CN219933550U - Mounting mechanism of display device for video conference - Google Patents

Abstract

The utility model discloses a mounting mechanism of display equipment for video conferences, which belongs to the field of display equipment, and structurally comprises the following components: the utility model realizes that the liquid crystal display is matched with the lifting slide buckle plate frame by using the liquid crystal display, and the damping roller rods of the main shaft post and the I-shaped connecting frame block are mechanically matched to form a lifting translation convenient operation effect of arranging hole frame strips and reinforcing rib strips on the left side and the right side in an auxiliary way, so that the left side and the right side of the lifting slide buckle truss can be conveniently unlocked and adjusted with the sliding sleeve barrel, the torsion rivet time of the lifting buckle truss can be reduced by adapting, the quick and convenient adaptation degree of integral lifting adjustment is improved, the labor consumption can be optimally reduced by adopting a high-efficiency flexible installation mechanism, the adjustment time is shortened, and the conference work efficiency is increased by video conference in advance.

Description

An installation mechanism for display equipment for video conferencing

Technical field

The utility model is an installation mechanism for display equipment for video conferencing, belonging to the field of display equipment.

Background technique

A monitor stand is a product that can fix a monitor, notebook or tablet computer. It can help solve various technical problems that people encounter when operating computers at home or commercial offices. Its ergonomic design can prevent work fatigue. It reduces health problems, improves work efficiency, and brings an ideal space for living and working. The shortcomings of current common technologies that need to be optimized include:

Conventional thin LCD TVs are assembled and then connected in series to multimedia machines for online video conferencing display operations covered by Ethernet. However, the installation bracket of the thin LCD TV monitor is mostly used to lift and adjust the height, making it convenient for the conference room seats to sit flat and align the line of sight intuitively. There are too many rivets installed for adjustment, which results in the rivets needing to be rotated, disassembled and assembled again to adjust the angle for each lifting adjustment, which consumes labor and adjustment time.

Utility model content

In view of the shortcomings of the existing technology, the purpose of this utility model is to provide an installation mechanism for video conferencing display equipment to solve the problem of assembling conventional thin LCD TVs and then connecting multimedia machines in series to perform online video conferencing display operations with Ethernet end coverage. , but the mounting brackets of thin LCD TV monitors are mostly used to lift and adjust the height, so that the conference room seats can sit flat and align the line of sight intuitively. However, there are too many rivets for adjustment, which causes the rivets to be rotated, disassembled and reassembled every time the lift is adjusted. From the perspective of adjustment and adaptation, it is a problem of consuming labor and adjustment time.

In order to achieve the above objectives, the present utility model is achieved through the following technical solutions: an installation mechanism for display equipment for video conferencing, the structure of which includes: a display frame, a liquid crystal display, a lifting slide plate frame, a storage table, and a bracket rod , base bottom plate, the lifting slide plate frame is installed on the rear side of the display frame and is on the same vertical plane, the liquid crystal display is inserted into the inside of the display frame and is on the same vertical plane, the The lifting slide rack is welded on the top of the bracket rod and is perpendicular to each other. The storage table is inserted between the two bracket rods and is perpendicular to each other. There are two bracket rods and they are inserted behind the base bottom plate. At the left and right upper corners of the side, the lifting sliding buckle plate is equipped with veneer horizontal plates, main shaft columns, reinforcing ribs, hole rows, I-shaped frame blocks, sliding sleeves, and flip-button trusses. The reinforcing ribs Vertically penetrate the interior of the sliding sleeve and the axes are collinear. The buckle truss and the hole rack bars adopt an interference fit and are perpendicular to each other. There are two reinforcing ribs and hole rack bars and are respectively installed on The left and right sides of the front side of the veneered horizontal plates are close to the rear side of the main shaft column and are perpendicular to each other. The I-shaped connecting frame block is mechanically connected to the main shaft column and is on the same vertical plane. The I-shaped connecting frame block is fastened together with the veneer horizontal plate. The veneer horizontal plate is installed on the rear side of the display frame and is on the same vertical plane.

In order to optimize the above technical solutions, further measures are:

As a further improvement of the present invention, the I-shaped connecting frame block is composed of a double-wheel lug plate, a damping roller rod, and an I-shaped buckle groove. The damping roller rod is provided with two and are respectively installed on the double-wheel lug plate. On the left and right sides, the double-wheel ear plates are mechanically connected to the damping roller rod through rollers. The double-wheel ear plates and the damping roller rod are installed inside the I-shaped buckle groove and are on the same vertical plane. The damping roller rod and the I-shaped buckle groove adopt an interference fit.

As a further improvement of the present invention, the flip-buckle truss is a composite truss fastener structure with a hinge shaft on the right side and a rivet flip-buckle bar on the left side, which facilitates the operation of the flip-buckle rivets to form a flexible press-buckle pin lock. Effect.

As a further improvement of the present invention, the double-wheel lug plate is a composite plate frame structure with double-mouth lug plates in the middle of the left and right pulley ring blocks, which facilitates the operation of the main shaft lifting and sliding buckle of connecting rods in series to form a three-link middle roller pad. Effect.

As a further improvement of the present invention, the damping roller rod is a composite roller rod structure with a narrow swing bar at the top and a damping wheel at the bottom, which facilitates the damping roller to cooperate with the clamping spindle slide buckle to lift and adjust the display efficiently.

As a further improvement of the present utility model, the I-shaped buckle groove component is a composite fastener structure with left and right convex grooves separated in the I-shaped buckle plate groove, which facilitates the flexible operation of the outer shell groove of the fastener to lift the inner frame connecting rod. .

beneficial effects

This utility model is an installation mechanism for display equipment for video conferencing. The staff assembles the outer frame of the display and fastens the LCD display and installs it on the front side of the lifting slide plate frame. The bracket rod is welded through the combination of the storage table and the base bottom plate, and the bracket is The poles are plugged into the rows of holes and the frame strips are welded into an integrated structure to facilitate the support poles to support the LCD monitor. The veneer horizontal plate drives the main axis column and the reinforcing ribs to cross-support the LCD monitor, and the double wheel ear plates and damping of the I-shaped connecting frame block are used. The roller rod presses the main shaft column in the I-shaped buckle groove for efficient lifting operation, and the reinforcing ribs are connected to the sliding sleeve for the driven lifting operation, so that the flip-buckle truss can also cooperate with the lifting and lowering. After the lifting is completed, the buckle row hole frame bar is conveniently bolted. Fixed and efficient.

The advantages that can be achieved after operation of this utility model include:

The LCD monitor is used to cooperate with the lifting slide plate frame, and the main axis column and the damping roller rod of the I-shaped frame block are mechanically matched to form a left and right row of hole racks and reinforced ribs to assist in the installation of the LCD monitor. The lifting and panning operation effect is convenient, allowing The assembly of left and right flip-up trusses and sliding sleeves can be easily unlocked and adjusted. The flip-up truss can be adapted to reduce the torsion rivet time and improve the quick and convenient adaptability of the overall lifting adjustment. The efficient and flexible installation mechanism can optimize and reduce labor consumption and shorten adjustments. time, conduct video conferencing in advance to increase meeting efficiency.

Description of the drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present utility model, the accompanying drawings in the description of the embodiments will be introduced in detail below, so that other features, purposes and advantages of the present utility model will become more obvious:

Figure 1 is a schematic structural diagram of an installation mechanism of a video conferencing display device of the present invention.

Figure 2 is a detailed front structural schematic diagram of the lifting slide plate rack of the present utility model.

Figure 3 is a detailed rear structural schematic diagram of the utility model lift slide plate frame.

Figure 4 is a schematic rear structural diagram of the working state of the I-shaped frame block of the present invention.

Explanation of reference signs: monitor frame - 1, LCD monitor - 2, lifting slide plate frame - 3, storage table - 4, bracket rod - 5, base bottom plate - 6, veneer horizontal plate - 31, spindle column - 32. Reinforcement ribs - 33, hole rows - 34, I-shaped frame block - 35, sliding sleeve - 36, flip-button truss - 37, double wheel ear plate - 351, damping roller rod - 352, I-shaped Fastener-353.

Detailed ways

In order to make it easy to understand the technical means, creative features, objectives and effects of the present utility model, the present utility model will be further elaborated below in conjunction with specific implementation modes.

Example 1:

Please refer to Figures 1 to 4. The present utility model provides an installation mechanism for display equipment for video conferencing. Its structure includes: a display frame 1, a liquid crystal display 2, a lifting slide plate frame 3, a storage table 4, and a bracket rod 5 , base bottom plate 6, the lifting slide plate frame 3 is installed on the rear side of the display frame 1 and is on the same vertical plane, the liquid crystal display 2 is inserted into the inside of the display frame 1 and is on the same vertical plane On the surface, the lifting slide plate frame 3 is welded on the top of the bracket rod 5 and is perpendicular to each other. The storage table 4 is inserted between the two bracket rods 5 and is perpendicular to each other. The bracket rod 5 is provided with two and are respectively inserted into the left and right upper corners of the rear side of the base bottom plate 6. The lifting slide plate frame 3 is provided with a veneer horizontal plate 31, a main axis column 32, a reinforcing rib 33, a row of hole racks 34, an I-shaped The connecting frame block 35, the sliding sleeve 36, and the flip-up truss 37. The reinforcing ribs 33 vertically penetrate the interior of the sliding sleeve 36 and the axes are collinear. The flip-up truss 37 and the row of hole frames 34 adopt interference Matching and perpendicular to each other, two reinforcing ribs 33 and hole racks 34 are provided and respectively installed on the left and right sides in front of the veneer horizontal plate 31 , and the veneer horizontal plate 31 is close to the main axis column 32 and are perpendicular to each other. The I-shaped connecting block 35 is mechanically connected to the main axis column 32 and is on the same vertical plane. The I-shaped connecting block 35 and the veneer horizontal plate 31 are buckled together. The veneer horizontal plate 31 is installed on the rear side of the display frame 1 and is on the same vertical plane. The flip-up truss 37 is a composite truss fastener structure with a hinge shaft on the right side and a rivet flip-up strip on the left side. The convenient flip-button rivet creates a flexible press-button pin-type locking operation effect.

Please refer to Figure 4. The I-shaped connecting frame block 35 is composed of a double wheel lug 351, a damping roller rod 352, and an I-shaped buckle groove piece 353. There are two damping roller rods 352 and they are respectively installed on the double wheel lug. On the left and right sides of the plate 351, the double-wheel ear plates 351 are mechanically connected to the damping roller rod 352 through rollers. The double-wheel ear plates 351 and the damping roller rod 352 are both installed inside the I-shaped buckle groove 353 and are in On the same vertical plane, the damping roller rod 352 and the I-shaped buckle groove 353 adopt an interference fit. The double wheel ear plates 351 are a composite plate frame structure with double-mouth ear plates in the middle of the left and right pulley ring blocks, which is convenient. The series-connected rods form the operation effect of the main shaft lift and slide buckle of the three-link roller pad. The damping roller rod 352 is a composite roller rod structure with a narrow swing bar at the top and a damping wheel at the bottom, which facilitates the matching of the damping rollers. The spindle slide buckle lifting adjustment display is efficient. The I-shaped buckle groove part 353 is a composite fastener structure with an I-shaped buckle plate groove separated by left and right convex groove seams, which facilitates the flexible movement of the outer shell groove of the fastener to lift the inner frame connecting rod. operate.

Work flow: The staff assembles the display frame 1 and fastens the LCD monitor 2 to the front side of the lifting slide plate frame 3. Welds the bracket rod 5 through the combination of the storage table 4 and the base bottom plate 6, and allows the bracket rod 5 to be plugged into the row. The hole frame bar 34 is welded into an integrated structure to facilitate the bracket rod 5 to support the LCD display 2, and the veneer horizontal plate 31 drives the main axis column 32 and the reinforcing rib 33 to cross-support the LCD display 2, and through the double wheels of the I-shaped connecting frame block 35 The ear plate 351 and the damping roller rod 352 press the main shaft column 32 in the I-shaped buckle groove 353 for efficient lifting operation, and the sliding sleeve 36 is connected to the reinforcing rib 33 for the driven lifting operation, so that the flip truss 37 can also cooperate with the lifting operation. After completion, press and buckle the row hole frame bar with 34 pins for convenient and efficient fixation.

Through the mutual combination of the above-mentioned components, the utility model achieves the use of the liquid crystal display 2 to cooperate with the lifting slide plate frame 3, and the main axis column 32 and the damping roller rod 352 of the I-shaped connecting frame block 35 to mechanically cooperate to form the left and right rows of hole racks. 34 and reinforcing ribs 33 assist in installing the lifting and panning operation of the LCD monitor 2, allowing the left and right flip-up trusses 37 to be assembled with the sliding sleeves 36 for easy unlocking and adjustment, and can be adapted to the flip-up truss 37 to reduce torsion rivet time and improve the overall lifting. The fast and convenient adaptation of the adjustment, the efficient and flexible installation mechanism can optimize and reduce labor consumption, shorten the adjustment time, conduct video conferencing in advance and increase the conference work efficiency, thereby solving the problem of conventional thin LCD TV assembly and then serially connecting multimedia machines for Ethernet The online video conferencing display operation is covered by the network. However, the mounting bracket of the thin LCD TV monitor is often lifted and lowered to adjust the height, so that the conference room seats can sit flat and align the line of sight intuitively. However, there are too many rivets for adjustment, resulting in each lifting and lowering. Adjustment requires rotating rivets, disassembling and reassembling to adjust the angle, which consumes labor and adjustment time.

The specific embodiments described herein are merely illustrative of the present invention. Those skilled in the technical field to which the present invention belongs can make various modifications or additions to the described specific embodiments or adopt similar substitutions, but this will not deviate from the scope of the present utility model or exceed the scope of the appended claims. defined scope.

Claims (6)

1. An installation mechanism for display equipment for video conferencing. Its structure includes: display frame (1), liquid crystal display (2), lifting slide plate frame (3), storage table (4), and bracket rod (5) , base bottom plate (6), which is characterized by: The lifting and sliding plate frame (3) is installed on the rear side of the display frame (1), and the liquid crystal display (2) is inserted into the interior of the display frame (1). The lifting and sliding plate frame (3) ) are welded on the top of the bracket rod (5), and the storage table (4) is inserted between the two bracket rods (5). There are two bracket rods (5) and they are inserted into the base respectively. The left and right upper corners of the rear side of the base plate (6); The lifting slide plate frame (3) is provided with a veneer horizontal plate (31), a main axis column (32), a reinforcing rib (33), a row of hole frames (34), an I-shaped frame block (35), Sliding sleeve (36), flip-button truss (37); The reinforcing ribs (33) vertically penetrate the inside of the sliding sleeve (36), the flip-button truss (37) cooperates with the hole row frame bar (34), the reinforcing rib bar (33) and the hole row frame There are two strips (34) and they are respectively installed on the left and right sides in front of the veneer transverse plate (31). The veneer transverse plate (31) is close to the rear side of the main shaft column (32). The I-shaped connecting frame block (35) is mechanically connected to the main shaft column (32). The I-shaped connecting frame block (35) is buckled with the veneer horizontal plate (31). The veneer horizontal plate (31) is installed on The rear side of the monitor frame (1). 2. An installation mechanism for display equipment for video conferencing according to claim 1, characterized in that: the I-shaped frame block (35) consists of a double-wheel ear plate (351), a damping roller rod (352), The damping roller rods (352) are composed of two I-shaped buckle grooves (353) and are respectively installed on the left and right sides of the double-wheel lugs (351). The double-wheel lugs (351) pass through the rollers. Mechanically connected to the damping roller rod (352), the double-wheel ear plate (351) and the damping roller rod (352) are installed inside the I-shaped buckle groove (353), and the damping roller rod (352) is connected to the I-shaped buckle groove (353). The word buckle and groove parts (353) match. 3. The installation mechanism of display equipment for video conferencing according to claim 1, characterized in that: the flip-up truss (37) is a composite truss with a hinge shaft on the right side and a rivet flip-up bar on the left side. Fastener structure. 4. An installation mechanism for display equipment for video conferencing according to claim 2, characterized in that: the double-wheel ear plate (351) is a composite plate frame structure with left and right wheel ring blocks separated by double-mouth ear plates. . 5. An installation mechanism for display equipment for video conferencing according to claim 2, characterized in that the damping roller rod (352) is a composite roller rod structure with a narrow swing bar at the top and a damping wheel at the bottom. 6. An installation mechanism for display equipment for video conferencing according to claim 2, characterized in that: the I-shaped buckle groove component (353) is a composite buckle with left and right convex groove seams in the I-shaped buckle plate groove. piece structure.