CN201661193U - Double-axis parallel sealing door - Google Patents

Abstract

The utility model discloses a double-axis parallel sealing door which includes two wall surfaces, a doorframe, a door plate, and two cantilevers. A fixed distance is spaced between the two wall surfaces; the doorframe is fixedly arranged at the back edge of the distance between the two wall surfaces; pivots are respectively arranged on the corresponding positions of the upper edge and the bottom edge inside the doorframe; the door plate is also respectively provided with a pivot on the corresponding upper and lower positions of the back edge surface of the door plate; one end of one cantilever is pivoted with the pivot of the upper edge of the doorframe and the other end is pivoted with the pivot of the upper end of the door plate; the other cantilever is also configured in the same way; one end of the other cantilever is pivoted with the pivot of the bottom edge of the doorframe and the other end of the other cantilever is pivoted with the pivot of the bottom end of the door plate and leads the two cantilevers to form a permanent parallel state; the door plate can be opened and closed with a parallel way to the wall surfaces; when the door plate is arranged between the two wall surfaces to form a closing state, the door plate can show a flat appearance on the wall surfaces, and reduces the clearance between the door plate and the wall surfaces by minimum degree.

Description

Twin shaft heart parallel sealing door

Technical field

The utility model relates to a kind of door, relates in particular to a kind of twin shaft heart parallel sealing door.

Background technology

The existing skin face or the door-plate of partition metope of being installed in, access way between its major function provides in building indoor and outdoor and the building adjacent chamber, and can utilize handle and lockset on the door-plate, reach the purpose of controlling personnel's access way by door-plate.

The door-plate of above-mentioned building wall mostly is to utilize hinge, door-plate is hubbed on be its infrastructure component structure on the doorframe.The problem of existing this frame mode maximum is, open the door or at closing time in control, the motion of door-plate is to be that the variation of arc angle is done in the axle center with the hinge, door-plate can be with opening from 0～90 degree, that is the side that hinge is set on the door-plate is the most close doorframe forever, thereby the essential suitable gap that keeps could allow door-plate enter or shift out doorframe with oblique angle smoothly between door-plate and the doorframe; Though this gap is very small on door-plate and doorframe overall ratio, but still from appearance obviously as seen, and has and much keep away unavoidable sequelae, for example sound insulation is bad and cause shortcoming such as dust turnover easily.

The utility model content

Technical problem underlying to be solved in the utility model is, overcomes the above-mentioned defective that prior art exists, and a kind of twin shaft heart parallel sealing door is provided, and can show a smooth outward appearance in metope, and make the gap between door-plate and the metope be reduced to minimum degree.

The technical scheme that its technical problem that solves the utility model adopts is:

A kind of twin shaft heart parallel sealing door is characterized in that, comprising: two metopes, the centre constant spacing of being separated by is made of the space of ccontaining door-plate this spacing; One doorframe is installed in the trailing edge of this pitch space between two metopes, and upper limb in doorframe and root edge opposite position are respectively equipped with pivot; One door-plate is included in the correspondence position up and down of door-plate rear surface, also is respectively equipped with pivot; Two cantilevers, wherein an end of a cantilever articulates on the pivot of doorframe upper limb, and the other end is articulated on the pivot of door-plate upper end; Another cantilever, also by identical configuration mode, an end is articulated in the pivot of doorframe root edge, and the other end is articulated on the pivot of door-plate bottom, and makes these two cantilevers constitute water parallel state far away; This door-plate can become parallel mode to open and cut out with metope, when door-plate forms the state of closing the door between two metopes, can show a smooth outward appearance in metope, and make the gap between door-plate and the metope be reduced to minimum degree.

Aforesaid twin shaft heart parallel sealing door, wherein door-plate comprises and can on door-plate various dissimilar handles and lockset be installed.

As mentioned above, when the control door-plate opens the door or closes the door motion, utilize cantilever to cooperate pivot, make this door-plate can become parallel mode to open and close with metope, so, just needn't preset clearance between metope and the door-plate, make the gap between door-plate and the metope can be reduced to minimum degree, reach predetermined purpose.

In addition, when door-plate forms closed condition between two metopes, also can make the smooth outward appearance of unified aesthetic feeling again of metope performance.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the utility model twin shaft heart parallel sealing door one example structure schematic diagram.

Fig. 2 is the schematic diagram of twin shaft heart parallel sealing door shown in Figure 1.

Fig. 3 is the vertical view of twin shaft heart parallel sealing door example structure shown in Figure 1.

Fig. 4 is the vertical view of twin shaft heart parallel sealing door example structure shown in Figure 2.

Fig. 5 is the utility model twin shaft heart parallel sealing Men Kaimen and the action diagram of closing the door.

The number in the figure explanation:

10 metopes, 11 doorframes

12 pivots, 13 cantilevers

14 pivots, 15 door-plates

The specific embodiment

As shown in Figures 1 and 2, the utility model twin shaft heart parallel sealing door, integral body comprises by two metopes 10, doorframe 11, two cantilevers 13 and a door-plate 15 and constituting.

As Fig. 2 and Fig. 4, above-mentioned this two metope 10, the centre constant spacing of being separated by is made of the space of ccontaining door-plate 15 this spacing.

Above-mentioned doorframe 11 is installed in the trailing edge of this pitch space between two metopes 10.

Above-mentioned doorframe 11 comprises that upper limb in doorframe 11 and root edge opposite position are respectively equipped with pivot 12.

Above-mentioned door-plate 15 comprises that the correspondence position up and down at door-plate 15 rear surfaces also is respectively equipped with pivot 14.

And for example shown in Figure 2, above-mentioned two cantilevers 13, wherein an end of a cantilever 13 articulates on the pivot 12 of doorframe 11 upper limbs, and the other end is articulated on the pivot 14 of door-plate 15 upper ends.

Another cantilever 13, also by identical configuration mode, an end is articulated in the pivot 12 of doorframe 11 root edges, and the other end is articulated on the pivot 14 of door-plate 15 bottoms, and makes these two cantilevers 13 constitute parallel state forever.

As mentioned above, when the utility model opens the door (as Fig. 2) or closes the door (as Fig. 1) fortune fortune when the control door-plate, utilize two parallel each other cantilevers 13, cooperate two cantilevers, 13 terminal each pivot 12,14, make this door-plate 15 become parallel mode outwards to move and open as Fig. 4 and close from metope 10 (with doorframe 11) as Fig. 3, so, between metope 10 of the present utility model and the door-plate 15, just needn't preset clearance, make the gap between door-plate 15 and the metope 10 can be reduced to minimum degree.

And for example Fig. 1 and Fig. 3 because the gap between the utility model door-plate 15 and the metope 10 can be reduced to minimum degree, when door-plate 15 forms closed condition between two metopes 10, also can make the smooth outward appearance of unified aesthetic feeling again of metope 10 performances.

Certainly, on above-mentioned door-plate 15, various dissimilar handles and lockset can be installed optionally, operate to make things convenient for the user.

Therefore, aforesaid utility model, in brief, design is by each parallel each other cantilever 13 of upper and lower end, cooperates the pivot 14 on the pivot 12 that is separately positioned on the doorframe 11 and the door-plate 15, door-plate 15 can be contained in closely between two metopes 10, constitute twin shaft heart parallel sealing door, this structure design of the present utility model is also uncomplicated, and easy construction, can effectively solve and have many problems of deriving out now, and have creativity and practicality because of the door gap.

The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any simple modification, equivalent variations and modification that above embodiment did.

Claims (2)

1. a twin shaft heart parallel sealing door is characterized in that, comprising:

Two metopes, the centre constant spacing of being separated by is made of the space of ccontaining door-plate this spacing;

One doorframe is installed in the trailing edge of this pitch space between two metopes, and upper limb in doorframe and root edge opposite position are respectively equipped with pivot;

One door-plate is included in the correspondence position up and down of door-plate rear surface, also is respectively equipped with pivot;

Two cantilevers, wherein an end of a cantilever articulates on the pivot of doorframe upper limb, and the other end is articulated on the pivot of door-plate upper end; Another cantilever, also by identical configuration mode, an end is articulated in the pivot of doorframe root edge, and the other end is articulated on the pivot of door-plate bottom, and makes these two cantilevers constitute parallel state forever;

This door-plate can become parallel mode to open and cut out with metope, when door-plate forms the state of closing the door between two metopes, can show a smooth outward appearance in metope, and make the gap between door-plate and the metope be reduced to minimum degree.

2. twin shaft heart parallel sealing door according to claim 1 is characterized in that: described door-plate is included in various dissimilar handles and lockset is installed on the door-plate.

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