CN208331702U - Furred ceiling bracket - Google Patents

Abstract

The utility model discloses a kind of furred ceiling brackets, including wall panel assembly, riser assemblies, hanging hook assembly and traverse rod component, the wall panel assembly includes the wallboard being fixedly installed on ceiling that can be dismantled, wallboard is equipped with connecting plate, the connecting plate is equipped with perforation, riser assemblies upper end is integrally formed with diameter convex structure, the riser assemblies upper end is arranged in the perforation of connecting plate, and the diameter convex structure backstop of riser assemblies upper end is on connecting plate uper side surface, traverse rod component, which is capable of fixing, is installed on riser assemblies lower end, what hanging hook assembly can be dismantled hang on traverse rod component, the installing mechanism of electronic device installation is formed on hanging hook assembly, the utility model structure is simple, manufacturing cost is low, stable connection, using safe, it is able to maintain stable viewing angle.

Description

Furred ceiling bracket

Technical field

The utility model relates to a kind of bracket, in particular to a kind of furred ceiling bracket.

Background technique

Electronic equipment generally realizes stationary positioned and various pitch angles, left and right pivot angle and position by various brackets It adjusts, is ceiling mounted in large space inner electronic equipment often through hanger, such as frame for TV set, projector suspension bracket Deng the riser assemblies of hanger and wall panel assembly connection at present is by the way that corresponding wear is arranged in riser assemblies and wall panel assembly Hole is arranged in the perforation of riser assemblies and wall panel assembly by bolt and realizes the two connection, and structure connection is inconvenient, connection Intensity is low, and bolt, which is easy to happen fracture, causes electronic equipment to fall, and usage safety performance is low, and is difficult to ensure riser assemblies and wall It is in close contact between board group part, riser assemblies is caused to be easy to happen inclination under electronic equipment gravity, cause shadow to viewing It rings, and current electronic equipment pitch angle adjusts and positioning places one's entire reliance upon frictional force, is bowed for a long time using being easy to appear Phenomenon needs to readjust pitch angle, causes difficulty to adjusting and viewing.

Utility model content

In order to overcome drawbacks described above, the utility model provides a kind of furred ceiling bracket, and the furred ceiling bracket installation strength is high, makes With safety, electronic equipment viewing angle is good, and pitch-angle stabilization does not need re-adjustments.

The utility model is to solve technical solution used by its technical problem: a kind of furred ceiling bracket, including wallboard Component, riser assemblies, hanging hook assembly and traverse rod component, the wall panel assembly include being fixedly installed on ceiling of can dismantling Wallboard, wallboard be equipped with connecting plate, the connecting plate be equipped with perforation, riser assemblies upper end is integrally formed with diameter convex knot Structure, the riser assemblies upper end are arranged in the perforation of connecting plate, and the diameter convex structure backstop of riser assemblies upper end is in even On fishplate bar uper side surface, traverse rod component, which is capable of fixing, is installed on riser assemblies lower end, and what hanging hook assembly can be dismantled hang on cross The installing mechanism of electronic device installation is formed on rail assembly, on hanging hook assembly.

The riser assemblies include upper riser as a further improvement of the utility model, and upper riser upper end passes through flange Technique is integrally formed diameter convex structure.

The wall panel assembly further includes the first stiffening plate and the second stiffening plate as a further improvement of the utility model, First stiffening plate and the opposite side wall of the second stiffening plate are respectively formed with the circular groove with riser assemblies upper end form fit Structure, the first and second stiffening plate is fixedly installed in respectively on the two opposite side walls of connecting plate, and riser assemblies upper end is just closely wrapped It is overlying in the circular groove structure of the first and second stiffening plate.

The connecting plate forms the trench structure of upper end opening as a further improvement of the utility model, and perforation is set to On the bottom surface of the trench structure, the first and second stiffening plate be able to be contained in the trench structure, and on the downside of the first and second stiffening plate Face backstop on the trench structure bottom surface, being respectively equipped at least one through hole on the two opposite side walls of the trench structure, first, Two stiffening plate side walls are equipped with connecting hole corresponding with through hole on trench structure side wall, are additionally provided with connection bolt and connection spiral shell Mother, the connection bolt be arranged in the connecting hole on the through hole and the first and second stiffening plate side wall of trench structure Nei and finally with Attaching nut is spirally connected.

Two installations are respectively equipped on the two opposite side walls of the connecting plate as a further improvement of the utility model, Hole, wallboard are equipped with the parallel connection wall longitudinally extended, which is equipped with axis hole and circular hole, the circular arc sky The center of circle is just located at axis hole center, and the first and second mounting hole on the connecting plate is correspondingly arranged with axis hole and circular hole respectively, and point It is not connected by connector.

The riser assemblies further include lower standing tube and assembling screw as a further improvement of the utility model, it is described on Evenly spaced on standpipe periphery wall to be equipped with row assembling perforation, lower standing tube component side wall is equipped on a row and upper riser The matched assembling threaded hole of assembling perforation, the lower standing tube are inserted in upper riser, and several assembling screws pass through the group of upper riser The assembling screw hole of dress perforation and lower standing tube.

The hanging hook assembly includes hook, panel and connecting rod, the hook as a further improvement of the utility model, Upper/lower terminal is respectively provided with the opposite upper hook body and lower hook body of the opening hung with wall panel assembly, and the panel is equipped with Several mounting holes for connecting with electronic equipment, panel lower end and the articulated connection of hook lower end, panel upper end side wall are equipped with First strip hole and several location holes, connecting rod lower end and hook upper end are hinged, the first strip hole of small end and panel upper end What can be slided is hinged, and several fixation holes are additionally provided on connecting rod, on connecting rod each fixation hole can with it is each on panel sidewalls Location hole is correspondingly connected with by connector.

The first strip hole on the panel is along the perpendicular of panel extending direction as a further improvement of the utility model, Straight hole.

The structure of the panel lower end and the articulated connection of hook lower end as a further improvement of the utility model, are as follows: face Plate lower end is additionally provided with the second strip hole intersected with the first strip hole extending direction, and hook lower end is equipped with connecting shaft hole, is additionally provided with Bolt and adjusting nut are connected, the connection bolt is arranged in the connecting shaft hole of hook and the second strip hole of panel and final It is spirally connected with adjusting nut, the hook lower end and panel bottom side of the wall are in close contact.

The traverse rod component is greater than the T shape of other end width in one end width as a further improvement of the utility model, Structure, the upper hook body and lower hook body of hook are hung on respectively on the two sidewalls that the big one end of traverse rod element width is in protruding state, The lower end of hook forms L-shaped structure, is bolted with caging bolt in the L-shaped structure one side wall, the caging bolt and hook lower end L shape The lower hook body accommodated on the downside of traverse rod component in protruding state side wall is collectively formed in structure, and the end of the caging bolt is tight against traverse rod The small one end downside surface of element width, also upper activity is bolted with caging bolt, the limit on upper hook body to the hook upper hook body The bolt one end uper side surface big tight against traverse rod element width.

The beneficial effects of the utility model are: being integrally formed radial convex by flanging process in the utility model riser assemblies It plays structure and realizes that it connect with the axial retention of wall panel assembly, while the close of riser assemblies is embraced by the first and second stiffening plate Hold, ensure that the close connection of riser assemblies and wall panel assembly, riser assemblies by gravity will not run-off the straight, and standpipe group Part realizes Telescopic using single bolt fastening structure, and inner space is big, is convenient for cabling, and panel and hook pitch angle are adjusted Panel and connecting rod are fixed by connector afterwards, run-off the straight after avoiding panel from being used for a long time, it is ensured that the stabilization of pitch angle Property, the utility model structure is simple, and manufacturing cost is low, stable connection, and use is safe, is able to maintain stable viewing angle.

Detailed description of the invention

Fig. 1 is the perspective view of the utility model；

Fig. 2 is the wall panel assembly and riser assemblies connection structure diagram of the utility model；

Fig. 3 is the riser assemblies contraction state figure of the utility model；

Fig. 4 is the riser assemblies tensional state figure of the utility model；

Fig. 5 is the riser assemblies and traverse rod assembly connecting structure figure of the utility model；

Fig. 6 is the hanging hook assembly main view of the utility model；

Fig. 7 is the hanging hook assembly top view of the utility model；

Fig. 8 is the hanging hook assembly right view of the utility model；

Fig. 9 is that the panel angle of depression of the utility model adjusts schematic diagram；

Figure 10 is that the panel elevation angle of the utility model adjusts schematic diagram；

Figure 11 is the state diagram of the utility model cabling.

Specific embodiment

Embodiment: a kind of furred ceiling bracket, including 11 component 1 of wallboard, riser assemblies 2,31 components 3 of hook and traverse rod component 4, 11 component 1 of wallboard includes the wallboard 11 being fixedly installed on ceiling that can be dismantled, and wallboard 11 is equipped with connecting plate 12, The connecting plate 12 is equipped with perforation 13, and 2 upper end of riser assemblies is integrally formed with diameter convex structure 21, the riser assemblies 2 Upper end is arranged in the perforation 13 of connecting plate 12, and 21 backstop of diameter convex structure of 2 upper end of riser assemblies is on connecting plate 12 On side surface, traverse rod component 4, which is capable of fixing, is installed on 2 lower end of riser assemblies, and what 31 components 3 of hook can be dismantled hang on traverse rod On component 4, the installing mechanism that electronic device installation is formed on 31 components 3 is linked up with.

In use, 11 component 1 of wallboard is installed on ceiling, riser assemblies 2 are installed on 11 component 1 of wallboard, traverse rod Component 4 is fixedly installed in 2 lower end of riser assemblies, and electronic equipment is installed on 31 components 3 of hook, and then, 31 components 3 of hook are hung The installation positioning of electronic equipment on the ceiling can be realized, on traverse rod component 4 convenient for hanging for large space inner electronic equipment 2 upper end of riser assemblies of dress, the utility model forms diameter convex structure 21 by integrated formed structure, for realizing itself and wall The axial retention of 11 component 1 of plate is located by connecting, and the structure is simple, and bonding strength is high, avoids in conventional spreader through bolt cross It wears 2 side wall of riser assemblies and realizes the structure connecting with 11 component 1 of wallboard, substantially increase bonding strength and assembling convenience, group Dress is more convenient, quick, and connection is more stable, and the danger for avoiding bolt failure from falling simplifies part dosage, reduces and be produced into This.

The riser assemblies 2 include upper riser 22, and 22 upper end of upper riser is integrally formed diameter convex knot by flanging process Structure 21.Realize that pipe fitting flange forms diameter convex structure 21 by flanging process, the structure is simple, manufacture easy to process, one Stretching structure intensity is big, is hardly damaged, and is furthermore also possible to be welded on the outer ring structure etc. of 2 upper end of riser assemblies, such to be all The equivalent constructions that those skilled in the art are readily apparent that according to this patent.

11 component 1 of wallboard further includes the first stiffening plate 14 and the second stiffening plate 15, and the first stiffening plate 14 and second adds The strong opposite side wall of plate 15 is respectively formed with the circular groove structure with 2 upper end form fit of riser assemblies, and first and second reinforces Plate is fixedly installed in respectively on the two opposite side walls of connecting plate 12, and 2 upper end of riser assemblies is just closely coated on first and second and adds In the circular groove structure of strong plate.First and second stiffening plate is respectively formed the structure of U-shaped like, and the first and second stiffening plate is by standpipe 2 upper end of component is firmly embraced, hair when preventing riser assemblies 2 from leading to load-bearing due to gap when it connect with 11 component 1 of wallboard Raw inclination.

The connecting plate 12 forms the trench structure of upper end opening, and perforation 13 is set on the bottom surface of the trench structure, first, Two stiffening plates be able to be contained in the trench structure, and the first and second stiffening plate downside backstop is on the trench structure bottom surface, At least one through hole 13 is respectively equipped on the two opposite side walls of the trench structure, the first and second stiffening plate side wall is equipped with and slot The corresponding connecting hole of through hole 13 in type structure side wall, is additionally provided with connection bolt 16 and attaching nut, the connection bolt 16 are worn In the connecting hole on the through hole 13 and the first and second stiffening plate side wall of trench structure and finally it is spirally connected with attaching nut.It is logical It crosses connection bolt 16 and attaching nut realizes the stationary positioned of the first and second stiffening plate and connecting plate 12, pass through 12 groove profile of connecting plate Structure side wall realizes the limit to the first and second stiffening plate lateral wall, and the support of the first and second stiffening plate is realized by 12 bottom surface of connecting plate It holds, greatly improves being bonded for riser assemblies 2 and 11 component 1 of wallboard, riser assemblies 2 is avoided to be fallen off damage by gravity.

It is respectively equipped with two mounting holes 17 on the two opposite side walls of the connecting plate 12, wallboard 11, which is equipped with, longitudinally to be extended Parallel connection wall, the parallel connection wall are equipped with axis hole 18 and circular hole 19, and the center of circle of the circular arc sky is just located in axis hole 18 The heart, the first and second mounting hole 17 on the connecting plate 12 is correspondingly arranged with axis hole 18 and circular hole 19 respectively, and passes through company respectively Fitting is connected.The structure can be realized the adjusting of angle between connecting plate 12 and wallboard 11, and then realize riser assemblies 2 certain Swing angle adjusting is carried out in amplitude range, connecting plate 12 most preferably passes through screw bolt and nut mechanism with parallel connection wall on wallboard 11 Connection, facilitates adjusting and positioning.

The riser assemblies 2 further include lower standing tube 23 and assembling screw 24, on the 22 periphery wall of upper riser uniformly The row that is equipped at interval assembles perforation 13, and 23 component of lower standing tube, 2 side wall is equipped with a row and 22 over-assemble of upper riser is perforated 13 The assembling threaded hole matched, the lower standing tube 23 are inserted in upper riser 22, and several assembling screws 24 pass through the assembling of upper riser 22 The assembling screw hole of perforation 13 and lower standing tube 23.Riser assemblies 2 are flexible by 13 installation of single assembling perforation, avoid standpipe Horizontal slotting bolt, facilitates cable to accommodate and pass through in riser assemblies 2 in component 2, avoids that bolt and cable interference, holding occurs.

31 components 3 of the hook include that hook 31, panel 32 and connecting rod 33,31 upper/lower terminals of the hook are respectively equipped with The opposite upper hook body 34 and lower hook body of opening for hanging with 11 component 1 of wallboard, the panel 32, which is equipped with, to be used for and electronics Several mounting holes 17 of equipment connection, 32 lower end of panel and the articulated connection of 31 lower ends of hook, 32 upper end side wall of panel are equipped with the One strip hole 35 and several location holes 36,33 lower end of connecting rod and 31 upper ends of hook are hinged, 33 upper end of connecting rod and 32 upper end of panel First strip hole 35 can slide hinged, and several fixation holes 37, each 37 energy of fixation hole on connecting rod 33 are additionally provided on connecting rod 33 It is enough to be correspondingly connected with each location hole 36 on 32 side wall of panel by connector.Pass through 33 upper end of connecting rod and 32 upper end of panel First strip hole, 35 different location hingedly realizes the adjusting of 32 tilt angle of panel, after the completion of adjusting, location hole 36 on panel 32 It is connect with the fixation hole 37 on connecting rod 33 by connector and realizes that the stop of panel 32 and connecting rod 33 positions, at this time panel 32, company Bar 33 and hook 31 form stable triangular structure, panel 32 will not run-off the straight due to gravity, guarantee that electronic equipment is bowed It is constant to face upward the state for keeping stable after angular adjustment.

The first strip hole 35 on the panel 32 is the vertical holes along 32 extending direction of panel, is also possible to angling hole.

The structure of 32 lower end of panel and the articulated connection of 31 lower ends of hook are as follows: 32 lower end of panel is additionally provided with and the first strip The second strip hole 38 that 35 extending direction of hole intersects, 31 lower ends of hook are equipped with connecting shaft hole 18, are additionally provided with connection bolt 16 and adjust Save nut, the connection bolt 16 be arranged in the connecting shaft hole 18 of hook 31 and the second strip hole 38 of panel 32 and finally with Adjusting nut is spirally connected, and 31 lower ends of the hook and 32 bottom side of the wall of panel are in close contact.Second strip hole 38 makes under panel 32 The adjusting of certain angle can occur with 31 lower ends of hook for end, which increases facing upward for certain amplitude for realizing to panel 32 Angle, the viewing angle for electronic equipments such as the television sets that makes corrections.

The traverse rod component 4 is greater than the T-shaped structure of other end width in one end width, links up with 31 upper hook body 34 and lower hook Body hang on the big one end of 4 width of traverse rod component on the two sidewalls of protruding state respectively, links up with the 31 at L-shaped knot of lower end shape Structure is bolted with caging bolt 39 in the L-shaped structure one side wall, which is collectively formed with 31 lower end L-shaped structures of hook The lower hook body on the downside of traverse rod component 4 in protruding state side wall is accommodated, and the end of the caging bolt 39 is tight against 4 width of traverse rod component Small one end downside surface, also upper activity is bolted with caging bolt 39, the limit on upper hook body 34 to 31 upper hook bodies 34 of the hook One end uper side surface big tight against 4 width of traverse rod component of bolt 39.The structure is simple, and manufacture easy to process, manufacturing cost is low, hangs Hook 31 and 4 stable connection of traverse rod component.

Claims (10)

1. a kind of furred ceiling bracket, it is characterised in that: including wall panel assembly (1), riser assemblies (2), hanging hook assembly (3) and traverse rod group Part (4), the wall panel assembly include the wallboard (11) being fixedly installed on ceiling that can be dismantled, and wallboard is equipped with connecting plate (12), the connecting plate is equipped with perforation (13), and riser assemblies upper end is integrally formed with diameter convex structure (21), the standpipe Component upper end is arranged in the perforation of connecting plate, and the diameter convex structure backstop of riser assemblies upper end is in connecting plate uper side surface On, traverse rod component, which is capable of fixing, is installed on riser assemblies lower end, and what hanging hook assembly can be dismantled hang on traverse rod component, hook The installing mechanism of electronic device installation is formed on component.

2. furred ceiling bracket according to claim 1, it is characterised in that: the riser assemblies include upper riser (22), upper vertical Pipe upper end is integrally formed diameter convex structure by flanging process.

3. furred ceiling bracket according to claim 1 or 2, it is characterised in that: the wall panel assembly further includes the first stiffening plate (14) and the second stiffening plate (15), the first stiffening plate and the opposite side wall of the second stiffening plate are respectively formed with and riser assemblies upper end The circular groove structure of form fit, the first and second stiffening plate are fixedly installed in respectively on the two opposite side walls of connecting plate, and vertical Tube assembly upper end is just closely coated in the circular groove structure of the first and second stiffening plate.

4. furred ceiling bracket according to claim 3, it is characterised in that: the connecting plate forms the groove profile knot of upper end opening Structure, perforation are set on the bottom surface of the trench structure, and the first and second stiffening plate be able to be contained in the trench structure, and first and second Stiffening plate downside backstop is respectively equipped at least one on the two opposite side walls of the trench structure and passes through on the trench structure bottom surface Perforation, the first and second stiffening plate side wall are equipped with connecting hole corresponding with through hole on trench structure side wall, are additionally provided with connection bolt (16) and attaching nut, the connection bolt are arranged in the connection on the through hole and the first and second stiffening plate side wall of trench structure It is spirally connected in hole and finally with attaching nut.

5. furred ceiling bracket according to claim 1, it is characterised in that: be respectively equipped on the two opposite side walls of connecting plate Two mounting holes (17), wallboard are equipped with the parallel connection wall longitudinally extended, which is equipped with axis hole (18) and circle Arc hole (19), the center of circle of the circular hole are just located at axis hole center, the first and second mounting hole on the connecting plate respectively with axis hole It is correspondingly arranged with circular hole, and is connected respectively by connector.

6. furred ceiling bracket according to claim 5, it is characterised in that: the riser assemblies further include lower standing tube (23) and group It fills screw (24), it is evenly spaced on the upper riser periphery wall to be equipped with a row and assemble perforation, on lower standing tube component side wall Equipped with a row and the matched assembling threaded hole of upper riser over-assemble perforation, the lower standing tube is inserted in upper riser, several assemblings Screw passes through the assembling screw hole of the assembling perforation and lower standing tube of upper riser.

7. furred ceiling bracket according to claim 1, it is characterised in that: the hanging hook assembly includes hook (31), panel (32) and connecting rod (33), the hook upper/lower terminal are respectively provided with the opposite upper hook body of the opening hung with wall panel assembly (34) and lower hook body, the panel are equipped with several mounting holes for connecting with electronic equipment, panel lower end and hook lower end Articulated connection, panel upper end side wall are equipped with the first strip hole (35) and several location holes (36), connecting rod lower end and hook upper end Hingedly, small end and the first strip hole of panel upper end can slide hinged, and several fixation holes (37) are additionally provided on connecting rod, Each fixation hole can be correspondingly connected with each location hole on panel sidewalls by connector on connecting rod.

8. furred ceiling bracket according to claim 7, it is characterised in that: the first strip hole on the panel is to prolong along panel Stretch the vertical holes in direction.

9. furred ceiling bracket according to claim 7, it is characterised in that: the panel lower end and the articulated connection of hook lower end Structure are as follows: panel lower end is additionally provided with the second strip hole (38) intersected with the first strip hole extending direction, and hook lower end, which is equipped with, to be connected Spindle hole, is additionally provided with connection bolt and adjusting nut, the connection bolt be arranged in hook connecting shaft hole and panel second It is finally spirally connected in strip hole and with adjusting nut, the hook lower end and panel bottom side of the wall are in close contact.

10. furred ceiling bracket according to claim 7, it is characterised in that: the traverse rod component is greater than another in one end width The T-shaped structure of width is held, the upper hook body and lower hook body of hook hang on the big one end of traverse rod element width in protruding state respectively Two sidewalls on, the lower end of hook forms L-shaped structure, is bolted with caging bolt (39) in the L-shaped structure one side wall, the limit spiral shell The lower hook body accommodated on the downside of traverse rod component in protruding state side wall, and the limit spiral shell is collectively formed in bolt and hook lower end L-shaped structure The end of the bolt one end downside surface small tight against traverse rod element width, also upper activity is bolted with limit spiral shell to the hook upper hook body Bolt, caging bolt on the upper hook body one end uper side surface big tight against traverse rod element width.