CN216667049U - An adjustable dual monitor mount with guaranteed alignment - Google Patents

Abstract

The utility model discloses an adjustable double-display mounting frame which can ensure alignment, and belongs to the technical field of display brackets. The device can fix two monitors on a monitor lifting bracket at the same time, and enables the left and right monitors to be freely adjusted horizontally and vertically. Align with each other, improve the integration of dual monitors, improve alignment efficiency, reduce operation difficulty, and have higher stability. After loosening the positioning knob, the lateral position of the monitor can be adjusted. Docking, the combined adjustment of various displays can realize the quick docking of the screen, reduce the docking difficulty of the dual display screen, improve the operation efficiency, improve the comfort of use, and meet the needs of different users.

Description

An adjustable dual monitor mount with guaranteed alignment

technical field

The utility model relates to an adjustable double-display mounting frame with guaranteed alignment, belonging to the technical field of display brackets.

Background technique

The monitor lifting bracket is mostly supported by springs or hydraulic rods. During the adjustment process, there is always a buffer margin, that is, when you adjust to a height, the monitor bracket is driven by the internal spring or hydraulic rod. It can be difficult to maintain alignment when two monitors are installed in front of the computer using the lifting stand at the same time. For this reason, an adapter frame has appeared on the market, that is, two monitors are fixed together at the same time, but although this method ensures the alignment of the monitor screens, a single monitor loses the functions of rotation adjustment and angle adjustment. The left and right monitors can only be placed horizontally or vertically on the frame in front of a lifting bracket at the same time. If you want to change the horizontal and vertical directions of the monitors, they must be disassembled and re-installed. Due to the fixing of the mounting holes, one vertical and one horizontal The layout also cannot be realized, resulting in the unmet needs of users.

Utility model content

In order to solve the above-mentioned deficiencies in the prior art, the present invention provides an adjustable dual monitor mounting frame that ensures alignment, through which two monitors can be fixed on a lifting bracket at the same time, and the monitors can be freely adjusted horizontally and vertically , after the adjustment is completed, the alignment of the screen edges of the two monitors can be ensured, the viewing effect is improved, and the adjustment method is simple, providing more combinations of styles for the distribution of desktop monitors to meet the needs of different users.

The technical scheme adopted by the utility model to solve the technical problem is as follows: an adjustable dual-display mounting frame that ensures alignment, including a main frame back plate, a hinge seat, a torque hinge shaft, a track wing plate, a positioning knob, a damping pad, a display The mounting plate, the positioning damping shaft slider plate and the ball, the back plate of the main frame is a square plate body, which is fastened to the installation plate of the monitor upgrade bracket by means of screws. There are two upper and lower torque hinge shafts hinged on the seat, and rail wings are arranged on both sides of the main frame back plate. The hinge seat is a U-shaped bent plate body, the upper and lower horizontal plates are hinge plates, and a limit stop ring is arranged in the middle of the torque hinge shaft. The nut with the side thread screwed into the torque hinge shaft realizes the limit of the hinge shaft. There are several damping pads sleeved on the torque hinge shaft through the thread locking between the nut hinge plates. The damping pads provide damping force for the rotation of the torque hinge shaft. The damping force is increased by tightening the nut, and the orbital wing is closed on the side wall plane of the D-axis of the torque hinge through the screw handle. The orbital wing can swing with damping force through the torque hinge, and the damping force drives the orbital wing to stop automatically , to facilitate the adjustment of the angle between each other, the track wing plate is a rectangular plate body, surrounded by vertical bending rib plates, a pair of bending track plates are punched on its end face, and the upper and lower parts of the track wing plate are bent. Between the track plates, a pair of bending limit plates are also punched. The bending limit plates are located at both ends of the bending track plates, and a slider plate is arranged between the bending track plates. The slider rib plate, the upper and lower slider rib plates of the slider plate and the bending track plate are provided with balls, the slider plate slides between the bending track plates through the balls, and the center of the end face of the slider plate is fixedly connected with a positioning The damping shaft, the rear end of the positioning damping shaft protrudes from the rear end surface of its track wing plate, the track wing plate is provided with a chute for giving way to the positioning damping shaft, and the rear end of the track wing plate is provided with a thread to screw into the positioning of the damping shaft. Knob, a display mounting plate is installed at the front end of the positioning damping shaft, the display mounting plate is sleeved on the positioning damping shaft, a nut is screwed into the end of the positioning damping shaft, and several damping pads are sleeved on the positioning damping shaft between the display mounting plate and the nut. The damping pad provides damping force for the rotation of the display mounting plate after pre-tightening the nut, and realizes the automatic stop after the display mounting plate is in place. The damping force is increased by tightening the nut. The monitor is installed on the display mounting plate, and the display mounting plate is realized by positioning the damping shaft. Swing with damping force, the damping force drives the display mounting plate to rotate in place and then stops automatically.

Through the device, two monitors can be fixed on a monitor lifting bracket at the same time, and the left and right monitors can be freely adjusted horizontally and vertically. can be aligned with each other, improve the integration of the dual monitors, improve the alignment efficiency, reduce the difficulty of operation, and have higher stability. After loosening the positioning knob, the lateral position of the monitor can be adjusted. It can also quickly realize the docking of the screen, and the combined adjustment of various displays can realize the rapid docking of the screen, reduce the difficulty of docking the dual display, improve the operation efficiency, improve the comfort of use, and meet the needs of different users.

The beneficial effects of the utility model are that: the problem of limitations in the installation of dual monitors on the display bracket is solved, and an adjustable dual display installation frame with guaranteed alignment is provided, through which the two monitors can be fixed on one lifting bracket at the same time. The monitor can be freely adjusted horizontally and vertically, and the operation is simple and convenient. After the adjustment is completed, the alignment of the screen edges of the two monitors can be ensured, and the angle between the two monitors can be adjusted to improve the viewing effect and provide a better distribution of desktop monitors. Combination of multiple styles to meet the needs of different users.

Description of drawings

The present utility model will be further described below with reference to the accompanying drawings and specific embodiments.

FIG. 1 is a schematic view of the structure of the present invention for installing dual monitors.

FIG. 2 is a schematic structural diagram of the utility model.

FIG. 3 is a schematic diagram of a part of the structure of the present invention.

FIG. 4 is a schematic diagram of a partial structure of the present invention.

5 is a schematic diagram of a partial structure of the present invention.

FIG. 6 is a partial structural cross-sectional view of the utility model.

FIG. 7 is a schematic structural diagram of the present invention after adjusting the included angles of the dual monitors.

FIG. 8 is a schematic structural diagram of the present invention after the dual displays are arranged up and down.

FIG. 9 is a schematic structural diagram of the present invention after the dual displays are arranged horizontally and vertically.

Labels in the figure:

1. Main frame back plate, 2. Hinged seat, 3. Torque hinge shaft, 4. Track flap, 5. Positioning knob, 6. Display, 7. Damping pad, 8. Bending rib, 9. Bending track Plate, 10, Bending limit plate, 11, Display mounting plate, 12, Positioning damping shaft, 13, Chute, 14, Slider plate, 15, Slider ribs, 16, Ball.

Detailed ways

As shown in Figure 1-9, an adjustable dual-monitor mounting frame that ensures alignment includes a main frame backplane 1, a hinge base 2, a torque hinge shaft 3, a track flap 4, a positioning knob 5, a damping pad 7, and a monitor The mounting plate 11, the positioning damping shaft 12, the slider plate 14 and the ball 16, the main frame back plate 1 is a square plate body, which is fastened to the mounting plate of the monitor upgrade bracket by screws. Symmetrical hinge seat 2, two upper and lower torque hinge shafts 3 are hinged on the hinge seat 2, rail wings 4 are provided on both sides of the main frame back plate 1, and the ends of the track wings 4 are closed to the torque hinge on the same side by screws. On the side wall of the shaft 3, the track wing plate 4 realizes the swing with damping force through the torque hinge shaft 3, and the damping force drives the track wing plate 4 to stop automatically in place, which facilitates the adjustment of the angle between each other. The track wing plate 4 is a rectangular plate body , There are vertically bent bending rib plates 8 around, and a pair of bending track plates 9 are punched on their end faces. Between the upper and lower bending track plates 9 of the track wing plate 4, a pair of bending limit plates 10 are also punched. , the bending limit plate 10 is located at both ends of the bending track plate 9, and a slider plate 14 is arranged between the bending track plates 9, and the slider plate 14 is vertically bent backward to form a slider rib plate 15. Balls 16 are provided between the upper and lower slider ribs 15 of the block plate 14 and the bending track plate 9 . The slider plate 14 slides between the bending track plates 9 through the balls 16 and is fixedly connected at the center of the end face of the slider plate 14 There is a positioning damping shaft 12, and the rear end of the positioning damping shaft 12 protrudes from the rear end surface of its track wing plate 4. The track wing plate 4 is provided with a chute 13 for giving way to the positioning damping shaft 12, and the rear end of the track wing plate 4 is provided with a chute 13. There is a positioning knob 5 screwed into the positioning damping shaft 12, a display mounting plate 11 is installed at the front end of the positioning damping shaft 12, the display 6 is mounted on the display mounting plate 11, and the display mounting plate 11 realizes the swing with damping force through the positioning damping shaft 12, The damping force drives the display mounting plate 11 to rotate in place and stop automatically.

Further, the torque hinge shaft 3 is a D axis, the hinge seat 2 is a U-shaped bent plate body, and the upper and lower horizontal plates are hinge plates. On the end face of the hinge plate of the seat 2, the limit of the hinge shaft is realized by screwing the nut into the torque hinge shaft 3 on the other side of the end face of the hinge plate. 7. A damping force is provided for the rotation of the torque hinge shaft 3 through several damping pads 7, and the damping force is increased by tightening the nut.

Further, the display mounting plate 11 is sleeved on the positioning damping rotating shaft 12, the end of the positioning damping rotating shaft 12 is screwed with a nut, and the positioning damping rotating shaft 12 between the display mounting plate 11 and the nut is sleeved with several damping pads 7, and the damping pads 7 The damping force is provided for the rotation of the display mounting plate 11 after the nut is pre-tightened, so that the display mounting plate 11 stops automatically after it is in place, and the damping force is increased by tightening the nut.

Through this device, two monitors 6 can be fixed on one monitor lifting bracket at the same time, and the left and right monitors 6 can be freely adjusted horizontally and vertically. The two left and right monitors 6 are aligned with each other, which improves the integration of the dual monitors 6, improves the alignment efficiency, reduces the difficulty of operation, and has higher stability. After the adjustment of the lower stroke angle of the board 4, the docking of the screen can also be quickly realized. The combined adjustment of various displays 6 can realize the rapid docking of the screen, reducing the difficulty of docking the dual display, improving the operation efficiency and improving the comfort of use. Meet the needs of different users.

Claims (3)

1. An adjustable dual-monitor mounting frame with guaranteed alignment, comprising a main frame back plate (1), a hinge seat (2), a torque hinge shaft (3), a track flap (4), a positioning knob (5), a damping The pad (7), the display mounting plate (11), the positioning damping shaft (12), the slider plate (14) and the ball (16) are characterized in that: the main frame back plate (1) is a square plate body, which is screwed A pair of left-right symmetrical hinge seats (2) are fixed on the end surface of the main frame back plate (1), and two upper and lower torque hinge shafts (3) are hinged on the hinge seats (2). The two sides of the frame back plate (1) are provided with track wings (4), the ends of the track wings (4) are closed on the side walls of the torque hinge shaft (3) on the same side by screws, and the track wings (4) pass through The torque hinge shaft (3) realizes the swing with damping force, and the damping force drives the track wing plate (4) to stop automatically in place. The track wing plate (4) is a rectangular plate body, surrounded by vertically bent bending ribs ( 8), a pair of bending track plates (9) are punched on its end face, and a pair of bending limit plates (10) are also punched between the upper and lower bending track plates (9) of the track wing plate (4). The position plates (10) are located at both ends of the bending track plate (9), and a slider plate (14) is arranged between the bending track plates (9). The block rib plate (15), the upper and lower slider rib plates (15) of the slider plate (14) and the bending track plate (9) are provided with balls (16), and the slider plate (14) passes through the balls (16). ) slides between the bending track plates (9), a positioning damping shaft (12) is fixedly connected at the center of the end face of the slider plate (14), and the rear end of the positioning damping shaft (12) is moved from the rear of its track wing plate (4) The end face protrudes, the track wing plate (4) is provided with a chute (13) for giving way to the damping shaft (12), and the rear end of the track wing plate (4) is provided with a screw thread for positioning the damping shaft (12). The knob (5), the display mounting plate (11) is installed on the front end of the positioning damping shaft (12), the display (6) is mounted on the display mounting plate (11), and the display mounting plate (11) realizes damping by positioning the damping shaft (12). The force swings, and the damping force drives the display mounting plate (11) to rotate in place and stop automatically. 2. An adjustable dual-display mounting frame for ensuring alignment according to claim 1, characterized in that: the torque hinge axis (3) is a D axis, and the hinge seat (2) is a U-shaped bent plate body, and its upper and lower The horizontal plate is a hinge plate, and a limit stop ring is arranged in the middle of the torque hinge shaft (3), which is pressed on the hinge plate end face of the hinge seat (2) through the limit stop ring, and the torque hinge shaft is screwed into the torque hinge shaft through the other side of the hinge plate end face. The nut of (3) realizes the limit of the hinge shaft. There are several damping pads (7) sleeved on the torque hinge shaft (3) through the thread locking between the nut hinge plates. 3) The rotation provides damping force, which is increased by tightening the nut, and the track wing plate (4) is closed on the D-axis side wall plane of the torque hinge shaft (3) through the screw handle. 3. An adjustable dual-display mounting frame with guaranteed alignment according to claim 1, characterized in that: the display mounting plate (11) is sleeved on the positioning damping shaft (12), and the end of the positioning damping shaft (12) is threaded A nut is screwed in, and several damping pads (7) are set on the positioning damping shaft (12) between the display mounting plate (11) and the nut. Provide damping force, realize automatic stop after the display mounting plate (11) is in place, and increase the damping force by tightening the nut.

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