CN202055725U

CN202055725U - Door

Info

Publication number: CN202055725U
Application number: CN2011201178198U
Authority: CN
Inventors: 丁学惠
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-04-20
Filing date: 2011-04-20
Publication date: 2011-11-30
Anticipated expiration: 2021-04-20

Abstract

The utility model provides a door, which comprises a door leaf, the inside of the door leaf has a first cavity used for containing activated carbon, and the side wall of the first cavity is provided with first ventilating holes communicated with the outside of the door. So the indoor formaldehyde and other harmful gases can get into the first cavity of the door leaf by the first ventilating hole and are absorbed by the active carbon placed in the first cavity. Obviously, the door provided by the utility model, can effectively reduce the pollution of indoor formaldehyde and other harmful gases.

Description

A kind of door

Technical field

The utility model relates to the interior decoration field, relates to a kind of door more specifically.

Background technology

In recent years, along with the improvement of growth in the living standard and housing condition, the indoor environmental pollution that building, decoration and furniture cause has become the formidable enemy of health of people.

Formaldehyde is a kind of important chemical material and organic solvent, is the important source material of making paint, plastics, rubber, dyestuff etc.At present, be applied to inevitably contain formaldehyde in the material of house decoration.In addition, formaldehyde also is prevalent in people at one's side, the serious health that is endangering people as disinfectant, anticorrisive agent, fragrance fumette etc.

The excessive use of formaldehyde has now caused indoor formaldehyde pollution widely, has badly influenced people's life and health, and this indoor formaldehyde that makes the control finishing cause pollutes and has realistic meaning more.

Therefore, how to reduce indoor formaldehyde and pollute, become the technical problem that those skilled in the art need to be resolved hurrily.

The utility model content

In order to solve the problems of the technologies described above, the utility model provides a kind of door, and it can effectively reduce harmful gas pollution such as indoor formaldehyde.

A kind of door that the utility model provides comprises door leaf, and the inside of described door leaf has first cavity that is used for ccontaining active carbon, and the sidewall of described first cavity is provided with first air-vent that communicates with the external world of described door leaf.

Preferably, described first cavity is the groove that is arranged at described door leaf, and described groove has cover plate.

Preferably, described first cavity is the cavity that is closed in the inside of described door leaf.

Preferably, described first air-vent is distributed in the two sides of described door leaf.

Preferably, described door leaf has the lock core flitch and is arranged at the lock core of described lock core flitch inside, and described first cavity is arranged at the peripheral position of described lock core, and described first air-vent is arranged in described lock core flitch.

Preferably, described first cavity is arranged at the angle position of described door leaf.

Preferably, described first cavity is arranged at the position, edge of described door leaf.

Preferably, but described first cavity has the clamping apparatus that clamping is built-in with the charcoal absorption box of active carbon.

Preferably, described clamping apparatus is the trip that is arranged at described first cavity.

Preferably, also comprise the doorframe that is fixed in body of wall, have second cavity that is used for ccontaining active carbon in the described doorframe, and the sidewall of described second cavity has second air-vent that communicates with the external world of described doorframe.

The door that the utility model provides comprises that door leaf, the inside of described door leaf have first cavity that is used for ccontaining active carbon, and the sidewall of described first cavity is provided with first air-vent that communicates with the external world of described door leaf.Need to prove that above-mentioned " door leaf " means the device that is installed in building access and energy switch, it generally is made up of the framework and the shop front that is fixed in the framework both sides.Certainly, the door that the utility model provides, its door leaf also can be solid construction.Door leaf inside is provided with first cavity, can be used for ccontaining active carbon in this first cavity, certainly, also can be used for article such as ccontaining box body that is built-in with active carbon or parcel.In order to make win cavity and the circulation of door leaf outside air, the sidewall of first body of wall is provided with first air-vent that communicates with the door leaf external world.So be provided with, indoor pernicious gases such as formaldehyde can be entered first cavity of door leaf by first air-vent, and the active carbon that is placed in first cavity is adsorbed.Obviously, the door that the utility model provides can effectively reduce harmful gas pollution such as indoor formaldehyde.

In the preferred version of the present utility model, described first air-vent is distributed in the shop front of the both sides of described door leaf.So be provided with, first air-vent runs through door leaf, and air can be passed to the opposite side of door leaf through first cavity by an effluent of door leaf.And when the door leaf switch, can impel the air of door leaf one side to be circulated to the opposite side of door leaf via first cavity.So, further improved the efficient of the active carbon purifying air of first inside cavity.

In the another kind of preferred version of the present utility model, but described first cavity has the clamping apparatus that clamping is built-in with the charcoal absorption box of active carbon.Need to prove, the door that the utility model provides, the active carbon that it is inner ccontaining can place the charcoal absorption box, then the charcoal absorption box is arranged at first cavity.So be provided with, the charcoal absorption box on the market can directly apply on the door provided by the utility model.

Description of drawings

Fig. 1 is the structural representation of door in the utility model specific embodiment.

The specific embodiment

Core of the present utility model provides a kind of door, and it can effectively reduce harmful gas pollution such as indoor formaldehyde.

Below in conjunction with the accompanying drawing among the utility model embodiment, the technical scheme among the utility model embodiment is clearly and completely described, obviously, described embodiment only is the utility model part embodiment, rather than whole embodiment.Based on the embodiment in the utility model, those of ordinary skills are not making the every other embodiment that is obtained under the creative work prerequisite, all belong to the scope of the utility model protection.

Please refer to Fig. 1, Fig. 1 is the structural representation of door in the utility model specific embodiment.

Door provided in the present embodiment comprises door leaf 11, and the inside of door leaf 11 has first cavity 111 that is used for ccontaining active carbon, and the sidewall of first cavity 111 is provided with first air-vent 112 that communicates with the external world of door leaf 11.

It is pointed out that door provided in the present embodiment, can only have door leaf 11.Should be appreciated that door leaf 11 means by hinge etc. is installed in access and device that can switch, and it generally is made up of framework and the door-plate that is fixed in the framework two sides.Certainly, door leaf 11 provided in the present embodiment also can be solid construction, and its rapidoprint can be timber, certainly, also can be other material, such as, metal etc.

The door leaf 11 that this concrete enforcement provides, its inside has first cavity 111, and this first cavity 111 is used for ccontaining active carbon.It is square to it is pointed out that first cavity 111 can be, and certainly, also can be other shape, such as, circle, triangle etc., this specific embodiment is not done concrete qualification to the shape of first cavity 111.

So be provided with, indoor pernicious gases such as formaldehyde can be entered first cavity 111 of door leaf 11 by first air-vent 112, and the active carbon that is placed in first cavity 111 is adsorbed.Obviously, the door that the utility model provides can effectively reduce harmful gas pollution such as indoor formaldehyde.

It is pointed out that door leaf 11 provided in the present embodiment, its first cavity 111 can be the cavity that is completely enclosed within door leaf 11 inside, and promptly the door-plate by door leaf covers fully.But first cavity 111 can keep aeration by first air-vent 112 of its sidewall setting and the external world of door leaf 11.So be provided with, door provided in the present embodiment, it needs active carbon is placed first cavity 111 in processed process, then first cavity 111 is completely enclosed within door leaf inside.So, can guarantee that door leaf 11 surfaces need not to have the slit, have effectively guaranteed the integrality of door leaf 11.

Certainly, first cavity 111 also can be as following setting.First cavity 111 can comprise groove that is arranged at door leaf and the cover plate that is placed on this groove.So be provided with, during active carbon when need are changed first cavity 111 in, only need open cover plate and change, after replacing finishes, build cover plate again and get final product.

In the preferred version of this specific embodiment, first air-vent 112 can be distributed in the two sides of door leaf 11.It is pointed out that first air-vent 112 is distributed in the two sides of door leaf 11, but can make door one side and the opposite side of door keep aeration.

So be provided with, first air-vent 112 runs through door leaf 11, and air can be passed to the opposite side of door leaf through first cavity 111 by an effluent of door leaf.And in the process of door leaf switch, can impel the air of door leaf 11 1 sides to be circulated to the opposite side of door leaf 11 via first cavity 111.So, further improved the efficient of the active carbon purifying air of first cavity, 111 inside.

In addition, first air-vent 112 provided in the present embodiment, its cross section can be specially circle, certainly, also can be other shape, such as, square, triangle etc., this specific embodiment does not limit the shape of first air-vent 112.And each first cavity 111 can corresponding a plurality of first air-vents 112, a plurality of air-vents 112 can be the both sides that are arranged in door leaf 11 of certain rule, such as, a plurality of first air-vents 112 of every side can be the center of circle, be distributed on the circumference of diameter increasing or decreasing with same point.Certainly, a plurality of first air-vents 112 also can other form be distributed in the both sides of door leaf 11, and the utility model is not done concrete qualification to the distribution form of first air-vent 112.

The door that the utility model provides, its door leaf can have the peripheral position that lock core flitch 12, the first cavitys 111 are arranged at described lock core flitch 12, and first air-vent 112 is arranged in lock core flitch 12.It is to be noted, lock core flitch 12 means and lock core can be blocked in the radical occlusion device of door leaf inside, first cavity can be arranged at the peripheral position of lock core, and first air-vent 112 can and then be arranged in the external surface of lock core flitch through the thickness direction of lock core flitch 12.

Certainly, the door that the utility model provides, its first cavity 111 also can be arranged at the angle position of door leaf.In addition, first cavity 111 also can be arranged on other position of door leaf 11, such as, can be arranged on the position, edge of door leaf 111.

The quantity that it is pointed out that first cavity 111 can be a plurality of, and a plurality of first cavitys 111 inside all are equipped with active carbon, and the sidewall of each first cavity 111 is provided with the air-vent that communicates with door leaf 11 external worlds.So be provided with, door provided in the present embodiment, be distributed with a plurality of inside on it and have first cavity 111 of active carbon, indoor gas can further reduce indoor harmful gas pollution such as formaldehyde through the catharsis of the active carbon in a plurality of first cavitys 111.

In addition, door provided in the present embodiment, its first cavity 111 can be directly used in ccontaining active carbon, and certainly, it also can be used for ccontaining charcoal absorption box (not shown).It is pointed out that the charcoal absorption box is comparatively general in the prior art, its inside can be equipped with the active carbon of types such as coconut husk, diatom ooze, activated fibre.Charcoal absorption box (not shown) can be connected in the inside of first cavity 111 by the clamping apparatus (not shown) of first cavity 111.

So be provided with, door provided in the present embodiment, active carbon in its first cavity 111 is placed in the charcoal absorption box, can effectively avoid being scattered to the outside of door leaf 11 to the space of door leaf 11 inside or by first air-vent 112 and cause active carbon to be scattered because of the vibrations of door or the circulation of air.

It is pointed out that above-mentioned " clamping apparatus " can be specially the trip (not shown), the charcoal absorption box is stuck in the inside of first cavity 111 by this trip.Certainly, clamping apparatus also can be the clamping apparatus of other type, only needs to make the inside that the charcoal absorption box is fixed in first cavity 111 get final product.

So be provided with, can effectively guarantee the stability of charcoal absorption box in first cavity, 111 inside, it is former thereby bump with first cavity 111 and then produce the problem of noise because of the vibrations of door leaf 11 etc. effectively to have evaded the charcoal absorption box.

In addition, door provided in the present embodiment can also comprise the doorframe (not shown), should be appreciated that this doorframe means edge on the wall, supports the device of door leaf.In this specific embodiment, doorframe can be provided with second cavity, and this second cavity is used for ccontaining active carbon.Certainly, second cavity also can be used for ccontaining charcoal absorption box.The sidewall of second cavity has second air-vent that communicates with the doorframe external world.

So be provided with, door provided in the present embodiment, its doorframe has the function of pernicious gases such as absorbing formaldehyde equally, obviously, can further reduce the problem of harmful gas pollution such as indoor formaldehyde.

More than a kind of door provided by the utility model is described in detail, used specific case herein principle of the present utility model and embodiment are set forth, the explanation of above embodiment just is used for helping to understand method of the present utility model and core concept thereof.Should be understood that; for those skilled in the art; under the prerequisite that does not break away from the utility model principle, can also carry out some improvement and modification to the utility model, these improvement and modification also fall in the protection domain of the utility model claim.

Claims

1. a door comprises door leaf, it is characterized in that, the inside of described door leaf has first cavity that is used for ccontaining active carbon, and the sidewall of described first cavity is provided with first air-vent that communicates with the external world of described door leaf.

2. door as claimed in claim 1 is characterized in that described first cavity is the groove that is arranged at described door leaf, and described groove has cover plate.

3. door as claimed in claim 1 is characterized in that described first cavity is the cavity that is closed in the inside of described door leaf.

4. door as claimed in claim 3 is characterized in that described first air-vent is distributed in the two sides of described door leaf.

5. door as claimed in claim 4 is characterized in that described door leaf has the lock core flitch and is arranged at the lock core of described lock core flitch inside, and described first cavity is arranged at the peripheral position of described lock core, and described first air-vent is arranged in described lock core flitch.

6. door as claimed in claim 4 is characterized in that described first cavity is arranged at the angle position of described door leaf.

7. door as claimed in claim 4 is characterized in that described first cavity is arranged at the position, edge of described door leaf.

8. as each described door of claim 1-7, it is characterized in that, but described first cavity has the clamping apparatus that clamping is built-in with the charcoal absorption box of active carbon.

9. door as claimed in claim 8 is characterized in that described clamping apparatus is the trip that is arranged at described first cavity.

10. door as claimed in claim 9 is characterized in that, also comprises the doorframe that is fixed in body of wall, have second cavity that is used for ccontaining active carbon in the described doorframe, and the sidewall of described second cavity has second air-vent that communicates with the external world of described doorframe.