CN200958362Y - Connecting structure of linked door - Google Patents

Connecting structure of linked door Download PDF

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Publication number
CN200958362Y
CN200958362Y CNU2006200648975U CN200620064897U CN200958362Y CN 200958362 Y CN200958362 Y CN 200958362Y CN U2006200648975 U CNU2006200648975 U CN U2006200648975U CN 200620064897 U CN200620064897 U CN 200620064897U CN 200958362 Y CN200958362 Y CN 200958362Y
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CN
China
Prior art keywords
hinged
connecting rod
doorframe
doorframes
cross link
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
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CNU2006200648975U
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Chinese (zh)
Inventor
谢明宗
何世城
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Individual
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Individual
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Priority to CNU2006200648975U priority Critical patent/CN200958362Y/en
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Publication of CN200958362Y publication Critical patent/CN200958362Y/en
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Expired - Fee Related legal-status Critical Current

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Abstract

The utility model discloses a connecting structure of a linkage door, and composes a head and several door frames orderly connected with the head. Each door frames of the flex door are connected by an upper and a lower combined type cross connecting rod assembly, which is vertically connected with the inboards of the both side frames of several door frames. The upper part of each door frame is provided with a lower fixing crossbar, which is fixed with the both side frames of the door frame. The lower part of the fixing crossbar is provided with an upper sliding bar, which is sliding connected with both side frames of the door frame. Each connecting rod assemblies of the upper combined type cross connecting rod assembly are orderly hinged with the upper fixing crossbar and the upper sliding bar of the upper part of each door frame, while each connecting rod assemblies of the lower combined type cross connecting rod assembly is orderly hinged with the lower fixing crossbar and the lower sliding bar of the lower part of each door frame. The utility model has the advantages of convenient decoration and good stability.

Description

The syndeton of linkage door
Technical field
The utility model relates to retractable door, the improvement of the syndeton of the linkage door that particularly a kind of import and export that is installed in spaciousness uses.
Background technology
In the prior art, the retractable door of a kind of a large amount of use at the import and export of spaciousness arranged, this retractable door is by a plurality of doorframes that connect successively, connect the link assembly of a plurality of doorframes and promote head and constitute, it is convenient that it is opened with it, handsome in appearance, advantage such as easy to use, be widely used in office, factory, residential quarters, the import and export of family etc., there is following shortcoming in existing retractable door: do not have decoration between the interval between each doorframe, not attractive in appearance, modeling structure is single, and decoration functions is not strong, influence the attractive in appearance of retractable door, in addition, the poor stability of existing retractable door connecting structure overall operation causes the retractable door operation not steady easily, this connecting structure is difficult to keep trackless extensible door to move along rectilinear direction when being applied to trackless extensible door.
The utility model content
The purpose of this utility model is to overcome above-mentioned defective of the prior art, provides a kind of not only being convenient to decorate the syndeton of the linkage door of good stability.
For achieving the above object, the technical scheme that the utility model provides is as follows: the syndeton of constructing a kind of linkage door, comprise head, the a plurality of doorframes that are connected successively with head, each doorframe of retractable door is connected by the upper and lower two groups of combined type cross link assemblies that are vertically connected on a plurality of doorframes both sides scuncheon, the top of each doorframe be provided with fixedly connected with its both sides frame on fixed transverse rod, bottom of fixed transverse rod is provided with the last sliding bar that can be slidingly connected with this doorframe both sides frame on this; Be provided with the following fixed transverse rod of fixedlying connected with its both sides frame in the bottom of each doorframe, the top of this time fixed transverse rod is provided with the lower slider bar that is slidingly connected with this doorframe both sides frame; Described each link assembly of combined type cross link assembly of going up is hinged with the last fixed transverse rod and the last sliding bar on each doorframe top successively; Described down each link assembly of combined type cross link assembly is hinged with the following fixed transverse rod and the lower slider bar of each doorframe bottom successively.
Described upper and lower combined type cross link assembly is made of two groups of cross link assemblies respectively, and two groups of cross link assemblies of last combined type cross link assembly are connected by some upper connecting rods that are horizontally set between each adjacent two doorframe top; Two groups of cross link assemblies of following combined type cross link assembly are connected by some lower connecting rods that are horizontally set between each adjacent two doorframe bottom; The hinged place of each each connecting rod of group cross link assembly adopts rotating connector to connect.
The described equal in length that goes up each each connecting rod of group cross link assembly of combined type cross link assembly, each connecting rod of each group cross link assembly is hinged successively by rotating connector, each group cross link assembly is provided with four connecting rods between adjacent two doorframes, wherein the last sliding bar of an end of a connecting rod and doorframe is hinged, the last sliding bar of one end of another root connecting rod and another adjacent doorframe is hinged, the other end of described these two connecting rods vertically stretches between two doorframes, these two connecting rods intersect mutually and are hinged at infall, wherein the end of a connecting rod is hinged with the interlinking lever end that is connected a doorframe of adjacent two doorframes, and the end of another root connecting rod is hinged with the interlinking lever end that is connected a doorframe of adjacent two doorframes; One end of other two connecting rods is hinged between described adjacent two doorframes, wherein a connecting rod is hinged to the doorframe extension of described adjacent two doorframes and the last fixed transverse rod of this doorframe, and be hinged at infall with the connecting rod that intersects with it, connecting rod between adjacent two doorframes with other in its end is hinged, another root connecting rod is hinged to another doorframe extension of described adjacent two doorframes and the last fixed transverse rod of this doorframe, and be hinged at infall with the connecting rod that intersects with it, the connecting rod between adjacent two doorframes with other in its end is hinged.
The equal in length of each each connecting rod of group cross link assembly of described combined type cross link assembly down, each connecting rod of each group cross link assembly is hinged successively by rotating connector, each group cross link assembly is provided with four connecting rods between adjacent two doorframes, wherein the lower slider bar of an end of a connecting rod and doorframe is hinged, the lower slider bar of one end of another root connecting rod and another adjacent doorframe is hinged, the other end of described these two connecting rods vertically stretches between two doorframes, these two connecting rods intersect mutually and are hinged at infall, wherein the end of a connecting rod is hinged with the interlinking lever end that is connected a doorframe of adjacent two doorframes, and the end of another root connecting rod is hinged with the interlinking lever end that is connected a doorframe of adjacent two doorframes; One end of other two connecting rods is hinged between described adjacent two doorframes, wherein a connecting rod is hinged to the doorframe extension of described adjacent two doorframes and the following fixed transverse rod of this doorframe, and be hinged at infall with the connecting rod that intersects with it, connecting rod between adjacent two doorframes with other in its end is hinged, another root connecting rod is hinged to another doorframe extension of described adjacent two doorframes and the following fixed transverse rod of this doorframe, and be hinged at infall with the connecting rod that intersects with it, the connecting rod between adjacent two doorframes with other in its end is hinged.
Each group cross link assembly that described upper and lower combined type cross link assembly is hinged is provided with six pin joints altogether between two doorframes.
The beneficial effect of the syndeton of linkage door described in the utility model is, each doorframe of retractable door is flexibly connected by the upper and lower two groups of combined type cross link assemblies that are vertically connected on a plurality of doorframes both sides scuncheon, have and be convenient to decorate, the advantage of good stability can be used for occasions such as office, factory, residential quarters, family.
Be described further below in conjunction with the syndeton of drawings and Examples linkage door described in the utility model:
Description of drawings
Fig. 1 is the front view of the syndeton of the utility model linkage door;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is the vertical view of Fig. 1;
Fig. 4 is the three-dimensional structure diagram of Fig. 1.
The specific embodiment
Below be the most preferred embodiment of the syndeton of linkage door described in the utility model, therefore do not limit protection domain of the present utility model.
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, construct a kind of syndeton of linkage door, comprise head 1, the a plurality of doorframes 2 that are connected successively with head 1, each doorframe 2 of retractable door is connected by the upper and lower two groups of combined type cross link assemblies 3,4 that are vertically connected on a plurality of doorframes both sides scuncheon, the top of each doorframe 2 be provided with fixedly connected with its both sides frame 5,6 on fixed transverse rod 7, bottom of fixed transverse rod 7 is provided with the last sliding bar 8 that can be slidingly connected with this doorframe both sides frame 5,6 on this; Be provided with the following fixed transverse rod 9 of fixedlying connected with its both sides frame 5,6 in the bottom of each doorframe 2, the top of this time fixed transverse rod 9 is provided with the lower slider bar 10 that is slidingly connected with this doorframe both sides frame 5,6; Described combined type cross link assembly 3 each link assembly of going up are hinged with the last fixed transverse rod 7 and the last sliding bar 8 on each doorframe 2 top successively; Described down combined type cross link assembly 4 each link assembly are hinged with the following fixed transverse rod 9 and the lower slider bar 10 of each doorframe 2 bottom successively.
Described upper and lower combined type cross link assembly 3,4 is made of two groups of cross link assemblies respectively, and two groups of cross link assemblies 11,12 of last combined type cross link assembly 3 are connected by three upper connecting rods 15,16,17 that are horizontally set between each adjacent two doorframes 13,14 top; Two groups of cross link assemblies 18,19 of following combined type cross link assembly 4 are connected by three lower connecting rods 20,21,22 that are horizontally set between each adjacent two doorframes 13,14 bottom; The hinged place of each each connecting rod of group cross link assembly adopts rotating connector 23 to connect, and this rotating connector 23 can be to connect pin.
The described equal in length that goes up each each connecting rod of group cross link assembly of combined type cross link assembly 3, each connecting rod of each group cross link assembly is hinged successively by rotating connector, each group cross link assembly is at adjacent two doorframes 13, be provided with four connecting rods 24 between 14,25,26,27, wherein the last sliding bar 8 of an end of a connecting rod 24 and doorframe 13 is hinged, the last sliding bar 8 of one end of another root connecting rod 25 and another adjacent doorframe 14 is hinged, described these two connecting rods 24,25 the other end vertically stretches into two doorframes 13, between 14, these two connecting rods 24,25 mutually intersect and are hinged at infall, wherein the end of a connecting rod 24 be connected adjacent two doorframes 13, connecting rod 28 ends of a doorframe 14 of 14 are hinged, the end of another root connecting rod 25 be connected adjacent two doorframes 13, connecting rod 29 ends of a doorframe 13 of 14 are hinged; Other two connecting rods 26, an end of 27 is at described adjacent two doorframes 13, be hinged between 14, wherein a connecting rod 26 is to described adjacent two doorframes 13, a doorframe 13 of 14 extends and the last fixed transverse rod 7 of this doorframe 13 is hinged, and be hinged at infall with the connecting rod that intersects with it 24, adjacent two doorframes 13 in its end with other, connecting rod 31 between 30 is hinged, another root connecting rod 27 is to described adjacent two doorframes 13, another doorframe 14 of 14 extends and the last fixed transverse rod 7 of this doorframe 14 is hinged, and be hinged adjacent two doorframes 14 in its end at infall with other with the connecting rod that intersects with it 25, connecting rod 33 between 32 is hinged.
The equal in length of each each connecting rod of group cross link assembly of described combined type cross link assembly 4 down, each connecting rod of each group cross link assembly is hinged successively by rotating connector, each group cross link assembly is at adjacent two doorframes 13, be provided with four connecting rods 34 between 14,35,36,37, wherein the lower slider bar 10 of an end of a connecting rod 34 and doorframe 13 is hinged, the lower slider bar 39 of one end of another root connecting rod 35 and another adjacent doorframe 14 is hinged, described these two connecting rods 34,35 the other end vertically stretches into two doorframes 13, between 14, these two connecting rods 34,35 mutually intersect and are hinged at infall, wherein the end of a connecting rod 34 be connected adjacent two doorframes 13, connecting rod 40 ends of a doorframe 14 of 14 are hinged, the end of another root connecting rod 35 be connected adjacent two doorframes 13, connecting rod 41 ends of a doorframe 13 of 14 are hinged; Other two connecting rods 36, an end of 37 is at described adjacent two doorframes 13, be hinged between 14, wherein a connecting rod 36 is to described adjacent two doorframes 13, a doorframe 13 of 14 extends and the following fixed transverse rod 9 of this doorframe 13 is hinged, and be hinged at infall with the connecting rod that intersects with it 34, adjacent with other two 13 of its end, connecting rod 42 between 30 frames is hinged, another root connecting rod 37 is to described adjacent two doorframes 13, another doorframe 14 of 14 extends and the following fixed transverse rod 9 of this doorframe 14 is hinged, and be hinged adjacent two doorframes 14 in its end at infall with other with the connecting rod that intersects with it 35, connecting rod 43 between 32 is hinged.
Each group cross link assembly that described upper and lower combined type cross link assembly 3,4 is hinged is being provided with six pin joints 44,45,46,47,51,52 between adjacent two doorframes arbitrarily altogether.
Two groups of cross link assemblies 11,12 of above-mentioned combined type cross link assembly 3 are connected by three upper connecting rods 15,16,17 that are horizontally set between each adjacent two doorframes 13,14 top; Two groups of cross link assemblies 18,19 of following combined type cross link assembly 4 are connected by three lower connecting rods 20,21,22 that are horizontally set between each adjacent two doorframes 13,14 bottom; The hinged place of each each connecting rod of group cross link assembly adopts rotating connector 23 to connect.

Claims (5)

1, a kind of syndeton of linkage door, comprise head, the a plurality of doorframes that are connected successively with head, it is characterized in that, each doorframe of retractable door is connected by the upper and lower two groups of combined type cross link assemblies that are vertically connected on a plurality of doorframes both sides scuncheon, the top of each doorframe be provided with fixedly connected with its both sides frame on fixed transverse rod, bottom of fixed transverse rod is provided with the last sliding bar that is slidingly connected with this doorframe both sides frame on this; Be provided with the following fixed transverse rod of fixedlying connected with its both sides frame in the bottom of each doorframe, the top of this time fixed transverse rod is provided with the lower slider bar that is slidingly connected with this doorframe both sides frame; Described each link assembly of combined type cross link assembly of going up is hinged with the last fixed transverse rod and the last sliding bar on each doorframe top successively; Described down each link assembly of combined type cross link assembly is hinged with the following fixed transverse rod and the lower slider bar of each doorframe bottom successively.
According to the syndeton of the described linkage door of claim 1, it is characterized in that 2, each group cross link assembly that described upper and lower combined type cross link assembly is hinged is provided with six pin joints altogether between two doorframes.
3, according to the syndeton of the described linkage door of claim 1, it is characterized in that, described upper and lower combined type cross link assembly is made of two groups of cross link assemblies respectively, and two groups of cross link assemblies of last combined type cross link assembly are connected by some upper connecting rods that are horizontally set between each adjacent two doorframe top; Two groups of cross link assemblies of following combined type cross link assembly are connected by some lower connecting rods that are horizontally set between each adjacent two doorframe bottom; The hinged place of each each connecting rod of group cross link assembly adopts rotating connector to connect, between adjacent two doorframes, also vertically be connected with the connecting rod that is hinged with described upper and lower combined type cross link assembly, one end of this connecting rod is hinged with the upper connecting rod that is horizontally set on two groups of cross link assemblies of combined type cross link assembly, and the other end and the lower connecting rod that is horizontally set on down on two groups of cross link assemblies of combined type cross link assembly are hinged; Described connecting rod is a kind of transparent hollow member, is equiped with luminous tube in transparent hollow member.
4, syndeton according to the described linkage door of claim 3, it is characterized in that, the described equal in length that goes up each each connecting rod of group cross link assembly of combined type cross link assembly, each connecting rod of each group cross link assembly is hinged successively by rotating connector, each group cross link assembly is provided with four connecting rods between adjacent two doorframes, wherein the last sliding bar of an end of a connecting rod and doorframe is hinged, the last sliding bar of one end of another root connecting rod and another adjacent doorframe is hinged, the other end of described these two connecting rods vertically stretches between two doorframes, these two connecting rods intersect mutually and are hinged at infall, wherein the end of a connecting rod is hinged with the interlinking lever end that is connected a doorframe of adjacent two doorframes, and the end of another root connecting rod is hinged with the interlinking lever end that is connected a doorframe of adjacent two doorframes; One end of other two connecting rods is hinged between described adjacent two doorframes, wherein a connecting rod is hinged to the doorframe extension of described adjacent two doorframes and the last fixed transverse rod of this doorframe, and be hinged at infall with the connecting rod that intersects with it, connecting rod between adjacent two doorframes with other in its end is hinged, another root connecting rod is hinged to another doorframe extension of described adjacent two doorframes and the last fixed transverse rod of this doorframe, and be hinged at infall with the connecting rod that intersects with it, the connecting rod between adjacent two doorframes with other in its end is hinged.
5, syndeton according to the described linkage door of claim 3, it is characterized in that, the equal in length of each each connecting rod of group cross link assembly of described combined type cross link assembly down, the rotating connector that passes through of each each connecting rod of group cross link assembly is hinged successively, each group cross link assembly is provided with four connecting rods between adjacent two doorframes, wherein the lower slider bar of an end of a connecting rod and doorframe is hinged, the lower slider bar of one end of another root connecting rod and another adjacent doorframe is hinged, the other end of described these two connecting rods vertically stretches between two doorframes, these two connecting rods intersect mutually and are hinged at infall, wherein the end of a connecting rod is hinged with the interlinking lever end that is connected a doorframe of adjacent two doorframes, and the end of another root connecting rod is hinged with the interlinking lever end that is connected a doorframe of adjacent two doorframes; One end of other two connecting rods is hinged between described adjacent two doorframes, wherein a connecting rod is hinged to the doorframe extension of described adjacent two doorframes and the following fixed transverse rod of this doorframe, and be hinged at infall with the connecting rod that intersects with it, connecting rod between adjacent two doorframes with other in its end is hinged, another root connecting rod is hinged to another doorframe extension of described adjacent two doorframes and the following fixed transverse rod of this doorframe, and be hinged at infall with the connecting rod that intersects with it, the connecting rod between adjacent two doorframes with other in its end is hinged.
CNU2006200648975U 2006-09-27 2006-09-27 Connecting structure of linked door Expired - Fee Related CN200958362Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNU2006200648975U CN200958362Y (en) 2006-09-27 2006-09-27 Connecting structure of linked door

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Application Number Priority Date Filing Date Title
CNU2006200648975U CN200958362Y (en) 2006-09-27 2006-09-27 Connecting structure of linked door

Publications (1)

Publication Number Publication Date
CN200958362Y true CN200958362Y (en) 2007-10-10

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CNU2006200648975U Expired - Fee Related CN200958362Y (en) 2006-09-27 2006-09-27 Connecting structure of linked door

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105041097A (en) * 2015-06-30 2015-11-11 安徽先锋门业科技有限公司 Electric retractable door

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105041097A (en) * 2015-06-30 2015-11-11 安徽先锋门业科技有限公司 Electric retractable door
CN105041097B (en) * 2015-06-30 2017-12-12 安徽先锋门业科技有限公司 A kind of electric extendable door

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C14 Grant of patent or utility model
GR01 Patent grant
C17 Cessation of patent right
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20071010

Termination date: 20110927