CN207112266U - Location of displays governor motion - Google Patents
Location of displays governor motion Download PDFInfo
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- CN207112266U CN207112266U CN201720492111.8U CN201720492111U CN207112266U CN 207112266 U CN207112266 U CN 207112266U CN 201720492111 U CN201720492111 U CN 201720492111U CN 207112266 U CN207112266 U CN 207112266U
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- governor motion
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Abstract
It the utility model is related to a kind of location of displays governor motion, the location of displays governor motion includes paired engagement member, the paired engagement member can switch by the actuating component being applied to it between bonding station and disengaged position, in bonding station, paired engagement member is engaged with each other and can together moved, and in disengaged position, paired engagement member is disconnected from each other and can respective self-movement, wherein, the first engagement member in paired engagement member is associated with display, so that motion is transmitted between the first engagement member and display, the second engagement member in paired engagement member is fixedly connected with one-way movement component, to cause paired engagement member in bonding station to be only capable of moving along single direction.By location of displays governor motion of the present utility model, can smooth out and low noise freely raise the position of display and reduce its position when needed.
Description
Technical field
It the utility model is related to a kind of location of displays governor motion, in particular for adjusting the display of such as screen
The mechanism of angle.
Background technology
Display belongs to a kind of common input-output equipment.Generally, display, which is related to, all shows electronic information
Come for all display devices of user's viewing, be such as, but not limited to screen.All LCD (the liquid crystal displays in this way of common screen
Device), CRT (cathode-ray tube display), PDP (plasma display).Especially, display serves not only as output and set in recent years
It is standby, also at the same time as the input equipment application of the equipment such as computer, serve important function in daily production and life.
However, current display is typically placed on desktop, and it is irremovable.Especially in public sphere, such as
In office, this immovable display seems not enough for the user that sitting height is different or work habit is different
Family is friendly.If the position of display is not in most suitable state for a user, user may be on display
The content of display is not seen, or although is seen clearly but eyes and neck to user cause significantly to bear.
Therefore, the governor motion of location of displays can be adjusted by continually developing in the prior art.It is desirable that, this regulation
Mechanism can allow user freely to raise the position of display, especially freely raise angle (that is, the display phase of display
For the angle of horizontal table top), but cause again simultaneously user from directly reduce the position of display, especially display angle
Degree.
The location of displays governor motion of existing exploitation realizes above-mentioned desired function using ratchet and pawl arrangement mostly.
But generally there is following both sides in these governor motions：
On the one hand, as a result of ratchet and pawl arrangement, although the position for freely raising display can be realized but not straight
Connecing reduces the position of display, but the regulation of the position of display is only capable of by partly carrying out, such as is freely raising display
During device, user can substantially experience the motion of the segmentation of ratchet and pawl arrangement, and when reducing display, user is also only capable of piecewise
Lock the position of display.
On the other hand, when changing location of displays, because ratchet and pawl arrangement engages with gear, thus can not always keep away
Exempt to hear noise.Thus, the location of displays governor motion of existing exploitation uses perception that is inconvenient and influenceing user.
For this reason, it may be necessary to a kind of improved location of displays governor motion, it can cause when raising the position of display
Freely, preferably can infinitely adjust, at the same and can guarantee to be locked in when reducing the position of display it is any required
Position.Especially, it is all few noise it is expected this location of displays governor motion can either raise or reduce, and is made
With smoothness.
Utility model content
Therefore, the utility model provides a kind of location of displays governor motion, the location of displays governor motion includes
Paired engagement member, the paired engagement member in bonding station and can disengage position by the actuating component being applied to it
Switch between putting.In bonding station, the paired engagement member is engaged with each other and can together moved, and in disengaged position,
The paired engagement member is disconnected from each other and can respective self-movement.The first engagement structure in the paired engagement member
Part is associated with display, so that motion is transmitted between the first engagement member and the display, the paired engagement
The second engagement member in component is fixedly connected with one-way movement component, to cause paired engagement structure described in bonding station
Part is only capable of moving along single direction.
By the location of displays governor motion, can smoothly and low noise freely raise the position of display, but not
Its position can be freely reduced, and only just can swimmingly reduce its position (by the actuating of actuating component) when needed.
It is preferred that in bonding station, the paired engagement member rotates jointly, and in disengaged position, the first engagement structure
Part can rotate independently of the second engagement member in reciprocal both direction.Thus, the first engagement member engages with second
Motion mode between component rotates independently of one another to be rotated together in bonding station in disengaged position.
More preferably, the paired engagement member is coaxially arranged, and can coaxial rotating.So, can be advantageous to save
Save the space layout of whole display position adjusting mechanism.
Advantageously, location of displays governor motion also includes biasing member, and the biasing member is configured to make described paired
Engagement member biases towards bonding station.So far, it is possible to achieve paired engagement member is all the time in each other under normal circumstances
The state of engagement, to meet freely to raise the position of display, without the requirement for freely reducing its position.
Preferably, the first engagement member is configured to its axial location and fixed, and actuating component and the biasing member are made
For second engagement member.So be advantageous to arrange actuating component and biasing structure in location of displays governor motion
Part, to cause the first engagement member and the second engagement member easily to produce relative motion when activateding.
It should further be appreciated that actuating component is fixedly connected with the second engagement member, so as to promote the second engagement member to resist
The effect of biasing member and enter disengaged position from bonding station.As a result, the second engagement member can engaged rapidly
Switched between position and disengaged position, be advantageous to the free regulatory demand for meeting user.
Particularly, actuating component can be configured to translational motion, and the translational motion of actuating component can make the second engagement structure
Part can be translated apart away from first engagement member.This translational motion is relatively easily realized, and is activated apart from most short, convenience
User operates.
Especially, one-way movement component can be designed to unilateral bearing, to allow the paired engagement member engaging
Position only rotates along single direction.Accordingly, it is capable to the effect of single direction motion is realized with simple structure, and unilateral bearing
Noise is low, and operation is very smooth.
In addition, the first engagement member includes toothed portion point, rack member is additionally provided between the first engagement member and display
Part, the toothed portion point of rack elements and the first engagement member engages, and is installed on the display, with described the
Rotary motion is transmitted between one engagement member and the display.By the rack elements, it can be readily implemented in first and connect
The first motion closed between component and display associates, consequently facilitating user operates the high and low position of display.
Particularly, display is configured to pivot around an axis, and rack elements include arc section, and arc section
The center of curvature it is consistent with the pivoting centre of display, thus, the rotary motion of first engagement member is via rack elements
The display is driven to be pivoted around axis, to change the angle of display.The arrangement shape that this display pivots around axis
Formula is relatively easy to operate, and saves space, and stability when especially adjusting location of displays is high.
It is also contemplated that the first engagement member in paired engagement member is constructed to be permeable to block each other and matched somebody with somebody with the second engagement member
The female component and male member of engagement, to realize the engagement of form fit, or the gear being engaged with each other is constructed to be permeable to, with reality
Existing highly stable and smooth-going splicing results.
Brief description of the drawings
Fig. 1 shows the schematic perspective view according to display of the present utility model and rack elements；
Fig. 2 is exemplarily illustrated the schematic perspective view according to location of displays governor motion of the present utility model, wherein, it is
It is easy to illustrate, partly removes the shell of the location of displays governor motion；
Fig. 3 is exemplarily illustrated to be cutd open according to the signal of the location of displays governor motion of one embodiment of the present utility model
View；
Fig. 4 is exemplarily illustrated to be cutd open according to the signal of the location of displays governor motion of one embodiment of the present utility model
View, wherein, paired engagement member is in bonding station；
Fig. 5 is exemplarily illustrated to be cutd open according to the signal of the location of displays governor motion of one embodiment of the present utility model
View, wherein, during paired engagement member is in a disengaged position；
Fig. 6 A and 6B are exemplarily illustrated according to the location of displays governor motion of one embodiment of the present utility model
The schematic isometric of paired engagement member.
Embodiment
According to the utility model, in certain embodiments, display 10 is, for example, lcd screen, and it is substantially in tabular, but
The shape and construction of display are not limited to shape and construction shown in Fig. 1.In view of the construction of display in itself is not this practicality
New emphasis, thus will not be repeated here, specifically refer to the ins and outs of conventional display.Next, exemplarily borrow
The lcd screen is helped to explain content of the present utility model.
In Fig. 1 in shown one embodiment, display 10 is mounted to can be around an axis, preferably horizontal axis pivot
Turn.For example, the display 10 can be provided with hinge 12 at its bottom, it is aobvious to change so as to realize the pivot of around hinge 12
Show device 10 relative to user or say angle relative to the desktop for putting display 10.
It can be used for the position for changing display 10 according to location of displays governor motion 100 of the present utility model.The position
Include the high and low position of display 10, i.e. the governor motion can change the level height of display 10.The position can also be
Refer to the angle position of display 10, i.e. the governor motion can change angle of the display 10 relative to user, such as institute in Fig. 1
Show.Certainly, the utility model also includes the governor motion for not only adjusting height and position but also adjusting angle position.
The location of displays governor motion 100 includes shell, and it is for example made up of top cover 30 and bottom 80, such as institute in Fig. 3
Show.In order to clearly show that the internal structure of location of displays governor motion 100, part enclosure is eliminated in subsequent drawings to show
Go out.
In certain embodiments, location of displays governor motion 100 may include paired engagement member, and number may include
It is one or more pairs of.Paired engagement member includes the first engagement member 30 and the second engagement member 40, the He of the first engagement member 30
Second engagement member 40 can switch between bonding station and disengaged position, i.e., move to disengaged position and anti-from bonding station
It.In bonding station, the first engagement member 30 and the second engagement member 40 are engaged with each other, thus, it is possible to move together (that is, each other it
Between substantially without relative motion), it is and disconnected from each other in disengaged position, the first engagement member 30 and the second engagement member 40, thus,
They can independently be moved respectively, be influenceed without the motion by the opposing party.
The first engagement member 30 in paired engagement member can be associated with display 10.This association may include directly
Or indirect connection, thus, the motion of the first engagement member 30 can directly or indirectly the first engagement member with and
Transmitted between its associated display 10, so as to which display 10 moves, to change its position (height and position, angle position
Deng).
The second engagement member 40 in paired engagement member is then provided with one-way movement component 50, especially unilateral bearing.
For example, the second engagement member 40 can be coupled by key connection with one-way movement component 50.It will be clear that the second engagement member 40 with
Connected mode not limited to this between one-way movement component 50.
The one-way movement component 50 can cause the second engagement member 40 only to be moved along single direction, and can not be along opposite
Move in direction.Particularly, in the bonding station of paired engagement member, due to the first engagement member 30 and the second engagement member
40 associated movements, then the first engagement member 30 be also only capable of moving along single direction, it is and then associated with the first engagement member 30
Display 10 is also only capable of moving along single direction.This is applied to make display 10 freely rise its height or raise its angle
Situation.
It is understood that in the case, raise the position of display 10, such as its angle can be quite smooth, and by
In the presence of one-way movement component 50, noise is hardly sent.Especially, compared with ratchet and pawl arrangement in the prior art,
This position adjustments be it is stepless, rather than segmented carry out.
Further, since the presence of one-way movement component 50, when paired engagement member is in bonding station, either
One engagement member 30 or the second engagement member 40 can not all move in opposite direction, i.e., user can not make display 10 freely
Falling head reduces its angle.
In the utility model, the motion of paired engagement member includes linear motion, rotary motion or combination.
In certain embodiments, the motion of paired engagement member is rotary motion.In other words, in bonding station, in pairs
Engagement member rotate jointly, and can be independently of the second engagement member 40 in phase each other in disengaged position, the first engagement member 30
(now, the second engagement member 40 still can not be along opposite due to the effect of one-way movement component 50 for rotation in anti-both direction
Direction rotates).
It will be understood that the motion of paired engagement member can also be linear motion or other curvilinear motions, i.e.
Any structure of this straight line or curvilinear motion can be designed to realize according to paired engagement member of the present utility model, as long as
Ensure that the first engagement member 30 and the second engagement member 40 move, especially along single direction fortune together each other in bonding station
It is dynamic, and in disengaged position, independently of one another motion.
It is preferred that as clearly shown in Figure 3, the first engagement member 30 and the second engagement member 40 are coaxially arranged (for example, all
It is arranged on axle 90), and in bonding station coaxial rotating.It can also be understood that arrive, the first engagement member 30 and the second engagement member
40 are arranged on two parallel axles.For example, when the first engagement member 30 and the second engagement member 40 are designed to external gear,
The two can be rotated on each comfortable axle of oneself, and in bonding station, the external gear of the two is engaged with each other, shape
Into gear pair.Certainly, other realizations may also include according to the engagement member 40 of the first engagement member 30 and second of the present utility model
Any other construction of associated movement each other in the engaged condition.
According to the utility model, the switching between bonding station and disengaged position is for example realized by actuating component 60.
Paired engagement member can be placed in disengaged position by actuating component 60 from bonding station, can also by paired engagement member from
Disengaged position is returned to bonding station again.The actuating of actuating component 60 can be carried out manually, can also be by other drive mechanisms
To realize.
It is preferred that location of displays governor motion 100 can also include biasing member 70, the biasing member 70 is configured to make
The engagement member obtained in pairs biases towards bonding station all the time, and in these embodiments, actuating component 60 is configured to only cause
Paired engagement member is placed in disengaged position from the power of bonding station resistance biasing member 70.Biasing member 70 is particularly spring
Element.
Particularly advantageously, it is fixed that the first engagement member 30 in paired engagement member, which is configured to its axial location,
's.This can be for example by the baffle plate or other fixed stop structures being arranged in the shell of location of displays governor motion 100
Part is realized.
Particularly advantageously, the second engagement member 40 in paired engagement member is configured to axially displaceable.At this
In the case that kind is favourable, actuating component 60 acts on second engagement member 40, and biasing member 70 also acts on the second engagement
Component 40.Especially, as shown in figs. 4-5, actuating component 60 is located at the axle of the second engagement member 40 with biasing member 70 respectively
To on both sides.Therefore, when paired engagement member it is expected to be switched to disengaged position from bonding station, actuating component 60 from second
The side of engagement member 40 promotes biasing member of the second engagement member 40 resistance on the opposite side of the second engagement member 40
70 bias force, the first engagement member 30 engaged away from script with the second engagement member 40 move, preferably translational motion.
It will be understood that biasing member 70 can also act on the first engagement member 30 and the second engagement member 40 2
Person.For example, the biasing member 70 of such as compression spring can be arranged on both the first engagement member 30 and the second engagement member 40
Between, and the two is connected to, the bias force of retraction is produced during occurring to move away from each other between.
Specifically, as shown in Figure 4, before actuating component 60 is not activated, due to the presence of biasing member 70, into
To engagement member be in bonding station all the time, i.e. the first engagement member 30 and the associated movement of the second engagement member 40, especially
Coaxially rotate jointly.Then, when actuating component 60 is activated, such as when user manually presses the actuating component 60,
The motion of actuating component 60, especially translation have promoted the power of the second engagement member 40 resistance biasing member 70, especially spring
Power, move along away from the direction of the first engagement member 30.So far, paired engagement member is switched to from bonding station and disengages position
Put, now, the first engagement member 30 and the second engagement member 40 move independently of one another.
Especially, due to no longer being associated with one-way movement component 50, such as unilateral bearing, first connects the first engagement member 30
Closing component 30 can free movement in opposite direction.Therefore, when user it is expected to reduce the position of display 10, user only needs
Activate foregoing actuating component 60, then can cause display 10 in opposite direction, the free movement of such as descent direction, and it is this from
By motion be it is stepless, smoothly, milli it is muting.
In addition, according to location of displays governor motion 100 of the present utility model can directly actuator display 10 so that its
Change in location.But it is preferred that as shown in Figure 2, location of displays governor motion 100 activates display by intermediary element indirectly
Device 10.
It is preferred that the first engagement member 30 includes toothed portion point, the toothed portion point preferably not with the second engagement member
The part of 40 engagements.In the case, intermediary element can be rack elements 20, and each tooth of the rack elements 20 can be with first
Each tooth engagement of the toothed portion of engagement member 30 point, so as to make motion, especially rotary motion the by the rack elements 20
Transmitted between one engagement member 30 and display.
However, intermediary element of the present utility model is not limited to rack elements 20, but due to the stability of gear transmission, this
It is a kind of preferred scheme.For example, transmission of the rotary motion between the first engagement member 30 and display 10 can also be by example
Realized such as toggle or other known mechanical structure.In these cases, the first engagement member 30 is not necessarily
Will be including toothed portion point.
Rack elements 20 can drive display 10 to move.The rack elements 20 can for example include spur rack.Work as rack
When element 20 is connected with display 10, is especially connected to the back side of display 10, spur rack can be by the first engagement member 30
Rotary motion be converted into linear motion, such as to adjust the height and position of display 10.If it is desire to regulation display
10 angle position, spur rack can also be utilized.For example, in display 10 in the pivotable embodiment of axis, can be aobvious
Show on device 10, for example its back side offers groove, with cause at least a portion of rack elements 20 in the groove slidably, will
The angle of the transform linear motion of spur rack into display 10 pivots.
But more preferably, rack elements 20 are designed to comprising (band tooth) arc section, and in the curvature of the arc section
The center of circle of the heart, especially circular arc be positioned to the pivoting centre of display 10, be for example hinge in the embodiment shown in fig. 1
12 positions are consistent, overlap.In this embodiment, song of the translating rotation of the first engagement member 30 into rack elements 20
Line moves, and the curvilinear motion can just cause the angulation change of display 10.
Certainly, it is not necessarily circular arc or other according to the arc section of rack elements 20 of the present utility model
The shape of similar circular arc, and pivoting centre of the center of curvature also not necessarily with display 10 is completely superposed, but can also be wrong
Open to a certain degree.
On the first engagement member 30 and the juncture of the second engagement member 40, for example, as it was previously stated, the first engagement structure
Part and the second engagement member can include tooth, it is preferred that one of the first engagement member and the second engagement member are external gear, separately
One is internal gear, thus, both can be engaged with each other.
Or first engagement member and the second engagement member can be respectively male member and female component, to realize shape
The engagement that shape coordinates, such as keep the card of male member and female component to match somebody with somebody under the bias force of biasing member 70.
Exemplary only to be, as shown in signal in Fig. 6 A and 6B, the first engagement member 30 and the second engagement member 40 are also
It can be the construction that end face includes step part respectively.When the first engagement member 30 and the second engagement member 40 are engaged with each other,
Also the engagement of form fit is produced, so that it is guaranteed that stable associated movement, especially rotary motion.
Of course, it is possible to contemplating can realize that the first engagement member and the second engagement member are engaged with each other with altogether in this area
Synkinematic any structure, and it is not limited to several situations of above-mentioned explaination.
Description above has been presented for many features and advantage, including various alternative embodiments, and device
The details of 26S Proteasome Structure and Function.It is intended that exemplary, be not exhaustive or it is restricted.For the skill of this area
Obviously can be in the four corner indicated by the wide in range upper implication as the term expressed by appended claims for art personnel
Various remodeling are made, especially in terms of the arrangement of structure, material, element, part, shape, size and part, including these sides
Combination in the concept described herein of face.In these various remodeling without departing from spirit and scope of the appended claims
Degree in, it is meant that they are also incorporated herein.
Claims (12)
1. a kind of location of displays governor motion (100), the location of displays governor motion includes paired engagement member, institute
Stating paired engagement member can switch by the actuating component (60) being applied to it between bonding station and disengaged position,
The bonding station, the paired engagement member are engaged with each other and can together moved, and in the disengaged position, it is described into
To engagement member it is disconnected from each other and can respective self-movement,
Wherein, the first engagement member (30) in the paired engagement member is associated with display (10), so that motion
Transmitted between first engagement member (30) and the display (10),
Wherein, the second engagement member (40) in the paired engagement member is fixedly connected with one-way movement component (50), with
So that engagement member paired described in the bonding station is only capable of moving along single direction.
2. location of displays governor motion as claimed in claim 1, it is characterised in that described paired in the bonding station
Engagement member rotate jointly, and in the disengaged position, first engagement member (30) can be independently of the described second engagement
Component (40) rotates in reciprocal both direction.
3. location of displays governor motion as claimed in claim 2, it is characterised in that the coaxial cloth of paired engagement member
Put, and can coaxial rotating.
4. location of displays governor motion as claimed in claim 3, it is characterised in that the location of displays governor motion is also
Including biasing member (70), the biasing member is configured to make the paired engagement member bias towards bonding station.
5. location of displays governor motion as claimed in claim 4, it is characterised in that the first engagement member (30) construction
Fixed into its axial location, the actuating component (60) and the biasing member (70) act on second engagement member
(40) on.
6. location of displays governor motion as claimed in claim 5, it is characterised in that the actuating component (60) and described the
Two engagement members (40) are fixedly connected, so as to promote second engagement member (40) to resist the work of the biasing member (70)
Enter the disengaged position with and from the bonding station.
7. location of displays governor motion as claimed in claim 6, it is characterised in that the actuating component (60) is configured to put down
Shifting movement, and the translational motion of the actuating component (60) can make second engagement member (40) can be away from the described first engagement
Component (30) is translated apart.
8. the location of displays governor motion as any one of claim 2-7, it is characterised in that the one-way movement structure
Part (50) is unilateral bearing, to allow the paired engagement member only to be rotated in the bonding station along single direction.
9. the location of displays governor motion as any one of claim 2-7, it is characterised in that the first engagement structure
Part (30) includes toothed portion point, and rack elements are additionally provided between first engagement member (30) and the display (10)
(20), the rack elements (20) are engaged with the toothed portion point of first engagement member (30), and are installed to described
On display (10), to transmit rotary motion between first engagement member (30) and the display (10).
10. location of displays governor motion as claimed in claim 9, it is characterised in that the display (10) is constructed to be permeable to
Pivoted around an axis, the rack elements (20) include arc section, and the center of curvature of the arc section and the display
The pivoting centre of device (10) is consistent, thus, the rotary motion of first engagement member (30) is via the rack elements (20)
The display (10) is driven to be pivoted around the axis, to change the angle of the display (10).
11. the location of displays governor motion as any one of claim 1-7, it is characterised in that described paired connects
First engagement member (30) in component is closed to be constructed to be permeable to block the moon with engaging each other with second engagement member (40)
Type component and male member.
12. the location of displays governor motion as any one of claim 1-7, it is characterised in that described paired connects
First engagement member (30) and second engagement member (40) in conjunction component are constructed to be permeable to the gear being engaged with each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720492111.8U CN207112266U (en) | 2017-05-05 | 2017-05-05 | Location of displays governor motion |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720492111.8U CN207112266U (en) | 2017-05-05 | 2017-05-05 | Location of displays governor motion |
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| CN207112266U true CN207112266U (en) | 2018-03-16 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111971503A (en) * | 2018-04-13 | 2020-11-20 | 微软技术许可有限责任公司 | System and method for providing multiple location display |
| US11493953B2 (en) | 2019-07-01 | 2022-11-08 | Microsoft Technology Licensing, Llc | Multi-position display with an unfixed center of rotation |
| US11538442B2 (en) | 2018-04-13 | 2022-12-27 | Microsoft Technology Licensing, Llc | Systems and methods of displaying virtual elements on a multipositional display |
| US11572975B2 (en) | 2018-04-13 | 2023-02-07 | Microsoft Technology Licensing, Llc | Systems and methods of providing a multipositional display |
-
2017
- 2017-05-05 CN CN201720492111.8U patent/CN207112266U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111971503A (en) * | 2018-04-13 | 2020-11-20 | 微软技术许可有限责任公司 | System and method for providing multiple location display |
| CN111971503B (en) * | 2018-04-13 | 2022-07-01 | 微软技术许可有限责任公司 | System and method for providing multiple location display |
| US11538442B2 (en) | 2018-04-13 | 2022-12-27 | Microsoft Technology Licensing, Llc | Systems and methods of displaying virtual elements on a multipositional display |
| US11572975B2 (en) | 2018-04-13 | 2023-02-07 | Microsoft Technology Licensing, Llc | Systems and methods of providing a multipositional display |
| US11493953B2 (en) | 2019-07-01 | 2022-11-08 | Microsoft Technology Licensing, Llc | Multi-position display with an unfixed center of rotation |
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| GR01 | Patent grant |