CN210687683U

CN210687683U - Telescopic infinite screen connecting bracket

Info

Publication number: CN210687683U
Application number: CN201921169463.5U
Authority: CN
Inventors: 余泳
Original assignee: Jianhao Mount Kunshan Co ltd
Current assignee: Jianhao Mount Kunshan Co ltd
Priority date: 2019-07-24
Filing date: 2019-07-24
Publication date: 2020-06-05
Anticipated expiration: 2029-07-24

Abstract

The utility model discloses a scalable unlimited screen linking bridge, including wallboard subassembly, riser subassembly, the couple subassembly, horizontal rail subassembly and connecting plate subassembly, at least one wallboard subassembly can fixed mounting respectively on the stationary plane, at least one riser subassembly upper end respectively one-to-one with wallboard subassembly fixed connection, at least one connecting plate subassembly respectively one-to-one fixed mounting in riser subassembly lower extreme, horizontal rail subassembly lateral wall and each connecting plate subassembly fixed connection, if at least a set of couple subassembly can be dismantled respectively fixed hang locate horizontal rail subassembly on, at least a set of couple subassembly interval arrangement, be formed with the installation mechanism that is used for installing electronic equipment on the couple subassembly, the utility model discloses about can not appear after the display screen installation with around the dislocation phenomenon, can realize arbitrary quantity syntropy screen linear installation, simple to operate.

Description

Telescopic infinite screen connecting bracket

Technical Field

The utility model relates to a support especially indicates a scalable unlimited screen linking bridge.

Background

With the rapid development of televisions and display screens, people pursue the living quality, and the use requirements of the televisions and the display screens are higher and higher; the playing of picture is realized through the mode of a plurality of display screen concatenations in many public places, all install the display screen respectively through a lot of solitary supports at present and realize the display screen concatenation, nevertheless because solitary support installation error leads to the display screen concatenation to appear the dislocation very easily, influences the picture effect of concatenation department.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects, the utility model provides a scalable unlimited screen linking bridge, this scalable unlimited screen linking bridge's simple structure can easily realize the unlimited linear concatenation installation of arbitrary quantity display screen, cuts the display screen installation back concatenation department and does not have the dislocation phenomenon.

The utility model discloses a solve the technical scheme that its technical problem adopted: the utility model provides a scalable unlimited screen linking bridge, including the wallboard subassembly, the riser subassembly, the couple subassembly, horizontal rail subassembly and connecting plate subassembly, at least one wallboard subassembly can fixed mounting respectively on the stationary plane, at least one riser subassembly upper end respectively one-to-one with wallboard subassembly fixed connection, at least one connecting plate subassembly respectively one-to-one fixed mounting in riser subassembly lower extreme, a horizontal rail subassembly lateral wall and each connecting plate subassembly fixed connection, if the fixed string that at least a set of couple subassembly can be dismantled respectively locates on the horizontal rail subassembly, at least a set of couple subassembly interval arrangement, be formed with the installation mechanism that is used for installing electronic equipment on the couple subassembly.

As the utility model discloses a further improvement, the horizontal rail subassembly is including fixed horizontal rail and linking horizontal rail, fixed horizontal rail fixed mounting is on the connecting plate subassembly, and a plurality of linking horizontal rails and the fixed linking of a plurality of fixed horizontal rails form a body structure.

As a further improvement, the fixed cross rail and the linking cross rail inboard form the just right horizontal slot in position respectively, and be formed with on the horizontal slot lateral wall and connect the perforation, still are equipped with connecting pin and connecting screw, in the connecting pin both ends were inserted respectively and are located the adjacent fixed cross rail and link up the horizontal slot of cross rail, the connecting pin both ends were equipped with respectively and are connected the just right screw hole in perforation position, and connecting screw passes and connects perforation and screw hole spiro union.

As a further improvement, the fixed transverse rail and the connecting transverse rail are extruded sections.

As a further improvement of the utility model, the wallboard subassembly includes wallboard and direction-adjusting plate, the wallboard is the U-shaped structure, is formed with the mounting hole that is used for being connected with the stationary plane on its bottom surface, and direction-adjusting plate also is the U-shaped structure, and its both sides wall is articulated continuous with the both sides wall of wallboard, and riser subassembly upper end links to each other with direction-adjusting plate.

As a further improvement, still be equipped with the arc hole on the both sides wall of wallboard, still be equipped with the connecting axle on the direction adjustment board both sides wall, the connecting axle can be gliding insert locate the arc hole on the wallboard both sides wall.

As a further improvement of the utility model, the wallboard component further comprises a vertical pipe mounting plate and a clamping connecting bolt, the lower end of the vertical pipe mounting plate forms a U-shaped structure, a perforation for the vertical pipe component to penetrate is formed on the bottom surface of the U-shaped structure, the end parts of the two side walls of the U-shaped structure form horizontal bent edges bent towards the inner direction of the U-shaped structure, the horizontal bent edges on the two sides of the U-shaped structure respectively form arc-shaped concave structures matched with the appearance of the upper end of the vertical pipe component, the upper end of the vertical pipe component penetrates through the perforation of the vertical pipe mounting plate and the gap between the two arc-shaped concave structures of the horizontal bent edges, the upper end of the vertical pipe component forms a radial convex structure, the radial convex structure on the vertical pipe component is stopped at the upper side of the horizontal bent edge of the vertical pipe mounting plate, an open slot structure for avoiding the vertical pipe component is formed on the bottom surface of the, the direction adjusting plate U structure bottom surface is still equipped with a limit of bending dorsad open slot structure one side, the riser mounting panel is inserted and is located direction adjusting plate bottom surface, both sides wall, bend in the space that the boss on limit and the both sides wall formed, still is equipped with just right tight perforation of clamp on the wall of riser mounting panel lower extreme U-shaped structure both sides, and the limit of bending of direction adjusting plate is equipped with the screw hole that the tight perforation of clamp matches, and the tight connecting bolt of clamp pass the riser mounting panel press from both sides tight perforation and with the screw hole spiro union.

As a further improvement of the utility model, the riser subassembly includes top tube, low tube and assembly connector, and the low tube can be gliding insert locate the top tube in, and the interval that the position corresponds on top tube and the low tube lateral wall is equipped with a plurality of through connection holes, and assembly connector corresponds insert locate top tube and low tube fixed connection in the at least a pair of through connection hole of top tube and low tube.

As a further improvement of the utility model, the connecting plate subassembly includes convex cladding face, locating surface and the connection face of bending, convex cladding face can fix the cladding on riser subassembly lower extreme circumference lateral wall, and the locating surface can be fixed in the locating surface of cross rail side and will wrap on the face, and locating surface and convex cladding face are connected the face through bending and are formed a body structure.

As a further improvement, the hook subassembly includes couple, mounting panel, connecting rod, setting element and retaining member, the couple upper end is formed with the last coupler body of opening down, and the couple lower extreme is formed with the level face of bending, and what the retaining member can be dismantled installs on the level face of bending of couple lower extreme, and the retaining member can be bent with the level and form the lower coupler body that the opening faces up jointly, the last coupler body and the lower coupler body of couple overlap respectively and locate on the cross rail lateral wall and the lateral wall down, and the mounting panel lower extreme is articulated with the couple, and the mounting panel upper end can be gliding articulated through long bar hole and connecting rod one end, and the connecting rod other end is articulated with the couple upper end, and the setting element can be with connecting rod optional position and mounting panel fixed connection for installation electronic equipment's installation mechanism.

The utility model has the advantages that: the utility model discloses a concatenation formula forms integrative horizontal rail structure, realizes linking the location to the horizontal rail subassembly of various length through wallboard subassembly and riser subassembly, then installs the display screen on the horizontal rail through the couple subassembly, and this structure is because horizontal rail subassembly position body structure, dislocation phenomenon about and around can not appearing after the display screen installation, can realize arbitrary quantity syntropy screen linear installation, simple to operate.

Drawings

Fig. 1 is a perspective view of the present invention;

FIG. 2 is an enlarged view of portion A of FIG. 1;

FIG. 3 is an enlarged view of portion B of FIG. 1;

FIG. 4 is an enlarged view of portion C of FIG. 1;

FIG. 5 is a first use condition of the wall panel assembly;

FIG. 6 is a second use condition of the wall panel assembly;

FIG. 7 is a schematic view of the riser assembly height adjustment principle;

fig. 8 is a usage state diagram of the present invention.

Detailed Description

Example (b): the utility model provides a scalable unlimited screen linking bridge, including 11 subassemblies of wallboard 1, riser subassembly 2, couple 31 subassembly 3, horizontal rail subassembly 4 and connecting

plate subassembly

5, 11 subassemblies of at least one wallboard can fixed mounting respectively on the stationary plane, 2 upper ends of at least one riser subassembly respectively one-to-one with 11 subassembly 1 fixed connection of wallboard, the fixed mounting of at least one connecting plate subassembly 5 respectively one-to-one in riser subassembly 2 lower extreme, 4 a lateral wall of horizontal rail subassembly and 5 fixed connection of each connecting plate subassembly, if 31 subassemblies of at least a set of couple can be dismantled respectively fixed hang locate on

horizontal rail subassembly

4, 31 subassembly 3 interval arrangement of at least a set of couple, be formed with the installation mechanism that is used for installing electronic equipment on the 31 subassemblies of couple.

The working principle is as follows: during the use, with 11 subassemblies 1 fixed mounting of a plurality of wallboards on the ceiling or the wall, select for use the horizontal rail subassembly 4 of suitable length according to the quantity of the electronic equipment that will install, arrange the formula with electronic equipment through couple 31 subassembly 3 and install on the horizontal rail, realized the installation of a plurality of electronic equipment, if a plurality of display screens splice together, can realize the installation of the display screen of arbitrary quantity as required.

The transverse rail assembly 4 comprises a fixed transverse rail 41 and a plurality of connecting transverse rails 42, the fixed transverse rail 41 is fixedly installed on the connecting plate assembly 5, and the connecting transverse rails 42 are fixedly connected with the fixed transverse rails 41 to form an integral structure. The horizontal rail is connected through the mode that fixed horizontal rail 41 and linking horizontal rail 42 align the linking, realizes the quick concatenation of the horizontal rail of an arbitrary length, during production, only need produce the horizontal rail of a specification can, can realize the regulation of 4 lengths of horizontal rail subassembly through the horizontal rail concatenation of different quantity, low in production cost, the packing of being convenient for, transportation, equipment and simple to operate.

The inner sides of the fixed transverse rail 41 and the connecting transverse rail 42 are respectively provided with a horizontal slot with opposite positions, a connecting perforation is formed on the side wall of the horizontal slot, a connecting pin and a connecting screw 43 are further arranged, the two ends of the connecting pin are respectively inserted into the horizontal slots of the adjacent fixed transverse rail 41 and the connecting transverse rail 42, the two ends of the connecting pin are respectively provided with a threaded hole with opposite positions to the connecting perforation, and the connecting screw 43 penetrates through the connecting perforation to be in threaded connection with the threaded hole. The mode of pegging graft through the connecting pin can realize the quick concatenation of horizontal rail, and the concatenation is convenient, connects stably, in addition, also can form the structure of indent slot and evagination inserted block respectively at fixed horizontal rail 41 and linking horizontal rail 42 both ends, realizes quick concatenation through the grafting of indent slot and evagination inserted block on the adjacent horizontal rail.

The fixed transverse rail 41 and the connecting transverse rail 42 are both extruded sections.

Wallboard 11 subassembly 1 includes wallboard 11 and direction adjustment board 12, wallboard 11 is the U-shaped structure, is formed with the mounting hole that is used for being connected with the stationary plane on its bottom surface, and direction adjustment board 12 also is the U-shaped structure, and its both sides wall links to each other with the both sides wall of wallboard 11 is articulated, and 2 upper ends of riser subassembly link to each other with direction adjustment board 12. Through the articulated connection of direction adjustment board 12 and wallboard 11, can realize wallboard 11 on the ceiling, on the vertical wall, even the slope wall on the installation back, can both keep down the riser subassembly 2 on the direction adjustment board 12 to be in vertical extension state under the action of gravity, this structure can adapt to different building planes.

Arc-shaped holes 13 are further formed in two side walls of the wallboard 11, connecting shafts 14 are further arranged on two side walls of the direction adjusting plate 12, and the connecting shafts 14 can be inserted into the arc-shaped holes 13 in the two side walls of the wallboard 11 in a sliding mode. The arc-shaped hole 13 is used for limiting the rotation guide and the rotation angle of the direction adjusting plate 12, the connecting shaft 14 can be a bolt, and the bolt locking can also realize the fixed clamping and positioning of the direction adjusting plate 12 and the side wall of the wallboard 11, so that the positioning of the position of the direction adjusting plate 12 is realized.

The wallboard 11 assembly 1 further comprises a vertical pipe mounting plate 3215 and a clamping connecting bolt 16, the lower end of the vertical pipe mounting plate 3215 forms a U-shaped structure, a through hole for the vertical pipe assembly 2 to penetrate through is formed on the bottom surface of the U-shaped structure, horizontal bent edges bent towards the inner direction of the U-shaped structure are formed at the end parts of two side walls of the U-shaped structure, circular arc-shaped concave structures matched with the upper end of the vertical pipe assembly 2 in shape are respectively and correspondingly formed on the horizontal bent edges at two sides of the U-shaped structure, the upper end of the vertical pipe assembly 2 penetrates through the through hole of the vertical pipe mounting plate 3215 and a gap between the two circular arc-shaped concave structures of the horizontal bent edges, a radial convex structure 21 is formed at the upper end of the vertical pipe assembly 2, the radial convex structure 21 on the vertical pipe assembly 2 is stopped at the upper side of the horizontal bent edge, boss 17 of backstop in the horizontal bend edgewise of riser mounting panel 3215 is formed with on 12 both sides wall of direction adjusting plate, and direction adjusting plate 12U structure bottom surface still is equipped with a bending limit 18 dorsad open slot structure one side, in riser mounting panel 3215 inserts the space of locating 12 bottom surfaces, both sides wall, the boss 17 formation on 18 and the both sides wall of bending limit, still be equipped with just right clamp on the wall of riser mounting panel 3215 lower extreme U-shaped structure both sides and perforate, be equipped with the screw hole that presss from both sides the clamp and perforate the matching on the bending limit 18 of direction adjusting plate 12, press from both sides tight connecting bolt 16 and pass riser mounting panel 3215 press from both sides the clamp and perforate.

The riser mounting plate 3215 of this structure is installed in the riser upper end, when assembling riser subassembly 2 and wallboard 11 subassembly 1, only need insert direction adjusting plate 12 with riser mounting plate 3215 in, after the case through press from both sides tight connecting bolt 16 installation can, this structural connection is convenient, stable, cut riser subassembly 2 upper end and riser mounting plate 3215 and can keep stable connected state.

The riser component 2 comprises an upper pipe 22, a lower pipe 23 and an assembling connecting piece 24, wherein the lower pipe 23 can be slidably inserted into the upper pipe 22, a plurality of through connecting holes are formed in the side walls of the upper pipe 22 and the lower pipe 23 at intervals corresponding to the upper positions, the assembling connecting piece 24 is correspondingly inserted into at least one pair of through connecting holes formed in the upper pipe 22 and the lower pipe 23 to fixedly connect the upper pipe 22 and the lower pipe 23, and the length of the riser component 2 can be adjusted by the structure.

The connecting plate assembly 5 comprises an arc-shaped cladding surface 51, a positioning surface 52 and a bent connecting surface 53, the arc-shaped cladding surface 51 can be fixedly clad on the outer side wall of the circumference of the lower end of the vertical pipe assembly 2, the positioning surface 52 can be fixed on the positioning surface 52 on one side surface of the transverse rail and the cladding surface, and the positioning surface 52 and the arc-shaped cladding surface 51 are connected through the bent connecting surface 53 to form an integral structure.

Hook subassembly includes couple 31, mounting panel 32, connecting rod 33, setting element 34 and retaining member 35, couple 31 upper end is formed with the last coupler body of opening down, and couple 31 lower extreme is formed with the level face of bending, and what retaining member 35 can be dismantled installs on the level face of bending of couple 31 lower extreme, and retaining member 35 can bend the face with the level and form the lower coupler body that the opening faces up jointly, couple 31 last coupler body and lower coupler body overlap respectively on locating the cross rail lateral wall and lower lateral wall, and mounting panel 32 lower extreme is articulated with couple 31, and mounting panel 32 upper end can be gliding articulated through rectangular hole and connecting rod 33 one end, and the connecting rod 33 other end is articulated with couple 31 upper end, and setting element 34 can be with connecting rod 33 optional position and mounting panel 32 fixed connection for installation electronic equipment's installation mechanism is located mounting panel 32.

Through the different position fixed location of mounting panel 32 and connecting rod 33 can realize its inclination's regulation, it is convenient to adjust, be convenient for to the watching of picture on the electronic equipment, retaining member 35 can still can set up the tight screw in top for the bolt of spiro union on 31 level bending faces of couple, the last coupler body of couple 31, through the tight screw in top tight cross rail upper flank, the stable location of 31 positions of couple is realized to the bolt of cooperation retaining member 35, avoid couple 31 horizontal slip.

Claims

1. The utility model provides a scalable unlimited screen linking bridge which characterized in that: comprises wall board components (1), vertical pipe components (2), hook components (3), transverse rail components (4) and connecting plate components (5), wherein at least one wall board component can be respectively and fixedly arranged on a fixed surface, the upper end of at least one vertical pipe component is respectively and fixedly connected with the wall board components in a one-to-one correspondence manner, at least one connecting plate component is respectively and fixedly arranged at the lower end of the vertical pipe component in a one-to-one correspondence manner, one side wall of each transverse rail component is fixedly connected with each connecting plate component, if at least one group of hook components can be respectively and fixedly hung on the transverse rail components in a detachable manner, at least one group of hook components are arranged at intervals, a mounting mechanism for mounting electronic equipment is formed on each hook component, each transverse rail component comprises a fixed transverse rail (41) and a transverse linking rail (42), the fixed transverse rails are fixedly arranged on the connecting plate components, and a plurality of transverse rails, the fixed transverse rail and the inner side of the connection transverse rail are respectively provided with a horizontal slot with opposite positions, a connection perforation is formed on the side wall of the horizontal slot, the fixed transverse rail and the inner side of the connection transverse rail are respectively provided with a connecting pin and a connecting screw (43), the two ends of the connecting pin are respectively inserted into the horizontal slots of the adjacent fixed transverse rail and the connection transverse rail, the two ends of the connecting pin are respectively provided with a threaded hole with opposite positions of the connection perforation, and the connecting screw penetrates through the connection perforation and is in threaded connection with the threaded hole.

2. The retractable infinite screen connection bracket of claim 1, wherein: the fixed transverse rail and the connecting transverse rail are both extruded sections.

3. The retractable infinite screen connection bracket of claim 1, wherein: the wallboard subassembly includes wallboard (11) and direction adjustment board (12), the wallboard is the U-shaped structure, is formed with the mounting hole that is used for being connected with the stationary plane on its bottom surface, and the direction adjustment board also is the U-shaped structure, and its both sides wall is articulated continuous with the both sides wall of wallboard, and riser subassembly upper end links to each other with the direction adjustment board.

4. The retractable infinite screen connection bracket of claim 3, wherein: arc holes (13) are further formed in the two side walls of the wallboard, connecting shafts (14) are further arranged on the two side walls of the direction adjusting plate, and the connecting shafts can be inserted into the arc holes in the two side walls of the wallboard in a sliding mode.

5. The retractable infinite screen connection bracket of claim 4, wherein: the wallboard component further comprises a vertical pipe mounting plate (15) and clamping connecting bolts (16), the lower end of the vertical pipe mounting plate forms a U-shaped structure, a through hole for the vertical pipe component to wear is formed in the bottom surface of the U-shaped structure, the end parts of two side walls of the U-shaped structure form horizontal bent edges bent towards the inner direction of the U-shaped structure, circular arc-shaped concave structures matched with the appearance of the upper end of the vertical pipe component are correspondingly formed on the horizontal bent edges of two sides of the U-shaped structure respectively, the upper end of the vertical pipe component is arranged in the through hole of the vertical pipe mounting plate and a gap between the circular arc-shaped concave structures of the two horizontal bent edges in a penetrating manner, a radial outward convex structure (21) is formed at the upper end of the vertical pipe component, the radial outward convex structure on the vertical pipe component is stopped at the upper side of the horizontal bent edge of the vertical pipe mounting plate, an open slot structure for avoiding, the direction adjusting plate U structure bottom surface is still equipped with one side dorsad open slot structure and is bent limit (18), the riser mounting panel is inserted and is located direction adjusting plate bottom surface, both sides wall, bend in the space that the boss on limit and the both sides wall formed, still is equipped with just right tight perforation of clamp on the wall of riser mounting panel lower extreme U-shaped structure both sides, and the limit of bending of direction adjusting plate is equipped with the screw hole that the tight perforation of clamp matches, presss from both sides tight connecting bolt and passes the tight perforation of clamp of riser mounting panel and with the screw hole spiro union.

6. The retractable infinite screen connection bracket of claim 1 or 5, wherein: the riser component comprises an upper pipe (22), a lower pipe (23) and an assembling connecting piece (24), wherein the lower pipe can be inserted into the upper pipe in a sliding mode, a plurality of through connecting holes are formed in the side walls of the upper pipe and the lower pipe at intervals corresponding to the upper positions, and the assembling connecting piece is inserted into at least one pair of through connecting holes formed in the upper pipe and the lower pipe in a corresponding mode to fixedly connect the upper pipe and the lower pipe.

7. The retractable infinite screen connection bracket of claim 1, wherein: the connecting plate assembly comprises an arc-shaped cladding surface (51), a positioning surface (52) and a bent connecting surface (53), the arc-shaped cladding surface can be fixedly clad on the outer side wall of the circumference of the lower end of the vertical tube assembly, the positioning surface can be fixed on the positioning surface of one side surface of the transverse rail and the cladding surface, and the positioning surface and the arc-shaped cladding surface are connected through the bent connecting surface to form an integrated structure.

8. The retractable infinite screen connection bracket of claim 5, wherein: the hook subassembly includes couple (31), mounting panel (32), connecting rod (33), setting element (34) and retaining member (35), the couple upper end is formed with the last coupler body of opening down, and the couple lower extreme is formed with the level face of bending, and what the retaining member can be dismantled installs on the level face of bending of couple lower extreme, and the retaining member can form the lower coupler body that the opening faces up with the level face of bending jointly, the last coupler body and the lower coupler body of couple overlap respectively and locate on lateral wall and the lateral wall down on the cross rail, and the mounting panel lower extreme is articulated with the couple, and the mounting panel upper end can be gliding articulated through long bar hole and connecting rod one end, and the connecting rod other end is articulated with the couple upper end, and the setting element can be with connecting rod optional position and mounting panel fixed connection for installation electronic.