CN209688393U - The device that control display periodically moves on bracket - Google Patents
The device that control display periodically moves on bracket Download PDFInfo
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- CN209688393U CN209688393U CN201920381514.4U CN201920381514U CN209688393U CN 209688393 U CN209688393 U CN 209688393U CN 201920381514 U CN201920381514 U CN 201920381514U CN 209688393 U CN209688393 U CN 209688393U
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- guide rail
- display
- snap
- gauge
- linear slider
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Abstract
A kind of device that control display periodically moves on bracket, the display snap-gauge and controller for including: at least one set of linear slider guide rail mechanism and being attached thereto respectively, in which: controller is connected with linear slider guide rail mechanism and transmission of control signals is to realize the different motion mode of display snap-gauge；One group of linear slider guide rail mechanism, which is unidirectionally connected with horizontal, vertical or angled manner with display snap-gauge, or two groups of linear slider guide rail mechanisms are orthogonal connects and connect with display snap-gauge；The utility model is by allowing user that timed motion time and the motor pattern of display snap-gauge is independently arranged, user using electronic console when being worked or being entertained, cervical vertebra can timing passive movement, thus effectively prevent cervical vertebra because for a long time it is motionless due to caused by damage.
Description
Technical field
The utility model relates to a kind of technology in display bracket field, specifically a kind of control display is in bracket
The mobile device of upper timing.
Background technique
Electronic equipment is tool indispensable in mankind nowadays work and life, also right while they provide convenient
The health of the mankind causes threat.Because long-time stares at display screen work or amusement with anchor, the neck of numerous crowds is caused
Vertebra goes wrong, and then influences brain blood supply, causes the diseases such as hypertension.How in the premise for guaranteeing that people work normally and entertain
Under, and cervical vertebra health is not influenced, it is a urgent problem to be solved.
After searching and discovering the prior art, the utility model patent of application number 201710256104.2 discloses one kind
Pre- preventing cervical spondylosis from mobile screen frame, the dress that can allow the screen on bracket that the head rotation of user is followed to be adjusted
It sets comprising bracket, horizontal sliding equipment, oscilaltion mechanism, tilt rotation mechanism etc..But the technology can not help to use
The pre- preventing cervical spondylosis of person is entirely the mistake of directionality because when user concentrates one's energy work, can dig-in screen holding
A kind of posture this detection user's head movement and makes screen follow the mode of movement up to dozens of minutes even a few hours
It is undesirable.In addition the apparatus structure is complicated, gathers around there are three driving movement mechanism and cases of otherwise standard design, will definitely cause manufacturing cost height
It is high.
In addition, application No. is 200920293067.3 utility model patent, to disclose a kind of table liquid crystal display automatic
Elevating and rotating machine, including shell, vertical slide bar, vertical screw, bracket etc..It can allow liquid crystal display automatically to move up and down
And rotation, emphasize that liquid crystal display is vertical with user's sight always, operator head and eyes follow take exercises simultaneously, should
The purpose of design of technology enters mistaken ideas, and one operator stares at screen without the moment；Secondly the screen in movement will cause
The maloperation of operator causes uncertain consequence to occur；Thirdly influence of the design method of this rotation to cervical vertebra is very
It is limited.
Application No. is 201210425815.5 utility model patents to disclose the display that a kind of pair of cervical vertebra has protective effect
Device moves bracket, including circular arc pedestal (containing mobile mechanism), column (containing mobile mechanism), support arm of shaking the head etc..It can allow display
Device is in moving process and eye distance keeps almost the same and eye sight line and screen vertical, realizes head left-right rotation
And up and down motion, and complete head lateral flexion and head surround movement.But the technology equally enters mistaken ideas, one operator
Member stares at screen without the moment；Secondly the maloperation that the screen in movement will cause operator causes uncertain consequence to be sent out
It is raw；Thirdly gathering around there are three driving movement mechanism and cases of otherwise standard design, manufacturing cost will definitely be caused high.
Utility model content
The utility model In view of the above shortcomings of the prior art, proposes that a kind of control display periodically moves on bracket
Dynamic device, guarantee user's work and life it is unaffected in the case where, can control display on bracket timing with
Selected mode is moved to another predeterminated position from a predeterminated position on two-dimensional surface, allows user's timing passive movement
Cervical vertebra, user may be selected to frame out sight is of short duration (in the several seconds) in display moving process, display reach it is pre-
If position after will be kept for the regular hour in this position, to temper cervical vertebra, avoid cervical vertebra from generating lesion and protect view
Power；Motor pattern described in the utility model is equipped with pre-warning signal before activation, the signal use voice signal or optical signal with
Prevent maloperation and bracket of the user in display motion from moving bring security risk suddenly；While the utility model
The horizontal and vertical motion amplitude of display is all much larger than existing Patent design and ensure that user is located in advance in display
If the working time when status of a sovereign, the work and life quality of user is improved.
The utility model is achieved through the following technical solutions:
The utility model includes: at least one set of linear slider guide rail mechanism and the display snap-gauge being attached thereto respectively and control
Device processed, in which: controller is connected from linear slider guide rail mechanism and transmission of control signals is to realize that the different of display snap-gauge are transported
Dynamic model formula.
The linear slider guide rail mechanism includes: sliding block, guide rail, transmission device and driving motor, in which: sliding block activity
It is set on guide rail and is connected with transmission device, the output shaft of driving motor is connected with transmission device and is driven by transmission device
Sliding block moves on guide rail, and driving motor, which is connected with controller and receives it, controls signal.
The transmission device uses but is not limited to lead screw transmission, pulley drive, rack pinion etc., it is corresponding described in
Sliding block be connected with transmission parts by lead screw, belt or gear.
The linear slider guide rail mechanism uses at least one set to refer to: one group of linear slider guide rail mechanism is with horizontal, vertical
Straight or angled manner unidirectionally connected with display snap-gauge or two groups of linear slider guide rail mechanisms it is orthogonal connect and with display snap-gauge
Connection, enabling display snap-gauge simultaneously, there is the movement of multiple directions to select.
The unidirectional connection refers to: the sliding block of linear slider guide rail mechanism is fixedly connected with display snap-gauge, passes through control
The displacement of device control sliding block and display snap-gauge processed.
The orthogonal connection refers to: longitudinally disposed linear slider guide rail mechanism in two linear slider guide rail mechanisms
Sliding block is fixedly connected with display snap-gauge, and the sliding block of the linear slider guide rail mechanism of lateral side and the longitudinally disposed straight line are sliding
Block guide rail mechanism guide rail is fixedly connected, and the guide rail of two linear slider guide rail mechanisms is orthogonal, is controlled respectively by controller
Make the movement that two linear slider guide rail mechanisms realize predeterminated position on two-dimensional surface.
The linear slider guide rail mechanism is equipped with column agency, which includes: two separated by a distance
Support rod and upper part erect connecting plate and upright post base, in which: the centre of upright post base is equipped with circular hole, and circular hole interior surface is set
There is screw thread, with being threadedly engaged for support rod lower part end outer surface, support rod lower end is screwed in the circular hole of upright post base, support rod
It is linked together with upright post base；The top of each support rod is to erect connecting plate, has two rounds on connecting plate, for being connected and fixed
The guide rail of the linear slider guide rail mechanism of lateral side.
The display snap-gauge is plank frame, and bottom is equipped with the card slot for carrying display device.
The fixed structure for fixing display device, the fixed structure are further preferably provided on the display snap-gauge
For multiple snap arm and sucker, which is distributed in the top and two sides of snap-gauge, and snap arm is further provided with spring to adapt to difference
The display of size, the sucker are set to the surrounding of the first through hole of snap-gauge to fix display.
The controller is used to switch the motor pattern of each linear slider guide rail mechanism, which uses but unlimited
In key or switch.
The motor pattern includes: cross movement, T-shaped movement, horizontal movement or vertical motion, in which: cross
Shape movement and T-shaped movement are only run in the case where there is two groups of linear slider guide rail mechanisms arranged in a crossed manner.
The display screen for showing current setting state is further preferably provided on the controller.
Technical effect
Compared with prior art, the utility model can control display on bracket periodically with selected mode in two dimension
It is moved to another predeterminated position from a predeterminated position in plane, allows user's timing passive movement cervical vertebra, is moved in display
User may be selected to frame out sight is of short duration during dynamic, and keep in the position after display reaches preset position
Regular hour avoids cervical vertebra from generating lesion and protects eyesight so that cervical vertebra has been tempered in timing；Fortune described in the utility model
Dynamic model formula is equipped with pre-warning signal before activation, which uses voice signal or optical signal to prevent user in display motion
When maloperation and bracket move bring security risk suddenly；The horizontal and vertical movement of the display of the utility model simultaneously
Amplitude is all much larger than existing Patent design and ensure that working time of the user when display is located at the default status of a sovereign, improves
The work and life quality of user.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment 1；
Fig. 2 is the top view of lateral side linear slider guide rail mechanism；
Fig. 3 is the schematic diagram of longitudinally disposed linear slider guide rail mechanism；
In figure: a is side view；B is the sliding block top view on longitudinally disposed linear slider guide rail mechanism；C is longitudinal sets
The sliding block main view on linear slider guide rail mechanism set
Fig. 4 is the structural schematic diagram of display snap-gauge；
In figure: a is main view；B is rearview；C is side view；
Fig. 5 is the structural schematic diagram of column agency；
In figure: a is main view；B is side view；C is support rod and base connection type schematic diagram；
Fig. 6 is the motor pattern figure of embodiment 1；
In figure: a is the default status of a sovereign；B is default left secondary position；C is to preset right secondary position；D is default secondary position；E is to set in advance
Secondary position；
Fig. 7 is the motor pattern figure of embodiment 2；
In figure: a is the default status of a sovereign；B is default left secondary position；C is to preset right secondary position；
Fig. 8 is the motor pattern figure of embodiment 3:
In figure: a is the default status of a sovereign；B is default secondary position；C is to set secondary position in advance；
Fig. 9 is the motor pattern figure of embodiment 4；
In figure: a is the default status of a sovereign；B is default left secondary position；C is to preset right secondary position；
Figure 10 is the motor pattern figure of embodiment 5；
In figure: a is the default status of a sovereign；B is default left secondary position；C is to preset right secondary position；D is default secondary position；
In figure: lateral side linear slider guide rail mechanism 1, longitudinally disposed linear slider guide rail mechanism 2, display snap-gauge
3, column agency 4, controller 5, input/output control signal line 6, sliding block 101, guide rail 102, driving motor 103, baffle 104,
Snap-gauge 301, snap arm 302, card slot 303, spring 304, first through hole 305, the second through-hole 306, sucker 307, connecting plate 401, branch
Strut 402, upright post base 403, screw thread 404, threaded hole 405.
Specific embodiment
Embodiment 1
As shown in Figure 1, the present embodiment includes: the linear slider guide rail mechanism 1 of lateral side, longitudinally disposed linear slider
Guide rail mechanism 2,3, two groups of column agencies 4 of display snap-gauge and controller 5, in which: lateral 1 He of side linear slider guide rail mechanism
The longitudinally disposed orthogonal connection of linear slider guide rail mechanism 2, display snap-gauge 3 are set on longitudinal linear slider guide rail mechanism 2,
Controller 5 is connected with the driving motor 103 on linear slider guide rail mechanism 1 and 2 and transmission of control signals is to realize display card
3 timed motion of plate.
The linear slider guide rail mechanism 1 and 2 includes: sliding block 101, guide rail 102, driving motor 103 and baffle 104,
Wherein: sliding block 101 is movably set on guide rail 102, and driving motor 103 is fixedly installed on guide rail 102, and baffle 104 is set to
The both ends of guide rail 102, driving motor 103, which is connected by input/output control signal line 6 with controller 5 and receives it, controls signal
Accurately to drive sliding block 101 to move on guide rail 102.
The orthogonal connection refers to: longitudinally disposed straight line as shown in Figure 3 is sliding in two linear slider guide rail mechanisms
The sliding block of block guide rail mechanism is fixedly connected with display snap-gauge, the linear slider guide rail mechanism of lateral side as shown in Figure 2
Sliding block is fixedly connected with the longitudinally disposed linear slider guide rail mechanism guide rail, and the guide rail of two linear slider guide rail mechanisms is mutual
It is perpendicular, control the movement that two linear slider guide rail mechanisms realize predeterminated position on two-dimensional surface respectively by controller.
As shown in Figure 3b, the section of the sliding block 101 of the longitudinally disposed linear slider guide rail mechanism is C font knot
Structure.
As shown in figure 5, the longitudinally disposed linear slider guide rail mechanism and the linear slider guide rail machine being laterally arranged
Column agency 4 is equipped on structure, which includes: connecting plate 401, support rod 402 and upright post base with connecting hole
403, in which: connecting plate 401 is connected with guide rail 102, and support rod 402 and upright post base 403 pass through screw thread 404 and threaded hole 405
It is cooperatively connected.
The guide rail 102 can undertake torque to realize that high-precision moves along a straight line in high-load situations, this.
As shown in figure 4, the display snap-gauge 3 includes: 303, eight 301, four snap arm 302 of snap-gauge, card slot springs
304 and six suckers 307, in which: multiple snap arm 302 are distributed in the top and two sides of snap-gauge 301, and card slot 303 is set to snap-gauge
301 bottom, a pair of of correspondence of spring 304 are connected so that display snap-gauge 3 adapts to various sizes of display with a snap arm 302
Device, six suckers 307 are distributed in the surrounding of snap-gauge front first through hole 305.
The snap-gauge 301 is equipped with first through hole 305 and the second through-hole 306, in which: first through hole 305 is in order to aobvious
Show that the electric power connection line of device passes through, the second through-hole 306 is connected with the sliding block 101 being arranged in bolt and longitudinally disposed slide block guide rail mechanism
It connects.
The controller 5 includes: switch, function key and display screen, in which: switch controlling device starting and closing, function
Energy key switching device motor pattern and timing length simultaneously show current setting state using display screen.
The inside of the controller 5 is equipped with voice interactive system to pass through phonetic controller.
As shown in fig. 6, the motor pattern is cross movement, which includes horizontal direction and vertical direction
On movement, in which: the guide rail 102 of lateral side linear slider guide rail mechanism 1 or longitudinally disposed linear slider guide rail mechanism 2
Center be the default status of a sovereign, remaining four direction is respectively default secondary position, sets secondary position, default left secondary position and default in advance
Right pair position returns the status of a sovereign after sliding block 101 has executed default left secondary position and preset right secondary position movement；When sliding block 101 executed it is pre-
If upper pair position and being set after secondary position moves in advance, the status of a sovereign is also returned；After closing controller switches, two sliding blocks 101 are returned respectively
From the default status of a sovereign.
The timing specifically refer to formulate respectively the default status of a sovereign, default secondary position, set in advance secondary position, default left secondary position and
Preset the duration of each self-operating in right secondary position.
The motor pattern is equipped with pre-warning signal before activation, which uses voice signal or optical signal to prevent from making
Maloperation and bracket of the user in display motion move bring security risk suddenly.
Embodiment 2
As shown in fig. 7, compared with Example 1, the present embodiment includes: the linear slider guide rail mechanism 1 of lateral side, display
3, two groups of column agencies 4 of device snap-gauge and controller 5, in which: display snap-gauge 3 is set to the linear slider guide rail machine of lateral side
On structure 1, two groups of column agencies 4 are connected with the linear slider guide rail mechanism 1 of lateral side by bolt, controller 5 and cross side
The driving motor 103 for the linear slider guide rail mechanism 1 set is connected and transmission of control signals is to realize that display snap-gauge 3 is periodically transported
It is dynamic.
Compared with Example 1, the motor pattern of the present embodiment is horizontal movement, comprising: the default status of a sovereign, default left secondary position and
Preset right secondary position.
Embodiment 3
As shown in figure 8, compared with Example 1, the present embodiment includes: longitudinally disposed linear slider guide rail mechanism 2, display
Device snap-gauge 3, column agency 4 and controller 5, in which: display snap-gauge 3 is set on longitudinal linear slider guide rail mechanism 2, column
Mechanism 4 is connected with the bottom end of longitudinal linear slider guide rail mechanism 2, the driving electricity of controller 5 and longitudinal linear slider guide rail mechanism 2
Machine 103 is connected and transmission of control signals is to realize 3 timed motion of display snap-gauge.
Compared with Example 1, the motor pattern of the present embodiment is vertical motion, comprising: the default status of a sovereign, default secondary position and
Secondary position is set in advance.
Embodiment 4
As shown in figure 9, compared with Example 2, the height of the support rod 402 of two groups of column agencies 4 of this implementation is different, horizontal
It is tilted to the linear slider guide rail mechanism 1 of side, making the motion path of display snap-gauge 3, there are angles with horizontal direction.
Embodiment 5
As shown in Figure 10, compared with Example 1, the arranged in a crossed manner of the present embodiment refers to that the linear slider by lateral side is led
Rail mechanism 1 and longitudinally disposed linear slider guide rail mechanism 2 pass through the sliding block 101 of the linear slider guide rail mechanism 1 of lateral side
It is connected, one end of the sliding block 101 and longitudinal linear slider guide rail mechanism 2 is fixedly installed.
Compared with Example 1, the motor pattern of the present embodiment is inverted T-shape movement, comprising: the default status of a sovereign, default left secondary
Right secondary position and default secondary position are preset in position.
The utility model suggest that the secondary position residence time is the status of a sovereign residence time 1/10th to ensure that user is working
In it is unaffected.
The advantage of the utility model includes: compared with prior art
Default display movement position in two-dimensional surface, high accuracy positioning；
Horizontal and vertical motion amplitude is all much larger than existing Patent design and ensure that user is located in display
Working time when the default status of a sovereign；
Display timing is moved to another predeterminated position from a predeterminated position automatically and keeps in each predeterminated position
Regular hour (can set) gives user's neck enough exercise times；
It is simple and reliable for structure, it is at low cost using mature linear slider railway technology and component；
Interval operation, low energy consumption but meets the purpose for tempering cervical vertebra；
Clip and sucker on telescopic display snap-gauge make the present apparatus be applicable in the display of different size size；
The maloperation and branch of user when prompt tone or sound and light signal before display is mobile can prevent display mobile
Frame moves bring security risk suddenly；
Two-dimensional structure diversification meets the needs of different price users.
Above-mentioned specific implementation can by those skilled in the art under the premise of without departing substantially from the utility model principle and objective with
Different modes carries out local directed complete set to it, and the protection scope of the utility model is subject to claims and not by above-mentioned specific
Implementation is limited, and each implementation within its scope is by the constraint of the utility model.
Claims (7)
1. a kind of device that control display periodically moves on bracket characterized by comprising at least one set of linear slider is led
Rail mechanism and the display snap-gauge and controller being attached thereto respectively, in which: controller is connected with linear slider guide rail mechanism；
The linear slider guide rail mechanism uses at least one set to refer to: one group of linear slider guide rail mechanism with horizontal, vertical or
Angled manner is unidirectionally connected with display snap-gauge or two groups of linear slider guide rail mechanisms are orthogonal connects and connect with display snap-gauge,
Enabling display snap-gauge simultaneously, there is the movement of multiple directions to select.
2. the device that control display according to claim 1 periodically moves on bracket, characterized in that the straight line
Slide block guide rail mechanism includes: sliding block, guide rail, transmission device and driving motor, in which: sliding block be movably set on guide rail and with biography
Dynamic device is connected, and the output shaft of driving motor is connected with transmission device and drives sliding block to move on guide rail by transmission device,
Driving motor, which is connected with controller and receives it, controls signal.
3. the device that control display according to claim 2 periodically moves on bracket, characterized in that described is unidirectional
Connection refers to: the sliding block of linear slider guide rail mechanism is fixedly connected with display snap-gauge, controls sliding block and display by controller
The displacement of device snap-gauge.
4. the device that control display according to claim 2 periodically moves on bracket, characterized in that described is orthogonal
Connection refers to: the sliding block of longitudinally disposed linear slider guide rail mechanism and display snap-gauge are solid in two linear slider guide rail mechanisms
Fixed connection, the sliding block of the linear slider guide rail mechanism of the lateral side linear slider guide rail mechanism guide rail longitudinally disposed with this are fixed
Connection, and the guide rail of two linear slider guide rail mechanisms is orthogonal.
5. the device that control display periodically moves on bracket according to any of the above-described claim, characterized in that institute
The linear slider guide rail mechanism stated be equipped with column agency, the column agency include: two support rods separated by a distance and
Upper part erects connecting plate and upright post base, in which: and the centre of upright post base is equipped with circular hole, and circular hole interior surface is equipped with screw thread, with
Support rod lower part end outer surface is threadedly engaged, and support rod lower end is screwed in the circular hole of upright post base, support rod and column bottom
Seat is linked together；The top of each support rod is to erect connecting plate, has two rounds on connecting plate, for being connected and fixed lateral side
The guide rail of slide block guide rail mechanism.
6. the device that control display according to claim 1 periodically moves on bracket, characterized in that the display
Device snap-gauge is plank frame, and bottom is equipped with the card slot for carrying display device.
7. the device that control display according to claim 1 or 6 periodically moves on bracket, characterized in that described
The fixed structure for fixing display device is further provided on display snap-gauge, the fixed structure be multiple snap arm and sucker,
The snap arm is distributed in the top and two sides of snap-gauge, and snap arm is further provided with spring to adapt to various sizes of display, the suction
Disk is set to the surrounding of the first through hole of snap-gauge to fix display.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920381514.4U CN209688393U (en) | 2019-03-25 | 2019-03-25 | The device that control display periodically moves on bracket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920381514.4U CN209688393U (en) | 2019-03-25 | 2019-03-25 | The device that control display periodically moves on bracket |
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| Publication Number | Publication Date |
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| CN209688393U true CN209688393U (en) | 2019-11-26 |
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ID=68605956
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| CN201920381514.4U Active CN209688393U (en) | 2019-03-25 | 2019-03-25 | The device that control display periodically moves on bracket |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109899639A (en) * | 2019-03-25 | 2019-06-18 | 胡安双 | The device that control display periodically moves on bracket |
-
2019
- 2019-03-25 CN CN201920381514.4U patent/CN209688393U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109899639A (en) * | 2019-03-25 | 2019-06-18 | 胡安双 | The device that control display periodically moves on bracket |
| CN109899639B (en) * | 2019-03-25 | 2024-02-13 | 胡安双 | Device for controlling display to move on support at fixed time |
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