CN216667049U

CN216667049U - Adjustable double-display mounting rack capable of guaranteeing alignment

Info

Publication number: CN216667049U
Application number: CN202220049044.3U
Authority: CN
Inventors: 修雅慧
Original assignee: Qiqihar Medical University
Current assignee: Qiqihar Medical University
Priority date: 2022-01-10
Filing date: 2022-01-10
Publication date: 2022-06-03
Anticipated expiration: 2032-01-10

Abstract

The utility model discloses an adjustable double-display mounting rack capable of guaranteeing alignment, and belongs to the technical field of display supports. The device can fix two displays on a display lifting support simultaneously, and make about two displays can violently indulge freely to adjust, when horizontal or vertically placing simultaneously, can realize the butt joint between each other of display lateral wall, guarantee about two displays align each other, improve the wholeness of two displays, improve alignment efficiency, reduce the operation degree of difficulty, and stability is higher, after loosening positioning knob soon, the horizontal position of display is adjustable, also can realize the butt joint of screen fast after the track pterygoid lamina forms the contained angle, the quick butt joint of screen can all be realized to the combination regulation of multiple display, reduce the butt joint degree of difficulty of two display screens, improve operating efficiency, improve use comfort, satisfy different users' user demand.

Description

Adjustable double-display mounting frame capable of guaranteeing alignment

Technical Field

The utility model relates to an adjustable double-display mounting rack capable of guaranteeing alignment, and belongs to the technical field of display supports.

Background

The display lifting support is supported by adopting a spring or a hydraulic rod, and in the adjusting process, buffer allowance always exists, namely after the display lifting support is adjusted to a height, the display lifting support slightly moves upwards or sinks under the driving of the internal spring or the hydraulic rod, and when two displays are installed in front of a computer by using the lifting support at the same time, the two displays are difficult to keep aligned. For this reason, a switching bracket is available in the market, which fixes two displays together at the same time, but this method ensures the alignment of the display screens, and the functions of rotation adjustment and angle adjustment are lost for a single display. The left display and the right display can only be placed transversely or placed longitudinally on the frame body in front of the lifting support at the same time, if the transverse and longitudinal directions of the displays are changed, the displays are required to be re-installed after being disassembled, and due to the fixation of the mounting holes, the arrangement of one vertical and one horizontal display cannot be realized, so that the requirements of users cannot be met.

SUMMERY OF THE UTILITY MODEL

In order to solve the defects of the prior art, the utility model provides the adjustable double-display mounting frame capable of ensuring the alignment, the two displays can be simultaneously fixed on one lifting support through the device, the displays can be freely adjusted transversely and longitudinally, the alignment of the screen edges of the two displays can be ensured after the adjustment is finished, the viewing effect is improved, the adjustment mode is simple, more types of combinations are provided for the distribution of the desktop displays, and the use requirements of different users are met.

The technical scheme adopted by the utility model for solving the technical problem is as follows: an adjustable double-display mounting frame capable of guaranteeing alignment comprises a main frame back plate, hinge seats, torque hinge shafts, rail wing plates, a positioning knob, a damping pad, a display mounting plate, a positioning damping rotating shaft slide plate and balls, wherein the main frame back plate is a square plate body and is closed on a mounting plate of a display upgrading support through a screw handle, a pair of hinge seats which are bilaterally symmetrical are fixed on the end face of the main frame back plate, the hinge seats are respectively hinged with an upper torque hinge shaft and a lower torque hinge shaft, the two sides of the main frame back plate are provided with the rail wing plates, the end parts of the rail wing plates are closed on the side walls of the torque hinge shafts at the same side through the screw handle, the torque hinge shafts are D shafts, the hinge seats are U-shaped bending plate bodies, the upper transverse plate and the lower transverse plate are hinged plates, the middle parts of the torque hinge shafts are provided with limiting check rings which are pressed on the end faces of the hinge plates of the hinge shaft seats through the limiting check rings, and the nuts screwed in the torque hinge shafts are screwed in through threads on the other sides of the end faces of the hinge shafts to realize the limit of the hinge shafts, a plurality of damping pads sleeved on the torque hinge shaft are locked between the nut hinge plates in a threaded manner, damping force is provided for rotation of the torque hinge shaft through the damping pads, the damping force is improved by screwing the nut, the rail wing plate is closed on a D-shaft side wall plane of the torque hinge shaft through a screw, swinging of the damping force is realized through the torque hinge shaft, the damping force drives the rail wing plate to stop in place and facilitate adjustment of an included angle between the rail wing plate and the torque hinge shaft, the rail wing plate is a rectangular plate body, bent rib plates which are bent vertically are arranged on the periphery of the rail wing plate, a pair of bent rail plates are stamped on the end surface of the rail wing plate, a pair of bent limiting plates are stamped between an upper bent rail plate and a lower bent rail plate of the rail wing plate, the bent limiting plates are arranged at two ends of the bent rail plates, a slider rib plate is arranged between the bent rail plates, the periphery of the slider plate is bent backwards and vertically, balls are arranged between the slider rib plates above and below the slider plate and the bent rail plates, the slider plate slides between the bending track plates through balls, a positioning damping rotating shaft is fixedly connected at the center of the end face of the slider plate, the rear end of the positioning damping rotating shaft extends out of the rear end face of a track wing plate of the slider plate, a chute giving the abdication of the positioning damping rotating shaft is arranged on the track wing plate, a positioning knob screwed in the positioning damping rotating shaft through threads is arranged at the rear end of the track wing plate, a display mounting plate is mounted at the front end of the positioning damping rotating shaft and sleeved on the positioning damping rotating shaft, a nut is screwed in the end part of the positioning damping rotating shaft, a plurality of damping cushions are sleeved on the positioning damping rotating shaft between the display mounting plate and the nut, the damping cushions provide damping force for the rotation of the display mounting plate after being pre-tightened through the nuts, the display mounting plate stops automatically after being in place, the damping force is improved by screwing the nut, a display is mounted on the display mounting plate, and the display mounting plate realizes the swinging with the damping force through the positioning damping rotating shaft, the damping force drives the display mounting plate to rotate in place and then stops automatically.

Can fix two displays on a display lifting support simultaneously through the device, and make about two displays can violently indulge freely to adjust, when horizontal or vertically placing simultaneously, can realize the butt joint between each other of display lateral wall, guarantee about two displays align each other, improve the wholeness of two displays, improve alignment efficiency, reduce the operation degree of difficulty, and stability is higher, after loosening positioning knob, the horizontal position of display is adjustable, behind the contained angle that forms under the regulation of track pterygoid lamina, also can realize the butt joint of screen fast, the quick butt joint of screen can all be realized to the combination regulation of multiple display, reduce the butt joint degree of difficulty of two display screens, improve operating efficiency, and the use comfort level is improved, the user demand of different users is satisfied.

The utility model has the beneficial effects that: the problem of have the limitation when having solved two displays of display support mounting, a two display mounting bracket with adjustable guarantee align is provided, can fix two displays on a lifting support simultaneously through the device, and the display can violently indulge freely and adjust, and easy operation is convenient, adjust the back of accomplishing, can guarantee the alignment at the screen edge of two displays, and can adjust the contained angle of two screens, improve the viewing effect, the distribution of display for the desktop provides the combination of more patterns, satisfy different users' user demand.

Drawings

The utility model is further described with reference to the following figures and detailed description.

Fig. 1 is a schematic structural view of the present invention for mounting a dual display.

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

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

Fig. 4 is a partial structural schematic diagram of the present invention.

Fig. 5 is a partial structural schematic diagram of the present invention.

Fig. 6 is a partial structural sectional view of the present invention.

Fig. 7 is a schematic structural diagram of the dual display after adjusting the included angle according to the present invention.

Fig. 8 is a schematic structural view of the dual display device according to the present invention after being disposed vertically.

Fig. 9 is a schematic structural view of the dual display device according to the present invention after being arranged in a horizontal direction and a vertical direction.

Reference numbers in the figures:

1. the body frame backplate, 2, articulated seat, 3, moment of torsion hinge, 4, track pterygoid lamina, 5, location knob, 6, display, 7, damping pad, 8, the gusset of bending, 9, the track board of bending, 10, the limiting plate of bending, 11, display mounting panel, 12, location damping pivot, 13, spout, 14, slider board, 15, slider gusset, 16, ball.

Detailed Description

As shown in fig. 1-9, an adjustable dual display mounting rack for ensuring alignment comprises a main frame back plate 1, hinge seats 2, torque hinge shafts 3, rail wing plates 4, positioning knobs 5, damping pads 7, a display mounting plate 11, positioning damping rotating shafts 12, slider plates 14 and balls 16, wherein the main frame back plate 1 is a square plate body and is combined on a mounting plate of a display upgrading support through screws, a pair of bilaterally symmetrical hinge seats 2 are fixed on the end surface of the main frame back plate 1, the hinge seats 2 are respectively hinged with an upper torque hinge shaft 3 and a lower torque hinge shaft 3, the two sides of the main frame back plate 1 are provided with the rail wing plates 4, the end parts of the rail wing plates 4 are combined on the side walls of the torque hinge shafts 3 on the same side through the screws, the rail wing plates 4 realize swinging with damping force through the torque hinge shafts 3, the damping force drives the rail wing plates to be in place and stop automatically, so as to facilitate the adjustment of the included angles between the rail wing plates 4, and the rail wing plates 4 are rectangular plate bodies, the periphery of the rail wing plate is provided with a bending rib plate 8 which is bent vertically, a pair of bending rail plates 9 are stamped on the end face of the rail wing plate, a pair of bending limiting plates 10 are stamped between the upper and lower bending rail plates 9 of the rail wing plate 4, the bending limiting plates 10 are positioned at two ends of the bending rail plates 9, a slider plate 14 is arranged between the bending rail plates 9, the periphery of the slider plate 14 is bent backwards vertically to form a slider rib plate 15, balls 16 are arranged between the slider rib plates 15 and the bending rail plates 9 above and below the slider plate 14, the slider plate 14 slides between the bending rail plates 9 through the balls 16, a positioning damping rotating shaft 12 is fixedly connected at the center of the end face of the slider plate 14, the rear end of the positioning damping rotating shaft 12 extends out of the rear end face of the rail wing plate 4, a chute 13 giving the abdication of the positioning damping rotating shaft 12 is arranged on the rail wing plate 4, and a positioning knob 5 screwed into the positioning damping rotating shaft 12 is arranged at the rear end of the rail wing plate 4, the display mounting plate 11 is installed at the front end of the positioning damping rotating shaft 12, the display 6 is installed on the display mounting plate 11, the display mounting plate 11 swings with damping force through the positioning damping rotating shaft 12, and the damping force drives the display mounting plate 11 to rotate in place and then stops automatically.

Further, the torque hinge shaft 3 is a D shaft, the hinge seat 2 is a U-shaped bending plate body, the upper transverse plate and the lower transverse plate are hinged plates, a limiting retaining ring is arranged in the middle of the torque hinge shaft 3 and pressed on the end face of the hinged plate of the hinge seat 2 through the limiting retaining ring, the limiting of the hinge shaft is realized through the screwing of the threads on the other side of the end face of the hinged plate into the nuts of the torque hinge shaft 3, a plurality of damping pads 7 sleeved on the torque hinge shaft 3 are locked through the threads between the nut hinged plates, damping force is provided for the rotation of the torque hinge shaft 3 through the plurality of damping pads 7, the damping force is improved through screwing the nuts, and the track wing plate 4 is screwed on the D shaft side wall plane of the torque hinge shaft 3 through screws.

Furthermore, the display mounting plate 11 is sleeved on the positioning damping rotating shaft 12, a nut is screwed into the end part of the positioning damping rotating shaft 12 in a threaded manner, a plurality of damping cushions 7 are sleeved on the positioning damping rotating shaft 12 between the display mounting plate 11 and the nut, the damping cushions 7 provide damping force for the rotation of the display mounting plate 11 after being pre-tightened by the nuts, the display mounting plate 11 stops automatically after being in place, and the damping force is improved by screwing the nuts.

Can fix two displays 6 on a display lifting support simultaneously through the device, and make about two displays 6 can violently indulge freely to adjust, when horizontal or vertically placing simultaneously, can realize the butt joint between each other of display 6 lateral wall, guarantee about two displays 6 align each other, improve two displays 6's an organic whole nature, improve alignment efficiency, reduce the operation degree of difficulty, and stability is higher, after loosening positioning knob 5, the horizontal position of display 6 is adjustable, conveniently after the stroke contained angle under the regulation of track pterygoid lamina 4 each other, also can realize the butt joint of screen fast, the quick butt joint of screen can all be realized to the combination regulation of multiple display 6, reduce the butt joint degree of difficulty of two displays, the operation efficiency is improved, use comfort is improved, satisfy different users' user demand.

Claims

1. The utility model provides a two display mounting brackets with adjustable guarantee to align, includes body frame backplate (1), articulated seat (2), moment of torsion hinge (3), track pterygoid lamina (4), location knob (5), damping pad (7), display mounting panel (11), location damping pivot (12), slider board (14) and ball (16), its characterized in that: the main frame back plate (1) is a square plate body and is closed on a mounting plate of a display upgrading support through a screw, a pair of hinge seats (2) which are bilaterally symmetrical are fixed on the end face of the main frame back plate (1), an upper torque hinge shaft and a lower torque hinge shaft (3) are hinged on the hinge seats (2), track wing plates (4) are arranged on two sides of the main frame back plate (1), the end parts of the track wing plates (4) are closed on the side walls of the torque hinge shafts (3) on the same side through screws, the track wing plates (4) realize the swinging with damping force through the torque hinge shafts (3), the damping force drives the track wing plates (4) to stop in place automatically, the track wing plates (4) are rectangular plate bodies, bending rib plates (8) which are vertically bent are arranged on the peripheries of the track wing plates, a pair of bending track plates (9) are stamped on the end faces of the track wing plates (4), and a pair of bending limit plates (10) are stamped between the upper bending track wing plates (9) and the lower bending track wing plates (4) in the same way, the bending limiting plates (10) are positioned at two ends of the bending track plate (9), a slider plate (14) is arranged between the bending track plates (9), slider rib plates (15) are formed after the slider plate (14) is bent backwards and vertically, balls (16) are arranged between the slider rib plates (15) at the upper and lower sides of the slider plate (14) and the bending track plate (9), the slider plate (14) slides between the bending track plates (9) through the balls (16), a positioning damping rotating shaft (12) is fixedly connected at the center of the end surface of the slider plate (14), the rear end of the positioning damping rotating shaft (12) extends out of the rear end surface of the track wing plate (4), a sliding groove (13) giving the positioning damping rotating shaft (12) a yielding position is arranged on the track wing plate (4), a positioning knob (5) screwed into the positioning damping rotating shaft (12) through threads is arranged at the rear end of the track wing plate (4), a display mounting plate (11) is arranged at the front end of the positioning damping rotating shaft (12), the display (6) is arranged on the display mounting plate (11), the display mounting plate (11) swings with damping force through the positioning damping rotating shaft (12), and the damping force drives the display mounting plate (11) to rotate in place and then stop automatically.

2. The adjustable dual display mount of claim 1, wherein: the torque hinge shaft (3) is a D shaft, the hinge seat (2) is a U-shaped bending plate body, the upper transverse plate and the lower transverse plate of the hinge seat are hinged plates, a limiting retaining ring is arranged in the middle of the torque hinge shaft (3), the hinge plate is pressed on the end face of the hinge plate of the hinge seat (2) through the limiting retaining ring, the limit of the hinge shaft is realized through the nut screwed in the torque hinge shaft (3) from the other side of the end face of the hinge plate, a plurality of damping pads (7) sleeved on the torque hinge shaft (3) are locked through threads between the nut hinged plates, damping force is provided for rotation of the torque hinge shaft (3) through the plurality of damping pads (7), the damping force is improved through screwing the nut, and the rail wing plate (4) is screwed on the D shaft side wall plane of the torque hinge shaft (3) through screws.

3. The adjustable dual display mount of claim 1, wherein: the display mounting plate (11) is sleeved on the positioning damping rotating shaft (12), the end part of the positioning damping rotating shaft (12) is screwed in by a nut, a plurality of damping cushions (7) are sleeved on the positioning damping rotating shaft (12) between the display mounting plate (11) and the nut, the damping cushions (7) provide damping force for the rotation of the display mounting plate (11) after being pre-tightened by the nuts, the display mounting plate (11) stops automatically after being in place, and the damping force is improved by screwing the nuts.