CN215253705U - High-rise U type glass mounting structure - Google Patents

Abstract

The application relates to a high-rise U-shaped glass mounting structure, and belongs to the technical field of U-shaped glass mounting. It is including burying a system, the fossil fragments system, U type glass main part and stride well enhancement coupling assembling, the fossil fragments system includes multiunit double-spelling C shaped steel, double-spelling C shaped steel is fixed with burying a system, U type glass main part is installed in adjacent and divide and establish between two liang of double-spelling C shaped steel from top to bottom, stride well enhancement coupling assembling including striding well stiffened steel crossbeam, add connector and enhancement butt locating part, stride well stiffened steel crossbeam and bury a system fixed and horizontal extension and set up in striding of U type glass main part, add connector have a plurality ofly and with stride well stiffened steel crossbeam and be connected, centre gripping add connector between two liang of U type glass main parts, it keeps away from striding one end of well stiffened steel crossbeam and butt U type glass main part and deviates from one side of striding well stiffened steel crossbeam to strengthen the butt locating part. This application has the installation intensity height, and the intensity when U type glass atress requires the effect that reduces.

Description

High-rise U type glass mounting structure

Technical Field

The application relates to the field of U-shaped glass installation, in particular to a high-rise U-shaped glass installation structure.

Background

U-shaped GLASS (U-PROFILE-GLASS), also known as channel GLASS, is a GLASS with a U-shaped cross-section. The product has the origin in Germany, has 50 years of application history in Europe and America, and is originally produced by introducing Germany technology from manufacturers at home.

Compared with other traditional wall materials, the U-shaped glass has the advantages of light dead weight, good weather resistance and durability, convenient construction, light transmission, no perspective, no need of secondary decoration, no radioactive substances and the like. Compared with common glass, the glass has the advantages of higher mechanical strength, better sound insulation, heat preservation and insulation, capability of saving a large amount of metal materials, simple and convenient construction and the like, and is suitable for inner and outer walls, partitions, roofs, windows and the like of buildings. The U-shaped glass has different surface treatment modes such as common embossed glass, wired glass, colored glass and the like.

The conventional installation mode of the U-shaped glass comprises a single-row mode and a double-row mode, and also comprises a plurality of modes that wings face outwards or inwards, and the like.

In view of the above-mentioned related technologies, the inventor believes that due to the limitation of the strength and flexibility of the U-shaped glass itself, the conventional installation method cannot meet the strength requirement under the condition of higher and higher floors nowadays, and although the increase of the thickness of the glass under the condition of keeping the toughened condition can improve the corresponding strength, the yield rate is greatly reduced.

SUMMERY OF THE UTILITY MODEL

In order to change the atress mode of U type glass after high building installation to indirectly reduce U type glass's design strength requirement, this application provides a high-rise U type glass mounting structure.

The application provides a high-rise U type glass mounting structure adopts following technical scheme:

a high-rise U-shaped glass mounting structure comprises an embedded part system, a keel system, a U-shaped glass main body and a midspan reinforced connecting assembly, the keel system comprises a plurality of groups of double-spliced C-shaped steel, the double-spliced C-shaped steel is fixed with the embedded part system, the U-shaped glass main body is arranged between every two adjacent and separately arranged upper and lower double-spliced C-shaped steels, the midspan reinforced connecting assembly comprises a midspan reinforced steel beam, a reinforced connecting piece and a reinforced abutting limiting piece, the midspan reinforced steel beam is fixed with the embedded part system and horizontally extends and is arranged in the midspan of the U-shaped glass main body, the reinforced connecting pieces are provided with a plurality of reinforced connecting pieces and connected with the midspan reinforced steel cross beam, the reinforced connecting pieces are clamped between every two U-shaped glass main bodies, the reinforced abutting limiting part is located at one end, far away from the middle reinforced steel beam, of the reinforced connecting piece and abuts against one side, far away from the middle reinforced steel beam, of the U-shaped glass main body.

Through adopting above-mentioned technical scheme, bury a system and bury the relevant position who is fixed in the wall body in advance, supply double-pin C shaped steel and stride well stiffened steel crossbeam installation fixed, through set up at the middle part of U type glass main part and stride well stiffened connection subassembly, it is fixed to carry out the butt to U type glass's middle part, make U type glass's atress span only original half, change the atress mode, protection U type glass main part, thereby indirectly reduce the design strength requirement of U type glass main part, stiffened connection spare is used for strengthening the unsettled fixing of butt locating part outside U type glass main part, then carry out the centre gripping through strengthening the butt locating part to U type glass main part and fix.

Optionally, the double pin C shaped steel includes the last channel-section steel and lower channel-section steel of opposite orientation and mutual butt, the groove of going up the channel-section steel is for supplying the last mounting groove that U type glass main part settled, the groove of channel-section steel is for supplying down the lower mounting groove that U type glass main part settled, U type glass main part upper end with the interval sets up between the tank bottom of lower mounting groove, the groove depth of mounting groove is greater than down the groove depth of going up the mounting groove.

Through adopting above-mentioned technical scheme, adjacent pair of pin C shaped steel carries out the centre gripping to U type glass main part fixedly in the vertical direction, it supplies the lower part installation of U type glass main part to go up the mounting groove, lower mounting groove supplies the upper portion installation of U type glass, the interval sets up between the tank bottom of U type glass main part upper end and lower mounting groove, make U type glass main part can insert the tank bottom of mounting groove down through the upper end earlier completely, the lower part enters into the top of last mounting groove again, last lower part vertical removal is to last in the mounting groove, accomplish the installation of U type glass main part, simple to operate is swift, the groove depth of mounting groove is greater than the groove depth of last mounting groove down simultaneously, make U type glass main part move down the back, down the mounting groove still can keep the limiting action to U type glass main part.

Optionally, the reinforced connecting piece includes connecting portion and overhanging portion, connecting portion with stride well reinforced steel crossbeam and pass through two bolt fastening, and the bolt divides the both sides of overhanging portion, connecting portion with stride between the well reinforced steel crossbeam centre gripping have first gasket.

Through adopting above-mentioned technical scheme, connecting portion regard as the part of boosting connection piece and the part of lug connection between the reinforced steel crossbeam in striding, the overhang portion is used for being connected with strengthening the butt locating part, connecting portion are fixed through two bolts and the reinforced steel crossbeam in striding, it is more stable firm after the installation, the first gasket that sets up between connecting portion and the reinforced steel crossbeam, make the boosting connection piece and stride between the reinforced steel crossbeam flexonics, U type glass main part is when receiving external force, certain deformation space has, thereby make U type glass main part can obtain certain buffering and the better power of alleviating partly when the atress.

Optionally, a second gasket is clamped between the overhang and the U-shaped glass body.

Through adopting above-mentioned technical scheme, the second gasket that sets up between overhang portion and the U type glass main part, better protection U type glass for U type glass is not direct and the overhang portion butt, obtains better protection, and the second gasket also has certain elastic buffer capacity.

Optionally, the connecting portion are along stride well enhancement steel crossbeam length direction and keep away from one side of connecting portion is provided with the turn-ups, the turn-ups with the lateral wall that the overhang is relative is provided with spacing arch, the second gasket includes card portion and clamping part, the confession is seted up to the card portion spacing recess that spacing arch card was gone into.

Through adopting above-mentioned technical scheme, the turn-ups is used for cooperating with the overhang portion and fixes the centre gripping of second gasket for on the second gasket can be installed earlier and be fixed in the reinforcement connection spare, convenient subsequent operation of assembling, spacing arch and spacing recess cooperation realize the location installation of second gasket, and the installation more firm.

Optionally, the reinforcing abutment stop is fixed to the overhang portion by a screw.

Through adopting above-mentioned technical scheme for strengthen the butt locating part and can dismantle, make things convenient for the change when U type glass main part damages, strengthen the butt locating part through taking off, then install new U type glass main part can.

Optionally, the reinforcing abutting limit piece is provided with a positioning groove for embedding the overhanging portion.

Through adopting above-mentioned technical scheme, set up the constant head tank for strengthen fixing a position the installation between butt locating part and the overhanging portion, the installation accuracy is higher, and is more convenient.

Optionally, the reinforced abutting limiting part deviates from one side of the overhanging part and corresponds to the area of the positioning groove, and a thickening bulge is arranged on the area.

Through adopting above-mentioned technical scheme, the thickening of setting is protruding for strengthen the position that the butt locating part seted up the positioning groove and keep thickness, thereby keep intensity.

In summary, the present application includes at least one of the following beneficial technical effects:

1. the embedded part system is embedded and fixed in corresponding positions in a wall body in advance, double-spliced C-shaped steel and a cross-center reinforced steel beam are installed and fixed, a cross-center reinforced connecting assembly is arranged in the middle of a U-shaped glass main body, and the middle of the U-shaped glass is abutted and fixed, so that the stress span of the U-shaped glass is only half of the original stress span, the stress mode is changed, the U-shaped glass main body is protected, the design strength requirement of the U-shaped glass main body is indirectly reduced, the reinforced connecting piece is used for suspending and fixing the reinforced abutting limiting part outside the U-shaped glass main body, and then the U-shaped glass main body is clamped and fixed through the reinforced abutting limiting part;

2. the U-shaped glass main body is clamped and fixed by the vertically adjacent double-spliced C-shaped steel, the upper mounting groove is used for mounting the lower part of the U-shaped glass main body, the lower mounting groove is used for mounting the upper part of the U-shaped glass, and the upper end of the U-shaped glass main body and the bottom of the lower mounting groove are arranged at intervals, so that the U-shaped glass main body can be firstly and completely inserted into the bottom of the lower mounting groove through the upper end, then the lower part enters the upper part of the upper mounting groove, and finally the lower part vertically moves into the upper mounting groove to finish the mounting of the U-shaped glass main body;

3. strengthen butt locating part and overhang portion fix with screw for strengthen the butt locating part and can dismantle, make things convenient for the change when U type glass main part damages, strengthen the butt locating part through taking off, then install new U type glass main part can, set up the constant head tank, make and strengthen the location installation between butt locating part and the overhang portion, the installation accuracy is higher, and is more convenient, and the thickening of setting is protruding, makes and strengthens the position that the constant head tank was seted up to the butt locating part and keeps thickness, thereby keeps intensity.

Drawings

FIG. 1 is a schematic view of an installation structure of an embodiment of the present application;

FIG. 2 is a side view of a mid-span reinforcement connection assembly in an embodiment of the present application;

FIG. 3 is an exploded view of a cross-center reinforcement connection assembly and a U-shaped glass body according to an embodiment of the present disclosure;

FIG. 4 is a schematic view of an installation of a mid-span reinforcement connection assembly in an embodiment of the present application;

FIG. 5 is another installation schematic diagram of a mid-span reinforcement connection assembly in an embodiment of the present application.

Description of reference numerals: 1. a U-shaped glass body; 2. burying a member; 21. reinforcing steel bars; 22. a steel plate; 3. double-spliced C-shaped steel; 31. feeding channel steel; 311. mounting a mounting groove; 32. a channel steel is arranged; 321. a lower mounting groove; 4. a mid-span reinforcing steel beam; 41. a connecting beam; 411. a connecting vertical part; 412. a connecting horizontal part; 42. mounting a beam; 421. mounting a horizontal part; 422. mounting a vertical part; 5. reinforcing the connecting piece; 51. a connecting portion; 52. an overhanging portion; 53. flanging; 54. a limiting bulge; 6. strengthening and abutting against the limiting part; 61. positioning a groove; 62. thickening the bulge; 7. a first gasket; 8. a second gasket; 81. a clamping part; 82. a clamping portion; 83. an abutting portion; 84. and a limiting groove.

Detailed Description

The present application is described in further detail below with reference to figures 1-5.

The embodiment of the application discloses high-rise U type glass mounting structure.

Referring to fig. 1 and 2, a high-rise U type glass mounting structure, including burying a system, fossil fragments system, U type glass main part 1 and striding well enhancement coupling assembling, bury a system by the buried member 2 of a plurality of buried points department of array distribution and constitute, buried member 2 includes reinforcing bar 21 and steel sheet 22, reinforcing bar 21 one end and steel sheet 22 face welded fastening, the other end level bury underground with the wall in the concrete, steel sheet 22 buries in the wall and a face exposes the part that supplies fossil fragments system and strides well enhancement coupling assembling's part installation.

Referring to fig. 1, the fossil fragments system includes multiunit pair spelling C shaped steel 3, and multiunit pair spelling C shaped steel 3 includes the last channel-section steel 31 and the lower channel-section steel 32 of opposite orientation and mutual butt, and goes up channel-section steel 31 and lower channel-section steel 32 and set up along vertical direction opening, and pair spelling C shaped steel 3 array is arranged, and sets up in vertical direction interval, arranges in the horizontal direction butt, pair spelling C shaped steel 3 and steel sheet 22 welded fastening.

Referring to fig. 1, U-shaped glass main body 1 is installed between two adjacent and upper and lower double-spliced C-shaped steel 3, the groove of upper channel steel 31 is an upper installation groove 311 for the U-shaped glass main body 1 to settle, the groove of lower channel steel 32 is a lower installation groove 321 for the U-shaped glass main body 1 to settle, the upper end of U-shaped glass main body 1 and the bottom of bottom installation groove 321 are arranged at intervals, the depth of bottom installation groove 321 is greater than that of upper installation groove 311, and after U-shaped glass main body 1 upwards inserts the bottom of bottom installation groove 321, the lower part of U-shaped glass main body 1 can be turned over to the upper installation groove 311 and move downwards into upper installation groove 311, after the lower part of U-shaped glass main body 1 inserts the bottom installation groove 311, the upper part of U-shaped glass main body 1 still is located in bottom installation groove 321 and is limited.

Referring to fig. 2 and 3, the midspan reinforcement connection assembly includes a midspan reinforcement steel beam 4, a reinforcement connection member 5, and a reinforcement abutment limiting member 6, the midspan reinforcement steel beam 4 is horizontally extended, and is located between two adjacent pair of piece together C shaped steel 3 on vertical direction, strengthen steel crossbeam 4 and also arrange along level and vertical direction array in striding, two liang of strengthen steel crossbeams 4 butt each other in striding in horizontal direction, strengthen steel crossbeam 4 includes tie-beam 41 and installation roof beam 42 in striding, tie-beam 41 is including connecting vertical portion 411 and connecting horizontal portion 412, connect vertical portion 411 and steel sheet 22 welded fastening, it sets up with vertical portion upside an organic whole and horizontal extension to connect horizontal portion 412, installation roof beam 42 is including installation horizontal portion 421 and installation vertical portion 422, installation horizontal portion 421 and connection horizontal portion 412 butt and bolted fastening, the vertical an organic whole of installation vertical portion 422 sets up in installation horizontal portion 421 and keeps away from the lateral wall on the vertical portion 411 side of connection.

Referring to fig. 1 and 3, each mid-span reinforced steel cross beam 4 is provided with a plurality of reinforcing connecting pieces 5, the plurality of reinforcing connecting pieces 5 are installed at intervals along the length direction of the mid-span reinforced steel cross beam 4, each two pairs of U-shaped glass main bodies 1 clamp the reinforcing connecting pieces 5, each reinforcing connecting piece 5 comprises a connecting portion 51 and an overhanging portion 52, each connecting portion 51 is attached to the corresponding vertical portion 422 of the installation and fixed through two bolts, a first gasket 7 is clamped between each connecting portion 51 and the corresponding vertical portion 422 of the installation, each first gasket 7 can be a nylon gasket, one end of each overhanging portion 52 is integrated with each connecting portion 51, and the other end of each overhanging portion horizontally extends towards the direction far away from each connecting portion 51 and is arranged between the two bolts.

Referring to fig. 3, strengthen 6 positions of butt locating part and offer the constant head tank 61 that supplies the embedding of overhang portion 52 for a steel sheet 22 and a lateral wall middle part, strengthen one side an organic whole that butt locating part 6 deviates from overhang portion 52 and be provided with the thickening arch 62 that keeps thickness, the one end embedding constant head tank 61 that connecting portion 51 was kept away from to overhang portion 52, the stainless steel countersunk bolt is installed and gets into in the overhang portion 52 to the protruding 62 positions of thickening, realize strengthening 6 positions of butt locating part and the detachable connection between the overhang portion 52.

Referring to fig. 4, the portions of the reinforcing abutment stoppers 6 on both sides of the overhanging portion 52 abut against the sides of the adjacent two U-shaped glass bodies 1 away from the mid-span reinforcing steel cross beam 4.

Referring to fig. 3 and 4, a second gasket 8 is clamped between the overhanging portion 52 and the U-shaped glass main body 1, the connecting portion 51 is folded upwards along two sides of the mid-span reinforced steel beam 4 away from the connecting portion 51 in the length direction and is provided with a flange 53, the opposite side walls of the flange 53 and the overhanging portion 52 are provided with a limiting protrusion 54, the second gasket 8 comprises a clamping portion 81, a clamping portion 82 and a butting portion 83, the clamping portion 81 is bent at 8290 degrees relative to the clamping portion and has a larger thickness, the clamping portion 81 is provided with two limiting grooves 84 for the two limiting protrusions 54 to be clamped in one-to-one correspondence, the clamping portion 82 is clamped between the overhanging portion 52 and the U-shaped glass main body 1, and the butting portion 83 is clamped between the reinforced butting limiting portion 6 and the U-shaped glass main body 1.

When the U-shaped glass body 1 is installed, various installation conditions exist according to different installation modes of the U-shaped glass body 1;

referring to fig. 4, when the U-shaped glass body 1 is aligned with the wings facing inward, the reinforcing abutment stoppers 6 abut against the surface of the U-shaped glass body 1.

Referring to fig. 5, when the U-shaped glass body 1 is aligned with the wings facing outward, the reinforcing abutment stoppers 6 abut against the wings of the U-shaped glass body 1.

When the U-shaped glass main body 1 is in a row and the wings are alternately arranged inwards and outwards, one side of the reinforced abutting limiting part 6 abuts against the surface of the U-shaped glass main body 1, and the other side abuts against the wings of the U-shaped glass main body 1.

When the U-shaped glass body 1 is in two rows and the two rows of wings are outward or the one row of wings located at the outer side is outward, the reinforced abutting limiting part 6 abuts against the wings of the U-shaped glass body 1.

When the U-shaped glass body 1 is in two rows and the wings face inward or the outer wings face inward, the reinforcing abutment limit piece 6 abuts against the surface of the U-shaped glass body 1.

For the part where the reinforcing abutment stop 6 abuts the wing, its length can be shortened accordingly to fit.

The implementation principle of the high-rise U-shaped glass installation structure provided by the embodiment of the application is as follows: buries the system of burying underground earlier, then install the fossil fragments system, cross well enhancement steel crossbeam 4 and reinforcement connection spare 5, then at every position installation U type glass main part 1, the butt locating part 6 is strengthened fixedly to U type glass main part 1 in the installation at last, when 1 part of U type glass main part damaged, take off and strengthen butt locating part 6, reinstall corresponding U type glass main part 1, then strengthen butt locating part 6 install back the normal position can, simple to operate.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims (8)

1. The utility model provides a high-rise U type glass mounting structure which characterized in that: including burying a system, fossil fragments system, U type glass main part (1) and striding well enhancement coupling assembling, the fossil fragments system includes multiunit pair spelling C shaped steel (3), pair spelling C shaped steel (3) with it is fixed to bury a system, U type glass main part (1) install adjacent and set up between two liang of pair spelling C shaped steel (3) about, stride well enhancement coupling assembling including striding well enhancement steel crossbeam (4), reinforcement connector (5) and strengthening butt locating part (6), stride well enhancement steel crossbeam (4) with it is fixed and horizontal extension set up in striding of U type glass main part (1), reinforcement connector (5) have a plurality of and with stride well enhancement steel crossbeam (4) and connect, two liang of centre gripping between U type glass main part (1) strengthen connector (5), strengthen butt locating part (6) and be located reinforcement connector (5) keep away from stride the center enhancement steel crossbeam (4) the enhancement steel crossbeam (4) is striden One end of the U-shaped glass main body (1) is abutted against one side of the U-shaped glass main body (1) departing from the midspan reinforced steel beam (4).

2. The high-rise U-shaped glass mounting structure according to claim 1, wherein: double-pin C shaped steel (3) are including last channel-section steel (31) and lower channel-section steel (32) that the orientation is opposite and mutual butt, the groove of going up channel-section steel (31) is for supplying last mounting groove (311) that U type glass main part (1) settled, the groove of lower channel-section steel (32) is for supplying lower mounting groove (321) that U type glass main part (1) settled, U type glass main part (1) upper end with the interval sets up between the tank bottom of lower mounting groove (321), the groove depth of lower mounting groove (321) is greater than go up the groove depth of mounting groove (311).

3. The high-rise U-shaped glass mounting structure according to claim 1, wherein: the reinforced connecting piece (5) comprises a connecting portion (51) and an overhanging portion (52), the connecting portion (51) is fixed with the midspan reinforced steel cross beam (4) through two bolts, the bolts are respectively arranged on two sides of the overhanging portion (52), and a first gasket (7) is clamped between the connecting portion (51) and the midspan reinforced steel cross beam (4).

4. A high-rise U-glass mounting structure according to claim 3, wherein: a second gasket (8) is clamped between the overhanging part (52) and the U-shaped glass body (1).

5. The high-rise U-shaped glass mounting structure according to claim 4, wherein: connecting portion (51) are followed stride well enhancement steel crossbeam (4) length direction and keep away from one side of connecting portion (51) is provided with turn-ups (53), turn-ups (53) with the lateral wall that overhang portion (52) are in opposite directions is provided with spacing arch (54), second gasket (8) are including card portion (81) and clamping part (82), confession is seted up in card portion (81) spacing recess (84) that spacing arch (54) card was gone into.

6. A high-rise U-glass mounting structure according to claim 3, wherein: the reinforcing abutment limit piece (6) is fixed to the overhanging portion (52) by screws.

7. The high-rise U-shaped glass mounting structure according to claim 6, wherein: the strengthening and abutting limiting part (6) is provided with a positioning groove (61) for embedding the suspension part (52).

8. The high-rise U-shaped glass mounting structure according to claim 7, wherein: strengthen the butt locating part (6) and deviate from one side of overhang portion (52) corresponds the region of constant head tank (61) is provided with thickening arch (62).

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