DE202022103372U1 - Frameless glass block partition - Google Patents

Abstract

Frameless glass block partition, characterized in that it comprises block bodies (1), a plurality of block bodies (1) forming a rectangular block group (2), and two horizontally adjacent rectangular block groups (2) or block bodies (1) being glued together and shared with a vertical reinforcing rib (3), and wherein two vertically adjacent rectangular brick groups (2) or brick bodies (1) are glued together and glued together with a lateral reinforcing rib (4).

Description

TECHNICAL AREA

The present application relates to a glass block partition, in particular to a frameless glass block partition.

STATE OF THE ART

The glass partition is a partition that uses glass as the main body to divide space as needed, use space more rationally, and meet various home decoration and tool purposes.

A glass partition disclosed in the prior art consists of a plurality of glass bricks arranged in a rectangular array and a support frame for mounting the glass bricks. After the glass blocks are installed on the support frame, the support frame is often exposed on the outer surface of the glass blocks, which in turn affects the overall aesthetics and light performance of the glass partition; in addition, the processing technology of such a glass partition requires post-processing of the initially produced glass blocks, and then transshipment to the assembly workshop, where the supporting frame is cut and processed according to parameters such as size, shape, shape of the glass blocks, the processing and production of the supporting frame increases the cost of production of the glass partition and extend the production cycle of the glass partition.

CONTENTS OF THIS APPLICATION

In order to optimize the light output of the glass partition and reduce the manufacturing cost of the glass partition, the present application provides a frameless glass block partition.

• eine rahmenlose Glasbaustein-Trennwand, umfassend Bausteinkörper, wobei mehrere Bausteinkörper eine rechteckige Bausteingruppe bilden, und wobei zwei horizontal benachbarte rechteckige Bausteingruppen oder Bausteinkörper miteinander geklebt und gemeinsam mit derselben vertikalen Verstärkungsrippe geklebt sind, und wobei zwei vertikal benachbarte rechteckige Bausteingruppen oder Bausteinkörper miteinander geklebt und gemeinsam mit derselben seitlichen Verstärkungsrippe geklebt sind.

A frameless glass block partition wall provided by the present application uses the following technical solution:

• a frameless glass brick partition comprising brick bodies, wherein a plurality of brick bodies form a rectangular brick group, and wherein two horizontally adjacent rectangular brick groups or brick bodies are bonded to each other and bonded together with the same vertical reinforcing rib, and two vertically adjacent rectangular brick groups or brick bodies are bonded to each other and together glued to the same lateral reinforcement rib.

Using the above technical solution, the support frame exposed outside of the glass block partition is eliminated to optimize the light performance of the glass partition and reduce the manufacturing cost of the glass partition; at the same time, the end portions of the vertical reinforcing rib are inserted into the inside of the concrete base beam and fixed therein, and the end portions of the lateral reinforcing rib are inserted into the inside of the building structure wall and fixed therein, when two laterally adjacent rectangular building block groups are glued and fixed together, it is through the vertical reinforcing rib in combination with the binding force, effectively prevents two laterally adjacent rectangular brick groups from being displaced and separated from each other; when two vertically adjacent rectangular building block groups are bonded and fixed together, the side reinforcing rib in combination with the bonding force effectively prevents two vertically adjacent rectangular building block groups from being displaced and separated from each other; in this way the stability required for the glass block partition is achieved; in addition, the concrete floor beam or building structure wall bears part of the weight load of the block body through the corresponding vertical and lateral reinforcing ribs, thereby reducing the weight load of the lower block body to achieve the safety required for the glass block partition.

Optionally, the four side faces of the brick body are recessed inward to form an adhesive receiving surface; wherein the vertical reinforcing rib is located between the vertical adhesive-receiving faces of two laterally adjacent brick bodies, and wherein the lateral reinforcing rib is located between the lateral adhesive-receiving faces of two vertically adjacent brick bodies.

Using the above technical solution, the adhesive-receiving surface increases the amount of a glass brick binder that can be filled between two adjacent brick bodies, and the inwardly recessed adhesive-receiving surface cooperates with the glass brick binder, so that the corresponding reinforcing rib forms a part of the perpendicular to the entire plane of the Glass brick partition aligned load, thus reducing the possibility that adjacent brick bodies are offset and separated from each other.

Optionally, an adhesive receiving chamber is formed between the adhesive receiving surfaces of two adjacent brick bodies, the Interior of the adhesive receiving chamber is filled with a glass block binder.

Optionally, each rectangular brick group consists of a brick body with the lateral reinforcing rib arranged between every two vertically adjacent brick bodies in a pair, and with the vertical reinforcing rib arranged between every two laterally adjacent brick bodies in a pair.

Using the above technical solution, the four side faces of each brick body are each supported by a corresponding reinforcing rib to realize best stability of the whole glass brick partition.

Optionally, each rectangular brick group consists of four brick bodies, with the four brick bodies being located at the four corners of the rectangular brick group, respectively.

Using the above technical solution, at least two edges of each building block body other than the building block bodies located on the edge of the glass block partition are provided with corresponding reinforcing ribs to reduce the number of reinforcing ribs, at the same time, the installation strength and stability of the building block body can also meet the installation stability requirements of the building block body fulfill.

Optionally, each rectangular brick group consists of four brick bodies, the four brick bodies being located at the four corners of the rectangular brick group, respectively; and wherein, in each rectangular brick group, a side stop bar is disposed between two side adhesive receiving chambers, and a vertical stop bar is disposed between two vertical adhesive receiving chambers, and wherein the side stop bar and the vertical stop bar are fixed to each other or are integrally formed with each other.

Using the above technical solution, the fixing strength between the four brick bodies in the rectangular brick group is improved, which is conducive to ensuring the stability and safety of the entire glass brick partition while reducing the number of reinforcing ribs.

Optionally, between two adjacent adhesive receiving surfaces of each chip body, at least one leveling groove is provided, which is oriented perpendicularly to a side edge of the chip body between two adjacent adhesive receiving surfaces; wherein the four brick bodies arranged in a rectangular array have a common side edge, and wherein the four leveling grooves are connected to each other at the common side edge and form a leveling groove group, and wherein a transparent leveling plate matching the leveling groove group is arranged inside the leveling groove group.

Using the above technical solution, after the clear leveling plate is inserted into the leveling groove group, the four block bodies arranged in a rectangular array can be kept coplanar during the installation process, which is conducive to improving the verticality and flatness of the glass block partition; in addition, the transparent leveling plate can bear part of the load, which can separate and displace the adjacent brick bodies from each other in the horizontal direction, thereby improving the stability and strength of the entire glass brick partition.

Optionally, the vertical rib and the side rib are fixedly connected to each other at the intersection of the two.

Using the above technical solution, the vertical reinforcing rib and the lateral reinforcing rib support each other, thus forming a more stable and high-strength glass brick support structure, thereby improving the stability and strength of the entire glass brick partition.

1. 1. Mit der Anordnung des Bausteinkörpers, der vertikalen Verstärkungsrippe und der seitlichen Verstärkungsrippe wird der außerhalb der Glasbaustein-Trennwand freigelegte Stützrahmen weggelassen, um die Lichtleistung der Glastrennwand zu optimieren und die Herstellungskosten der Glastrennwand zu reduzieren, während die für die Glasbaustein-Trennwand erforderliche Stabilität und Sicherheit erreicht werden;
2. 2. mit der Anordnung der Klebstoffaufnahmefläche wird die Menge an einem Glasbausteinbindemittel, die zwischen zwei benachbarte Bausteinkörper gefüllt werden kann, erhöht, und die nach innen vertiefte Klebstoffaufnahmefläche wirkt mit dem Glasbausteinbindemittel zusammen, so dass die entsprechende Verstärkungsrippe einen Teil der senkrecht zu der Ebene der gesamten Glasbaustein-Trennwand ausgerichteten Last tragen kann, was somit die Möglichkeit verringert, dass benachbarte Bausteinkörper versetzt und voneinander getrennt werden;
3. 3. mit der Anordnung der Nivellierrille und der durchsichtigen Nivellierplatte ist es förderlich dafür, die Vertikalität und Ebenheit der Glasbaustein-Trennwand zu verbessern, und die durchsichtige Nivellierplatte kann einen Teil der Last tragen, die die benachbarten Bausteinkörper in der horizontalen Richtung voneinander trennen und versetzen kann, wodurch die Stabilität und Festigkeit der gesamten Glasbaustein-Trennwand verbessert werden.

In summary, the present application has the following advantages:

1. 1. With the arrangement of the building block body, the vertical reinforcing rib and the lateral reinforcing rib, the support frame exposed outside of the glass block partition is eliminated, in order to optimize the light performance of the glass block partition and reduce the manufacturing cost of the glass partition, while maintaining the stability required for the glass block partition and security are achieved;
2. 2. With the arrangement of the adhesive-receiving surface, the amount of a glass brick binder that can be filled between two adjacent brick bodies is increased, and the inwardly recessed adhesive-receiving surface cooperates with the glass brick binder, so that the corresponding reinforcing rib forms a part of the perpendicular to the plane of the entire glass block partition aligned load, thus making possible reduces the likelihood of adjacent brick bodies being misaligned and separated from one another;
3. 3. With the arrangement of the leveling groove and the clear leveling plate, it is conducive to improving the verticality and flatness of the glass block partition, and the clear leveling plate can bear part of the load that separates and offsets the adjacent block bodies in the horizontal direction can, thereby improving the stability and strength of the entire glass block partition.

character list

• 1 Fig. 12 is a schematic diagram of a partial structure of a glass block partition in a first embodiment.
• 2 Fig. 12 is a schematic diagram of a partial structure of a glass block partition in another embodiment.
• 3 FIG. 12 shows a schematic diagram of an adhesive structure between two laterally adjacent device bodies in a first embodiment.
• 4 Fig. 12 is a schematic diagram of a partial structure of a glass block partition in a second embodiment.
• 5 Fig. 12 shows a schematic cross-sectional diagram of a rectangular pod in a third embodiment.
• 6 Fig. 14 is an exploded structure diagram of the installation of the four chip bodies arranged in a rectangular array in a fourth embodiment.
• 7 12 shows a schematic cross-sectional diagram of the four device bodies arranged in a rectangular array in a fourth embodiment.

Reference List

1

block body

2

Rectangular block group

3

Vertical reinforcement rib

4

Horizontal reinforcement rib

5

adhesive receiving surface

6

adhesive receiving chamber

7

glass block binder

8th

Horizontal stop bar

9

Vertical stop bar

10

leveling groove

12

leveling groove group

13

Clear leveling plate

DETAILED DESCRIPTION

It should be noted that in the explanation of the present application, terms such as "vertical", "lateral", "longitudinal", "horizontal direction", "vertical direction", etc. are based on the relative relationships depicted in figures. They serve only to explain the present invention and to facilitate the explanation. They do not indicate or imply that the processes or modules represented must have specific directions, states, and operations. Because of this, they cannot be construed as limiting the present invention.

The present application is explained in more detail below in connection with figures.

Example 1:

Please refer 1 , the present application provides a frameless glass brick partition wherein the wall surface of the entire glass brick partition is arranged vertically and comprises a plurality of glass material brick bodies 1, a plurality of vertical reinforcing ribs 3, and a plurality of lateral reinforcing ribs 4; where the plurality of vertical reinforcing ribs 3 are distributed at intervals along the horizontal direction, the vertical reinforcing ribs 3 being inserted and fixed inside the horizontal concrete base beam; while the plurality of lateral reinforcing ribs 4 are distributed at intervals along the vertical direction, the lateral reinforcing ribs 4 being inserted and fixed inside the vertical building structure wall.

In the present embodiment, the longitudinal cross-section of the wall surface of the glass brick partition is square, all four brick bodies 1 are pasted together to form a rectangular brick group 2, and four brick bodies 1 in each rectangular brick group 2 are arranged at the four corners of the rectangular brick group 2 are located, and wherein the longitudinal cross section of the rectangular brick group 2 is formed square; two laterally adjacent rectangular building block groups 2 are glued together with the vertical reinforcing ribs 3 being glued between two laterally adjacent rectangular building block groups 2; analogously, two vertically adjacent rectangular building block groups 2 are glued together, with the lateral reinforcing ribs 4 being glued between two vertically adjacent rectangular building block groups 2.

The lateral reinforcement ribs 4 and the vertical reinforcement ribs 3 can accept the steel bars with a diameter of 6-8 mm directly on the construction site. Between two adjacent rectangular brick groups 2, the lateral reinforcing ribs 4 and the vertical reinforcing ribs 3 may be provided in a number of 1 or more than 1, respectively. If the length or the height of the glass block partition exceeds 1500mm, two lateral reinforcing ribs 4 and two vertical reinforcing ribs 3 should be arranged between two adjacent rectangular block groups 2, and the two vertical reinforcing ribs 3 are each close to the square surface of the two rectangular ones Brick groups 2 are arranged, and the two side reinforcing ribs 4 are arranged in the same manner as above.

In this way, compared to the prior art, the present application realizes the frameless design of the glass block partition and ensures the required stability and safety of the glass block partition, and the reason is that: each rectangular block group 2 is supported by two vertical reinforcing ribs 3 and two lateral reinforcing ribs 4 is supported, with adjacent building block bodies 2 being bonded to each other, with the arrangement of the lateral reinforcing ribs 3 and vertical reinforcing ribs 3 in combination with the binding force on the building block bodies 1, it is effectively prevented that two adjacent rectangular building block groups 2 are offset and from each other to be separated; in combination with the concrete base beam and the building structure wall, the lateral reinforcing ribs 4 and the vertical reinforcing ribs 3 bear part of the gravitational load of the block bodies 1, thereby reducing the gravitational load to be borne by the block bodies 1, especially the lower block bodies 1, thereby the stability and safety required for the glass block partition can be ensured.

Since each rectangular brick group 2 includes four brick bodies 1, each brick body 1 has the supporting and limiting function of a lateral reinforcing rib 1 and a vertical reinforcing rib 3, in addition to the brick bodies 1 located at the edge of the glass brick partition, to reduce the number of reinforcing ribs , while the stability required for the glass block partition can be satisfied.

Please refer 2 , for the block body 1 located at the edge of the glass block partition, a row of the block bodies 1 located at the bottom layer of the glass block partition is taken as an example, with a rectangular groove extending along the horizontal direction being provided on the concrete base beam, in which the lowermost layer block bodies 1 are partially inserted, and wherein the groove width of the rectangular groove is equal to the thickness of the block body 1, and the lowermost layer block bodies 1 are inserted inside the rectangular groove, and wherein by filling adhesive and other methods reliable attachment between the brick bodies 1 and the concrete base beam can be realized; for a gap close to the building structure wall from the brick bodies 1 of the glass brick wall, a rectangular groove extending along the vertical direction may also be provided on the building structure wall, which will not be explained in detail here.

Please refer 1 and 3 , the four side faces of the building block body 1, namely the non-square side faces, are each recessed inward to form a curved adhesive receiving surface 5, an adhesive receiving chamber 6 in the form of a weaving shuttle being formed between two adjacent building block bodies 1, and the lateral reinforcing ribs 4 and the vertical reinforcing ribs 3 are passed through in the corresponding adhesive accommodating chamber 6, and the interior of the adhesive accommodating chamber 6 is filled with a glass brick binder 7; the adhesive receiving surface 5 and the adhesive receiving chamber 6 increase the amount of the glass brick binder 7 that can be filled between two adjacent brick bodies 1 to improve the adhesive stability of the brick bodies 1, and the inwardly recessed adhesive receiving surface 5 cooperates with the glass brick binder 7 so that the corresponding lateral reinforcement rib 4 or vertical reinforcement rib 3 can bear part of the load oriented perpendicularly to the entire plane of the glass block partition. and the concave adhesive receiving surface 5 is matched with the corresponding lateral reinforcement ribs 4 or vertical reinforcements of the glass block adhesive 7.

In the present exemplary embodiment, the glass block binder 7 is produced by stirring in accordance with the mass ratio of white cement: fine sand: building adhesive: water (1:1:0.03:0.3); in other embodiments, silicone glass adhesive, etc. can be used directly as long as mutual bonding between the chip bodies 1 can be achieved.

The vertical reinforcement rib 4 and the lateral reinforcement rib 3 are firmly connected to each other at the intersection of the two by binding or welding to ensure the stability and To improve the strength of the entire glass block partition.

Example 2:

Please refer 4 , the difference of the present embodiment from the first embodiment is that the number of brick bodies 1 in each rectangular brick group 2 is different, in the present embodiment, each rectangular brick group 2 includes a brick body 1, namely, except for those on the edge of the glass brick partition located block bodies 1 each have a lateral reinforcing rib 4 on the upper and lower side of each block body 1 and each vertical reinforcing rib 3 arranged on the two horizontal sides.

Example 3:

Please refer 1 and 5 , each rectangular brick group 2 in the first embodiment should have two side adhesive accommodation chambers 6 connected to each other and two vertical adhesive accommodation chambers 6 connected to each other, in which adhesive accommodation chambers 6 respectively no corresponding vertical reinforcing rib 3 and lateral reinforcing rib 4 are distributed.

The difference between the present exemplary embodiment and the first exemplary embodiment lies in the fact that a lateral stop bar 8 is arranged inside the lateral adhesive receiving chamber 6 of each rectangular building block group 2, with the lateral stop bar 8 simultaneously protruding into the interior of the two lateral adhesive receiving chambers 6, and with inside the a vertical stopper rod 9 is arranged in the vertical adhesive receiving chamber 6 of each rectangular building block group 2, and the vertical stopper rod 9 simultaneously protrudes inside the two vertical adhesive receiving chambers 6; the vertical stop bar 9 and the side stop bar 8 can be made in one piece with each other or fixed together by binding, welding and other methods. In this way, the fixing strength between the four brick bodies 1 in the rectangular brick group 2 is improved, which is conducive to ensuring the stability and safety of the entire glass brick partition while reducing the total number of reinforcing ribs.

Example 4:

Please refer 6 and 7 , the difference of the present embodiment from the first embodiment is that two square leveling grooves 10 are arranged on the four side edges of each building block body 1, the plane in which the leveling grooves 10 are located being vertical, and the leveling grooves respectively to the two adhesive receiving surfaces 5 adjacent to the side edge of the chip body 1 on which the leveling grooves are located, and the two leveling grooves 10 on each side edge are located close to both ends of the side edge, respectively.

The four brick bodies 1 arranged in a rectangular array have a common side edge, the four coplanar leveling grooves 10 are joined together at the common side edge and form a leveling groove group 12, it being understood that each common side edge has two leveling groove groups 12; a square transparent leveling plate 13 is inserted in tune into each leveling groove group, the transparent leveling plate 13 may be made of glass or acrylic plate.

After the transparent leveling plate 13 is inserted into the leveling groove group 12, the four brick bodies 1 arranged in a rectangular array can be kept coplanar during the installation process, which is conducive to improving the verticality and flatness of the glass brick partition; in addition, the transparent leveling plate 13 can bear part of the load, which can separate and displace the adjacent brick bodies 1 from each other in the horizontal direction, thereby improving the stability and strength of the entire glass brick partition.

The specific example embodiments only represent an explanation of the present application rather than a limitation of the present application. Those skilled in the art, after reading the present description, can make a modification to the present embodiment as needed without any creative input, but the modification will be protected by the patent law if it falls within the scope of the claims of the present application.

Claims (8)

Frameless glass block partition, characterized in that it comprises block bodies (1), a plurality of block bodies (1) forming a rectangular block group (2), and two horizontally adjacent rectangular block groups (2) or block bodies (1) being glued together and shared with a vertical reinforcing rib (3), and wherein two vertically adjacent rectangular brick groups (2) or brick bodies (1) are glued together and common sam are glued to a side reinforcement rib (4). Frameless glass block partition claim 1 , characterized in that the four side faces of the brick body (1) are recessed inward to form an adhesive receiving face (5); wherein the vertical reinforcing rib (3) is located between the vertical adhesive receiving faces of two laterally adjacent brick bodies (1), and wherein the lateral reinforcing rib (4) is located between the lateral adhesive receiving faces of two vertically adjacent brick bodies (1). Frameless glass block partition claim 2 , characterized in that an adhesive receiving chamber (6) is formed between the adhesive receiving surfaces (5) of two adjacent brick bodies (1), the interior of the adhesive receiving chamber (6) being filled with a glass brick binder (7). Frameless glass block partition according to one of the Claims 1 until 3 , characterized in that the lateral reinforcing rib (4) is arranged between two vertically adjacent building block bodies (2), the vertical reinforcing rib (3) being arranged between two laterally adjacent building block bodies (1). Frameless glass block partition claim 1 , characterized in that each rectangular building block group (2) consists of four building block bodies (1), the four building block bodies (1) being located at the four corners of the rectangular building block group (2). Frameless glass block partition claim 3 , characterized in that each rectangular building block group (2) consists of four building block bodies (1), the four building block bodies (1) being located at the four corners of the rectangular building block group (2), respectively; and wherein in each rectangular building block group (2) a side stop bar (8) is arranged between two side glue receiving chambers (6), and wherein a vertical stop bar (9) is arranged between two vertical glue receiving chambers (6), and wherein the side stop bar (8 ) and the vertical stop bar (9) are fastened to each other or formed in one piece with each other. Frameless glass block partition claim 6 , characterized in that between two adjacent adhesive receiving surfaces (5) of each building block body (1) at least one leveling groove (10) is provided, which is perpendicular to a side edge of the building block body (1) between two adjacent adhesive receiving surfaces (5); wherein the four block bodies (1) arranged in a rectangular array have a common side edge, and wherein the four leveling grooves (10) are connected to each other at the common side edge and form a leveling groove group (12), and wherein inside the leveling groove group (12) one on the leveling groove group (12) coordinated transparent leveling plate (13) is arranged. Frameless glass block partition claim 1 , characterized in that the vertical reinforcement rib (3) and the lateral reinforcement rib (4) are fixed to each other at the intersection of the two.

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