CN213393856U

CN213393856U - Bracket arm frame structure of finished product support hanger

Info

Publication number: CN213393856U
Application number: CN202022478078.8U
Authority: CN
Inventors: 张耀鹏
Original assignee: Suzhou Chenpinzhijia Metal Technology Co ltd
Current assignee: Suzhou Chenpinzhijia Metal Technology Co ltd
Priority date: 2020-10-30
Filing date: 2020-10-30
Publication date: 2021-06-08
Anticipated expiration: 2030-10-30

Abstract

The utility model provides a trailing arm frame structure of a finished product gallows, belongs to a finished product gallows accessory technical field. Including the mounting, connect the crossbeam on the mounting, establish reinforcement and a pair of antidetonation support in crossbeam middle part position department, the crossbeam groove of stepping down is established at the middle part of mounting, the last border department in crossbeam groove of stepping down has bent the backup pad to crossbeam one side, establish the backup pad hole in the backup pad, the mounting is established the mounting hole in the upper and lower both sides in crossbeam groove of stepping down, establish the backup pad screw in the backup pad hole, the backup pad screw is passing the backup pad hole and is connected with the backup pad nut, the reinforcement includes the bottom plate, the side layer board, lower junction plate and side connecting plate, the one end and the lower junction plate and the side connecting plate of a pair of antidetonation support are connected, the other end is connected with wall connection spare, antidetonation support and bottom plate, the side connecting. The overall shock resistance of the bracket arm frame is improved.

Description

Bracket arm frame structure of finished product support hanger

Technical Field

The utility model belongs to the technical field of a finished product gallows accessory, concretely relates to trailing arm frame structure of a finished product gallows.

Background

The finished product support is a fixing frame which is formed by matching connecting pieces and profile steel and is used for fixing supporting facilities such as pipelines, cables and the like in a building, wherein the support arm frame is one of finished product support hangers, when the supporting facilities such as the pipelines pass through the positions where a common support hanger cannot be installed, the support arm frame can be installed on the side wall to support the pipelines, and the traditional support arm frame generally adopts a structure that one end of a cross beam is welded with a wall connecting piece and a support frame is obliquely arranged in the middle of the cross beam. The bracket arm frame with the structure mainly has the following defects: firstly, the strength of the beam and the connecting piece at the welding position is often low, and the welding position is easy to break when special conditions such as earthquake occur; secondly, the bracket can only prevent the longitudinal shaking of the cross beam and lack of transverse control on the cross beam, and the bracket frame is easy to fall off when special conditions such as earthquakes occur.

In view of the above, there is a need for a bracket arm structure of a finished bracket that has a simple structure, high fixing strength, and easy installation, and can fix a bracket in both the horizontal and vertical directions. The applicant has therefore made an advantageous design, in the context of which the solution to be described below is made.

Disclosure of Invention

The utility model aims at providing a trailing arm frame structure of finished product gallows helps improving the connection structure of crossbeam and wall body and avoids the influence that welding process caused to fixed strength, has improved the holistic shock resistance of trailing arm frame, is favorable to improving the horizontal fixation that the bracket structure increases the crossbeam, further improves the shock resistance of trailing arm frame.

The utility model aims at achieving the purpose, a trailing arm frame structure of finished product gallows, including a mounting, a crossbeam of connection on the mounting, a reinforcement and a pair of antidetonation support of connecting respectively on the reinforcement and one end and wall body fixation of fixing on the wall body of fixing, a crossbeam groove of stepping down has been seted up at the middle part of mounting, the last border department in crossbeam groove of stepping down has been bent to crossbeam one side to a backup pad, a backup pad hole has been seted up in the backup pad, a mounting hole has been seted up respectively in the upper and lower both sides in crossbeam groove of stepping down to the mounting, be provided with a backup pad screw in the backup pad hole, this backup pad screw passes a backup pad nut fixed connection that sets up on backup pad hole and the crossbeam from last down, backup pad and backup pad screw cooperation centre gripping fix on the crossbeam, the reinforcement include a lower splint with crossbeam lower terminal surface fixed connection's bottom plate, The anti-seismic support comprises a side supporting plate, a lower connecting plate and a side connecting plate, wherein the side supporting plate is vertically connected with the front side edge of the lower supporting plate and is fixedly connected with one side surface of a cross beam, the lower connecting plate is connected with the left side edge of the lower supporting plate and extends obliquely downwards, the side connecting plate is connected with the left side edge of the side supporting plate and extends obliquely downwards, one end of a pair of anti-seismic supports is fixedly connected with the lower connecting plate and the side connecting plate respectively, the other end of each pair of anti-seismic supports is fixedly connected with a wall connecting piece respectively, and the anti-seismic supports are fixedly connected with.

In a specific embodiment of the present invention, the cross-section of the cross-beam is a letter "U" shaped structure and has a row of cross-beam side connection holes on the front and back side surfaces at intervals along the length direction, a row of long holes on the bottom end surface of the cross-beam at intervals along the length direction, a pair of cross-beam reinforcing edges are formed at the opening of the cross-beam along the length direction, the support plate screw passes through the support plate hole from top to bottom and is in threaded connection with the support plate nut, a support plate nut anti-slip groove is formed on the top end surface of the support plate nut at a position corresponding to the cross-beam reinforcing edges, the support plate screw is in threaded connection with the support plate nut, the support plate and the support plate nut anti-slip groove are clamped and fixed on the cross-beam reinforcing edges in a matching manner, a lower support plate hole is formed on the lower, this bottom plate screw is from down up passing a slot hole and a bottom plate nut threaded connection at bottom plate hole, crossbeam middle part, the side layer board on seted up one side layer board hole, the downthehole one side layer board screw that is provided with of this side layer board, this side layer board screw pass behind the crossbeam side connecting hole at side layer board hole, crossbeam middle part with one side layer board nut threaded connection in the past backward.

In another specific embodiment of the present invention, the structure of the bottom plate nut and the side plate nut are identical, a screw hole is formed in the middle of the side plate nut, a round of limit boss is disposed around the screw hole in a side of the screw hole, the side plate nut has a fixing layer on a side of the limit boss, and the fixing layer is one of an adhesive layer and a magnetic absorption layer.

The utility model discloses a further concrete embodiment, the cross-section of antidetonation support is letter "U" shape structure and turns over along length direction at the opening part and has a pair of enhancement limit, lower connecting plate on seted up a pair of lower connecting plate hole, the side connecting plate on seted up a pair of side connecting plate hole, wall connection spare on seted up a pair of wall connection spare hole, the support nut position department corresponding to strengthening the limit constitute respectively and have an antiskid groove, support screw pass down connecting plate hole, side connecting plate hole and wall connection spare hole respectively and with the support nut threaded connection that corresponds.

In another specific embodiment of the present invention, one end of the wall connecting member is bent to form a wall connecting plate parallel to the wall, and the wall connecting plate is provided with a wall connecting plate hole, and the wall connecting member is fixedly connected to the wall through the wall connecting plate hole.

The utility model adopts the above structure after, beneficial effect who has: firstly, due to the adoption of the structure that the fixing piece is connected with the cross beam in a split mode and the cross beam is supported and fixed by the supporting plate, the influence of a welding process on the fixing strength of a part is avoided, and the overall shock resistance of the supporting arm frame is effectively improved; secondly, because the bidirectional reinforcing piece structure is adopted, the transverse beam can be respectively reinforced by the reinforcing piece from the transverse direction and the longitudinal direction, and the overall shock resistance of the supporting arm frame is further improved.

Drawings

Fig. 1 is a schematic perspective view of an embodiment of the present invention.

Fig. 2 is a schematic structural diagram of the reinforcing member of the present invention.

Fig. 3 is a schematic structural diagram of an application of the present invention.

In the figure: 1. the beam anti-skid device comprises a fixing piece, 11 cross beam abdicating grooves, 12 supporting plates, 121 supporting plate holes, 13 fixing piece holes, 14 supporting plate screws, 15 supporting plate nuts, 151 supporting plate nut anti-skid grooves; 2. the beam comprises a beam, 21 beam side connecting holes, 22 long holes and 23 beam reinforcing edges; 3. the reinforcing member, 31, a lower supporting plate, 311, a lower supporting plate hole, 32, a side supporting plate, 321, a side supporting plate hole, 33, a lower connecting plate, 331, a lower connecting plate hole, 34, a side connecting plate, 341, a side connecting plate hole, 35, a lower supporting plate nut, 351, a lower supporting plate screw, 36, a side supporting plate nut, 361, a screw hole, 362, a limiting boss, 363, a fixing layer and 364, a side supporting plate screw; 4. an anti-seismic support, 41, a reinforcing edge; 5. wall connecting pieces, 51 wall connecting plates, 511 wall connecting plate holes and 52 wall connecting piece holes; 6. bracket nut, 61 bracket screw, 62 anti-skid groove.

Detailed Description

The applicant shall now make the following detailed description by way of example, but the description of the example is not intended to limit the solution of the present invention, and any equivalent changes made according to the inventive concept, which are merely formal and immaterial, shall be considered as the scope of the technical solution of the present invention.

In the following description, all the concepts related to the directions or orientations of up, down, left, right, front and back are given with respect to the position state of fig. 1, and thus should not be interpreted as limiting the technical solution provided by the present invention.

Referring to fig. 1 in combination with fig. 2 and 3, the present invention relates to a bracket structure of a finished product hanger, which comprises a fixing member 1 fixed on a wall, a cross beam 2 connected to the fixing member 1, a reinforcing member 3 disposed at the middle position of the cross beam 2, and a pair of anti-seismic supports 4 respectively connected to the reinforcing member 3 and having one end fixed to the wall, wherein the middle portion of the fixing member 1 is provided with a cross beam abdicating slot 11, the upper edge of the cross beam abdicating slot 11 is bent toward one side of the cross beam 2 to form a supporting plate 12, the supporting plate 12 is provided with a supporting plate hole 121, the fixing member 1 is respectively provided with a fixing member hole 13 at the upper and lower sides of the cross beam abdicating slot 11, the supporting plate hole 121 is provided with a supporting plate screw 14, the supporting plate screw 14 passes through the supporting plate hole 121 downwards to be fixedly connected with a supporting plate nut, the supporting plate 12 and the supporting plate screws 14 are matched, clamped and fixed on the beam 2, the reinforcing member 3 comprises a lower supporting plate 31 fixedly connected with the lower end face of the beam 2, a side supporting plate 32 vertically connected with the front side edge of the lower supporting plate 31 and fixedly connected with one side face of the beam 2, a lower connecting plate 33 connected with the left side edge of the lower supporting plate 31 and extending obliquely downwards, and a side connecting plate 34 connected with the left side edge of the side supporting plate 32 and extending obliquely downwards, one end of each pair of anti-seismic supports 4 is fixedly connected with the lower connecting plate 33 and the side connecting plate 34 respectively, the other end of each pair of anti-seismic supports 4 is fixedly connected with a wall connecting piece 5 respectively, and the anti-seismic supports 4 are fixedly connected with the lower connecting plate 33, the side connecting plate 34 and the wall connecting piece 5 through.

Further, the cross section of the cross beam 2 is in a letter "U" shape and is provided with a row of cross beam side connection holes 21 on the front and back side surfaces at intervals along the length direction, a row of long holes 22 on the bottom end surface of the cross beam 2 at intervals along the length direction, a pair of cross beam reinforcing edges 23 is formed at the opening of the cross beam 2 along the length direction, the support plate screw 14 passes through the support plate hole 121 from top to bottom to be in threaded connection with the support plate nut 15, a support plate nut anti-slip groove 151 is formed at the position corresponding to the cross beam reinforcing edge 23 on the top end surface of the support plate nut 15, the support plate 12 and the support plate nut anti-slip groove 151 are clamped and fixed on the cross beam reinforcing edge 23 in a matching manner during the threaded connection of the support plate screw 14 and the support plate nut 15, a lower support plate hole 311 is formed on the lower support plate 31, and a lower, this bottom plate screw 351 is from down up passing a slot hole 22 and a bottom plate nut 35 threaded connection in bottom plate hole 311, crossbeam 2 middle part, has seted up one side support plate hole 321 on the aforementioned side layer board 32, is provided with one side layer board screw 364 in this side support plate hole 321, this side layer board screw 364 from the past backward pass behind one crossbeam side connecting hole 21 in side support plate hole 321, crossbeam 2 middle part with one side layer board nut 36 threaded connection.

Further, the structure of the lower supporting plate nut 35 and the structure of the side supporting plate nut 36 are completely the same, the middle of the side supporting plate nut 36 is provided with a screw hole 361, a circle of limit boss 362 is convexly provided around the screw hole 361 on one side surface of the screw hole 361, the side supporting plate nut 36 is provided with a fixing layer 363 on one side surface with the limit boss 362, the fixing layer 363 is one of an adhesive layer and a magnetic absorption layer, in this embodiment, the fixing layer 363 is preferably an adhesive layer, and since the structure of the supporting plate nut 15 and the structure of the lower supporting plate nut 35 are completely the same as the structure of the side supporting plate nut 36, the description is omitted here.

Further, the section of the anti-seismic support 4 is in a letter "U" shape, a pair of reinforcing edges 41 are folded at the opening along the length direction, a pair of lower connecting plate holes 331 are formed in the lower connecting plate 33, a pair of side connecting plate holes 341 are formed in the side connecting plate 34, a pair of wall connecting piece holes 52 are formed in the wall connecting piece 5, anti-slip grooves 62 are formed in positions corresponding to the reinforcing edges 41 of the support nut 6, and the support screws 61 penetrate through the lower connecting plate holes 331, the side connecting plate holes 341 and the wall connecting piece holes 52 and are in threaded connection with the corresponding support nuts 6.

Furthermore, one end of the wall connecting piece 5 is bent to form a wall connecting plate 51 parallel to the wall, a wall connecting plate hole 511 is formed in the wall connecting plate 51, and the wall connecting piece 5 is fixedly connected to the wall through the wall connecting plate hole 511.

Referring to fig. 1 in combination with fig. 2 and 3, when the arm support is to be installed, the fixing member 1 is first bolted to the wall at a desired position through the fixing member hole 13, one end of the beam 2 is then inserted into the beam receding groove 11 to make the top of one end of the beam attach to the support plate 12, the support plate 12 is clamped and fixed to the lower end surface of the beam reinforcing edge 23 through the support plate screw 14 and the support plate nut 15, the reinforcement member 3 is then placed at the middle position of the beam 2 to make the lower support plate 31 and the side support plate 32 respectively attach to the lower end surface and one side surface of the beam 2, the side support plate 32 is fixed to a beam side connection hole 21 of the beam 2 through the side support plate screw 364 and the side support plate nut 36, the lower support plate 31 is fixed to a long hole 22 of the beam 2 through the lower support plate screw 351 and the lower support plate nut 35, and one end of the anti-seismic support 4 is respectively fixed to the lower support hole 21 through The other end of the anti-seismic support 4 is respectively connected with a wall connecting piece 5 through a support nut 6 and a pair of support screws 61 on the connecting plate 33 and the side connecting plate 34, and the wall connecting piece 5 is fixed with a wall bolt through a wall connecting plate hole 511, so that the whole installation process of the support frame is completed.

Claims

1. The utility model provides a trailing arm frame structure of a finished product gallows which characterized in that: comprises a fixing part (1) fixed on a wall body, a cross beam (2) connected on the fixing part (1), a reinforcing part (3) arranged at the middle position of the cross beam (2) and a pair of anti-seismic brackets (4) respectively connected on the reinforcing part (3) and fixed with the wall body at one end, wherein the middle part of the fixing part (1) is provided with a cross beam abdicating groove (11), the upper edge of the cross beam abdicating groove (11) is bent towards one side of the cross beam (2) to form a supporting plate (12), the supporting plate (12) is provided with a supporting plate hole (121), the fixing part (1) is respectively provided with a fixing part hole (13) at the upper side and the lower side of the cross beam abdicating groove (11), the supporting plate hole (121) is internally provided with a supporting plate screw (14), and the supporting plate screw (14) is fixedly connected with a supporting plate nut (15) arranged on the cross beam (2, the supporting plate (12) and the supporting plate screw (14) are matched, clamped and fixed on the cross beam (2), the reinforcing member (3) comprises a lower supporting plate (31) fixedly connected with the lower end face of the cross beam (2), a side supporting plate (32) vertically connected with the front side edge of the lower supporting plate (31) and fixedly connected with one side face of the cross beam (2), a lower connecting plate (33) connected with the left side edge of the lower supporting plate (31) and extending obliquely downwards and a side connecting plate (34) connected with the left side edge of the side supporting plate (32) and extending obliquely downwards, one end of each pair of anti-seismic supports (4) is respectively fixedly connected with the lower connecting plate (33) and the side connecting plate (34), the other end of each pair of anti-seismic supports is respectively fixedly connected with a wall connecting piece (5), the anti-seismic support (4) is fixedly connected with the lower connecting plate (33), the side connecting plate (34) and the wall connecting piece (5) through a support nut (6) and a pair of support screws (61).

2. The corbel frame structure of a finished support hanger according to claim 1, wherein the cross-section of the cross-beam (2) is a letter "U" shaped structure and a row of cross-beam side connection holes (21) are respectively formed on the front and rear side surfaces at intervals along the length direction, a row of long holes (22) are respectively formed on the lower end surface of the cross-beam (2) at intervals along the length direction, a pair of cross-beam reinforcing edges (23) are formed at the opening of the cross-beam (2) along the length direction, the support plate screw (14) penetrates through the support plate hole (121) from top to bottom to be in threaded connection with the support plate nut (15), a support plate nut anti-slip groove (151) is respectively formed on the upper end surface of the support plate nut (15) at a position corresponding to the cross-beam reinforcing edge (23), and the support plate screw (14) is in the process of being in threaded connection, backup pad (12) and backup pad nut antiskid groove (151) cooperation centre gripping fix on crossbeam reinforcing edge (23), bottom plate (31) on seted up one down hold of plate hole (311), be provided with a bottom plate screw (351) in this bottom plate hole (311), this bottom plate screw (351) from down up pass down hold of plate hole (311), a slot hole (22) and a bottom plate nut (35) threaded connection at crossbeam (2) middle part, side layer board (32) on seted up one side hold of plate hole (321), be provided with one side layer board screw (364) in this side hold of plate hole (321), this side layer board screw (364) pass behind a crossbeam side connecting hole (21) at side hold of plate hole (321), crossbeam (2) middle part in the past backward with one side layer board nut (36) threaded connection.

3. The corbel frame structure of a finished product support hanger as claimed in claim 1, wherein the structure of the support plate nut (15), the lower support plate nut (35) and the side support plate nut (36) are identical, a screw hole (361) is formed in the middle of the side support plate nut (36), a circle of limit bosses (362) are convexly formed on one side surface of the screw hole (361) around the screw hole (361), a fixing layer (363) is formed on one side surface of the side support plate nut (36) with the limit bosses (362), and the fixing layer (363) is one of an adhesive layer and a magnetic absorption layer.

4. The corbel frame structure of a finished support hanger according to claim 1, characterized in that the section of the anti-seismic support (4) is in a letter "U" shape and is provided with a pair of reinforcing edges (41) at the opening along the length direction in a folded manner, the lower connecting plate (33) is provided with a pair of lower connecting plate holes (331), the side connecting plate (34) is provided with a pair of side connecting plate holes (341), the wall connecting piece (5) is provided with a pair of wall connecting piece holes (52), the support nut (6) is respectively provided with an anti-slip groove (62) at the position corresponding to the reinforcing edges (41), and the support screw (61) respectively penetrates through the lower connecting plate holes (331), the side connecting plate holes (341) and the wall connecting piece holes (52) and is in threaded connection with the corresponding support nut (6).

5. The corbel frame structure of a finished support hanger according to claim 1, wherein one end of the wall connecting piece (5) is bent to form a wall connecting plate (51) parallel to the wall, the wall connecting plate (51) is provided with a wall connecting plate hole (511), and the wall connecting piece (5) is fixedly connected to the wall through the wall connecting plate hole (511).