said hair-dryer is a ring-shape blower fan.
Range hood or air-conditioning range hood with common crossflow fan or double-wind wheel cross-flow fan; Split channel comprises split channel body, preceding current limiting plate, preceding flow distribution plate, back flow distribution plate, left shunt plate, right flow distribution plate and back current limiting plate, and wherein, the split channel body has the stream interface of parting on the left side, left current limliting face and parts stream interface, right current limliting face on the right side; Back current limiting plate is connected with the split channel body; Preceding current limiting plate is connected with the split channel body, and preceding flow distribution plate upper end is connected with the air outlet of hair-dryer, and preceding flow distribution plate lower end is connected with casing; Preceding current limiting plate, preceding flow distribution plate two ends are connected the space that surrounds with the left shunt plate with right flow distribution plate respectively, split channel 4.1 before constituting; Left shunt plate upper end is connected with casing with the back current limiting plate, and left shunt plate lower end is connected with casing, the split channel body part stream interface, left current limliting face and the back space formation left shunt passage that surrounds of flow distribution plate, left shunt plate on the left side; Right flow distribution plate upper end is connected with casing with the back current limiting plate, and right flow distribution plate lower end is connected with casing, the split channel body part on the right side stream interface, right current limliting face and after the space formation that surrounds of flow distribution plate, right flow distribution plate part circulation road on the right side; The left shunt passage communicates with parting circulation road on the right side, and preceding split channel and left shunt passage are with to part circulation road on the right side isolated mutually or communicate;
Perhaps
Range hood or air-conditioning range hood with 3.2 ring-shape blower fans; Be sealedly and fixedly connected by fluid dividing cover 1007 lower ends and casing 10270; Form split channel 4.2 between fluid dividing cover 1007 and the casing 10270 at interval; Perhaps be sealedly and fixedly connected, constitute split channel 4.3 between fluid dividing cover 1007 and the upper casing 10270 between interval, upper casing 10270 and the lower casing at interval by fluid dividing cover 1007 lower ends and lower casing.
Range hood or air-conditioning range hood 5.1 with split channel 2.1 or split channel 2.2 or split channel 2.7 or split channel 2.8, cooking stove and pot are enclosed in the taper surface that is surrounded by left current limliting face, preceding current limiting plate lateral surface and right current limliting face and extend downwards in the taper surface that the horizontal sectional area from top to bottom of gained increases;
Perhaps,
Range hood or air-conditioning range hood 5.2 with split channel 2.3 or split channel 2.4 or split channel 2.9 or split channel 2.10, cooking stove and pot are enclosed in the positive taper that is surrounded by left current limliting face, preceding current limiting plate lateral surface, right current limliting face and back current limiting plate lateral surface and face down and extend in the taper surface that the horizontal sectional area from top to bottom of gained increases;
Perhaps,
Range hood or air-conditioning range hood 5.3 with split channel 2.5 or split channel 2.6 or split channel 2.11 or split channel 2.12, cooking stove and pot are enclosed in the positive taper that is surrounded by shunting cover body 1001 left side wall outer surfaces, front side wall outer surface, right side wall outer surface and rear wall outer surface and face down and extend in the taper surface that the horizontal sectional area from top to bottom of gained increases;
Air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) channel outlet or air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) heat exchanger channels communicate with room air, and air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) passage or air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) heat exchanger channels inlet communicate with outdoor air;
The input 17144 of airduct 17143 connects and composes one-pipe system 17145 with the tail end co-axial seal of duct type air purifier 16186.
Perhaps; The A input port 17147 sealing UNICOMs of the output port of an one-pipe system 17145 and tee pipe coupling 17146 constitute A branch pipe(tube) system; The B input port 17148 sealing UNICOMs of the dust filter unit formula tuyere device 16136 of another one-pipe system 17145 or the output port of duct type air purifier 16186 and tee pipe coupling 17146 constitute B branch pipe(tube) system; A branch pipe(tube) system, B branch pipe(tube) system constitutes lateral system 17149.
Perhaps; The output port of one-pipe system 17145 and stepping motor driven in rotation open and close type air inlet valve system 14132 or linear stepping motor drive the air input port that moves open and close type air inlet valve system 15132 and are sealedly and fixedly connected; The air output port of rotary type pipeline switching lock 14132 or movable tube switching lock 15132 is sealedly and fixedly connected with an input port on the flange case 0122 and is connected, and constitutes fresh wind tube road system 17147.
One-pipe system 17145 is with the form of delivery outlet above smallpox decorative layer 17152; Be sealedly and fixedly connected facing to hole on the smallpox decorative layer 17,152 17153 and smallpox decorative layer 17152 from bottom to top; The input port that the rotary type pipeline that remaining any input port is tightly connected on airduct 17143 outputs 17146 and the flange case 0122 opens and closes lock 14132 or movable tube switching lock 15132 seals UNICOM; Perhaps; Airduct 17143 outputs 17146 directly with inlet box 0122 on any input port sealing UNICOM of remainder, formation room air circulation one-pipe system 17148
Perhaps; The A branch pipe(tube) system of lateral system 17149 is fixedly connected with smallpox decorative layer 17152 facing to the hole 17153 on the smallpox decorative layer 17152 in last direction with output with the duct type air purifier 16186 of B branch pipe(tube) system from bottom to top; The rotary type pipeline that a remaining input port is tightly connected on the output port of tee pipe coupling 17154 and the inlet box 0122 opens and closes the air input port sealing UNICOM of lock 14132 or movable tube switching lock 15132; Perhaps a remaining input port seals UNICOM on the output port of tee pipe coupling 17154 and the inlet box 0122, constitutes room air loop branches pipe-line system 17150.
Perhaps; Duct type air purifier 16186 is arranged in the wall hole 17146; 2 duct type air purifiers 16186 are separately positioned in the air vent 17158,17159 on the smallpox decorative layer 17156; Fresh air is through smallpox decorative layer 17156 in duct type air purifier 16186 inlet chambers on the wall hole 17146 and the space 17164 between the roof, kitchen; Air in smallpox decorative layer 17156 and the kitchen between the ground; Through the duct type air purifier 16186 in the air vent 17158,17159 on the smallpox decorative layer 17156, get into space 17164, the rotary type pipeline opens and closes lock 14132 or movable tube opens and closes lock 15132; Get into air retaining smoke background (cover) passage of oil smoke gas exhausting type range hood 17000 (18000), (left side side, front side, right side side and afterwards side) air outlet is blown in the kitchen from left side side, front side and the right side side of indoor set 17000 (18000) casings of range hood 17000 (18000) air-conditioning suction and pumping lampblack absorbers.
Main lock body, brake lining and rotating driving device constitute the rotary type pipeline and open and close lock 9.1 (14132); Wherein, Brake lining and lock body are rotationally connected; The driving shaft of rotating driving device is fixedly connected with brake lining one end turning cylinder, and the casing of rotating driving device is fixedly connected with the lock body, and the air inlet lock was in closed condition when brake lining was vertical with the lock body axis; The air inlet lock was in the full open state when brake lining was parallel with the lock body axis, and the air inlet lock was in the part opening when brake lining and lock body axis intersected for the angle between spending less than 90 greater than zero degree.
Perhaps,
Mainly constitute movable tube and open and close lock 9.2 (15132) by lock body, brake lining and mobile drive deivce; Wherein, Brake lining and lock body are slidingly connected; The driving pole of mobile drive deivce is fixedly connected with the brake lining handle, and the casing of mobile drive deivce is fixedly connected with the lock body, and portable air inlet lock was in closed condition when the brake lining shelves were lived the lock hole; Portable air inlet lock was in the full open state when brake lining left the lock hole fully, and a brake lining part is left the lock hole, portable air inlet lock was in the part opening when another part blocked the lock hole.
It is above-mentioned,
Rotating driving device is a rotary stepping motor, and the output shaft of stepping motor is fixedly connected with the brake lining axle is coaxial, and the casing of stepping motor is fixedly connected with the lock body;
Perhaps, rotating driving device is 90 degree rotating motors, and the output shaft of 90 degree rotating motors is fixedly connected with the brake lining axle is coaxial, and the casing of 90 degree rotating motors is fixedly connected with the lock body;
Perhaps, rotating driving device is that 90 degree rotate liquid (gas) cylinder pressure, and piston rod is fixedly connected with the brake lining axle is coaxial, and liquid (gas) cylinder pressure body is fixedly connected with the lock body;
Mobile drive deivce is the orthoscopic stepping motor, and the moving pole of orthoscopic stepping motor is fixedly connected with the brake lining handle, and the electronic casing of orthoscopic stepping is fixedly connected with the lock body;
Perhaps, mobile drive deivce is the set a distance travel motor, and the moving pole of set a distance travel motor is fixedly connected with the brake lining handle, and the casing of set a distance travel motor is fixedly connected with the lock body;
Perhaps, mobile drive deivce is that set a distance moves liquid (gas) cylinder pressure, and piston rod is fixedly connected with the brake lining handle, and set a distance moves liquid (gas) cylinder pressure body and is fixedly connected with the lock body;
With the indoor unit heat exchanger of split-type air conditioner range hood (in the freon compressore air-conditioning system; Evaporimeter during to indoor refrigeration) temperature adjustment working medium output, input port; With the hot device of single (many) online the changing (storage) of air temperature adjustment in the non-Freon air-conditioning system (equipment) (in the freon compressore air-conditioning system; Condenser during to indoor refrigeration) input, the corresponding sealing and fixing of output port UNICOM; Constitute non-Freon list (many) and join air-conditioning range hood system (equipment); Wherein, Non-Freon air-conditioning system (equipment) comprises geothermal air conditioning system (equipment), the hot air-conditioning system of seawater (equipment), ground hydro-thermal or underground hydro-thermal air-conditioning system (equipment), solar heat air-conditioning system (equipment); Air energy air conditioner system (equipment); Gas air conditioner system (equipment); Fuel oil air-conditioning system (equipment); Air energy air conditioner system (equipment), the formation parts of the air flow collection cover of soil ability air-conditioning system beneficial effect the application oil smoke gas exhausting type products such as (equipment) (or the discontinuous retaining smoke background barrier of multiaspect) system or air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) heat-exchange system reduce, and the indoor air convection outside the air retaining smoke background (cage petticoat pipe) is more abundant; Outdoor fresh air and indoor circulation air just pass through air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) passage or air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) heat exchanger channels is sent into indoor through purified treatment earlier; Not only air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) wind cleans, and heat exchanger channels also can keep clean air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect), and air cleaning unit adopts tube shaped; Be easy to require to combine different fresh wind tube road systems and room air cycle cooling plating drum, also avoided the interference of air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) air-flow or air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) heat exchange air-flow cooking stove flame according to the different cleanliness factors of air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) wind or air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) heat exchange wind.
Air retaining smoke background (or the air cage petticoat pipe) heat-exchange system of the application's oil smoke internal-circulation type product has the advantage of above-mentioned oil smoke gas exhausting type product; Also has oil smoke gas earlier through purified treatment; After getting into air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) heat exchanger channels with the room air interflow again; With heat exchanger heat exchange after-blow to indoor, when realizing the room air temperature adjustment, avoid the fume pollution outdoor air.
Hereinafter combines accompanying drawing and embodiment that the application's product is further specified,
Fig. 1 is the split channel organigram that is positioned at the air-out passage of air flow collection cover (or multiaspect retaining smoke background barrier) passage, and Fig. 2 is the A-A cross section view of Fig. 1, and Fig. 3 is the B-B cross section view of Fig. 1.
Fig. 4 is that oil smoke exhausting type air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) the passage air outlet with split channel shown in Figure 1 is arranged on the wall-hanging range hood of single-piece frame sidewall or the indoor set organigram that comprises air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) system of air-conditioning suction and pumping lampblack absorber, and Fig. 5 is the A-A cross section view of Fig. 4.
Fig. 6 is the indoor set organigram that comprise air flow collection cover (or multiaspect retaining smoke background hinder) system of oil smoke exhausting type air flow collection cover with split channel shown in Figure 1 (or the discontinuous retaining smoke background barrier of multiaspect) passage air outlet by wall-hanging range hood that forms at interval between the upper and lower casing or air-conditioning suction and pumping lampblack absorber, and Fig. 7 is the A-A cross section view of Fig. 6.
Fig. 8 be oil smoke exhausting type air flow collection cover with split channel shown in Figure 1 (or the discontinuous retaining smoke background barrier of multiaspect) the passage air outlet ceiling mounting type range hood or the air-conditioning suction and pumping lampblack absorber that are arranged on chassis sidewall comprise that mechanism makes sketch map in air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) system chambers, Fig. 9 is the A-A cross section view of Fig. 8.
Figure 10 be oil smoke air chamber internal-circulation type air flow collection cover with split channel shown in Figure 1 (or the discontinuous retaining smoke background barrier of multiaspect) the passage air outlet ceiling mounting type range hood or the air-conditioning suction and pumping lampblack absorber that are arranged on chassis sidewall comprise and the indoor set organigram of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) system of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage of oil extraction exhaust gases passes UNICOM that Figure 11 is the A-A cross section view of Figure 10.
Figure 12 be oil smoke air chamber internal-circulation type air flow collection cover with split channel shown in Figure 1 (or the discontinuous retaining smoke background barrier of multiaspect) the passage air outlet wall-hanging range hood or the air-conditioning suction and pumping lampblack absorber that are arranged on chassis sidewall comprise and the indoor set organigram of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) system of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage of oil smoke gas passage UNICOM that Figure 13 is the A-A cross section view of Figure 12.
Oil smoke air chamber internal-circulation type air flow collection cover (or multiaspect discontinuous retaining smoke background barrier) the passage air outlet that Figure 14 has a split channel shown in Figure 1 comprises and the indoor set organigram of air flow collection cover (or the discontinuous retaining smoke background of the multiaspect hinders) system of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage of oil smoke gas passage UNICOM that by wall-hanging range hood that forms at interval between the upper and lower casing or air-conditioning suction and pumping lampblack absorber Figure 15 is the A-A cross section view of Figure 14.
Figure 16 be oil smoke air chamber internal-circulation type air flow collection cover with split channel shown in Figure 1 (or the discontinuous retaining smoke background barrier of multiaspect) the passage air outlet ceiling mounting type range hood or the air-conditioning suction and pumping lampblack absorber that are arranged on chassis sidewall comprise and the indoor set organigram of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) system of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage of oil smoke gas passage UNICOM that Figure 17 is the A-A cross section view of Figure 16.
What Figure 18 was oil smoke air chamber internal-circulation type air flow collection cover with split channel shown in Figure 1 (or the discontinuous retaining smoke background barrier of a multiaspect) passage air outlet by ceiling mounting type range hood that forms at interval between the upper and lower casing or air-conditioning suction and pumping lampblack absorber comprises and the indoor set organigram of air flow collection cover (or the discontinuous retaining smoke background of the multiaspect hinders) system of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage of oil smoke gas passage UNICOM that Figure 19 is the A-A cross section view of Figure 18.
Figure 20 is the indoor set organigram with air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) system of oil smoke gas passage UNICOM that comprises of oil smoke exhausting type air flow collection cover with ring-shape blower fan (or the discontinuous retaining smoke background barrier of multiaspect) the passage air outlet ceiling mounting type range hood or the air-conditioning suction and pumping lampblack absorber that are arranged on chassis sidewall.
Figure 21 is the F partial enlarged drawing of Figure 20.
Figure 22 is the A-A cross section view of Figure 20.
What Figure 23 was oil smoke exhausting type air flow collection cover with ring-shape blower fan (or the discontinuous retaining smoke background barrier of a multiaspect) air outlet by ceiling mounting type range hood that forms at interval between the upper and lower casing or air-conditioning suction and pumping lampblack absorber comprises and the indoor set organigram of air flow collection cover (or the discontinuous retaining smoke background of the multiaspect hinders) system of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage of oil smoke gas passage UNICOM that Figure 24 is the A-A cross section view of Figure 22.
Figure 25 be oil smoke exhausting type air flow collection cover with split channel shown in Figure 1 (or the discontinuous retaining smoke background barrier of multiaspect) the passage air outlet wall-hanging range hood or the air-conditioning suction and pumping lampblack absorber that are arranged on the single-piece frame sidewall comprise and the indoor set organigram of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) system of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage of air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) passage UNICOM that Figure 26 is the A-A cross section view of Figure 25.
Figure 27 be oil smoke exhausting type air flow collection cover with ring-shape blower fan (or the discontinuous retaining smoke background barrier of multiaspect) the passage air outlet ceiling mounting type range hood or the air-conditioning suction and pumping lampblack absorber that are arranged on the single-piece frame sidewall comprise and the indoor set organigram of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) system of air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage of oil smoke gas passage UNICOM that Figure 28 is the A-A cross section view of Figure 27.
Figure 29 comprises that fan housing air intake rotating open-close type gate, oil smoke efflux the indoor set ventilation valve system sketch map that pipe flange and fan housing air intake straight line move opening and closing shutter.
Figure 30 comprises that oil smoke effluxes pipe flange and fan housing air intake straight line moves opening and closing shutter indoor set ventilation valve system sketch map
Figure 31 is that indoor set and installation form thereof and fresh wind tube road and air chamber internal recycle pipeline with wall-hanging range hood shown in Figure 1 or air-conditioning suction and pumping lampblack absorber are provided with sketch map.
Figure 32 is that indoor set and installing mechanism thereof and fresh wind tube road and the air chamber internal recycle pipeline of formula ceiling mounting type range hood or air-conditioning suction and pumping lampblack absorber is provided with sketch map.
Referring to Fig. 1 to Fig. 3; Constitute fluid dividing cover 0007 by shunting cover body 0001, preceding flow distribution plate 0002, preceding drainage plate 0003, back drainage plate 0004, left drainage plate 0005 and right drainage plate 0006; Wherein, Preceding flow distribution plate 0002 is fixedly connected with shunting cover body 0001, back drainage plate 0004 is fixedly connected with drainage cover body 0001; Preceding drainage plate 0003 is fixedly connected with crossflow fan spiral case 0010; Left side drainage plate 0005 and upper casing 0008 (or single-piece frame 0127; Referring to Fig. 4 and Fig. 5) be fixedly connected, right drainage plate 0006 and upper casing 0008 (or single-piece frame 0127, referring to Fig. 4 and Fig. 5) be fixedly connected; Preceding flow distribution plate 0002 constitutes preceding split channel 0009 with the cavity that preceding drainage plate 0003 and left drainage plate 0005 and right drainage plate 0006 surround; Rear end and the backboard 0129 (referring to Fig. 5) of shunting cover body 0001, back drainage plate 0004, left drainage plate 0005 and right drainage plate 0006 are sealedly and fixedly connected, and the cavity that the left slope board 0011 of shunting cover body 0001, preceding flow distribution plate 0002, back drainage plate 0004, left drainage plate 0005 and backboard 0129 surround constitutes left shunt passage 0013, and the cavity formation that the right slope board 0014 of shunting cover body 0001, preceding flow distribution plate 0002, back drainage plate 0004, right drainage plate 0006 and backboard 0129 surround parts circulation road 0016 on the right side.
Before split channel 0010, left shunt passage 0013 and to part circulation road 0016 on the right side isolated mutually; An opening 0012 that communicates with left shunt passage 0013 is arranged on the perhaps preceding flow distribution plate 0002; Preceding subchannel 0010 is through this opening 0012 and left shunt passage 0013 UNICOM; Before have on the flow distribution plate 0,002 one with part the opening 0015 that circulation road 0016 communicates on the right side, preceding subchannel 0010 is through this opening 0015 and part circulation road 0016 UNICOM on the right side.
The natural temperature wind that hair-dryer 0017 blows out or cold wind or hot blast; Through left shunt passage 0013; Before split channel 0010 with part circulation road 0016 on the right side; The left side side 0018, front side 0019 and the right side side 0020 that are distributed to (or single-piece frame 0127, referring to Fig. 4 and Fig. 5) casing 0008 surround and form air cage petticoat pipe 0021
Referring to Fig. 4 and Fig. 5, blast pipe 0121 and inlet box 0,122 one side UNICOM, blast pipe 0123 and inlet box 0122 opposite side UNICOM; Inlet box 0122 and last cover 0124 UNICOM, on cover 0124 and be inserted in play in the cover 0125, sealing ring 0126 under cover 0125 and on make between the cover 0124 down cover 0125 and on be tightly connected between covering 0124; Vertically move and go up cover 0124, the total height of following cover 0125 and last cover 0124 changes, following cover 0125 and loam cake 0128 UNICOM; Loam cake 0128 is sealedly and fixedly connected with single-piece frame 0127; Backboard 0129 is sealedly and fixedly connected with single-piece frame 0127, and shunting cover body 0001 lower end is tightly connected with the left wallboard inner surface of single-piece frame 0127, right wallboard inner surface respectively, and preceding flow distribution plate 0002 is sealedly and fixedly connected with the front panel inner surface of single-piece frame 0127; Spatial in the casing is divided into fan housing chamber 0130 and oil suction smoke chamber 0031; Hair-dryer 0017 two ends are fixedly connected with single-piece frame 0127, and hair-dryer 0017 inlet is communicated with fan housing chamber 0130, hair-dryer 0017 outlet and fluid dividing cover 0007 inlet seal UNICOM; Hair-dryer 0017; Fan housing chamber 0030 is separated into fan housing air-inlet cavity 0132 and air-out chamber 0133, and fan housing air-inlet cavity 0132 is isolated mutually with keying circuit installation cavity 0133, and natural air is got into by blast pipe 0121 and blast pipe 0023; Successively through flange case 0122, on cover 0124, cover 0125 down, fan housing air-inlet cavity 0132, hair-dryer 0017; Left shunt passage 0013, preceding split channel 0010 and part on the right side circulation road 0016 from the left side side 0118 of single-piece frame 0127 sidewall, the air outlet of front side 0119, right side side 0120 send into indoor, air outlet respectively in the left side side 0118 of casing 0127 sidewall, front side 0119, right side side 0120 and when cutting off mutually, forming one side is wall 0134 or backboard 0129; Three faces are natural air retaining smoke background barriers 0035 of the range hood of retaining smoke background barrier; Perhaps, outlet is arranged in by the small through hole on casing 0127 sidewall (what draw among the figure is mounting hole) on the left side wall, front side wall, right side wall of casing 0127 and constitutes the wind that hair-dryer blows out; After leaving casing 0127 from all small through hole 736; Far away slightly, make half air flow collection cover 0135 of three continuous nonseptate natural temperatures of left side wall around casing 0127, front side wall, right side wall up, inlet air flow path is with 0037,0038,0039 signal of band arrow curve;
Perhaps; On above-mentioned range hood basis; Also has heat exchanger 0140 (in the freon air-conditioning system; Be evaporimeter during to indoor refrigeration) be fixedly connected with the installing plate 0141 of heat exchanger 0140 and constitute heat exchanger assembly 0142; The refrigerant input of heat exchanger 0140, efferent duct are through pipe joint and tube connector one end UNICOM; The heat exchanger of this tube connector other end and off-premises station is (in the freon air-conditioning system; Being condenser during to indoor refrigeration) output, the corresponding sealing and fixing of input pipe UNICOM is (for saving this specification length; Wherein connecting tube, tube connector and off-premises station are not all drawn); Perhaps; Usually the heat-exchange medium output, the intake line UNICOM that are installed in outdoor circulation member of this tube connector other end and non-Freon air-conditioning system form the cooling of room air or the heat-exchange system (or being called equipment) that heats up, and in other words, have the air-conditioning range hood indoor set of heat exchanger 0140; Wherein, The input of heat exchanger 0140, output are exported with the temperature control medium that is arranged on outdoor parts usually of heat-exchange system of existing any air thermoregulating system or equipment or equipment (comprising pump type heat and non-heat pump type air heat exchanging system or equipment) respectively, input interface UNICOM, and the air-conditioning range hood indoor set that had both had a heat exchanger 0140 is arranged on outdoor parts usually with the outdoor heat-exchange system of this kind air thermoregulating system or equipment or equipment (comprising pump type heat and non-heat pump type air heat exchanging system or equipment), constitute one and have and contain the air-conditioning range hood system that fume exhaust system and room air carry out the heat exchanger assembly of heat exchange with it; Be also referred to as air conditioning smoke exhaust ventilator simply connected machine system; Perhaps, wherein, the input of heat exchanger 0140, output respectively with the heat-exchange system of existing any air thermoregulating system or equipment or the temperature control medium output that is arranged on outdoor parts usually, the input minute support interface UNICOM of equipment (comprising pump type heat and non-heat pump type air heat exchanging system or equipment); Constitute one have contain fume exhaust system and room air carry out with it heat exchange heat exchanger assembly air-conditioning range hood branch system and also comprise in addition room air conditioner [normally split type, comprising wall-hanging with (or) cabinet type] air-conditioning range hood and the many on-line systems of room air conditioner hybrid air-conditioning range hood or the equipment of branch system.
Evaporimeter installing plate 0141 two ends; Be fixed in the support slot 0144,0145 that is sealedly and fixedly connected respectively with single-piece frame 0127 both sides inwall with heat exchanger assembly 0142 embedding; Support slot 0144,0145 lower end closed; Overhead gage 0146 is fixedly connected with support slot 0144,0145 respectively; Be sealedly and fixedly connected with outer cage 0147 upper end of hair-dryer 0017; Two ends are fixedly connected with single-piece frame 0127 both sides inner wall sealing respectively; Inner casing 0147 lower end of lower baffle plate 0148 upper end and hair-dryer 0017 is sealedly and fixedly connected; Perhaps lower baffle plate 0148 upper end and hair-dryer inner casing 0149 left end lower surface be sealedly and fixedly connected (not drawing among the figure); The lower end is fixedly connected with the last flat seal of the inclination of back drainage plate 0004, and following shrouding 0149 is sealedly and fixedly connected with lower baffle plate 0148 uper side surface, and two ends and single-piece frame 0127 both sides inwall are sealedly and fixedly connected respectively; There is cold separated layer 0150 will descend shrouding 0149 and heat exchanger installing plate 0141 to be tightly connected between following shrouding 0149 and the heat exchanger installing plate 0141; Have cold separated layer 0151 to be tightly connected between fan housing chamber 0130 upper end internal face and loam cake internal face and overhead gage 0146 upper surface and support slot 0144,0145 upper end, hair-dryer 0017 outlet and fluid dividing cover 0007 inlet seal UNICOM is separated into air-inlet cavity 0152 and air-out chamber 0153 with fan housing chamber 0130; By natural air or cold air or the hot-air of blast pipe 0121 with blast pipe 0023 entering; Successively through flange case 0122, on cover 0124, cover 0125 down, air-inlet cavity 0152, heat exchanger 0140, hair-dryer 0017, left shunt passage 0013, preceding split channel 0010 and part on the right side circulation road 0016 from the left side side 0018 of single-piece frame 0127 sidewall, the air outlet of front side 0019, right side side 0020 sends into indoorly, forms one side and be wall 0134 or backboard 0129, three face and be the air retaining smoke background (air cage petticoat pipe) 0157 of the air-conditioning range hood of the air retaining smoke background that forms through refrigeration or the air stream that heats or air cage petticoat pipe.This routine air-conditioning range hood is the same with above-mentioned range hood; Band arrow curve 0037,0038,0039 signal inlet air flow path; For narrating conveniently; The straightway of curve 0037,0038,0039 overlaps with left shunt passage 0013, the preceding split channel 0010 of fluid dividing cover 0007 and the left current limliting face 0058, preceding current limiting plate 0059 and the right current limliting face 0060 that part circulation road 0016 on the right side respectively among the figure, and cooking stove 0061 and pot 0062 are enclosed in the taper surface 0063 that horizontal sectional area from top to bottom that the taper surface that is surrounded by left current limliting face 0058, preceding current limiting plate 0059 and right current limliting face 0060 extends gained increases;
In range hood or air-conditioning range hood; Fume exhaust blower fan 0151 is arranged in the oil suction smoke chamber 0031 and is fixedly connected with back drainage plate 0004; Fume exhaust blower fan 0151 is bilateral air intake centrifugal formula blower fan (when perhaps being replaced by one-sided air intake centrifugal formula blower fan, being provided with towards casing the place ahead or towards the casing rear with air inlet) in this example, flange seat 0163 and fume exhaust blower fan 0151 air outlet 0164 UNICOM; Pipe 0165 lower end and flange 0163 UNICOM in the mist extractor; Flange 0166 on upper end and the inlet box 0122 is tightly connected, and wherein pipe 0165 can elongate or shorten along himself center line in the mist extractor, and oil suction smoke chamber 0031 inlet of single-piece frame 0127 has gs-oil separator 0156; Blinds lock 0167 is tightly connected with oil suction smoke chamber 0031 internal face; Oil suction smoke chamber 0031 is separated into into lock district 0168 and goes out lock district 0169, enter lock district 0168, be isolated into identical with gs-oil separator 0166 number and the isolated mutually lock passage 0170,0171 that advances by midfeather 0169 between the gs-oil separator 0166; Gs-oil separator 0166 number is not limited among the figure listed with the corresponding lock passage number of advancing; Corresponding each gs-oil separator 0166 has a blinds gate 0172,0173, and when blinds gate 0172 was closed, blinds gate 0173 was opened; The corresponding lock passage 0170 that advances is closed; All the other do not close into that the lock feeder connection gross area reduces, and singlely advance lock feeder connection increased pressure, oil smoke successively from oil smoke suction inlet, gs-oil separator 0166, do not close into lock passage; The blinds gate of opening, go out in lock district 0169, fume exhaust blower fan 0151, flange seat 0163 and the mist extractor pipe 0165 be discharged to outdoor, band arrow curve 0174 (curve 0174 is represented with 2 sections curves among the figure) oil smoke aspiration row path signal.
In the air-conditioning range hood; Be provided with oil, the water collecting and arranging equipment (applicant of 8 japanese publication products is called the oil of air-conditioning range hood, the patent application specification of water collecting and arranging equipment to the name of Patent Office of Intellectual Property Right Bureau of the RPC submission referring in May, 2010) of nested air-conditioning range hood, wherein, link plate 0175 upper end is fixedly connected with backboard 0129; Water box 0176 hangs over link plate 0175 lower end; Oil box 0177 is placed on the upper surface of water box 0176 port with its ear 0178, and oil box 0177 bottom is sunk in the water in the water box 0176, " V " shape condense water disk 0179 outer surface coating cold separated layer 0180; Place heat exchanger 0140 below; Pipe joint 0,181 one end and water pond 0178 are sealedly and fixedly connected, and pipe joint 0181 other end stretches in the oil suction smoke chamber 0031, an end sealing and fixing UNICOM that stretches into oil suction smoke chamber 0031 of condensate pipe 0,182 one end and pipe joint 0178; Condensate pipe 0182 other end extends to oil suction smoke chamber 0031 bottom; On the one hand, heat exchanger 0140 surface condensation water flows in the water pond 0178, flows in the oil box 0177 through pipe joint 0181, condensate pipe 0182 and oil suction smoke chamber 0031 bottom aperture 0183; On the other hand, the water in the water box 0176 immerses in the oil box 0164 through oil box 0177 bottom aperture;
In the water box 0176 with oil box 0177 in the water surface all remain on the lateral aperture Down Highway height of the drainage joint 0184 that seals and be fixedly connected with water box 0176; Form gravity drainage system; The water that overflows, from embed in the wall 0134 S shape pipe 0185 and straight tube 0186 in flow into the sewage draining passage in house; Perhaps the probe base 0087 of insulating materials formation is fixedly connected with 0176 insulation of water box; Upper limit water level probe 0188, lower limit water level probe 0189 are fixedly connected with probe base 0087 insulation; Water pump 0190 (preferably electric water pump) is arranged in the water box 0167; Constitute self-draining arrangement 0191, under the microcomputer controller effect, the water surface remains between the end of probe of end of probe and lower limit water level probe 0189 of upper limit water level probe 0188.
Referring to Fig. 6 and Fig. 7; This example is got by Fig. 4 and change embodiment illustrated in fig. 5, has hidden gs-oil separator 0166 among Fig. 6, has demonstrated equally that left side blinds gate 0172 is closing, the state when right side blinds gate 0173 is being opened; Different with this example is; Upper casing 0008 and lower casing 0227 replaced should example in single-piece frame 0127, wherein, upper casing 0008 is sealedly and fixedly connected with backboard 0129; Lower casing 0227 is sealedly and fixedly connected with fluid dividing cover 007 lower end and backboard 0129; The interval that forms between upper casing 0008 and the lower casing 0227 constitutes the air outlet 0233 of air cage petticoat pipe or air heat exchange cage petticoat pipe, this air outlet 0233 along casing left side side 0118, front side 0119, right side side's 0120 continuous free of discontinuities, perhaps; The safety net 0236 that other has welded wire to become is arranged between the interval between upper casing 0008 and the lower casing 0227; Airstrainer 0294,0195,0296 is separately positioned on left shunt passage 0013, preceding split channel 0010 and parts on the right side in the wind-guiding mouth 0297,0298,0299 of circulation road 0016, and perhaps airstrainer covers safety net 0236 medial surface, and the oil of separated type air-conditioning range hood, water collecting and arranging equipment (applicant of 8 japanese publication products is called the oil of air-conditioning range hood, the patent application specification of water collecting and arranging equipment to the name of Patent Office of Intellectual Property Right Bureau of the RPC submission referring in May, 2010) are arranged on this routine product; Wherein, Oil box 0277 is suspended on link plate 0175 lower end, and water box 0276 is fixedly connected on oil suction smoke chamber 0031 inwall, and the probe base 0287 that insulating materials constitutes is fixedly connected with 0276 insulation of water box; Upper limit water level probe 0288, lower limit water level probe 0289 are fixedly connected with probe base 0287 insulation; Electric water pump 0190 is arranged in the water box 0276, constitutes self-draining arrangement 0291, and condensate pipe 0282 outlet is stretched in the water box 0276; Condensate pipe 0282 delivery port lower extreme point is higher than upper limit water level probe lower end; The end of probe of lower limit water level probe 0289 is higher than the water sucking mouth of water pump 0190, and in water-level control circuit 0192 control down, the water box 0276 interior water surface remains between the end of probe of end of probe and lower limit water level probe 0289 of upper limit water level probe 0288; The waste oil that oil smoke forms flows in the oil box 0276 through the hole 0283 of lower casing 0227 lower end, and all the other are identical with this example.
Referring to Fig. 8 and Fig. 9; This example is as a whole and get by Fig. 4 and the back-to-back merging of 2 embodiment products remainder except that rear wall shown in Figure 5; The difference is that; 2 single-piece frames 0327 replaced Fig. 4 and embodiment illustrated in fig. 5 in 2 single-piece frames 0127; Each is less by the degree of depth of Fig. 4 and 2 embodiment products shown in Figure 5, and the bottom becomes rectangle (referring to Fig. 9), drainage plate 0304 after a fluid dividing cover 0007 in left side and a fluid dividing cover 0007 on right side have; Casing 03100 is sealedly and fixedly connected with back drainage plate 0304 above the drainage plate 0304 of back; Fume exhaust blower fan 0151 is sealedly and fixedly connected with top board 03101 in casing 03100, and by the synthetic oil suction smoke chamber 0331 of the oil suction smoke chamber of Fig. 4 and 2 embodiment products shown in Figure 5, the oil smoke suction inlet 03102 in oil smoke chamber 0331 sucks; Pipe 0153 eliminating in interval, fume exhaust blower fan 0151, flange seat 0152 and the mist extractor between gs-oil separator in being embedded in suction inlet 03102, blinds lock (gs-oil separator, blinds lock are hiding in the drawings), cabinet 03100 and the fume exhaust blower fan 0151 successively, band arrow curve 0358 is the signal of oil smoke suction path; Referring to Fig. 9: the inlet UNICOM of the air outlet of left blower machine 0017 and the fluid dividing cover in left side 0007; The inlet UNICOM of the air outlet of right blower machine 0017 and the fluid dividing cover on right side 0007; Wind through left shunt passage 0313, preceding split channel 0310, part on the right side circulation road 0316 and after split channel 03103; From the left side side 0318 of single-piece frame 0327, the air outlet of front side 0319, right side side 0320 and side 03104, back blows out and forms four sides air curtain (cover) 0335, the oil of separated type air-conditioning range hood, water collecting and arranging equipment (applicant of 8 japanese publication products is called the oil of air-conditioning range hood, the patent application specification of water collecting and arranging equipment to what Patent Office of Intellectual Property Right Bureau of the RPC submitted to referring in May, 2010) are arranged on this routine product, wherein; Automatically collection, drainage arrangement 0291 are arranged on oil suction smoke chamber 0331 inwall; 2 oil boxs 0377 are separately positioned on single-piece frame 0327 bottom, and perhaps only 1 oil box 0377 is arranged on central authorities' (structure is seen Figure 10, Figure 11) of casing 0327 bottom, and the waste oil that oil smoke gas forms flows in the oil box 0377; Take off oil box 0377; Outwell waste oil, behind the cleaning oil box 0377, oil box 0377 resets; Entering recycles next time, and all the other are identical with this example.
Referring to Figure 10 and Figure 11; This example is by Fig. 8 and change embodiment illustrated in fig. 9 and get; Different with this example is; 2 upper casings 0408 and 2 lower casings 0427 replace 2 single-piece frames 0327 in this example respectively; During the safety net 0436 of going out honeycomb structure by metallic plate is connected between upper casing 0408 and 2 lower casings 0427 at interval; In oil suction smoke chamber 0431; Support 04104 is fixedly connected with oil suction smoke chamber 0431 interior sidewall surface, and purifier main body 04106 embeds in the ventilation window frame 0480 of support 04107, and purifier main body 04106 is made up of activated carbon filter layer 04107, titanium dioxide (TiO2) photocatalyst web plate layer 04108 from bottom to top successively; Support 04110 lower surface that ultraviolet sterilizing lamp 04109 is fixed on photocatalyst web plate layer 04108 top constitutes cooking fume remover 04111 with purifier main body 04106; Identical with oil smoke suction inlet number referring to Figure 11 cooking fume remover 04111 number, blinds lock 0455 is sealedly and fixedly connected with oil suction smoke chamber 0431 interior sidewall surface between the inlet of ultraviolet sterilizing lamp 04109 and fume exhaust blower fan 0151, and oil smoke sucks from the oil smoke suction inlet 04102 of below; Split into 2 the tunnel through gs-oil separator 0466, purifier main body 04106, blinds lock 0455, fume exhaust blower fan 0151 after discharging successively; One the tunnel passes through heat exchanger, the hair-dryer in left side (referring to Figure 11), the split channel of fluid dividing cover successively, and through the split channel of the heat exchanger on right side, hair-dryer, fluid dividing cover, the room air of room air circulation suction inlet 04107,04108 suction on this 2 road binders flue gas and upper casing 0408 left side wall and the right side wall converges successively on another road; Blowing out formation through single-piece frame sidewall air outlet, safety net 0436 again is interrupted near left side side 0418, front side 0419, right side side 0420 and side, the back 04104 sidewall air outlet of lower casing; But the honeycomb structure from safety net 0436 just makes the continuous fan housing in four sides slightly at a distance up, and suspension cover 04109 lower end is fixedly connected with the top board of upper casing 0408, and the upper end is fixedly connected with hanger 04110; Hanger is fixedly connected (structure of relevant hanger and suspension angle steel and the annexation between the two are referring to figure and explanation thereof) with indoor set suspension angle steel; An oil box 0477 replaces 2 oil boxs 0377 of this example, band arrow curve the 04111,04112,04113, the 04115th, and oil smoke gas and the signal of indoor circulation inlet air flow path, all the other are identical with this example.
Referring to Figure 12 and Figure 13; This example is by Fig. 6 and change embodiment illustrated in fig. 7 and get; Different with this example is, having the safety net 0536 of cellular mesh to replace should example safety net 0236, in oil suction smoke chamber 0331; Support 05104 is fixedly connected with lower casing 0527 inner surface; Connector 05112 is sealedly and fixedly connected purifier main body 05106 in support 05104 inboard, and wherein, purifier main body 04106 is connected and composed mutually by activated carbon filter layer 05107, titanium dioxide (TiO2) photocatalyst web plate layer 05108 from bottom to top successively; Ultraviolet sterilizing lamp 05109 is fixed between the oil smoke suction inlet of photocatalyst web plate layer 05108 top and fume exhaust blower fan 0151; Constitute clarifier 05111 with purifier main body 05106, blinds lock 0555 is sealedly and fixedly connected with lower casing 0527 side wall inner surfaces and backboard 0529 inner surface between the inlet of ultraviolet sterilizing lamp 05109 and fume exhaust blower fan 0151, buffer board 05112 at heat exchanger (in the air-conditioning system of fluorine Lyons; Be evaporimeter during to indoor refrigeration) air-inlet cavity 0152 interior and fume exhaust blower fan 0151 air outlet top; Be fixedly connected with backboard 0529 inner surface through securing member 05113, a window 05114 is arranged at heat exchanger air-inlet cavity 0152 top, and air cleaner 05 115 is fixedly connected on the upper surface at window 05114 place; Oil smoke gas sucks from the below; Pass through gs-oil separator 0166, purifier main body 05106, blinds lock 0555 (wherein midfeather shape and Fig. 6 and embodiment illustrated in fig. 7 different), 0151 discharge of fume exhaust blower fan successively, through buffer board 05112 buffering, dispersion, room air gets into heat exchange air-inlet cavity 0152 (in the freon compressore air-conditioning system through air cleaner 05115, window 05114; Be the refrigeration air-inlet cavity during to indoor refrigeration) separated therewith, purify, buffering, the oil smoke gas that disperses pass through heat exchanger 0166 together; Be inhaled into hair-dryer 0117, band arrow curve is oil smoke gas and the signal of indoor circulation inlet air flow path, and all the other are identical with this example.Replace air cleaner 05115 and shed buffer board 05112 and heat exchanger 0166 with the cover plate identical with air cleaner 05115 length and width, this routine product is the wall-hanging range hood that oil smoke air chamber internal-circulation type fan housing air outlet is arranged on chassis sidewall.
Perhaps; Connector 05112 is sealedly and fixedly connected purifier main body 05176 at support 06104 inner surface in this example; Constitute purifier main body 05177 by activated carbon filter layer 05107; Blinds lock 0555 is sealedly and fixedly connected with lower casing 0527 between the inlet of activated carbon filter layer and fume exhaust blower fan 0151, and the fume exhaust blower fan outlet top in heat exchanger (to indoor refrigeration time for refrigeration) air-inlet cavity 0152 has support 05178 and back drainage plate 0004 to be sealedly and fixedly connected in addition, by titanium dioxide (TiO2) photocatalyst web plate layer 05179 and ultraviolet sterilizing lamp 05180 formation sterilizer 05181; Wherein, Titanium dioxide (TiO2) photocatalyst web plate layer 05179 is connected with support 05178, and ultraviolet sterilizing lamp 05180 is connected with buffer board 05112, and oil smoke gas sucks from the below; Discharge through gs-oil separator 0166, purifier main body 05177, blinds lock 0555, fume exhaust blower fan 0151 successively; Through sterilizer 05181 sterilization, buffer board 05112 buffering, disperse, room air through air cleaner 05115, window 05114 get into heat exchange air-inlet cavity 0152 (in the freon compressore air-conditioning system, being the refrigeration air-inlet cavity during to indoor refrigeration) therewith through separate, purify, buffering, the oil smoke gas that disperses pass through heat exchanger 0166 together; Be inhaled into hair-dryer 0117, all the other are identical with this example.Replace air cleaner 05115 and shed heat exchanger 0166 with the cover plate identical with air cleaner 05115 length and width, this routine product is the wall-hanging range hood that oil smoke air chamber internal-circulation type fan housing air outlet is arranged on chassis sidewall.
Referring to Figure 14 and Figure 15; This example is by Figure 12 and change embodiment illustrated in fig. 13 and get; Different with this example is, single-piece frame 0627 replaces should example upper casing 0008, lower casing 0527 and safety net 0536, and fluid dividing cover 0007 is connected with single-piece frame 0627 and backboard 0629; Identical with single-piece frame 0127 with Fig. 4 with being connected of backboard 0129 with middle fluid dividing cover 0007 embodiment illustrated in fig. 5, all the other and Figure 12 and embodiment illustrated in fig. 13 identical.
Referring to Figure 16 and Figure 17; This example is by Figure 10 and change embodiment illustrated in fig. 11 and get; Different with this example is; Single-piece frame 0727 replaces should 0327,2 fluid dividing cover of example single-piece frame 0007 being sealedly and fixedly connected with single-piece frame 0727 and constitutes left shunt passage 0313, preceding split channel 0310, parts the wind that circulation road 0316 and 03103,2 hair-dryer 0117 of back split channel blow out on the right side; Blow out formation four sides air curtain 0735, all the other and Figure 10 and embodiment illustrated in fig. 11 identical from single-piece frame 0727 sidewall air outlet.
Referring to Figure 18 and Figure 19; This example is by Figure 10 and change embodiment illustrated in fig. 11 and get; Upper casing 0808 and lower casing 0827 have replaced the single-piece frame in should example, and upper casing 0808 does not comprise safety net, all the other and Figure 10 and embodiment illustrated in fig. 11 identical with the air outlet that lower casing 0827 forms at interval.
Referring to Figure 20, Figure 21 and Figure 22, in the indoor set 1000 of air-conditioning range hood, blast pipe 0121 and inlet box 1,022 one side UNICOMs; Blast pipe 0123 and inlet box 1022 opposite side UNICOMs, inlet box 1022 and last cover 1024 UNICOMs, on cover 1024 and be inserted in down and cover in 1025; Adjustment ring 1026 under cover 0125 and on make between the cover 0124 down cover 1025 and on be tightly connected between the cover 1024, the adjustment ring 1026 of replacement differing heights, the total height of play cover 1025 and last cover 1024 is encircled 1026 Level Changes with adjustment; Under cover 1024 with loam cake 1028 UNICOMs, loam cake 1028 is sealedly and fixedly connected with engine housing 1027 and constitutes casing 10270, shunting cover cap 10116 is sealedly and fixedly connected with shunting cover body 1001 upper ends and constitutes fluid dividing cover 1007; Shunting cover cap 10116 air vents 10117 communicate with the air vent of shunting cover body 1001 upper ends, and the side wall inner surfaces of shunting cover body 1001 lower ends and engine housing 1027 is sealedly and fixedly connected, and the interval between casing 10270 and the fluid dividing cover constitutes split channel; Infundibulate chassis 10123 is sealedly and fixedly connected with single-piece frame 1027 lower ends, forms fan housing chamber 1030 that is made up of single-piece frame 1027, loam cake 1028, shunting cover cap 10116 and shunting cover body 1001 and the oil suction smoke chamber 1031 that is made up of shunting cover cap 10116, shunting cover body 1001, single-piece frame 1027 and chassis 10123, and fume exhaust blower fan 0151 is sealedly and fixedly connected with shunting cover cap 10116 in oil suction smoke chamber 1031; The air outlet of fume exhaust blower fan communicates with the air vent 10117 of shunting on the cover cap 10116, and tilting flange seat 1063 is sealedly and fixedly connected with shunting cover cap 10116, the air vent 10118 and air vent 10117 UNICOMs of tilting flange seat 1063; Grooved bracing frame 10119 is fixedly connected with shunting cover cap 10116 with tilting flange seat 1063, and pipe 1065 lower ends are fixedly connected with drum shape interface 10120 co-axial seals of tilting flange seat 1063 in the mist extractor of rigidity, is tightly connected along pipe 1065 upper ends in self axis telescopic stretch interior pipe 10127 lower ends and the mist extractor; In flexible in pipe 10127 upper ends and the inlet box 1022 the mist extractor flanges connect mouth 10128 co-axial seals and be fixedly connected, ring-shape blower fan 1028 is managed 1065 and is sealedly and fixedly connected fan housing chamber 1030 in in the mist extractor, heat exchanger support 10121 port 10122 and separated cold ring 10123 outer ring surfaces are sealedly and fixedly connected; Pipe 1065 appearance cylinders are sealedly and fixedly connected in cold ring 10122 inner ring surfaces and mist extractor, bottom plate 10124 outer ring surfaces of heat exchanger support 10121 be sealedly and fixedly connected at a distance from cold frame 10125 inner ring surfaces, at a distance from cold frame 10125 outer ring surfaces and cover 1025 side wall inner surfaces down be sealedly and fixedly connected form by last cover, cover 1025 down, flexible in the heat exchange air-inlet cavity 1052 that constitutes of pipe 10127, the cavity that limits at a distance from cold ring 10122, heat exchanger support 10121 and bottom plate 10124 (in the freon compressore air-conditioning system; Be the refrigeration air-inlet cavity during to indoor refrigeration) and by the heat exchange air-out chamber 1053 (in the freon compressore air-conditioning system, being refrigeration air-out chamber during to indoor refrigeration) of in cold ring 10122, heat exchanger support 10121, mist extractor, managing 1065, the cavity of bottom plate 10124 and cover 1025 restrictions down constitutes, air-out chamber 1053 communicates with fan housing chamber 1030; In air-inlet cavity 1052, heat exchanger 1040 is sealedly and fixedly connected with heat exchanger support 10121, and the refrigerant input of heat exchanger 1040, efferent duct are through pipe joint and tube connector one end UNICOM; The heat exchanger of this tube connector other end and off-premises station (in the freon air-conditioning system, being condenser during to indoor refrigeration) output, the corresponding sealing and fixing of input pipe UNICOM (for saving this specification length, wherein connecting tube, tube connector and off-premises station are not all drawn); Perhaps, the heat-exchange medium output, the intake line UNICOM that are installed in outdoor circulation member usually of this tube connector other end and non-Freon air-conditioning system form to the cooling of room air or the heat-exchange system (or being called equipment) that heats up, in other words; Air-conditioning range hood indoor set with heat exchanger 1040, wherein, the input of heat exchanger 1040, output are exported with the temperature control medium that is arranged on outdoor parts usually of heat-exchange system of existing any air thermoregulating system or equipment or equipment (comprising pump type heat and non-heat pump type air heat exchanging system or equipment) respectively, input interface UNICOM; The air-conditioning range hood indoor set that had both had a heat exchanger 1040 is arranged on outdoor parts usually with the outdoor heat-exchange system of this kind air thermoregulating system or equipment or equipment (comprising pump type heat and non-heat pump type air heat exchanging system or equipment), constitutes one and has and contain the air-conditioning range hood system that fume exhaust system and room air carry out the heat exchanger assembly of heat exchange with it, is also referred to as air conditioning smoke exhaust ventilator simply connected machine system; Perhaps, wherein, the input of heat exchanger 1040, output respectively with the heat-exchange system of existing any air thermoregulating system or equipment or the temperature control medium output that is arranged on outdoor parts usually, the input minute support interface UNICOM of equipment (comprising pump type heat and non-heat pump type air heat exchanging system or equipment); Constitute one have contain fume exhaust system and room air carry out with it heat exchange heat exchanger assembly air-conditioning range hood branch system and also comprise in addition room air conditioner [normally split type, comprising wall-hanging with (or) cabinet type] the air-conditioning range hood and the room air conditioner hybrid air-conditioning range hood of branch system join system or equipment more.
Natural air is got into by blast pipe 0121 and blast pipe 0023; Successively through heat exchange air-inlet cavity 1052, heat exchanger 1040, heat exchange air-out chamber 1052; In fan housing chamber 1030 by ring-shape blower fan 1028 from left shunt path 10 13, preceding split channel 1010, part on the right side circulation road 1016 and the back split channel 10103 air outlet 1033 send into indoor; Form the tempering air cage smoke screen 0035 of the mutual discontinuous range hood in four sides, band arrow curve 1037,1038,1039,10126 signal inlet air flow path.
Fume exhaust blower fan 0151 is arranged in the oil suction smoke chamber; Its air outlet place flange and fluid dividing cover 1007 sealing and fixing UNICOMs; There is oil smoke suction inlet 10129 on chassis 10128; Embed a gs-oil separator 1066 in each oil smoke suction inlet 10129; After oil smoke is drawn in the fume exhaust blower fan 0151 pressurization, quickens through gs-oil separator 1066, in tilting flange seat 1063, mist extractor, manage 1065, flexible in the mist extractor interface rings of pipe 10127 and inlet box 1022 discharge, be with arrow curve 10127 oil smoke airflow paths.
Drip tray support 10135, separated cold dish 10136, pipe joint 10138 and condensate pipe 10139 constitute drip tray assemblies 10140; Be arranged between heat exchanger support 10121 and the ring-shape blower fan, wherein, drip tray support 10135 is fixedly connected with the interior pipe 1065 of mist extractor; Be shelved on the drip tray support 10135 at a distance from cold dish 10136; Drip tray 10137 is shelved at a distance from cold dish 10136, pipe joint 10,138 one ends and drip tray 10137 UNICOMs, the other end and condensate pipe 10139 UNICOMs; Fluid dividing cover 1007 is passed in condensate pipe 10139 lower ends, stretches into oil suction smoke chamber 1031.
What self-draining arrangement 1091 and self-draining arrangement 0191 were different is that single groove double hook type hanger 10130 is fixedly connected with chassis 10123 below chassis 10123, a pair of hangers 10131 of water box 1076 upper ends; Be connected with the hook 10132 of single groove double hook type hanger 10130, all the other are identical with self-draining arrangement 0191 with the parts formation and the annexation thereof of self-draining arrangement 0191, perhaps; Ectotropic double hook top, hanger 10130 lower ends respectively is fixedly connected a spring bearer plate 10133, has between spring bearer plate 10132 and the hook 10132 at interval, and a pair of hangers 10131 of water box 1076 upper ends inserts respectively in two intervals; In being clamped at interval by spring bearer plate, perhaps, otherwise; A pair of hangers 10131 belows of water box 1076 upper ends, each is fixedly connected a spring bearer plate with the water box, has between spring bearer plate and the hangers 10131 at interval; About totally 2 intervals clamp the ectotropic hook 10132 in hanger 10130 lower ends respectively, make the water box keep constant, perhaps with respect to the fixed position of casing; The boss 10134 of oriented septal direction also on the hook 10132, the hangers of insertion porose or pit, boss falls into hole or pit; Make the water box keep constant with respect to the fixed position of casing, wherein, boss is a part that is fixedly connected with hook; Perhaps boss is the salient point that compacting (or punching out or injection mo(u)lding or die cast) goes out on the hook, and perhaps, salient point is on the hangers or on the pressing plate; Protrusion is in the interval, and the part that contacts with salient point has corresponding hole or the pit in position with it at the salient point place; Salient point falls within hole or the pit, and the water box promptly is positioned and clamps.
Do not comprise heat exchanger support 10121, heat exchanger 1040 and at a distance from cold part, constitute range hoods with the indoor set 1000 of the air conditioning smoke exhaust ventilator of the connecting line part of off-premises station, drip tray assembly 10140.
Referring to Figure 23 and Figure 24, this example is changed by Figure 20 to 22 illustrated embodiment and get, and different with this example is, the single-piece frame 1027 in upper casing 1108, safety net 1136 and lower casing 1127 these examples of replacement, and all the other are identical with this example.
Referring to Figure 25 and Figure 26; This example is by Fig. 4 and change embodiment illustrated in fig. 5 and get, different with this example is, single-piece frame 1227 replaced should example single-piece frame 0127; The air outlet of single-piece frame 1227 left side walls, right side wall and front side wall is arranged by small through hole 1336 (what draw among the figure is mounting hole) and is formed; From the wind that these hair-dryers blow out, make into three continuous fan housings up, all the other are identical with this example.
Referring to Figure 27, this example of Figure 28 by Figure 25 and change embodiment illustrated in fig. 26 and get; Different with this example is; Single-piece frame 1327 replaced should example single-piece frame 1227, single-piece frame 1327 lower ends are bigger than the upper end, and the air outlet on it forms by being arranged by small through hole 1336 (what draw among the figure is mounting hole); The useless flue gas of the fuel combustion of rising naturally can not get into the fan housing chamber, and all the other are identical with this example.
Referring to Figure 29, Figure 30, blast pipe 0121 is in flange case 0,122 one side and inlet box 0122 UNICOM, blast pipe 0123 (hiding among Figure 29, referring to Figure 30)) in flange case 0122 opposite side and flange case 0122 UNICOM.
Blast pipe 0123, sealing ring 14131, brake lining 14130, stepping motor 14129 and support of motor 14128 constitute stepping motor driven in rotation open and close type air inlet valve system 14132, and wherein, stepping motor support 14128 is fixedly connected with blast pipe 0123 outer cylinder face; Stepping motor 14129 is fixedly connected with stepping motor support 14128, and axle sleeve 14133 external cylindrical surfaces of brake lining 14130 upper ends are connected with blast pipe 0123 running clearance, and brake lining 14130 lower end axles 14134 are connected with blast pipe 0123 running clearance; The coaxial fixed connection of endoporus of the output shaft of stepping motor 14129 and the axle sleeve 14133 of brake lining 14130 upper ends, the external cylindrical surface of sealing ring 14131 and blast pipe 0123 inner cylinder face are sealedly and fixedly connected, and inner cylinder face and brake lining 14130 peripheries are tightly connected; Sealing ring 14131 is processed by fire-retardant, soft, elastomeric material; Flame-retardant foam rubber preferably, stepping motor 14129 rotates, brake lining 14130 planes and blast pipe 0123 axis angle α change; During α=0 °; Valve system 14132 reaches maximum, and during α=90 °, valve system 14132 is closed fully; In the time of 0 °＜α＜90 °, valve system 14132 partially opens.
Any an input port (A port one 4135 or B port one 3136 or the C port one 4137 of the output port of the blast pipe 0123 of stepping motor driven in rotation open and close type air inlet valve system 14132 and inlet box 0122; This example is an A port one 4135) be sealedly and fixedly connected; This input port opening and closing of inlet box 0122 with stepping motor driven in rotation open and close type air inlet valve system 14132 states
Constitute linear stepping motor by blast pipe 0121, linear stepping motor support 15128, linear stepping motor 15129,2 sealing rings 15131, brake linings 15130 and drive mobile open and close type air inlet valve system 15132, wherein, linear stepping motor support 15128 is fixedly connected with blast pipe 0121 external cylindrical surface; Linear stepping motor 15129 is fixedly connected with linear stepping motor support 15128; The external cylindrical surface of 2 sealing rings 15131 and blast pipe 0123 inner cylinder face are sealedly and fixedly connected, and sealing ring 14131 is processed by soft, elastomeric material, preferably flame-retardant foam rubber; The handle of brake lining 15130 right-hand members is fixedly connected with the mobile bar 15132 of linear stepping motor 15129 (perhaps tooth bar) end; Brake lining 15130 slipper seal between 2 sealing rings 15131 connects, and 2 planes of brake lining 15130 are connected with the half of cylinder gap of the blast pipe 0121 that is positioned at linear stepping motor 15,129 one sides respectively, and linear stepping motor 15129 work are moved mobile bar 15132; Valve system 15132 states change; Referring to Figure 30, when mobile bar 15132 moved to the left side extreme position, valve system 14132 was closed fully; When moving to the right side extreme position; Valve system 14132 reaches maximum, and when moving between left side extreme position and the right side extreme position position, valve system 14132 partially opens.
Linear stepping motor drives the output port of the blast pipe 0121 that moves open and close type air inlet valve system 15132 and any an input port (A port one 4135 or B port one 3136 or the C port one 4137 of inlet box 0122 remainder; This example is an A port one 4135) be tightly connected, this input port of this of inlet box 0122 drives mobile open and close type air inlet valve system 15132 states with linear stepping motor and opens and closes.
The inboard flanged pipe of the D port one 4138 of pipe 10127 and inlet box 0122 UNICOM in outer mist extractor flexible; The D port one 4138 that is connected with the flexible interior pipe 10127 of outer mist extractor; Be as the criterion with convenient mist extractor outer tube layout with D port one 4138 outer end UNICOMs; Perhaps to make things convenient for D port one 4138 direct outer mist extractors to be as the criterion, be arranged on A port one 4135 places or B port one 3136 places or C port one 4137 places, A port one 4135 or B port one 3136 or C port one 4137 positions change thereupon.
The fresh wind tube road input of range hood or air-conditioning range hood is enclosed within air purifier 1 and sees that to air purifier 11(this product invention people is called the patent application specification of duct type air purifier on May 10th, 2010 to the name that Patent Office of Intellectual Property Right Bureau of the RPC submits to) in any one output co-axial seal connect and compose duct type air cleaning VMC; Perhaps; The room air circulating line input of air-conditioning range hood is enclosed within that any one output co-axial seal connects and composes duct type room air circularly purifying system in above-mentioned air purifier 1 to the air purifier 11
Referring to Figure 31, the indoor set 17000 of wall-hanging range hood or oil smoke exhausting type air-conditioning suction and pumping lampblack absorber is positioned at cooking stove 17141 tops on kitchen range top type cabinet 17140 table tops in kitchen, and the link plate 17142 of indoor set 17000 is fixedly connected with wall 0134.
The input 17144 of airduct 17143 connects and composes one-pipe system 17145 with the tail end co-axial seal of dust filter unit formula tuyere device 16136 or duct type air purifier 16186, and wherein tuyere device is not limited to dust filter unit formula tuyere device 16136 or duct type air purifier 16186.
The output port of an one-pipe system 17145 that comprises airduct 16190 and the A input port of tee pipe coupling 17,146 17147 sealing UNICOMs constitute the A laterals; The B input port 17148 sealing UNICOMs of the output port of another one-pipe system 17145 and tee pipe coupling 17146 constitute the B lateral, and A lateral and B lateral constitute lateral system 17149.
Duct type air purifier 16186 output ports stretch in the wall hole 17150 in the kitchen; Fixed seal connection is wall 17151 lateral surfaces in the kitchen; Stepping motor driven in rotation open and close type air inlet valve system 14132 or linear stepping motor drive the output port of mobile open and close type air inlet valve system 15132 and an input port on the flange case 0122 is tightly connected; Stepping motor driven in rotation open and close type air inlet valve system 14132 or linear stepping motor drive the output port 17146 sealing UNICOMs of the air output port and the airduct 17143 of mobile open and close type air inlet valve system 15132; The input 17144 of airduct 17143 is sealedly and fixedly connected with the air output port of valve system 14132 or valve system 1513; Constitute fresh wind tube road system 17181; Outdoor air is system 17181 through the fresh wind tube road, in the air cage petticoat pipe passage or air heat exchange cage petticoat pipe passage entering kitchen of indoor set 17000, realizes indoor additional pure air.
The input port of duct type air purifier 16186 is sealedly connected on smallpox decorative layer 17152 lower surfaces downwards; Any input port remaining on airduct 17143 outputs 17146 and the flange case 0122 seals UNICOM; Constitute room air circulation one-pipe system 17148; Air in the air cage petticoat pipe passage or air heat exchange cage petticoat pipe passage entering kitchen of indoor set 17000, realizes that the room air single-point circulates through one-pipe system 17148 in the kitchen.
The input port of 2 duct type air purifiers 16186 in A lateral system and the B lateral system is following; Be sealedly connected on smallpox decorative layer 17152 lower surfaces; 2 output ports respectively with 2 input ports, 17147, the 17148 sealing and fixing UNICOMs of tee pipe coupling 17154; Remaining any input port sealing and fixing UNICOM on 1 output port 17146 of tee pipe coupling 17154 and the flange case 0122; Constitute room air loop branches pipe-line system 17150; Air in the air cage petticoat pipe passage or air heat exchange cage petticoat pipe passage entering kitchen of indoor set 17000, realizes that room air 2 dot cycles are mobile through lateral system 17150 in the kitchen.
Perhaps; Duct type air purifier 16186 is arranged in the wall hole 17146; 2 duct type air purifiers 16186 are separately positioned in the air vent 17158,17159 on the smallpox decorative layer 17156; Fresh air is through smallpox decorative layer 17156 in duct type air purifier 16186 inlet chambers on the wall hole 17146 and the space 17164 between the roof, kitchen; Air in smallpox decorative layer 17156 and the kitchen between the ground; Through the duct type air purifier 16186 in the air vent 17158,17159 on the smallpox decorative layer 17156; Get into space 17164; Drive the rotary type pipeline through stepping motor again and open and close lock 14132 or linear stepping motor and drive movable tube and open and close lock 15132, get into air retaining smoke background (cover) passage of oil smoke gas exhausting type range hood 17000 (18000), air outlet is blown in the kitchen from left side side, front side and the right side side of indoor set 17000 (18000) casings of range hood 17000 (18000) air-conditioning suction and pumping lampblack absorbers (left side side, front side, right side side and after side).
There is of an air conditioning smoke exhaust ventilator indoor unit 17000 to have in the kitchen of smallpox decorative layer 17152; At least comprise an one-pipe system 17148 (being arranged in the wall hole 17159); Perhaps comprise a lateral system 17150 (being arranged in the wall hole 17159) at least, 2 lateral systems 17150 and a fresh wind tube road system 17181 are arranged at most.
Air compressor machine installing rack 17302; Be fixedly connected on the wall in the kitchen of smallpox decorative layer 17152 tops, air compressor machine 17301 is fixedly connected with air compressor machine installing rack 302, and a port of blast pipe 17303 is outside the kitchen; Another port and air compressor machine air inlet UNICOM; Air cleaner 16340 is connected between the P mouth 16338 of output and two-position four-way solenoid directional control valve 16324 of air compressor machine 17301, removes the impurity in the air compressor machine delivery air, and air compressor machine 17301 is oilless air compressor preferably; Air compressor machine 17301 provides source of oxygen for oxygen-enriched generator 16300; R mouth 16339 UNICOMs of blast pipe 16,403 one ends and two-position four-way solenoid directional control valve 16200, blast pipe 16403 other ends reach outside the kitchen, are discharged to outside the kitchen from blast pipe 16403 through the helium of oxygen-enriched generator 1630 step-down desorptions.
Referring to Figure 32; Smallpox decorative layer 18156 is by transparent drafting; Between smallpox decorative layer 18156 and roof, kitchen lower surface; 2 beam 18164 two ends are fixedly connected on respectively in wall 18165 and the wall 18166; Hanger 18167 is fixedly connected with 2 beams 18164; Hanger 18167 is fixedly connected with the cover of going up of the indoor set 18000 of ceiling mounting type range hood or ceiling type air conditioner suction and pumping lampblack absorber, and air compressor machine 17301 is arranged on the outdoor ground, and the helium of oxygen-enriched generator 1630 step-down desorptions is discharged to outside the kitchen from blast pipe 18403; The pernicious gas and the viral corpse of active carbon and molecular sieve purification device 16188 desorptions are discharged to outside the kitchen from blast pipe 18404; The pernicious gas and the viral corpse of NACF felt adsorption cleaning device 16184 desorptions are discharged to outside the kitchen from blast pipe 18405, the formation of fresh wind tube road system 17147 and room air circulation one-pipe system or room air loop branches pipe-line system and basic identical with the indoor set 18000 of range hood or air-conditioning range hood thereof, wherein; Only air intake position, duct length and pipe distribution path and the embodiment shown in Figure 32 of room air circulation one-pipe system or room air loop branches pipe-line system are inequality.
The application is not limited to said machine casing (comprising the casing of being made up of upper casing and lower casing) side wall surface or its elongated surfaces has crossing product; Also comprise the product that the chassis sidewall face is made up of smooth surface, wherein, comprise in the ceiling mounting type; The chassis sidewall face be in product and the wall-hanging of the face of cylinder, normal cone face, elliptic cylinder, positive elliptic cone, up-small and down-big tubaeform anchor ring, up-small and down-big roseleaf shape anchor ring by wall be the plane all the other are products of the part of these curved surfaces; But, chassis sidewall air outlet lower edge, consistent with the intersection shape of the drainage face of the sidewall of the casing of curve form and split channel; Wherein, When the drainage face itself that comprises the split channel that is connected with the sidewall of the curve form of casing is the plane, be curve shape from the chassis sidewall air outlet profile of horizontal direction projection, perhaps; The drainage face of the split channel that is connected with the sidewall of the curve form of casing with the sidewall junction of the curve form of casing; From the drainage facial contour of the split channel of the sidewall junction of the horizontal direction projection and curve form casing is straight line, and drainage face itself then is a curved surface, perhaps; When the drainage face of the split channel that is connected with the sidewall of the curve form of casing itself is curved surface; From the chassis sidewall air outlet profile of horizontal direction projection also is curve shape, no matter is any of these three kinds of situation, during from the horizontal direction projection; The chassis sidewall air outlet lower edge shape that is connected with the drainage face of split channel is identical with the outline line shape of the drainage face of the split channel of chassis sidewall junction.
In any split-type air conditioner smoke exhaust ventilator; The heat exchanger of indoor unit is (in the freon compressore air-conditioning system; Be evaporimeter during to indoor refrigeration) the heat exchanger of refrigerant input, output and off-premises station (in the freon air-conditioning system; It during to indoor refrigeration condenser; In the non-Freon air-conditioning system, be radiator or cooler during with the room air heat exchange) output, the corresponding sealing and fixing of input pipe UNICOM, perhaps; Usually the output that is installed in the outdoor heat-exchange medium circulatory system of this tube connector other end and non-Freon air-conditioning system, intake line UNICOM form the heat-exchange system (equipment) to room air cooling or intensification; In other words, have the air-conditioning range hood indoor set of heat exchanger 0140, the heat exchanger of the input of heat exchanger 0140, output and off-premises station is (in the freon air-conditioning system; It during to indoor refrigeration condenser; In the non-Freon air-conditioning system, with the heat exchanger of chamber output and off-premises station (in the freon air-conditioning system, be condenser during to indoor refrigeration; In the non-Freon air-conditioning system; Be radiator or cooler during with the room air heat exchange) output, the corresponding sealing and fixing of input pipe UNICOM, output is exported with the temperature control medium that of existing any air thermoregulating system (equipment) is arranged on outdoor heat-exchange system (comprising pump type heat and non-heat pump type air heat exchanging system or equipment) usually respectively, input interface UNICOM, and the air-conditioning range hood indoor set with heat exchanger 0140 is arranged on outdoor heat-exchange system usually with of this kind air thermoregulating system (equipment); Constitute one have contain the fume exhaust system directly to the air-conditioning range hood system of the indoor heat-exchanging part of room air temperature adjustment (in the simply connected air-conditioning system time) or air-conditioning range hood branch system (in multi-gang air conditioner time); And, be not limited to indoor refrigeration is connected, also comprise indoor heating is connected.
The formation parts of air flow collection cover (air flow collection cover heat exchange) system of the application's oil smoke gas exhausting type product reduce; Indoor air convection outside air flow collection (air flow collection cover heat exchange) cover is more abundant; Outdoor fresh air and indoor circulation air just pass through empty air flow collection cover (air flow collection cover heat exchange) passage through purified treatment earlier and send into indoor; Not only air flow collection cover (air flow collection cover heat exchange) wind cleans; Air flow collection cover (air flow collection cover heat exchange) passage also can keep clean, and has also avoided the interference of air flow collection cover (air heat exchange afflux cover) air-flow to cooking stove flame.Air flow collection cover (air flow collection cover heat exchange) system of the application's oil smoke internal-circulation type product has the advantage of above-mentioned oil smoke gas exhausting type product; Also has oil smoke gas earlier through purified treatment; After getting into air flow collection cover (air flow collection cover heat exchange) passage with the room air interflow again; With heat exchanger heat exchange after-blow to indoor, when realizing the room air temperature adjustment, avoid the fume pollution outdoor air.

Claims (10)

1. range hood or air-conditioning range hood; Range hood comprises hair-dryer and air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) passage; Hair-dryer is arranged in air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage; Constitute air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) system; The wind that hair-dryer blows out is sent to indoor from air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) channel outlet, perhaps, the air-conditioning range hood comprises hair-dryer and air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) passage; Hair-dryer is arranged in air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of the multiaspect) passage; Constitute air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) system, the wind that hair-dryer blows out is sent to indoor from air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) channel outlet, perhaps; The air-conditioning range hood comprises hair-dryer, air retaining smoke background (air cage petticoat pipe) heat exchanger channels and the heat exchanger (evaporimeter when being equivalent to freon and being Freon compressor air-conditioning device to indoor refrigeration; Condenser during to indoor heating), hair-dryer and heat exchanger are arranged in air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of the multiaspect) passage, constitute air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) system; The wind that hair-dryer blows out is sent to indoor from air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of multiaspect) channel outlet, it is characterized in that:
Comprise split channel in air flow collection cover (or the discontinuous retaining smoke background barrier of the multiaspect) passage or in air flow collection cover heat exchange (or the heat exchange of the discontinuous retaining smoke background barrier of the multiaspect) passage; Wherein, split channel guiding blow out the wind air outlet that is assigned to the side-walls of casing blow to indoor.
2. range hood according to claim 1 or air-conditioning range hood is characterized in that:
The air outlet of a hair-dryer communicates with the split channel inlet; The outlet of split channel communicates with the non-air outlet of the sidewall of wall that leans on of casing; Form the semi-circular split channel 2.1 of air outlet in casing left side side, front side and right side side, air outlet is interrupted intensive being covered with in each side of casing comprising cutting off perhaps between the air outlet of each side each other;
Perhaps, the air outlet of a hair-dryer and split channel inlet communicates, the outlet of split channel and interval between upper casing and the lower casing form non-air outlet by wall communicate; Form the semi-circular split channel 2.2 of air outlet in casing left side side, front side and right side side; Perhaps, the air outlet place that the interval between upper casing and the lower casing forms also comprises a safety net, and best is; The safety net skin is the welded wire net, and internal layer is the silver ion screen pack;
Perhaps, the air outlet of a hair-dryer communicates another inlet of the air outlet of another hair-dryer and split channel with an inlet of split channel
Communicate; The outlet of split channel communicates with the air outlet of the sidewall of casing; Form an air outlet in casing left side side, the annular split channel 2.3 of front side, right side side and side, back, comprising cutting off each other between the air outlet of each side or air outlet is interrupted intensive being covered with in each side of casing;
Perhaps, casing comprises upper casing and lower casing, and the air outlet of a hair-dryer communicates with an inlet of split channel; The air outlet of another hair-dryer communicates with another inlet of split channel; The air outlet that interval between the outlet of split channel and upper casing and the lower casing forms communicates, form air outlet in casing left side side, front side, right side side and the back annular split channel 2.4 of side, perhaps; The air outlet place that interval between upper casing and the lower casing forms also comprises a safety net; Best is, the safety net skin is the welded wire net, and internal layer is the silver ion screen pack;
Perhaps; The air outlet of a hair-dryer communicates with a split channel inlet; The outlet of this split channel communicates with the chassis sidewall air outlet; Form an air outlet in casing left side side, the annular split channel 2.5 of front side, right side side and side, back, comprising cutting off each other between the air outlet of each side or air outlet is interrupted intensive being covered with in each side of casing;
Perhaps, the air outlet of a hair-dryer communicates with split channel inlet, and the air outlet of the interval formation between the outlet of this split channel and upper casing and the lower casing communicates; Form air outlet in casing left side side, front side, right side side and afterwards the annular of side shunt road 2.6 mutually; Perhaps, the air outlet place that the interval between upper casing and the lower casing forms also comprises a safety net, and best is; The safety net skin is the welded wire net, and internal layer is the silver ion screen pack;
Perhaps; The air outlet of a hair-dryer communicates with the split channel inlet; The outlet of split channel communicates with the non-air outlet of the sidewall of wall that leans on of casing; Form the semi-circular split channel 2.7 of air outlet in casing left side side, front side and right side side; Air outlet is interrupted intensive being covered with in each side of casing comprising cutting off perhaps between the air outlet of each side each other; The fume exhaust channel outlet communicates with air retaining smoke background passage between hair-dryer inlet and air retaining smoke background feeder connection, constitutes oil smoke gas inner circulating air retaining smoke background system, and perhaps the fume exhaust channel outlet communicates with air retaining smoke background heat exchanger channels between heat exchanger inlet side and air retaining smoke background feeder connection and constitutes oil smoke gas inner circulating air retaining smoke background heat-exchange system;
Perhaps; Casing comprises upper casing and lower casing; The air outlet of a hair-dryer communicates with the split channel inlet; The air outlet that interval between the outlet of split channel and upper casing and the lower casing forms communicates; Form the semi-circular split channel 2.8 of air outlet in casing left side side, front side and right side side; The fume exhaust channel outlet communicates with air cage petticoat pipe passage between hair-dryer inlet and air cage petticoat pipe feeder connection, constitutes oil smoke gas inner circulating air cage petticoat pipe system, and perhaps the fume exhaust channel outlet communicates with air cage petticoat pipe heat exchanger channels between heat exchanger inlet side and air cage petticoat pipe heat exchanger channels inlet and constitutes oil smoke gas inner circulating air cage petticoat pipe heat-exchange system;
Perhaps; The air outlet of a hair-dryer communicates with an inlet of split channel; The air outlet of another hair-dryer communicates with another inlet of split channel; The outlet of split channel communicates with the air outlet of the sidewall of casing; Form an air outlet in casing left side side, the annular split channel 2.9 of front side, right side side and side, back; Air outlet is interrupted intensive being covered with in each side of casing comprising cutting off perhaps between the air outlet of each side each other; The fume exhaust channel outlet communicates with air retaining smoke background passage between a hair-dryer inlet and air retaining smoke background feeder connection, and the fume exhaust channel outlet communicates with air retaining smoke background passage between another hair-dryer inlet and air retaining smoke background feeder connection, constitutes oil smoke gas inner circulating air retaining smoke background system; Perhaps the fume exhaust channel outlet communicates with air retaining smoke background heat exchanger channels between a heat exchanger inlet side and air retaining smoke background heat exchanger channels inlet, and the fume exhaust channel outlet communicates with air retaining smoke background heat exchanger channels between another heat exchanger inlet side and air retaining smoke background heat exchanger channels inlet and constitutes oil smoke gas inner circulating air retaining smoke background heat-exchange system;
Perhaps, casing comprises upper casing and lower casing, and the air outlet of a hair-dryer communicates with an inlet of split channel; The air outlet of another hair-dryer communicates with another inlet of split channel; The air outlet that interval between the outlet of split channel and upper casing and the lower casing forms communicates, form air outlet in casing left side side, front side, right side side and the back annular split channel 2.10 of side, perhaps; The air outlet place that interval between upper casing and the lower casing forms also comprises a safety net; Best is, the safety net skin is the welded wire net, and internal layer is the silver ion screen pack; The fume exhaust channel outlet communicates with air cage petticoat pipe passage between a hair-dryer inlet and air cage petticoat pipe feeder connection; The fume exhaust channel outlet communicates with air cage petticoat pipe passage between another hair-dryer inlet and another air cage petticoat pipe feeder connection; Constitute oil smoke gas inner circulating air cage petticoat pipe system; Perhaps the fume exhaust channel outlet communicates with air cage petticoat pipe heat exchanger channels between a heat exchanger inlet side and air cage petticoat pipe heat exchanger channels inlet, and the fume exhaust channel outlet communicates with air cage petticoat pipe heat exchanger channels between another heat exchanger inlet side and air cage petticoat pipe heat exchanger channels inlet and constitutes oil smoke gas inner circulating air cage petticoat pipe heat-exchange system;
Perhaps; The air outlet of a hair-dryer communicates with a split channel inlet; The outlet of this split channel communicates with the chassis sidewall air outlet; Form an air outlet in casing left side side, the annular split channel 2.11 of front side, right side side and side, back; Air outlet is interrupted intensive around being distributed in chassis sidewall comprising cutting off perhaps between the air outlet of each side each other; The fume exhaust channel outlet communicates with air retaining smoke background passage between hair-dryer inlet and air retaining smoke background feeder connection, constitutes oil smoke gas inner circulating air retaining smoke background system, and perhaps the fume exhaust channel outlet communicates with air retaining smoke background heat exchanger channels between heat exchanger inlet side and air retaining smoke background heat exchanger channels inlet and constitutes oil smoke gas inner circulating air retaining smoke background heat-exchange system;
Perhaps, the air outlet of a hair-dryer communicates with split channel inlet, and the air outlet of the interval formation between the outlet of this split channel and upper casing and the lower casing communicates; Form air outlet in casing left side side, front side, right side side and the back annular split channel 2.12 of side; Perhaps, the air outlet place that the interval between upper casing and the lower casing forms also comprises a net, and best is; The net skin is the welded wire net, and internal layer is the silver ion screen pack; The fume exhaust channel outlet communicates with air cage petticoat pipe passage between hair-dryer inlet and air cage petticoat pipe feeder connection; Constitute oil smoke gas inner circulating air cage petticoat pipe system, perhaps the fume exhaust channel outlet communicates with air cage petticoat pipe heat exchanger channels between heat exchanger inlet side and air cage petticoat pipe heat exchanger channels inlet and constitutes oil smoke gas inner circulating air cage petticoat pipe heat-exchange system.
3. range hood according to claim 2 or air-conditioning range hood is characterized in that:
Have in the range hood or air-conditioning range hood of split channel 2.1 or split channel 2.2 or split channel 2.3 or split channel 2.4 or split channel 2.7 or split channel 2.8 or split channel 2.9 or split channel 2.10; Hair-dryer is common crossflow fan, or double-wind wheel cross-flow fan;
Perhaps, have the range hood or the air-conditioning range hood of split channel 2.5 or split channel 2.6 or split channel 2.11 or split channel 2.12, said hair-dryer is a ring-shape blower fan.
4. range hood according to claim 3 or air-conditioning range hood is characterized in that:
Range hood or air-conditioning range hood with common crossflow fan or double-wind wheel cross-flow fan; Split channel comprises split channel body, preceding current limiting plate, preceding flow distribution plate, back flow distribution plate, left shunt plate, right flow distribution plate and back current limiting plate, and wherein, the split channel body has the stream interface of parting on the left side, left current limliting face and parts stream interface, right current limliting face on the right side; Back current limiting plate is connected with the split channel body; Preceding current limiting plate is connected with the split channel body, and preceding flow distribution plate upper end is connected with the air outlet of hair-dryer, and preceding flow distribution plate lower end is connected with casing; Preceding current limiting plate, preceding flow distribution plate two ends are connected the space that surrounds with the left shunt plate with right flow distribution plate respectively, split channel 4.1 before constituting; Left shunt plate upper end is connected with casing with the back current limiting plate, and left shunt plate lower end is connected with casing, the split channel body part stream interface, left current limliting face and the back space formation left shunt passage that surrounds of flow distribution plate, left shunt plate on the left side; Right flow distribution plate upper end is connected with casing with the back current limiting plate, and right flow distribution plate lower end is connected with casing, the split channel body part on the right side stream interface, right current limliting face and after the space formation that surrounds of flow distribution plate, right flow distribution plate part circulation road on the right side; The left shunt passage communicates with parting circulation road on the right side, and preceding split channel and left shunt passage are with to part circulation road on the right side isolated mutually or communicate;
Perhaps; Range hood or air-conditioning range hood with 3.2 ring-shape blower fans; Be sealedly and fixedly connected by fluid dividing cover (1007) lower end and casing (10270); Form split channel 4.2 at interval between fluid dividing cover (1007) and the casing (10270), perhaps be sealedly and fixedly connected, constitute split channel 4.3 between fluid dividing cover (1007) and the upper casing (10270) between interval, upper casing 10270 and the lower casing at interval by fluid dividing cover (1007) lower end and lower casing.
5. air retaining smoke background (cover) according to claim 2 or retaining smoke background (cover) heat-exchange system is characterized in that:
Range hood or air-conditioning range hood 5.1 with split channel 2.1 or split channel 2.2 or split channel 2.7 or split channel 2.8, cooking stove and pot are enclosed in the taper surface that is surrounded by left current limliting face, preceding current limiting plate lateral surface and right current limliting face and extend downwards in the taper surface that the horizontal sectional area from top to bottom of gained increases;
Perhaps; Range hood or air-conditioning range hood 5.2 with split channel 2.3 or split channel 2.4 or split channel 2.9 or split channel 2.10, cooking stove and pot are enclosed in the positive taper that is surrounded by left current limliting face, preceding current limiting plate lateral surface, right current limliting face and back current limiting plate lateral surface and face down and extend in the taper surface that the horizontal sectional area from top to bottom of gained increases;
Perhaps; Range hood or air-conditioning range hood 5.3 with split channel 2.5 or split channel 2.6 or split channel 2.11 or split channel 2.12, cooking stove and pot are enclosed in the positive taper that is surrounded by shunting cover body 1001 left side wall outer surfaces, front side wall outer surface, right side wall outer surface and rear wall outer surface and face down and extend in the taper surface that the horizontal sectional area from top to bottom of gained increases.
6. according to claim 1,2,3,4,5 described range hoods or air-conditioning range hood, it is characterized in that:
Air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) channel outlet or air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) heat exchanger channels communicate with room air, and air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) passage or air flow collection cover (or the discontinuous retaining smoke background barrier of multiaspect) heat exchanger channels inlet communicate with outdoor air.
7. range hood or air-conditioning range hood is characterized in that:
The input (17144) of airduct (17143) connects and composes one-pipe system (17145) with the tail end co-axial seal of duct type air purifier.
Perhaps; A input port (17147) the sealing UNICOM of the output port of an one-pipe system (17145) and tee pipe coupling (17146) constitutes A branch pipe(tube) system; The B input port 17148 sealing UNICOMs of the dust filter unit formula tuyere device (16136) of another one-pipe system (17145) or the output port of duct type air purifier (16186) and tee pipe coupling (17146) constitute B branch pipe(tube) system; A branch pipe(tube) system, B branch pipe(tube) system constitutes lateral system (17149).
Perhaps; The output port of one-pipe system (17145) and stepping motor driven in rotation open and close type air inlet valve system (14132) or linear stepping motor drive the air input port that moves open and close type air inlet valve system (15132) and are sealedly and fixedly connected; The air output port of rotary type pipeline switching lock 14132 or movable tube switching lock (15132) is sealedly and fixedly connected with an input port on the flange case (0122) and is connected, and constitutes fresh wind tube road system (17147).
8. range hood according to claim 7 or air-conditioning range hood is characterized in that:
One-pipe system (17145) is with the form of delivery outlet in smallpox decorative layer (17152) top; Be sealedly and fixedly connected facing to hole (17153) on the smallpox decorative layer (17152) and smallpox decorative layer (17152) from bottom to top; The input port that the rotary type pipeline that the upward remaining any input port of airduct (17143) output (17146) and flange case (0122) is tightly connected opens and closes lock (14132) or movable tube switching lock (15132) seals UNICOM; Perhaps; Airduct (17143) output (17146) directly with inlet box (0122) on any input port sealing UNICOM of remainder, formation room air circulation one-pipe system (17148)
Perhaps; The A branch pipe(tube) system of lateral system (17149) is fixedly connected with smallpox decorative layer (17152) facing to the hole (17153) on the smallpox decorative layer (17152) in last direction with output with the duct type air purifier (16186) of B branch pipe(tube) system from bottom to top; The rotary type pipeline that a upward remaining input port of the output port of tee pipe coupling (17154) and inlet box (0122) is tightly connected opens and closes the air input port sealing UNICOM of lock (14132) or movable tube switching lock (15132); The output port of perhaps tee pipe coupling (17154) and inlet box (0122) are gone up a remaining input port sealing UNICOM, constitute room air loop branches pipe-line system (17150).
Perhaps; Duct type air purifier (16186) is arranged in the wall hole (17146); 2 duct type air purifiers (16186) are separately positioned in the air vent (17158,17159) on the smallpox decorative layer (17156); Fresh air is through smallpox decorative layer (17156) in duct type air purifier (16186) inlet chamber on wall hole (17146) and the space (17164) between the roof, kitchen; Air in smallpox decorative layer (17156) and the kitchen between the ground; Through the duct type air purifier (16186) in the air vent (17158,17159) on the smallpox decorative layer (17156); Get into space (17164); The rotary type pipeline opens and closes lock (14132) or movable tube opens and closes lock (15132), gets into air retaining smoke background (cover) passage of oil smoke gas exhausting type range hood (17000) (18000), and air outlet is blown in the kitchen from left side side, front side and the right side side of indoor set (17000 (18000)) casing of range hood (17000 (18000)) air-conditioning suction and pumping lampblack absorber (left side side, front side, right side side and after side).
9. range hood according to claim 8 or air-conditioning range hood is characterized in that:
Mainly constitute the rotary type pipeline and open and close lock 9.1 (14132) by lock body, brake lining and rotating driving device; Wherein, Brake lining and lock body are rotationally connected; The driving shaft of rotating driving device is fixedly connected with brake lining one end turning cylinder, and the casing of rotating driving device is fixedly connected with the lock body, and the air inlet lock was in closed condition when brake lining was vertical with the lock body axis; The air inlet lock was in the full open state when brake lining was parallel with the lock body axis, and the air inlet lock was in the part opening when brake lining and lock body axis intersected for the angle between spending less than 90 greater than zero degree.
Perhaps, mainly constitute movable tube by lock body, brake lining and mobile drive deivce and open and close lock 9.2 (15132), wherein, brake lining and lock body are slidingly connected,
The driving pole of mobile drive deivce is fixedly connected with the brake lining handle; The casing of mobile drive deivce is fixedly connected with the lock body; Portable air inlet lock was in closed condition when the brake lining shelves were lived the lock hole; Portable air inlet lock was in the full open state when brake lining left the lock hole fully, and a brake lining part is left the lock hole, portable air inlet lock was in the part opening when another part blocked the lock hole.
Above-mentioned:
Rotating driving device is a rotary stepping motor, and the output shaft of stepping motor is fixedly connected with the brake lining axle is coaxial, and the casing of stepping motor is fixedly connected with the lock body;
Perhaps, rotating driving device is 90 degree rotating motors, and the output shaft of 90 degree rotating motors is fixedly connected with the brake lining axle is coaxial, and the casing of 90 degree rotating motors is fixedly connected with the lock body;
Perhaps, rotating driving device is that 90 degree rotate liquid (gas) cylinder pressure, and piston rod is fixedly connected with the brake lining axle is coaxial, and liquid (gas) cylinder pressure body is fixedly connected with the lock body;
Mobile drive deivce is the orthoscopic stepping motor, and the moving pole of orthoscopic stepping motor is fixedly connected with the brake lining handle, and the electronic casing of orthoscopic stepping is fixedly connected with the lock body;
Perhaps, mobile drive deivce is the set a distance travel motor, and the moving pole of set a distance travel motor is fixedly connected with the brake lining handle, and the casing of set a distance travel motor is fixedly connected with the lock body;
Perhaps, mobile drive deivce is that set a distance moves liquid (gas) cylinder pressure, and piston rod is fixedly connected with the brake lining handle, and set a distance moves liquid (gas) cylinder pressure body and is fixedly connected with the lock body.
10. range hood or air-conditioning range hood; It is characterized in that: with the heat exchanger of the indoor unit of split-type air conditioner range hood (in the freon compressore air-conditioning system; Evaporimeter during to indoor refrigeration) output of temperature adjustment working medium, input port are with input, the output port correspondence sealing and fixing UNICOM of the single hot device of (many) online changing (storage) of air temperature adjustment (in the freon compressore air-conditioning system, the condenser during to indoor refrigeration) in the non-Freon air-conditioning system (equipment); Constitute non-Freon list (many) and join air-conditioning range hood system (equipment); Wherein, non-Freon air-conditioning system (equipment) comprises geothermal air conditioning system (equipment), the hot air-conditioning system of seawater (equipment), ground hydro-thermal or underground hydro-thermal air-conditioning system (equipment), solar heat air-conditioning system (equipment), air energy air conditioner system (equipment); Gas air conditioner system (equipment); Fuel oil air-conditioning system (equipment), air energy air conditioner system (equipment), soil ability air-conditioning system (equipment) etc.
CN2010102897403A 2010-07-24 2010-09-22 Range hood or air-conditioner range hood Pending CN102410570A (en)

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PCT/CN2011/077523 WO2012013132A1 (en) 2010-07-24 2011-07-24 Air current collecting hood type range hood or air conditioning range hood comprising ring shaped blower fan
PCT/CN2011/079984 WO2012037890A1 (en) 2010-09-22 2011-09-22 Rangehood or air-conditioning rangehood

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Family Cites Families (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4483316A (en) * 1983-10-11 1984-11-20 Alco Foodservice Equipment Company Air ventilation system
FR2835599B1 (en) * 2002-02-04 2004-04-23 Air France METHOD AND DEVICE FOR REGULATING THE VENTILATION OF PROFESSIONAL KITCHENS
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CN101839515A (en) * 2009-03-20 2010-09-22 王秀全 Smoke exhaust ventilator or air-conditioning smoke exhaust ventilator containing air cage smoke hood system

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CN108253537B (en) * 2018-02-14 2024-05-24 青岛海尔空调器有限总公司 Indoor hanging machine of air conditioner
CN110657518A (en) * 2018-06-29 2020-01-07 宁波方太厨具有限公司 Kitchen air conditioning system
CN108826407A (en) * 2018-07-20 2018-11-16 广东美的厨房电器制造有限公司 Ceiling mounting type smoke machine
CN109519997A (en) * 2018-12-15 2019-03-26 湖北中瑞天恒节能科技发展有限公司 Auto purification energy-saving stove flue structure and energy-saving stove
CN109519997B (en) * 2018-12-15 2024-04-12 湖北中瑞天恒节能科技发展有限公司 Self-purification energy-saving stove flue structure and energy-saving stove
CN110362173B (en) * 2019-06-20 2020-08-25 杭州美创科技有限公司 Intelligent heat dissipation system of server
CN110362173A (en) * 2019-06-20 2019-10-22 杭州美创科技有限公司 A kind of server intelligent heat dissipation system
CN110469884A (en) * 2019-09-03 2019-11-19 金百利科技(深圳)有限公司 A kind of built-in air conditioner type of smoke purifier is cooling and air cleaning unit
CN111006260A (en) * 2019-12-20 2020-04-14 珠海格力电器股份有限公司 Gas treatment system for kitchen and cooking equipment
CN112161311A (en) * 2020-11-12 2021-01-01 绍兴依利奥厨具有限公司 Range hood with liftable oil absorption smoke ring
CN113834108A (en) * 2021-11-05 2021-12-24 吉林建筑大学 Device with heat recovery and high-efficient purification
CN113834108B (en) * 2021-11-05 2024-02-20 吉林建筑大学 Device with heat recovery and high-efficient purification

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