CN217634642U - Adjustable display support - Google Patents
Adjustable display support Download PDFInfo
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- CN217634642U CN217634642U CN202123401896.9U CN202123401896U CN217634642U CN 217634642 U CN217634642 U CN 217634642U CN 202123401896 U CN202123401896 U CN 202123401896U CN 217634642 U CN217634642 U CN 217634642U
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Abstract
The utility model belongs to the technical field of the display support, concretely relates to adjustable display support, including unable adjustment base, direction adjustment device A, direction adjustment device B, adaptor, fixed handle, straight line handle, bearing axle, direction adjustment device C. The fixed base is used for being connected and fixed with the control console; the direction adjusting device A is used for being matched with the bearing shaft and the direction adjusting device B to adjust the front and back direction and the up and down direction of the display; the direction adjusting device B is connected with the direction adjusting device A to adjust the front and back directions. The direction adjusting device C is fixed through the fixed handle and the straight-line handle. The utility model provides a prior art support can't adjust or the not enough shortcoming of anti-seismic performance in each direction, realized the normal adjustment of display in each three-dimensional direction.
Description
Technical Field
The utility model belongs to the technical field of the display support, concretely relates to adjustable display support.
Background
As a novel office display equipment supporting device, the adjustable display support is an important component of a shock-resistant and adjustable demand display device of an enterprise office and a plant equipment console, is widely applied to the public utilities and related fields, and plays an irreplaceable role in a safety production monitoring system in industries such as electric power, coal, water conservancy, environmental protection, highways, railways, aviation, chemical engineering and the like.
The display support that uses commonly at present is light-duty material and does not possess the antidetonation demand, perhaps can't carry out the regulation of the limited scope of each direction to the display on the basis that possesses the antidetonation demand, has very big elbow to all kinds of control factory building human causes and technology display demand.
How to change the structural mode of the bracket to make the bracket have the double properties of earthquake resistance and adjustability is a technical problem to be solved by the technical personnel in the field at present.
In view of the above problems in the prior art, there is a need for an adjustable monitor stand.
Disclosure of Invention
The utility model aims at designing an adjustable display support, realizing fixing the display in the occasion that has the antidetonation requirement, realizing multi-direction regulation simultaneously.
In order to achieve the above purpose, the utility model adopts the technical proposal that:
an adjustable display support is fixed on a control console and comprises a fixed base, a direction adjusting device A, a direction adjusting device B, a vertical direction cable fixing device, a horizontal direction cable fixing device, a transfer piece, a fixed handle, a straight-line handle, a bearing shaft and a direction adjusting device C. The fixed base is used for being connected and fixed with the control console; the direction adjusting device A is used for being matched with the bearing shaft and the direction adjusting device B to adjust the front and back direction and the up and down direction of the display; the direction adjusting device B is connected with the direction adjusting device A to adjust the front and back directions, and meanwhile, a structural part is welded on the direction adjusting device B and used for installing and fixing the handle and the straight-line handle. The direction adjusting device C is fixed through the fixed handle and the straight-line handle.
The fixing base is characterized in that four M8 screw holes are formed in the lower portion of the fixing base, three M6 screw holes are formed in the vertical face of the fixing base, and two M5 screw holes are formed in the vertical face of the fixing base.
The fixed handle is of an M10 and 50 structure with a screw rod, and the adaptor is connected with the direction adjusting device B by additionally arranging a damping sheet and a nut. The straight thread handle is an M8x 80mm screw rod.
The vertical cable fixing device is connected with the fixing base and used for fixing the display cable in the vertical direction. And the horizontal cable fixing device is connected with the direction adjusting device B and is used for fixing the display cable in the horizontal direction. And two M5 screw holes are formed in the vertical cable fixing device. And two M6 screw holes are formed in the horizontal cable fixing device.
The adapter is used for connecting the direction adjusting device B and the direction adjusting device C, four M5 screw holes are formed in the front portion of the adapter, a through hole phi 10 is formed in each of the left side and the right side of the adapter, and the adjusted elevation angle of the display is fixed through the matching of the fixing handle and the straight-line handle.
The direction adjusting device C is provided with four M4 screw holes, and the direction adjusting device C is provided with two oblong holes with the diameters of M4 x 300 mm. The oblong hole is used for being connected with a direction adjusting device B, and the position of the display in the front-back direction is adjusted through adjusting the fixing position of the screw.
The bearing shaft is connected with the fixed base and the direction adjusting device A, and plays a role in fixing and adjusting the display up and down; the direction adjusting device C is connected with the adapter piece to serve as a device for finally fixing the display. Twenty-seven M6 screw holes are formed in the bearing shaft, and the center of the bearing shaft is hollow. The adjusting device A is connected with the bearing shaft through screws for screw holes, and the height of the displayer in the vertical direction can be adjusted through connection with screw holes with different heights of the bearing shaft in the vertical direction.
The fixed base is connected with the control console through corresponding four screw holes by using M8X35 base fixing screws 4; the fixed base is connected with the bearing shaft through three corresponding screw holes by utilizing M6X16 up-down adjusting fixing screws;
the direction adjusting device A is connected with the bearing shaft through corresponding six screw holes by utilizing M6X16 up-down adjusting fixing screws; the direction adjusting device A and the direction adjusting device B are connected through corresponding oblong holes by utilizing M8X20 front-back adjusting fixing screws.
The direction adjusting device B, the fixed handle and the adapter piece penetrate through two corresponding through holes, and the damping fins are additionally arranged on two sides of the direction adjusting device B and are fixed through nuts; and the direction adjusting device B and the straight-line handle are screwed and fixed through corresponding screw holes.
The vertical cable fixing device is connected with the fixing base through two corresponding screw holes by using screws of the M5X12 cable fixing device.
The horizontal direction cable fixing device is connected with the direction adjusting device B through two corresponding screw holes by using M5X12 cable fixing device screws.
The adapter is connected with the direction adjusting device C through 4 corresponding screw holes by using the M5X20 adapter fixing screws.
And the direction adjusting device C and the display are connected with each other through the corresponding long circular holes by using M4 screws.
The utility model discloses the beneficial effect who gains does:
1. the normal adjustment of the display in each three-dimensional direction is realized through the three-direction adjusting devices, and meanwhile, the adjusting devices are connected through the screws, so that the defects that the support cannot be adjusted in each direction or the anti-seismic performance is insufficient in the prior art are overcome;
2. each regulating part is highly detachable, can adjust the adjusting device size of each direction at will on the basis of satisfying the antidetonation requirement, satisfies the people's demand of different occasions.
3. Due to the replaceability and material characteristics of each structural part, the requirements of various control occasions on the service life and the protection grade of the bracket can be met;
4. adjustable display device characteristics convenient, easy operation, governing speed is fast are equipped with to change.
Drawings
FIG. 1 is a schematic view of an adjustable monitor support assembly;
FIG. 2 is an exploded view of the adjustable monitor support assembly;
in the figure: 1: a fixed base; 2: a direction adjusting device A;3: a direction adjustment device B;4: M8X35 base fixing screws; 5: M6X16 adjusts the fixing screw up and down; 6: M8X20 front and back adjusting fixing screws; 7: a vertical cable fixing device; 8: an M5X12 cable fixture screw; 9: a horizontal cable fixing device; 10: an M5X20 adaptor set screw; 11: a damping fin; 12: an adaptor; 13: fixing a handle; 14: a straight handle; 15: a load bearing shaft; 16: and a direction adjusting device C.
Detailed Description
The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.
As shown in fig. 1-2, the present invention provides an adjustable display bracket, which is fixed on a console, and comprises a fixing base 1, a direction adjusting device A2, a direction adjusting device B3, a vertical direction cable fixing device 7, a horizontal direction cable fixing device 9, a connecting piece 12, a fixing handle 13, a straight-line handle 14, a bearing shaft 15, and a direction adjusting device C16. The fixed base 1 is used for being connected and fixed with a control console; the direction adjusting device A2 is used for being matched with the bearing shaft 15 and the direction adjusting device B3 to adjust the front and back direction and the up and down direction of the display; the direction adjusting device B3 is connected with the direction adjusting device A2 to adjust the front and back directions, and meanwhile, structural parts are welded on the direction adjusting device B3 and used for installing and fixing the handle 13 and the straight-line handle 14. The direction adjusting means C16 is fixed by the fixing handle 13 and the ruled handle 14.
The fixed handle is of an M10 and 50 structure with a screw rod, and the adaptor is connected with the direction adjusting device B by additionally arranging a damping sheet and a screw. The straight thread handle is an M8x 80mm screw rod.
The vertical cable fixing device 7 is connected with the fixing base 1 and used for fixing the display cable in the vertical direction. The horizontal cable fixing device 9 is connected to the direction adjusting device B3, and is used for fixing the display cable in the horizontal direction.
The adaptor 12 is used for connecting the direction adjusting device B3 and the direction adjusting device C16, four M5 screw holes are formed in the front portion of the adaptor, a through hole phi 10 is formed in each of the left side and the right side of the adaptor, and the adjusted elevation angle of the display is fixed through the cooperation of the fixing handle 13 and the straight-line handle 14.
The direction adjusting device C is provided with four M4 screw holes, and the direction adjusting device C is provided with two oblong holes with the diameters of M4 x 300 mm. The oblong hole is used for being connected with a direction adjusting device B, and the position of the display in the front-back direction is adjusted through adjusting the fixing position of the screw. The adjusting device A is connected with the bearing shaft through screws for screw holes, and the height of the displayer in the vertical direction can be adjusted through connection with screw holes with different heights of the bearing shaft in the vertical direction.
The bearing shaft 15 is connected with the fixed base 1 and the direction adjusting device A2, and plays a role in fixing and adjusting the display up and down; the direction adjusting device C16 is connected with the adaptor as a device for fixing the display finally. Twenty-seven M6 screw holes are formed in the bearing shaft, and the center of the bearing shaft is hollow.
The fixed base 1 is connected with the control console through four corresponding screw holes by using M8X35 base fixing screws 4; the fixed base 1 is connected with the bearing shaft 15 through three corresponding screw holes by utilizing M6X16 up-down adjusting fixing screws 5;
the direction adjusting device A2 is connected with the bearing shaft 15 through corresponding six screw holes by utilizing an M6X16 up-down adjusting fixing screw 5; the direction adjusting device A2 and the direction adjusting device B3 are connected through corresponding oblong holes by using M8X20 front and back adjusting fixing screws 6.
The direction adjusting device B3, the fixed handle 13 and the adaptor 12 penetrate through two corresponding through holes, and the damping fins 11 are additionally arranged on two sides of the direction adjusting device B and are fixed through nuts; the direction adjusting device B3 and the straight-line handle 14 are screwed and fixed through corresponding screw holes.
The vertical cable fixing device 7 is connected with the fixing base 1 through two corresponding screw holes by using an M5X12 cable fixing device screw 8.
The horizontal cable fixing device 9 is connected with the direction adjusting device 3 through two corresponding screw holes by using an M5X12 cable fixing device screw 8.
The adaptor 12 is connected to the direction adjusting device C16 through corresponding 4 screw holes by using the M5X20 adaptor fixing screws 10.
And the direction adjusting device C is connected with the display through the corresponding oblong holes by using M4 screws.
In the embodiment, operating personnel can utilize for the whole adjustable display bracket assembly of split that outer hexagonal instrument can be quick commonly used, can adjust the requirement according to the size of difference in the in-service use, carry out the customization processing to this subassembly spare part, and need not carry out the processing design again with whole subassembly. Similarly, the angle of the display can be quickly adjusted when the display is installed, and then the requirement of shock resistance is continuously met after the display is fixed.
The adjustable display has the advantages that the problem that other types of supports cannot meet the anti-seismic requirement under the condition of meeting the adjustable function or the problem that the relative position of the display cannot be rapidly adjusted on the basis of meeting the anti-seismic requirement is solved; meanwhile, due to the replaceability and material characteristics of each structural part, the requirements of various control occasions on the service life and the protection grade of the bracket can be met; furthermore, possess and change the convenience, easy operation, the fast characteristics of governing speed.
Claims (10)
1. The utility model provides an adjustable display support, fixes on the control cabinet which characterized in that: comprises a fixed base (1), a direction adjusting device A (2), a direction adjusting device B (3), a direction adjusting device C (16), an adapter (12) and a bearing shaft (15); the fixed base (1) is fixedly connected with the control console through screws; the bearing shaft (15) is vertically fixed on the fixed base (1); the bearing shaft (15) is connected with a direction adjusting device A (2) and a direction adjusting device B (3) through screws; the direction adjusting device A (2) and the direction adjusting device B (3) are connected through screws; the direction adjusting device C (16) is connected with the direction adjusting device B (3) through an adapter piece (12) by screws.
2. The adjustable display stand of claim 1, wherein: the adjustable display bracket is also provided with a structural part, a fixed handle (13) and a straight-line handle (14); the fixed handle is of an M10 x 50 structure with a screw rod; the straight thread handle is a screw rod with M8x 80 mm; a structural part is welded on the direction adjusting device B (3), and a handle (13) and a straight-line handle (14) are fixedly arranged on the structural part; the direction adjusting device C (16) is fixed by a fixing handle (13) and a straight-line handle (14).
3. The adjustable display stand of claim 2, wherein: the adjustable display bracket is also provided with a damping sheet (11); the fixed handle (13) connects the adaptor (12) with the direction adjusting device B (3) through a damping sheet and a nut; the front surface of the adaptor (12) is provided with four M5 screw holes, and the left side and the right side of the adaptor are respectively provided with a phi 10 through hole; the direction adjusting device B (3), the fixed handle (13) and the adaptor (12) penetrate through two corresponding through holes, and damping sheets (11) are additionally arranged on two sides of the direction adjusting device B and fixed through nuts; the direction adjusting device B (3) and the straight-line handle (14) are screwed and fixed through corresponding screw holes.
4. The adjustable display stand of claim 3, wherein: the direction adjusting device A (2) and the direction adjusting device B (3) are connected through corresponding oblong holes by utilizing M8X20 front-back adjusting fixing screws (6).
5. The adjustable display stand of claim 4, wherein: four M4 screw holes are formed in the center of the direction adjusting device C, and an M4 long round hole with the diameter of 300mm is formed in each of the upper side and the lower side of the direction adjusting device C; the oblong hole is connected with a direction adjusting device B (3).
6. The adjustable display stand of claim 5, wherein: the adjustable display bracket is also provided with a vertical cable fixing device (7) and a horizontal cable fixing device (9); two M5 screw holes are formed in the vertical direction cable fixing device (7), and two M6 screw holes are formed in the horizontal direction cable fixing device (9); the vertical cable fixing device (7) is connected with the fixed base (1) through two corresponding M5 screw holes by utilizing M5X12 cable fixing device screws (8); the horizontal cable fixing device (9) is connected with the direction adjusting device B (3) through two corresponding screw holes by using M5X12 cable fixing device screws (8).
7. The adjustable display stand of claim 6, wherein: the lower part of the fixed base is provided with four M8 screw holes, and the vertical surface is provided with three M6 screw holes and two M5 screw holes; twenty-seven M6 screw holes are formed in the bearing shaft, and the center of the bearing shaft is of a hollow structure.
8. The adjustable display stand of claim 7, wherein: the direction adjusting device A (2) is connected with a bearing shaft (15) through corresponding six screw holes by utilizing M6X16 up-down adjusting fixing screws (5); the direction adjusting device A (2) is connected with the direction adjusting device B (3) through the corresponding long round holes by utilizing M8X20 front-back adjusting fixing screws (6).
9. The adjustable display stand of claim 8, wherein: the adaptor (12) is connected with a direction adjusting device C (16) through 4 corresponding screw holes by using M5X20 adaptor fixing screws (10); the direction adjusting device C (16) is connected with the display through the corresponding oblong hole by using an M4 screw.
10. An adjustable display stand according to claim 1 or 9, wherein: the fixed base (1) is connected with the control console through four corresponding screw holes by using M8X35 base fixing screws (4); the fixing base (1) is connected with the bearing shaft (15) through corresponding three screw holes by utilizing an M6X16 up-down adjusting fixing screw (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123401896.9U CN217634642U (en) | 2021-12-31 | 2021-12-31 | Adjustable display support |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123401896.9U CN217634642U (en) | 2021-12-31 | 2021-12-31 | Adjustable display support |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217634642U true CN217634642U (en) | 2022-10-21 |
Family
ID=83643482
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202123401896.9U Active CN217634642U (en) | 2021-12-31 | 2021-12-31 | Adjustable display support |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN217634642U (en) |
-
2021
- 2021-12-31 CN CN202123401896.9U patent/CN217634642U/en active Active
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