TWI745216B - Horizontal and straight material connecting unit of built-in skeleton glass curtain - Google Patents

Abstract

The present invention is a horizontal and straight material connecting unit of a built-in frame glass curtain. It mainly refers to that the straight material of the built-in frame of the glass curtain has an extension section outwards and correspondingly buckles two straight upper frames and two straight lower frames, and the outer side of the extension section The limit section is fitted and locked to a connecting piece to penetrate the glass curtain, and the connecting piece is connected to the sunshade unit on the outside of the glass curtain. According to this, the sunshade unit can also be combined with the glass curtain of the concealed frame. To achieve the effect of energy saving and carbon reduction, other appearance designs of the shading unit are also added and the visual enjoyment of the overall wall is increased.

Description

Horizontal and straight material connecting unit of built-in skeleton glass curtain

The present invention is a sun-shading skeleton unit of a glass curtain, and particularly refers to the technical field in which the sun-shading unit can also be combined with a glass curtain with a built-in skeleton.

Early glass curtains were used in greenhouse construction, using the heat insulation and heat absorption of glass to increase the sunshine time of flowers and some large plants in order to control the quality of species. And most of the earlier glass curtains were built in buildings in cold climate regions, in order to increase the indoor thermal insulation and keep a small amount of sunshine; but based on the aesthetics of glass curtain buildings, they are located in subtropical regions. There are also buildings with glass curtains in Taiwan and some tropical countries. However, because of the heat absorption and heat preservation of glass, air-conditioning and air-conditioning equipment are used in large quantities, which not only consumes too much energy, but also causes the greenhouse effect. Such misuse causes carbon dioxide. Increases, but also bring hidden concerns to the safety of human life.

Secondly, in order to reduce the thermal insulation and heat absorption of glass curtain walls, the industry has developed the emergence of metal glass curtain wall designs with metal materials. Designers use the reflective properties of metal materials to greatly improve the greenhouse effect of building buildings and reduce Excessive energy consumption.

In order to achieve the sustainable development of glass curtains and buildings, through the combination of special design concepts and high-tech technology, the emergence of glass curtain walls will not cause energy consumption problems for human beings. For example, the shading effect of using outdoor shading units can greatly reduce the opening rate of the glass curtain wall; or sandwich a layer of heat insulation layer or hollow layer between the glass and the glass, or increase the thickness of the glass, and on the large surface A one-meter-deep balcony or sunshading unit is made on the periphery of the glass curtain wall, which can reduce the sunlight exposure time to 15% of the energy-saving effect. Such an improvement can not only achieve the effect of energy-saving and carbon-reduction, but also have a visual enjoyment. Accordingly, the creation of a glass curtain combined with a sunshade unit appeared.

Furthermore, the installation of glass curtains in buildings must be constructed with aluminum extruded metal components. The aluminum extruded metal components are roughly composed of a plurality of straight materials 20 and horizontal materials 10. However, the current glass curtain In the case of assembly with aluminum extruded metal components, roughly the horizontal material 10 is on the outdoor side (as shown in the first picture A), or the straight material 20 (as the first picture B) is on the outdoor side, or the horizontal material 10 and the straight material 20 are on the outdoor side (as in the first C figure) or both on the indoor side (as in the first D figure), and currently the glass curtains that can be combined with sun visors are limited to horizontal materials 10 on the outdoor side, or straight materials 20 On the outdoor side, or the type where the horizontal material 10 and the straight material 20 are both on the outdoor side, that is, the type where both the horizontal material 10 and the straight material 20 are on the indoor side (such as the first D, the so-called built-in type) and It can be combined with the sun visor without any framework, therefore, the sun-shading effect of the built-in framework glass curtain is limited. Therefore, there is a need for improvement.

Based on the above-mentioned background of the invention, the inventor of the present case thought that if the built-in skeleton glass curtain can also be combined with a sunshade unit, the above-mentioned lack of users can be improved, and the built-in skeleton glass curtain can also have a sun-shading effect.

In conclusion, the technical structure adopted by the present invention is to invent a horizontal and vertical material connecting unit with a built-in framework of a glass curtain, wherein the built-in framework is located on the indoor side of the glass curtain, and the built-in framework has a plurality of A horizontal and straight material connection unit, and the horizontal and straight material connection unit includes a straight material and two horizontal materials, and the outer side of the straight material is an exterior wall; and the main improvement is that the middle of the outer wall of the straight material has an extension vertically outward Section, and the outer side of the extension section has a limiting section parallel to the outer wall, so that two corresponding chambers on the left and right are formed between the outer wall, the extension section and the limiting section, and the two chambers are respectively buckled on the top Straight frame, and the adjacent sides of the two cross-materials respectively penetrate into a containing chamber transversely, and the adjacent sides of the cross-materials are respectively located below the upper straight frame, and the outer side of the cross-materials each have a horizontal Ribs, and the transverse ribs have a buckle interface, and the buckle interfaces are respectively buckled into the limiting section laterally, and the cross material is assembled accordingly. In addition, the two chambers correspond to the two upper straight frames and buckle the two lower straight frames respectively. Moreover, the adjacent sides of the two horizontal materials are respectively located above the two lower straight frames, and the limiting section continues to have an extension section outward, and the extension section is sleeved and locked to a connecting piece, and the connecting piece protrudes outward The glass curtain and the connecting piece are used to connect a sunshade unit on the outdoor side of the glass curtain. Accordingly, the sunshade unit can also be combined with the glass curtain of the built-in frame.

Secondly, the glass curtain has a plurality of pieces of glass adjacent to each other up and down, and the connecting piece protrudes through the glass curtain from between the two adjacent glasses on the left and right. Alternatively, the glass curtain has a plurality of pieces of glass adjacent to each other up, down, left, and right, and the connecting piece protrudes outward through the glass curtain from between the glass adjacent to the top, bottom, left, and right.

In addition, the outer extension section has at least a straight piercing groove, and the inner end of the adapter has a clamping part, and the inner side of the clamping part is provided with at least one clip strip corresponding to the straight piercing groove, and the adapter is clamped by The part is vertically pierced on the outer side of the extension section, and the clip is clamped into the straight piercing groove, and the clamping part and the extension section are locked transversely by at least one bolt.

Yes, the purpose of the present invention is to provide a sun-shading skeleton unit for glass curtains, especially the horizontal and straight material connecting unit of the built-in skeleton is provided with an extension section and a limiting section on the outer side of the straight material, and the limiting section continues Sleeve and lock an adapter piece to penetrate the glass curtain, and the adapter piece connects the sunshade unit on the outside of the glass curtain. According to this, the sunshade unit can also be combined with the glass curtain of the built-in frame, which can achieve energy saving and carbon reduction. The shading effect.

Please refer to the specific embodiment shown in the second figure. The present invention provides a horizontal and vertical material connecting unit of a built-in skeleton glass curtain, wherein the built-in skeleton A is located on the indoor side of the glass curtain B, and the built-in skeleton A It has a plurality of horizontal and straight material connecting units A1, and the glass curtain B has a plurality of pieces of glass B1 adjacent to each other up and down, left and right. The main innovation of this creation lies in the horizontal and vertical material connection unit A1.

Continuing from the above, as shown in the third figure, the horizontal and vertical material connection unit A1 mainly includes straight material 1 and two horizontal materials 2, and the built-in skeleton A is mainly composed of straight material 1 and two horizontal material connection units A1. The cross material 2 constitutes a grid-like assembly. in:

The straight material 1 (as shown in the fourth figure) has an outer wall 11 on its outer side. The middle of the outer wall 11 has an extension 12 vertically outwards, and the outer side of the extension 12 has a limiting segment 13, and The limiting section 13 is parallel to the outer wall section 11, so that two corresponding left and right chambers 14 are formed between the outer wall section 11, the extension section 12, and the limiting section 13, and the two chambers 14 are respectively buckled with two upper straight frames 15 , Or buckle the two upper straight frame 15 and the second lower straight frame 16 respectively (as shown in the fourth and fifth pictures), and the buckling method of the upper straight frame 15 and the lower straight frame 16 in the chamber 14 is traditional aluminum extrusion The type of buckle structure will not be repeated here. Furthermore, the limiting section 13 continues to have an extension section 17 outward, and the extension section 17 is sleeved and locked to a connecting piece 3, and the connecting piece 3 protrudes outward through the glass curtain B (as shown in the fifth figure), and the connecting piece 3 is used to join a sunshade unit C on the outdoor side of the glass curtain B. In addition, the outer extension section 17 has at least a straight piercing groove 171, and the inner end of the adapter 3 has a clamping portion 31, and the inner side of the clamping portion 31 is provided with at least one clip strip 32 corresponding to the straight piercing groove 171. The connecting piece 3 is vertically penetrated by the clamping portion 31 on the outer side of the extension section 17, and the clip 32 is clamped into the straight through groove 171, and the clamping portion 31 and the extension section 17 are locked transversely by at least one bolt 33. And lock the knot (as shown in the fourth picture). Furthermore, the connecting piece 3 can be moved up and down to an appropriate position, and protrudes through the glass curtain B (not shown in the figure) from between the two adjacent glass B1 on the left and right. Or, the connecting piece 3 protrudes outwardly through the glass curtain B from between the adjacent glass B1 at the upper, lower, left, and right (as shown in the third figure, this embodiment takes this as an example).

The adjacent sides of the cross material 2 respectively penetrate into one of the chambers 14 of the straight material 1 (as shown in Figures 4 and 5), and the adjacent sides of the cross material 2 are respectively located below the upper straight frame 15 (other As shown in the sixth figure), the outer side of the cross material 2 has a transverse rib 21, and the transverse rib 21 has a buckle interface 22, and the buckle interface 22 is buckled into the limiting section 13 transversely (as shown in the fourth figure). Therefore, when the horizontal material 2 is assembled, and the chamber 14 corresponds to the two upper straight frames 15 and the two lower straight frames 16 are buckled together, the adjacent sides of the horizontal material 2 are respectively located above the two lower straight frames 16 (such as the fourth , Figure 6), that is, the horizontal and vertical material connection unit A1 is located between the upper, lower, left, and right adjacent glass B1.

In addition, the above-mentioned sunshade unit C includes a plurality of brackets C1 and a plurality of sun visors C2 (as shown in the third figure), and each bracket C1 is connected to each connecting member 3, and each bracket C1 is locked to a plurality of The sun visor C2 constitutes the implementation of the sunshade unit C accordingly, and the sunshade unit C is a well-known technique, and will not be repeated here.

According to the above-mentioned creation of the horizontal and straight material connecting unit A1, the straight material 1 is mainly used to accept the connecting piece 3 outwards during implementation, and the connecting piece 3 protruding from the glass curtain B can be used to connect the sunshade unit C, according to the sunshade unit C C can also be combined with the glass curtain B of the built-in frame A, which can achieve the effect of energy saving and carbon reduction. In addition, other exterior designs of the shading unit C can be added and the visual enjoyment of the overall wall can be increased.

According to the above structure and implementation description, it should be known that the present invention can indeed enable the sunshade unit C to be combined with the glass curtain B of the built-in frame A to achieve the effect of energy saving and carbon reduction. Therefore, the present invention has industrial applicability, novelty and advancement, and meets the requirements of an invention patent. However, the above are only preferred embodiments of the present invention, and are not used to limit the scope of the present invention. That is to say, all equal changes and modifications made in accordance with the scope of the patent application of the present invention are all covered by the scope of the patent of the present invention.

(Traditional Example)

10: Horizontal material

20: straight material

(Example of the present invention)

A: Built-in skeleton

A1: Horizontal and straight material connection unit

B: Glass curtain

B1: Glass

C: Shading unit

C1: Shelf

C2: Visor

1: Straight material

11: Exterior Wall Department

12: Extension

13: Limit segment

14: Room

15: Upper straight frame

16: lower straight frame

17: Extension section

171: Straight through the ditch

2: horizontal material

21: Transverse rib

22: Buckle interface

3: Adapter

31: Double folder

32: card strip

33: Bolt

The first A is a plan embodiment view of the glass curtain with the horizontal material on the outdoor side. The first picture B is a plan embodiment diagram of the glass curtain with the straight material on the outdoor side. The first figure C is a plan embodiment diagram of the horizontal material and the glass curtain directly on the outdoor side. The first D is a plan embodiment diagram of the horizontal material and the glass curtain directly on the indoor side. The second figure is a three-dimensional embodiment diagram of the present invention. The third figure is a schematic diagram of a three-dimensional combination embodiment of the present invention. The fourth figure is a three-dimensional exploded view of the main part of the present invention. The fifth figure is a schematic diagram of a top-view embodiment of the combined structure of the present invention. The sixth figure is a schematic diagram of a side view embodiment of the combined structure of the present invention.

A1: Horizontal and straight material connection unit

1: Straight material

11: Exterior Wall Department

12: Extension

13: Limit segment

14: Room

15: Upper straight frame

16: lower straight frame

17: Extension section

171: Straight through the ditch

2: horizontal material

21: Transverse rib

22: Buckle interface

3: Adapter

31: Double folder

32: card strip

33: Bolt

Claims (4)

A horizontal and vertical material connecting unit of a built-in skeleton of a glass curtain, the built-in skeleton is located on the indoor side of the glass curtain, and the built-in skeleton has a plurality of horizontal and vertical material connection units, and the horizontal and vertical material connection units include straight Material and two horizontal materials, the outer side of the straight material is an external wall part; And its feature is that the middle of the outer wall part has an extension section perpendicular to the outside, and the outer side of the extension section has a limit section parallel to the outer wall part, so that the outer wall part, the extension section and the Two corresponding compartments on the left and right are formed between the limiting sections. The two compartments are respectively buckled with two upper vertical frames, and the adjacent sides of the two horizontal materials respectively penetrate into one of the compartments and are located in the upper vertical frame. Below the horizontal material, each has a horizontal rib, the horizontal rib has a buckle interface, and the buckle interface is horizontally buckled into the limiting section, and the two chambers are respectively buckled with two lower straight frames, and The adjacent sides of the two transverse materials are respectively located above the lower straight frame, and the limiting section continues to have an extension section outwards, and the extension section is sleeved and locked to a connecting piece, and the connecting piece protrudes outward The glass curtain and the connecting piece are used for joining a sunshade unit on the outdoor side of the glass curtain. The horizontal and straight material connecting unit of the built-in frame of the glass curtain described in claim 1, wherein the glass curtain has a plurality of pieces of glass adjacent to each other up and down, and the connecting piece is formed between the two adjacent glasses. Protruding outward through the glass curtain. The horizontal and vertical material connecting unit of the built-in frame of the glass curtain described in claim 1, wherein the glass curtain has a plurality of pieces of glass adjacent to each other up, down, left, and right, and the connecting piece is formed between the glass adjacent to the upper, lower, left, and right sides. Protruding outward through the glass curtain. The horizontal and straight material connecting unit of the built-in frame of the glass curtain according to claim 1, 2 or 3, wherein the extension section has at least a straight groove, and the inner end of the connecting piece has a clamping part, and the The inner side of the clamping part is provided with at least one clip strip corresponding to the straight ditch, and the connecting piece is directly penetrated by the clamping part on the outer side of the extension section, and the clip is clamped into the straight piercing groove, At least one bolt is used to lock the clamping part and the extension section transversely.

Images