CN202611071U

CN202611071U - Indoor ceiling with secondary filter static and dynamic negative ion generation purification device

Info

Publication number: CN202611071U
Application number: CN 201220296463
Authority: CN
Inventors: 林实俄; 林雪青
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-06-25
Filing date: 2012-06-25
Publication date: 2012-12-19
Anticipated expiration: 2022-06-25

Abstract

The utility model relates to an indoor ceiling with a secondary filter static and dynamic negative ion generation purification device. The indoor ceiling comprises a fixing frame arranged on a wall corner of an indoor top, wherein a bottom surface board is arranged at the bottom of the fixing frame; lateral surface boards which have ventilating structures and are provided with carbon ion filter screens are arranged on lateral edges of the fixing frame; an air duct is formed among the bottom surface board, the lateral surface boards and the wall corner, and two ends of the air duct are closed; a carbon board is arranged in the air duct; an air inlet is formed in the bottom surface board; and a fan for absorbing air is arranged on the air inlet. The indoor ceiling is simple and reasonable in structural design; the indoor ceiling is arranged on the wall corner of the indoor top, a carbon material is arranged in the air duct, and the fan is arranged, so that the carbon material is in full contact with the air to form convection with the indoor air effectively and generate negative ions, and harmful substances and bacteria in the air are captured to achieve an excellent effect of purifying the air.

Description

Static and the dynamic anion fine-purification device furred ceiling within doors that produces of secondary filter

Technical field

The utility model relates to a kind of furred ceiling within doors, the static and dynamic anion fine-purification device furred ceiling within doors that produces of especially a kind of secondary filter.

Background technology

Along with improving constantly of living standard; The decorative panel especially application of wall panel, furred ceiling is more and more general; But these decorative panels are made up of industrial chemicals such as wood powder, adhesive, anticorrisive agents mostly, in use; The pernicious gases such as formaldehyde that contain in the industrial chemicals such as adhesive, anticorrisive agent do not have the part of architectural surface to be dispersed into the air from substrate, and the serious harm people's is healthy.And on cement wall, distributed the carcinogenic substance radon gas; Present decorative panel has adsorbing carbon material through installation, the carbon material pernicious gas that adsorbs capable of releasing negative ion, but carbon material is sealed in the decorative panel; Or be close on the wall, can't discharge anion and adsorb effectively.

Summary of the invention

The utility model will solve the shortcoming of above-mentioned prior art; Provide a kind of secondary filter the static and dynamic anion fine-purification device furred ceiling within doors that produces; Adopt the plain filtering material of charcoal, and fully contact, carry out aerial effectively convection type and produce anion from dropping with air; Catch and catch the nuisance bacterium, reach the effect that purifies air.

The utility model solves the technical scheme that its technical problem adopts: the static and dynamic anion fine-purification device furred ceiling within doors that produces of this secondary filter; Comprise the fixed frame that is installed on the corner, top within doors; Bottom panel is installed in the bottom of fixed frame; The side of fixed frame is installed the side panel of ventilating structure charcoal ion filter net, forms airway between bottom panel, side panel and the corner, the closed at both ends of airway; Be provided with the plain plate of charcoal in the airway, wherein bottom panel is provided with air inlet port, and air inlet port is provided with and is used for air-breathing blower fan.The air-breathing PM2.5 dust bulky grain that once can filter of blower fan; The blower fan that once filter at the air inlet port place extracts air within doors; In air suction airway; The plain plate of charcoal in the airway carries out filter sterilization, purification effectively to air, thus air fully contacts with the plain plate of charcoal in airway and from the side plate discharge, wherein side panel is just used gas permeable materials such as biological rattan, bamboo, woven plastic fabrics.

Wherein the plain plate of charcoal is net structure and is installed in the inboard of side panel.Because it is to flow out on the plate from the side that air flows in airway, so the inboard of the plain plate installation side of charcoal panel contacts with air fully.The plain plate PU of charcoal charcoal negative-ion fiber screen pack wherein, its structure is net structure, can produce dynamic generation anion.

Air inlet port is provided with screen pack one time.Air inlet port is located at the corner, and air can a plurality of directions be flowed in furred ceiling, and wherein screen pack plays a role in filtering, and reduces the PM2.5 dust and gets in the furred ceiling.

Wherein airway is a sandwich construction, is interconnected between the airway of levels.The airway of sandwich construction is trapezium structure.Adopt the furred ceiling of sandwich construction, make the better effects if that purifies air of airway, and be designed to trapezium structure, this reasonable in design is applicable to the structure in corner within doors, and is convenient to install.

The effect that the utility model is useful is: the utility model structure design is simple, reasonable; It is installed on the corner at top within doors; Place carbon material in the airway, and be provided with blower fan carbon material is fully contacted with air, carry out effectively with indoor air convection and produce anion; Catch and catch nuisance and bacterium in the air, thereby reach the good effect that purifies air.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the internal construction sketch map of bottom panel in the utility model;

Fig. 3 is installed in the inboard internal construction sketch map of side panel for the plain plate of charcoal in the utility model;

Fig. 4 is the sectional view on the A-A direction among Fig. 3;

Fig. 5 is the structural representation of the utility model single layer structure airway;

Fig. 6 is the structural representation of the utility model sandwich construction airway.

Description of reference numerals: fixed frame 1, bottom panel 2, side panel 3, air inlet port 4, screen pack 5, airway 6, blower fan 7, the plain plate 8 of charcoal, corner 9.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is described further:

With reference to accompanying drawing; Static and the dynamic anion fine-purification device furred ceiling within doors that produces of this secondary filter; Comprise the fixed frame 1 that is installed on the corner, top 9 within doors, bottom panel 2 is installed in the bottom of fixed frame 1, and the side of fixed frame 1 is installed the side panel 3 of ventilating structure; Form airway 6, the closed at both ends of airway 6 between bottom panel 2, side panel 3 and the corner 9; Be provided with the plain plate 8 of charcoal in the airway 6, the plain plate 8 of charcoal is net structure and is installed in the inboard of side panel 3.Wherein bottom panel 2 is provided with air inlet port 4, and air inlet port 4 is provided with and is used for air-breathing blower fan 7, the air inlet port 4 outer screen packs 5 that are provided with.

Wherein airway 6 is a sandwich construction, is interconnected between the airway 6 of levels, and the airway 6 of sandwich construction is trapezium structure.Adopt the airway 6 of sandwich construction, make the better effects if that purifies air of airway 6, and be designed to trapezium structure, this reasonable in design is applicable to the structure in corner within doors, and is convenient to install.

The utility model structure design is simple, reasonable; It is installed on the blower fan 7 that 9 lower ends, corner around the top within doors are provided with improvement; Blower fan mouth internal layer side is pasted the first road PU pore charcoal screen pack; Place PU negative-ion fiber net (two roads produce dynamic ion concentration) in the airway, and the blower fan inlet scoop makes charcoal net first road filter the effect of PM2.5 deleterious particle dust, concentrate dust granule in the room air (the mouth mask sanitation and hygiene of taking off blower fan during the cleaning dust on the PU charcoal fleece that is adsorbed onto four corner blower fan mouths; After refill); Filter the back from first road and produce and reach good clean air effect, these gases are transported to furred ceiling again and ventilate and connect the road then, and these gentle breezes are increased to the second road PU pore charcoal fleece and produce negative oxygen ion and be transported to air outlet and increase ionic weight.Such structure can better produce the air port anion from falling down, and collides with airborne hydrone that producing drops to catch catches the pernicious gas molecule.

The utility model structure design is simple, reasonable; It is installed on the corner at top within doors; Place carbon material in the airway, and be provided with blower fan carbon material is fully contacted with air, carry out effectively with indoor air convection and produce anion; Catch and catch nuisance and bacterium in the air, thereby reach the good effect that purifies air.

Though the utility model is through illustrating and describe with reference to preferred embodiment,, those skilled in the art should understand, and in the scope of claims, can do the various variation on form and the details.

Claims

A secondary filter static with dynamically produce anion fine-purification device furred ceiling within doors; Comprise the fixed frame (1) that is installed on corner, top (9) within doors; It is characterized in that: bottom panel (2) is installed in the bottom of said fixed frame (1); The side of fixed frame (1) is installed the side panel (3) of ventilating structure, forms airway (6), the closed at both ends of airway (6) between bottom panel (2), side panel (3) and corner (9); Be provided with the plain plate (8) of charcoal in the airway (6), said bottom panel (2) is provided with air inlet port (4), and air inlet port (4) is provided with and is used for air-breathing blower fan (7).
2. the static and dynamic anion fine-purification device furred ceiling within doors that produces of secondary filter according to claim 1, it is characterized in that: the plain plate of said charcoal (8) is net structure and is installed in the inboard of side panel (3).
3. the static and dynamic anion fine-purification device furred ceiling within doors that produces of secondary filter according to claim 1, it is characterized in that: said air inlet port (4) is provided with screen pack (5).
4. the static and dynamic anion fine-purification device furred ceiling within doors that produces of secondary filter according to claim 1, it is characterized in that: said airway (6) is a sandwich construction, and the airway of levels is interconnected between (6).
5. the static and dynamic anion fine-purification device furred ceiling within doors that produces of secondary filter according to claim 4, it is characterized in that: the airway of said sandwich construction (6) is trapezium structure.