CN2823508Y

CN2823508Y - Breathable glass doors and windows, curtain structure improvement

Info

Publication number: CN2823508Y
Application number: CNU2005200124373U
Authority: CN
Inventors: 郑绍钦
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-04-22
Filing date: 2005-04-22
Publication date: 2006-10-04
Anticipated expiration: 2015-04-22

Abstract

The utility model relates to an improved structure of a permeable glass door/window and a curtain, which is characterized in that an outer frame of a double-groove guide rail with opposite upper and lower surfaces is provided with a fixed permeable glass which is embedded in an outer groove, and a movable permeable glass is assembled in an inner groove of the two double-groove guide rails in a sliding way, the fixed permeable glass and the movable permeable glass are correspondingly provided with corresponding air holes in a penetrating way, and the air holes of the fixed permeable glass can be plugged and combined with a soft plug sleeve with oblique through holes, so that the oblique through holes are combined outwards and downwards in an inclined way; the fixed air-permeable glass air-permeable holes are simply assembled by soft plug sleeves, the air-permeable holes which are inclined outwards and downwards can prevent the water from flowing backwards, and an electric motor which is connected with a carbon monoxide sensor can drive the movable air-permeable glass air-permeable holes to be opposite to the fixed air-permeable glass air-permeable holes when the carbon monoxide concentration is sensed to be too high, so that outside air flow can be blown into a room from the opposite air-permeable holes to form comprehensive air convection, and the safety benefit is excellent.

Description

Permeability type glass door and window, curtain structural improvement

Technical field

The utility model relate generally to a kind of reach in simple combination have rainproof permeability type glass door and window, the curtain structural improvement is founded.

Background technology

Press, the general on the market glass door and window of seeing does not mostly have the air-vent design at present, therefore if one close door and window whole indoor almost be exactly stuffy room without ventilation, especially modern all can building popular facade is covered into the glass curtain, no doubt can beautify all can view, for the people who lives in the building, also can form better visual field view, yet but be that whole solitary building bag is got stuffy room without ventilation, could live in the people and make whole solitary building must rely on air-conditioning, cause a large amount of costs of air-conditioning equipment and operating cost thereof and the unnecessary waste of the burden and the energy, be its maximum shortcoming.

Air-conditioning equipment does not need running all day in fact, when reaching certain number of degrees, can not use temperature, and make cross-ventilation reach radiating effect to open the window, and make the more economical use that can reach of air-conditioning equipment, also can significantly reduce the inhabitation cost in building.

Though can be designed to openable movable window to part block glass in the design of glass curtain, but its opening angle is little, the convection current air that can produce is limited, and the convection current of having only the minority block is for whole building or whole floor, it is an utterly inadequate amount at all, rain if do not close and to intake besides run into, can not open rainy day and can't bring into play cross-ventilated effect and perform practically no function real nonideal design at once.

In addition, produce carbon monoxide in view of having repeatly whenever winter because of gas combustion, and under improper ventilation, cause the accident of being poisoned to death to keep pouring in, and at present on the market building Design of ventilation does not all have the Safety Design of monitoring carbon monoxide, often can't avoid many sorry generations.

Filling part ventilative shortcoming of air conditioner energy source waste that causes and improved so how can't provide at glass door, window and glass curtain structure commonly used at present, is the difficulty place that the utility model institute desire row solves.

The utility model content

Main purpose of the present utility model, be to provide a kind of permeability type glass door and window, curtain structural improvement, avoid the crackly bad loss of rat holing on glass with the easy structure combination, and make ventilative glass door and window, curtain tool prevent the water resistance of oozing in the rainwater.

Another purpose of the present utility model, be to provide a kind of permeability type glass door and window, curtain structural improvement, comprehensive ventilative and cross-ventilation effect can be on glass door and window or building glass curtain structure, formed, and the preferable safety benefit that carbonomonoxide concentration prevents accidental poisoning can be monitored.

Another purpose of the present utility model is to provide a kind of permeability type glass door and window, curtain structural improvement, can keep the clean quality of convection current air with intercepting in the dirt sand inlet chamber in its ventilative operation.

For achieving the above object, the permeability type glass door and window that the utility model provides, curtain structural improvement, providing a fixed gas permeable glass embedding to tie in the phase external groove by the upper and lower outer rim that is provided with the double flute guide rail relatively fixes, reach a movable gas permeable glass cunning and organize in the relative inside groove of two double flute guide rails, the relative cloth that provides with movable gas permeable glass of fixed gas permeable glass is shown corresponding air-vent; This embedding is tied in the air-vent of the fixed gas permeable glass of water jacket, cooperates to fill in the soft plug sleeve that has an oblique perforation in conjunction with, and oblique perforation is the combination under being tilted to outwardly.

Wherein four limits of this fixed gas permeable glass are set up jointly with the rubber strip sealed junction between external groove with outer rim mutually.

Wherein, movable gas permeable glass dual-side respectively one of noose be the dirt-proof boot of the flexible crape folding of ㄈ shape both sides tool.

Wherein the lower side of movable gas permeable glass can be organized in the relative inside groove of outer rim in conjunction with the roller cunning.

Wherein can be arranged in predetermined pattern at curtain glass top plug knot by the soft plug sleeve of different colours.

Still include in outer rim inboard in addition with screen window composition of the sliding group of a guide rail at movable gas permeable glass.

Wherein can drive its slippage of in double flute guide rail inside groove, advancing and retreat with an electro-motor, can cooperate a carbon monoxide transducer to link electro-motor again and form in movable gas permeable glass one side.

Description of drawings

Fig. 1: three-dimensional exploded view of the present utility model.

Fig. 2: three-dimensional combination figure of the present utility model.

Fig. 3: the utility model forms the embodiment schematic perspective view of airing function.

Fig. 4,5: the floor map of second kind of embodiment of the utility model.

Fig. 6: the floor map of the third embodiment of the utility model.

The specific embodiment

Below, conjunction with figs. is enumerated a specific embodiment, introduces structure content of the present utility model in detail, and the function and benefit that can reach;

Be illustrated in figure 1 as perspective exploded view of the present utility model, it mainly comprises by an outer rim 10, the movable gas permeable glass 20 of a slice, the fixed gas permeable glass 30 of a slice and several soft plug sleeves 40 etc. and forms, wherein;

Outer rim 10, its upper and lower relative inner is formed with the framework of an inside groove 11 and a water jacket 12.

Movable gas permeable glass 20 is shown the horizontal air-vent 21 at suitable size, interval at surperficial cloth, but the dirt-proof boot 22 of the flexible crape folding 221 of each noose one ㄈ shape both sides tool of dual-side, and its lower side is in conjunction with a roller 23.

Fixed gas permeable glass 30, its surperficial cloth are shown the horizontal perforation 31 with air-vent 21 relative positions of movable gas permeable glass 20.

The soft plug sleeve 40 of number is the sleeve-like structure of a soft buffering material moulding one central tool one oblique perforation 41.

Said structure can be embedded in movable gas permeable glass 20 outer rim 10 relative inside grooves 11, make its lower side roller 23 in inside groove 11, slide composition, and should fill in one by one in fixed gas permeable glass 30 each horizontal perforation 31 by soft plug sleeve 40, its oblique perforation 41 all is is tilted to down shape outwardly, again fixed gas permeable glass 30 is embedded in the phase external groove 12 of outer rim 10, and make the interior nose end of oblique perforation 41 of its soft plug sleeve 40 just relative with the horizontal air-vent of each of movable gas permeable glass 20 21, promptly combine a permeability type glass door and window, the curtain structure as shown in Figure 2; Its fixed gas permeable glass 30 can simple and easyly be drilled with each horizontal perforation 31 in the drawings again, and all be the oblique perforation 41 that is tilted to down shape outwardly by each soft plug sleeve 40 of engage sleeves group, make the rainwater that the outside adheres to can only be when raining when running into to dirty and in can't adverse current going into, so can reach the function of rainproof waterproof.

And its structure makes up at fixed gas permeable glass 30 with the soft plug sleeve 40 with oblique perforation 41, can avoid directly being drilled with inclined hole at glass surface and may cause the crackly construction fraction defective loss of glass.

Be illustrated in figure 3 as the embodiment schematic perspective view that the utility model forms airing function, be the utility model by 30 of fixed gas permeable glasses in the outside in conjunction with soft plug sleeve 40, the horizontal air-vent of the interior nose end of its oblique perforation 41 and each of movable gas permeable glass 20 21 is relative, so when outdoor wind when oblique perforation 41 is blown into, can be blown into indoor by movable gas permeable glass 20 relative horizontal air-vents 21, and make whole surface glass curtain form comprehensive air permeable effect, make the air-conditioning of a kind of natural style of whole indoor formation, and significantly save the great amount of cost that the air-conditioning equipment running is used.

Be illustrated in figure 4 as the floor map of second kind of embodiment of the present utility model, be that the utility model can drive movable gas permeable glass 20 with an electro-motor 50 by its axle center 51 pushing tows in movable gas permeable glass 20 1 sides, cooperate the carbon monoxide transducer 60 that links with electro-motor 50 again; As shown in FIG., movable gas permeable glass 20 positions are the state that staggers at the oblique perforation 41 of its horizontal air-vent 21 and the soft plug sleeve 40 of fixed gas permeable glass 30 nooses; And sense indoor carbonomonoxide concentration when too high when carbon monoxide transducer 60, electro-motor 50 can be driven immediately and movable gas permeable glass 20 will be promoted with its axle center 51, make its horizontal air-vent 21 relative with the oblique perforation 41 of fixed gas permeable glass 30 soft plug sleeves 40, reach ventilative operation as shown in Figure 5, can prevent thoroughly that the accident of anthracemia from taking place.

Be illustrated in figure 6 as the floor map of the third embodiment of the present utility model, outer rim 10 of the present utility model can be inboard in addition with screen window 70 of a guide rail 13 sliding groups at the inside groove 11 of combined movable gas permeable glass 20, keeps the clean quality of convection current air; Lining is established a rubber strip 14 between outer rim 10 and fixed gas permeable glass 30 surroundings again, further reaches dustproof and waterproof.

And for example the soft plug sleeve 40 of 31 combinations of fixed gas permeable glass 30 each horizontal perforation in the above outside can be made and be tied at curtain glass top plug by the different colours material, and is arranged in the pattern of predetermined pattern such as enterprise trademark or identification flag or marketing official documents and correspondence.

As mentioned above, the utility model is avoided the crackly fraction defective loss of rat holing on glass by easy structure combination, can reach again to prevent the water resistance of oozing in the rainwater; And in ventilative operation carbonomonoxide concentration and prevent accidental poisoning in the monitoring air, and can intercept in the dirt sand inlet chamber, keep the clean quality of convection current air.

Claims

1. An improved structure of breathable glass doors and windows and curtains. The upper and lower outer frames are equipped with double-slot guide rails to provide a fixed breathable glass embedded in the opposite outer groove, and a movable breathable glass sliding group on both sides. The double-slot guide rail is opposite to the inner slot, and the fixed air-permeable glass and the movable air-permeable glass are arranged with corresponding air holes;

It is characterized in that the air hole of the fixed air-permeable glass embedded in the outer groove is plugged together with a soft plug sleeve with an oblique through hole, and the oblique through hole is a combination of slanting outwards and downwards.

2. The improved structure of breathable glass doors and windows and curtains according to claim 1, wherein the four sides of the fixed breathable glass and the outer frame are sealed and combined with rubber strips.

3. The structural improvement of breathable glass doors and windows and curtains as claimed in claim 1, wherein the two sides of the movable breathable glass can be respectively tacked with a dust jacket with stretchable folds on both sides in a ㄈ shape.

4. The improved structure of breathable glass doors and windows and curtains as claimed in claim 1, wherein the lower side of the movable breathable glass can be combined with roller slides on the outer frame facing the inner groove.

5. The improved structure of breathable glass doors and windows and curtains as claimed in claim 1, wherein the lower side of the movable breathable glass can be combined with roller slides on the outer frame facing the inner groove.

6. The air-permeable glass door, window and curtain structure improvement according to claim 1, wherein patterns are arranged on the curtain glass.

7. As claimed in claim 1, 2, 3, 4, 5 or 6, the air-permeable glass door, window and curtain structure improvement is characterized in that it further includes a guide rail on the inner side of the movable air-permeable glass on the outer frame. screen window composition.

8. As claimed in claim 1, 2, 3, 4, 5 or 6, the air-permeable glass doors and windows and curtain structure improvements are characterized in that an electric motor can be used on one side of the movable air-permeable glass to drive it in the double slot It slides forward and backward in the inner groove of the guide rail, and can be combined with a carbon monoxide sensor to connect an electric motor.

9. The air-permeable glass door, window and curtain structure improvement as claimed in claim 7, wherein an electric motor can be used on one side of the movable air-permeable glass to drive it to slide forward and backward in the inner groove of the double-groove guide rail, and It is composed of a carbon monoxide sensor connected to an electric motor.