CN216788245U

CN216788245U - Hollow connecting beam structure for built-in honeycomb curtain

Info

Publication number: CN216788245U
Application number: CN202123387227.0U
Authority: CN
Inventors: 张�成; 袁克光; 王卫东
Original assignee: Changshu Zhongqin Building Material Co ltd
Current assignee: Changshu Zhongqin Building Material Co ltd
Priority date: 2021-12-30
Filing date: 2021-12-30
Publication date: 2022-06-21
Anticipated expiration: 2031-12-30

Abstract

The utility model provides a cavity embeds tie-beam structure for honeycomb (window) curtain, honeycomb (window) curtain is including honeycomb (window) curtain body, and it is formed by a plurality of curtain piece monomer interconnect, and the characteristics are: the tie-beam structure includes the tie-beam body, it is inside hollow section bar structure and connects on the honeycomb blind body, the side surface of the orientation honeycomb blind of tie-beam body is and opens the mouth setting, the opening tip position department at the tie-beam body is installed in inserting the joining in marriage to a curtain piece monomer of honeycomb blind body direction of height one end tip, the inside constitution of this tie-beam body has the tie-beam division board, this tie-beam division board is injectd the tie-beam body inside and is connect the cavity in the roof beam, the both ends of tie-beam body are inserted respectively to join in marriage and are installed the stay cord connecting piece, two stay cord connecting pieces all include stay cord connecting piece gomphosis portion and stay cord hookup hook somatic part, stay cord connecting piece gomphosis portion and tie-beam cavity cooperation, stay cord hookup hook somatic part can the stay cord. The appearance and the window curtain shading performance are improved, the use comfort is embodied, and the installation convenience is realized.

Description

Hollow connecting beam structure for built-in honeycomb curtain

Technical Field

The utility model belongs to the technical field of hollow shutter curtain accessories, and particularly relates to a connecting beam structure for a hollow built-in honeycomb curtain.

Background

The honeycomb curtain is a furniture article commonly used in daily life for shielding light and decorating, and the honeycomb curtain is a quite attractive and practical style in the honeycomb curtain, the whole curtain body is in an organ shape and is formed by mutually connecting a plurality of honeycomb curtain sheet monomers with regular hexagonal sections, the whole curtain sheet can be integrally contracted or expanded by utilizing the characteristic that the curtain sheet monomers can be folded and extended, and the honeycomb curtain cloth can store air in a honeycomb structure of a hollow layer due to the unique characteristic of the honeycomb curtain cloth, can play an effective heat insulation role, so the honeycomb curtain is more and more favored by people. And the built-in honeycomb (window) curtain of current cavity most possesses the frame body, install the glass of both sides around the window frame, and set up the honeycomb curtain body at the internal portion of frame, and in order to guarantee the gas tightness of whole product, generally all use the interior controller that sets up in the frame body to drive a plurality of stay cords, and can be provided with a tie-beam usually in the lower part of honeycomb curtain body, the one end of stay cord is passed can all pass the honeycomb curtain body downwards usually after the honeycomb curtain body upper end and is linked together with the tie-beam, the tie-beam can play the counter weight effect and drive the tie-beam motion through the motion of stay cord, thereby realize folding or the expansion of honeycomb curtain body. However, the existing connecting beam is usually a strip-shaped plate structure, and one end of the pull rope is connected and fixed on the connecting beam and needs to pass through the honeycomb curtain body, so that the honeycomb curtain body needs to be perforated for the pull rope to pass through, but the holes not only affect the whole shading effect of the curtain, but also consume time and labor when being perforated, and affect the whole viewing effect of the curtain at the same time,

in view of the above, there is a need for a connecting beam structure for a hollow honeycomb-embedded window curtain, which has a simple structure, is easy to connect, has a good shading effect, and is more beautiful. The applicant has therefore made an advantageous design, in the context of which the solution to be described below is made.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a connecting beam structure for a hollow built-in honeycomb curtain, which is beneficial to hiding a pull rope in a frame body by inserting pull rope connecting pieces at two ends of the connecting beam body so as to improve the visibility and the curtain shading property, is beneficial to quickly and conveniently driving the connecting beam body to move through the pull rope so as to realize the folding or expansion of the honeycomb curtain body and reflect the use comfort, and is convenient to limit a curtain sheet embedding cavity in the connecting beam body so as to ensure that the honeycomb curtain body and the connecting beam body are simply and firmly inserted and installed.

The task of the utility model is accomplished in such a way that the connecting beam structure for the hollow built-in honeycomb curtain comprises a honeycomb curtain body, the honeycomb curtain body is formed by mutually connecting a plurality of curtain sheet monomers with regular hexagonal sections, and the curtain sheet monomers are integrally in a strip structure, and the honeycomb curtain is characterized in that: the connecting beam structure comprises a strip-shaped connecting beam body, the connecting beam body is of a hollow profile structure and can be connected to the honeycomb curtain body, one side surface of the connecting beam body facing the honeycomb curtain body is open, a curtain sheet monomer at one end of the honeycomb curtain body in the height direction is inserted and installed at the position of the open end of the connecting beam body, a connecting beam separation plate extending along the length direction is formed inside the connecting beam body, a connecting beam hollow cavity is defined inside the connecting beam body by the connecting beam separation plate, a pull rope connecting piece is respectively inserted and installed at the two ends of the connecting beam body in the length direction, the two pull rope connecting pieces comprise a pull rope connecting piece embedding part and a pull rope connecting hook body part formed on one side of the pull rope connecting piece embedding part, and the pull rope connecting piece embedding part is matched with the connecting beam hollow cavity, and the pull rope connecting hook body part can hook the pull rope.

In a specific embodiment of the utility model, a connecting beam embedded plate is respectively formed towards the inner side at the edge position on the front and rear side panels of the connecting beam body far away from the length direction of the hollow cavity of the connecting beam, the two connecting beam embedded plates extend along the length direction of the connecting beam body, the space between the two connecting beam embedded plates and the connecting beam partition plate is formed into a curtain sheet embedded cavity, a curtain sheet single body connecting plate matched with the curtain sheet embedded cavity is installed in a curtain sheet single body at one end part of the honeycomb curtain body in the height direction, and the curtain sheet single body connecting plate and the curtain sheet single body are inserted and installed in the curtain sheet embedded cavity together, so that the positioning connection between the connecting beam body and the honeycomb curtain body is realized.

In another specific embodiment of the present invention, the rope connecting hook body portion has an upper rope connecting hook and a lower rope connecting hook, and the upper rope connecting hook and the lower rope connecting hook have the same structure and are symmetrically arranged.

In another specific embodiment of the present invention, the cross-sectional shape of the connecting beam partition plate is an arc structure with a lower middle part and two higher sides.

In a further specific embodiment of the present invention, the connection beam body is made of an aluminum alloy material.

In yet another specific embodiment of the present invention, the pull cord connector is made of plastic.

After adopting the structure, the utility model has the advantages that: firstly, two pull rope connecting pieces are inserted and matched at the end parts of the two ends of the connecting beam body in the length direction, the pull ropes can be connected and hooked on the two pull rope connecting pieces and drive the connecting beam body to move through the movement of the pull ropes so as to realize the folding or expansion of the honeycomb curtain body, the adjustment is simple, convenient and quick, and the pull ropes can be hidden in the curtain frame body without penetrating through the honeycomb curtain body, so that the light shading performance of the honeycomb curtain is improved and the attractiveness is improved; in addition, the connecting beam partition plates are arranged in the connecting beam body, and the two connecting beam embedding plates are formed at the opening ends, so that a curtain piece embedding cavity is limited, the curtain piece single body and the connecting beam body can be conveniently and firmly inserted and installed, the structure is simple, and the installation convenience is realized.

Drawings

Fig. 1 is a schematic overall structure diagram of an embodiment of the present invention.

Fig. 2 is an exploded view of the connecting beam body and the pull rope connecting piece according to the present invention.

Fig. 3 is an illustration of an application of the present invention.

In the figure: 1. the honeycomb curtain comprises a honeycomb curtain body, 11 curtain sheet single bodies and 111 curtain sheet single body connecting plates; 2. the curtain plate comprises a connecting beam body, 21 connecting beam partition plates, 22 connecting beam hollow cavities, 23 connecting beam embedded plates and 24 curtain sheet embedded cavities; 3. a pull rope connecting piece, 31, a pull rope connecting piece embedding part, 32, a pull rope connecting hook body part, 321, a pull rope connecting upper hook, 322 and a pull rope connecting lower hook; 4. an inner manipulator; 5. and pulling a rope.

Detailed Description

The following is a detailed description by way of example, but the description of the example is not intended to limit the scope of the utility model, and any equivalent changes made in accordance with the spirit of the utility model, which are merely in form and not in substance, should be considered as technical aspects of the utility model.

Referring to fig. 1 and 2, a connecting beam structure for a hollow honeycomb-embedded window curtain is shown, the honeycomb window curtain includes a honeycomb curtain body 1, the honeycomb curtain body 1 is formed by connecting a plurality of curtain sheet monomers 11 with regular hexagonal cross sections, the curtain sheet monomers 11 are integrally in a strip structure, the curtain sheet monomers 11 are made of a composite fabric with an outer layer of non-woven fabric and an inner layer of aluminum foil, and the curtain sheet monomers 11 can be folded or expanded; the connecting beam structure comprises a strip-shaped connecting beam body 2, the connecting beam body 2 is a hollow section structure and can be connected to the honeycomb curtain body 1, one side surface part of the connecting beam body 2 facing the honeycomb curtain body 1 is arranged in an open way, a curtain sheet single body 11 at one end part of the honeycomb curtain body 1 in the height direction is inserted and installed at the position of the open end part of the connecting beam body 2, a connecting beam partition plate 21 extending along the length direction is formed inside the connecting beam body 2, the connecting beam partition plate 21 limits a connecting beam hollow cavity 22 inside the connecting beam body 2, a pull rope connecting piece 3 is respectively inserted and installed at two end parts of the connecting beam body 2 in the length direction, two pull rope connecting pieces 3 respectively comprise a pull rope connecting piece embedding part 31 and a pull rope connecting hook 32 formed at one side of the pull rope connecting piece embedding part 31, the cord connector fitting portion 31 is fitted into the bridge hollow cavity 22, and the cord connection hook portion 32 is capable of hooking the cord.

In this embodiment, a coupling beam engaging plate 23 is formed at a position on each of front and rear side plates of the coupling beam body 2 away from a longitudinal edge of the coupling beam hollow cavity 22 toward an inner side, the two coupling beam engaging plates 23 are extended along the longitudinal direction of the coupling beam body 2, a space between the two coupling beam engaging plates 23 and the coupling beam partition plate 21 is formed as a curtain sheet engaging cavity 24, a curtain sheet single body connecting plate 111 corresponding to the curtain sheet engaging cavity 24 is installed inside one curtain sheet single body 11 at one end in the height direction of the honeycomb curtain body 1, the curtain sheet single body connecting plate 111 is a rigid body, and since the curtain sheet single body 11 is a flexible body, the curtain sheet single body connecting plate 111 can securely and firmly fix the curtain sheet single body 11 in the curtain sheet engaging cavity 24, the curtain sheet single body connecting plate 111 is inserted and installed in the curtain sheet engaging cavity 24 together with the curtain sheet single body 11, thereby realizing the positioning connection of the connecting beam body 2 and the honeycomb blind body 1.

Further, the rope coupling hook portion 32 has an upper rope coupling hook 321 and a lower rope coupling hook 322, and the upper rope coupling hook 321 and the lower rope coupling hook 322 have the same structure and are symmetrically disposed.

Preferably, the cross-sectional shape of the connecting beam partition plate 21 is an arc structure with a lower middle and two higher sides.

Further, the aforementioned connection beam body 2 is preferably made of an aluminum alloy material, but the material thereof is not limited.

Further, the aforementioned cord connector 3 is preferably made of plastic, but the material thereof is also not limited.

Referring to fig. 3, which shows an embodiment of the technical solution provided by the present invention, a curtain sheet single body 11 at the upper end of a honeycomb blind body 1 can be installed on a blind frame body, and a connection beam body 2 can be inserted and installed on the curtain sheet single body 11 at the lower end of the honeycomb blind body 1, thereby realizing connection of the honeycomb blind body 1 of the connection beam body 2, two pull rope connectors 3 are inserted and installed at the left and right sides of the connection beam body 2, an inner controller 4 and four pull ropes 5 are also shown in the figure, the inner controller 4 can slide up and down in the blind frame body, one end of the four pull ropes 5 is connected and fixed in the blind frame body and passes through the inner controller 4, and the other end of the four pull ropes 5 is respectively connected to the pull rope connection upper hook 321 or the pull rope connection lower hook 322 of the pull rope connectors 3 at both sides, a user drives the pull ropes 5 to move to realize upward or downward movement of the connection beam body 2 by operating the movement of the inner controller 4, finally, the upward contraction or downward expansion of the honeycomb blind body 1 is completed.

In conclusion, the technical scheme provided by the utility model overcomes the defects in the prior art, successfully completes the utility model task and truly realizes the technical effects of the applicant in the technical effect column.

Claims

1. A hollow connecting beam structure for a built-in honeycomb curtain, the honeycomb curtain comprises a honeycomb curtain body (1), the honeycomb curtain body (1) is formed by mutually connecting a plurality of curtain sheet monomers (11) with regular hexagonal tangent planes, and the curtain sheet monomers (11) are integrally in a long strip-shaped structure, and the honeycomb curtain is characterized in that the connecting beam structure comprises a connecting beam body (2) in a long strip shape, the connecting beam body (2) is in a hollow profile structure and can be connected to the honeycomb curtain body (1), one side surface of the connecting beam body (2) facing the honeycomb curtain body (1) is in an open opening arrangement, in addition, one curtain sheet monomer (11) at one end part in the height direction of the honeycomb curtain body (1) is inserted and arranged at the opening end part position of the connecting beam body (2), and a connecting beam partition plate (21) extending along the length direction is formed inside the connecting beam body (2), this tie-beam division board (21) is injectd a tie-beam with tie-beam body (2) inside and is connect cavity (22) in the roof beam body (2) length direction's both ends tip is inserted respectively and is joined in marriage and install a stay cord connecting piece (3), and two stay cord connecting pieces (3) are all including a stay cord connecting piece gomphosis portion (31) and constitute stay cord coupling hook somatic part (32) in this stay cord connecting piece gomphosis portion (31) one side, cavity (22) cooperate in stay cord connecting piece gomphosis portion (31) and the tie-beam, and stay cord coupling hook somatic part (32) can the hook stay cord.

2. The connecting beam structure for the hollow built-in honeycomb window curtain as claimed in claim 1, wherein a connecting beam engaging plate (23) is formed on the front and rear side panels of the connecting beam body (2) at positions away from the lengthwise edges of the hollow cavity (22) of the connecting beam toward the inside, the two connecting beam engaging plates (23) extend along the lengthwise direction of the connecting beam body (2), and the space between the two connecting beam engaging plates (23) and the connecting beam partition plate (21) is formed as a curtain engaging cavity (24), a curtain sheet single body connecting plate (111) corresponding to the curtain sheet engaging cavity (24) is installed inside one curtain sheet single body (11) at one end of the honeycomb window curtain body (1) in the height direction, the curtain sheet single body connecting plate (111) is installed in the curtain sheet engaging cavity (24) together with the curtain sheet single body (11), thereby realizing the positioning connection of the connecting beam body (2) and the honeycomb curtain body (1).

3. The connecting beam structure for hollow built-in honeycomb window curtain as claimed in claim 1, wherein said pull cord connecting hook body portion (32) has a pull cord connecting upper hook (321) and a pull cord connecting lower hook (322), said pull cord connecting upper hook (321) and said pull cord connecting lower hook (322) are identical in structure and are symmetrically disposed.

4. A connecting beam structure for a hollow built-in honeycomb window curtain as claimed in claim 1, wherein said connecting beam partition plate (21) has a sectional shape of an arc structure with a lower center and two higher sides.

5. A connecting beam structure for hollow built-in honeycomb window curtains according to claim 1, characterized in that the connecting beam body (2) is made of an aluminum alloy material.

6. A connecting beam structure for hollow built-in honeycomb window curtains according to claim 1, characterized in that the pull cord connecting member (3) is made of plastic.