CN207924569U - Integrated computer display screen hovering mechanism and the integrated computer comprising the mechanism - Google Patents
Integrated computer display screen hovering mechanism and the integrated computer comprising the mechanism Download PDFInfo
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- CN207924569U CN207924569U CN201820243341.5U CN201820243341U CN207924569U CN 207924569 U CN207924569 U CN 207924569U CN 201820243341 U CN201820243341 U CN 201820243341U CN 207924569 U CN207924569 U CN 207924569U
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Abstract
The utility model is related to integrated computer display screen hovering mechanism and comprising the integrated computer of the mechanism, display screen hovering mechanism includes four-bar mechanism unit, damping unit, spring unit, long torsional spring unit and short torsional spring unit；Four-bar mechanism unit is made of display screen connecting plate, holder, connecting rod one and main machine base, and long torsional spring is set in long torsional spring unit, short torsional spring is set in short torsional spring unit, friction plate is set in damping unit；Under the collective effect of four-bar mechanism unit, damping unit, spring unit, long torsional spring unit and short torsional spring unit, display screen can limit rotation in range, movement and stop at an arbitrary position, that is, realize hovering；When display screen hovers, the sum of the moment of friction of torque, the torque of long torsional spring/short torsional spring generation, the torque of compressed spring generation and friction plate generation that display screen gravity generates is zero.The utility model facilitates user that display screen is adjusted to suitable position and angle when using integrated computer, and better usage experience is brought to user.
Description
Technical field
The utility model is related to field of computer technology more particularly to integrated computer display screen hovering mechanism and include this
The integrated computer of mechanism.
Background technology
Integrated computer is that the host of computer and display are integrated into an integral device, compared with conventional desktop
Advantage few with line, small, integrated level higher, price also have no significant change；The shape of integrated computer is plastic
Property it is strong, manufacturer can be designed that the product of great individual character, therefore occupy certain market share, be and laptop, pass
A kind of emerging computer industry that system desktop computer develops side by side.
Current market sales of integrated computer, display screen are fixed mostly；In published document,
Have adjustable；" the Mobile medical workstation Computer as disclosed in the Chinese patent application No. is 201420388168.X
The multidirectional adjusting bracket of display screen or all-in-one machine " is equipped with automatic hoisting mechanism and multidirectional regulating mechanism, wherein multidirectional adjusting machine
It is equipped in structure and rotates horizontally plate and vertical swivel plate, computer display or all-in-one machine is enable to adjust angle and height；But
Its is complicated, it is also necessary to be equipped with special driving device, considerably increase the weight of all-in-one machine.Application No. is
201720318541.8 Chinese patent discloses a kind of " host screen Integral computer ", is cut with scissors between display screen and host
It connects, display screen can be folded with respect to host, and purpose mainly reduces occupied space, convenient for collecting.
It can be caused such as persistent back pain, scapulohumeral periarthritis, wrist pain and cervicodynia using computer with incorrect posture for a long time
Consequence has occurred in the market with the continuous improvement of user's requirement for the more of notebook brain or computer monitor
Function point analysis frame, to help user to find a more comfortable posture when using computer；But for integrated computer mesh
Preceding similar products not yet occur.
Invention content
The utility model provides a kind of integrated computer display screen hovering mechanism and the integrated computer comprising the mechanism,
The display screen of integrated computer can be rotated, be moved and stop at an arbitrary position in a certain range, to facilitate user to make
Display screen is adjusted to suitable position and angle with when integrated computer, better usage experience is brought to user.
In order to achieve the above object, the utility model is realized using following technical scheme：
Integrated computer display screen hovering mechanism, including four-bar mechanism unit, damping unit, spring unit, long torsional spring list
First and short torsional spring unit；Four-bar mechanism unit is made of display screen connecting plate, holder, connecting rod one and main machine base, and display screen connects
Fishplate bar, holder, connecting rod one and main machine base form four-bar linkage, main machine base as the rack in four-bar linkage,
Holder and connecting rod one are used as side link, and display screen connecting plate is as connecting rod；Display screen connecting plate is for being integrally connected computer
Display screen；Long torsional spring is set in long torsional spring unit, short torsional spring is set in short torsional spring unit, sets friction plate in damping unit, it is long torsional spring, short
Limit when torsional spring and friction plate are used to relatively rotate between display screen connecting plate and holder；Multiple compressions are set in spring unit
Spring；Long torsional spring unit and spring unit cooperation are realized certainly for balancing gravity of the display screen relative to vertical direction hypsokinesis when
Lock, short torsional spring unit are used to balance gravity when display screen leans forward relative to vertical direction and realize self-locking, and damping unit is for adjusting
Save the size of self-lock force；Main machine base with the host of integrated computer for connecting；In four-bar mechanism unit, damping unit, bullet
Under the collective effect of spring unit, long torsional spring unit and short torsional spring unit, display screen can limit rotation in range, movement and stop
Only at an arbitrary position, that is, hovering is realized；When display screen hovers, the torque of display screen gravity generation, long torsional spring/short torsional spring generate
The sum of the moment of friction that the torque and friction plate that torque, compressed spring generate generate is zero.
The holder is made of symmetrically arranged left socle, right support, and left socle and right support are respectively arranged on display screen company
The both sides of fishplate bar are equipped with shaft on holder, are fixedly connected between shaft and holder on holder between left socle and right support；Display
Screen connecting plate both ends set collar bush in shaft on holder, and display screen connecting plate shaft on holder is enable to rotate.
The long torsional spring unit is made of long torsional spring, briquetting one and mounting flange one, mounting flange one and shaft on holder
It is fixedly connected, long torsional spring is set on holder in shaft, and one end of long torsional spring is fixed by briquetting one and display screen connecting plate to be connected
It connects, the other end is put in the fixing groove on mounting flange one.
The short torsional spring unit is made of short torsional spring, briquetting two, mounting flange two, and mounting flange two is solid with shaft on holder
Fixed connection, short torsional spring are set on holder in shaft, and one end of short torsional spring is fixedly connected by briquetting two with display screen connecting plate,
The other end is put in the sliding slot on mounting flange two, and limiting plate is set in sliding slot.
The damping unit is made of friction plate, fixed plate and adjusting bolt, and friction plate is Ω shapes, is set on holder and is turned
On axis, pivoting friction pair is formed between shaft on holder；The opening of friction plate passes through fixed plate as seam, one end is adjusted
It is fixedly connected with bolt with display screen connecting plate, the opening degree realization that the other end changes adjusting seam by adjusting bolt rubs to rotation
Wipe the adjusting of secondary frictional resistance.
The main machine base is made of left pedestal and right pedestal, between left pedestal and left socle, right pedestal and right support it
Between set holder lower rotary shaft respectively；Holder lower rotary shaft is fixedly connected with left socle/right support, holder lower rotary shaft and left pedestal/right bottom
Seat is rotatably coupled；Be respectively equipped with spring unit in left pedestal and right pedestal, spring unit by multiple compressed springs, axle sleeve and
Spring pressure bar forms, and one end of compressed spring holds out against on left pedestal/right pedestal, the other end pass through spring pressure bar and axle sleeve one
End is hinged, and the other end of axle sleeve is fixedly connected with holder lower rotary shaft.
Integrated computer display screen hovers mechanism, is additionally provided with connecting rod two, connecting rod two as the void in four-bar linkage about
Beam；Left socle, right support outside set groove respectively, connecting rod one and connecting rod two are set in groove；The upper end point of connecting rod one, connecting rod two
It is not hinged with upper link block, and hinge joint is using the axis of shaft on holder as symmetry axis；Upper link block is solid with display screen connecting plate
It is fixed to connect and rotate therewith；Connecting rod one, the lower end of connecting rod two are hinged with lower connecting block respectively, and hinge joint is with lower turn of holder
The axis of axis is symmetry axis, and lower connecting block is fixedly connected with left pedestal/right pedestal.
Integrated computer includes any one integrated computer display screen hovering described above mechanism.
Compared with prior art, the utility model has the beneficial effects that：
1) display screen of integrated computer can be rotated, be moved and stop at an arbitrary position in a certain range, to side
Just display screen is adjusted to suitable position and angle by user when using integrated computer, is brought to user and is preferably used body
It tests；
2) simple in structure, easy to use, ingenious in design, good appearance；
3) it is equipped with damping unit, it can be according to screen weights regulating friction force size, strong applicability.
Description of the drawings
Fig. 1 is the dimensional structure diagram of integrated computer display screen hovering described in the utility model mechanism.
Fig. 2 is the front view of Fig. 1.
Fig. 3 is the side view of Fig. 1.
Fig. 4 is the principle schematic of four-bar linkage described in the utility model.
Fig. 5 is the partial enlarged view of spring unit described in the utility model.
Fig. 6 is the structural schematic diagram of integrated computer described in the utility model.
In figure：1. shaft 7. on 2. long torsional spring of holder, 3. 4. short torsional spring of friction plate, 5. display screen connecting plate, 6. holder
12. briquetting of compressed spring 8. holder lower rotary shaft, 9. main machine base, 10. axle sleeve, 11. spring pressure bar, one 13. briquetting 2 14.
Link block on 18. mounting flange of connecting rod one 15. connecting rod, 2 16. display screen, 17. host, one 19. mounting flange 2 20.
21. lower connecting block
Specific implementation mode
Specific embodiment of the present utility model is described further below in conjunction with the accompanying drawings：
As shown in figs 1 to 6, integrated computer display screen hovering described in the utility model mechanism, including four-bar mechanism list
Member, damping unit, spring unit, long torsional spring unit and short torsional spring unit；Four-bar mechanism unit is by display screen connecting plate 5, holder
1, connecting rod 1 and main machine base 9 form, as shown in figure 4,9 groups of display screen connecting plate 5, holder 1, connecting rod 1 and main machine base
At four-bar linkage, main machine base 9 is used as side link as the rack in four-bar linkage, holder 1 and connecting rod 1, shows
Display screen connecting plate 5 is used as connecting rod；As shown in Figure 1 and Figure 2, display screen connecting plate 5 is for being integrally connected computer screen 16；
Long torsional spring 2 is set in long torsional spring unit, short torsional spring 4 is set in short torsional spring unit, and friction plate 3, long torsional spring 2, short torsion are set in damping unit
Limit when spring 4 and friction plate 3 are used to relatively rotate between display screen connecting plate 5 and holder 1；Multiple pressures are set in spring unit
Contracting spring 7；Long torsional spring unit and spring unit cooperation, it is real for balancing gravity of the display screen 16 relative to vertical direction hypsokinesis when
Existing self-locking, the gravity that short torsional spring unit is used to balance when display screen 16 leans forward relative to vertical direction realize self-locking, damping unit
Size for adjusting self-lock force；Main machine base 9 with the host 17 of integrated computer for connecting；In four-bar mechanism unit, resistance
Buddhist nun's unit, spring unit, long torsional spring unit and short torsional spring unit collective effect under, display screen 16 can limit range inward turning
Turn, move and stop at an arbitrary position, that is, realizes hovering；When display screen 16 hovers, the torque of 16 gravity of display screen generation, long torsion
The sum of the moment of friction of torque, the torque that compressed spring 7 generates and the generation of friction plate 3 that 2/ short torsional spring 4 of spring generates is zero.
The holder 1 is made of symmetrically arranged left socle, right support, and left socle and right support are respectively arranged on display screen company
The both sides of fishplate bar 5 are equipped with shaft 6 on holder, are fixedly connected between shaft 6 and holder 1 on holder between left socle and right support；
5 both ends of display screen connecting plate set collar bush in shaft 6 on holder, enable 6 turns of shaft on holder of display screen connecting plate 5
It is dynamic.
The long torsional spring unit is made of long torsional spring 2, briquetting 1 and mounting flange 1, mounting flange 1 and holder
Upper shaft 6 is fixedly connected, and long torsional spring 2 is set on holder in shaft 6, and one end of long torsional spring 2 passes through briquetting 1 and display screen
Connecting plate 5 is fixedly connected, and the other end is put in the fixing groove on mounting flange 1.
The short torsional spring unit is made of short torsional spring 4, briquetting 2 13, mounting flange 2 19, mounting flange 2 19 and holder
Upper shaft 6 is fixedly connected, and short torsional spring 4 is set on holder in shaft 6, and one end of short torsional spring 4 passes through briquetting 2 13 and display screen
Connecting plate 5 is fixedly connected, and the other end is put in the sliding slot on mounting flange 2 19, and limiting plate is set in sliding slot.
The damping unit is made of friction plate 3, fixed plate and adjusting bolt, and friction plate 3 is Ω shapes, is set on holder
In shaft 6, pivoting friction pair is formed between shaft on holder 6；The opening of friction plate 3 passes through as seam, one end is adjusted
Fixed plate and bolt are fixedly connected with display screen connecting plate 5, and the other end changes the opening degree realization for adjusting seam by adjusting bolt
Adjusting to pivoting friction pair frictional resistance.
The main machine base 9 is made of left pedestal and right pedestal, between left pedestal and left socle, right pedestal and right support it
Between set holder lower rotary shaft 8 respectively；Holder lower rotary shaft 8 is fixedly connected with left socle/right support, holder lower rotary shaft 8 and left pedestal/right side
Pedestal is rotatably coupled；Spring unit is respectively equipped in left pedestal and right pedestal, spring unit is by multiple compressed springs 7, axis
Set 10 and spring pressure bar 11 form, and one end of compressed spring 7 is held out against on left pedestal/right pedestal, and the other end passes through spring pressure bar
11 is hinged with one end of axle sleeve 10, and the other end of axle sleeve 10 is fixedly connected with holder lower rotary shaft 8.
As shown in figure 3, being additionally provided with connecting rod 2 15, connecting rod in integrated computer display screen hovering described in the utility model mechanism
2 15 as the passive constraint in four-bar linkage；Left socle, right support outside set groove respectively, connecting rod 1 is set in groove
With connecting rod 2 15；Connecting rod 1, the upper end of connecting rod 2 15 are hinged with upper link block 20 respectively, and hinge joint is with shaft on holder 6
Axis be symmetry axis；Upper link block 20 is fixedly connected with display screen connecting plate 5 and can rotate therewith；Connecting rod 1, connecting rod
2 15 lower end is hinged with lower connecting block 21 respectively, and hinge joint is using the axis of holder lower rotary shaft 8 as symmetry axis, lower connecting block 21
It is fixedly connected with left pedestal/right pedestal.
As shown in fig. 6, integrated computer described in the utility model, includes that any one integrated computer described above is aobvious
Display screen hovering mechanism.
The operation principle of integrated computer display screen hovering described in the utility model mechanism is as follows, as shown in figure 4, four bar machines
The degree of freedom of the four-bar linkage constituted in structure unit is 1, and one end of long torsional spring 2 acts on display screen link 5, separately
One end acts on holder 1, the hinge axis (shaft 6 on holder) of the center line and display screen connecting plate 5 and holder 1 of long torsional spring 2
Axis overlap.One end of short torsional spring 4 acts on display screen link 5, and the other end acts on holder 1, in short torsional spring 4
Heart line is overlapped with the axis of display screen connecting plate 5 and the hinge axis (shaft 6 on holder) of holder 1.One end of compressed spring 7 acts on
On main machine base 9, the other end acts on holder lower rotary shaft 8, when the lower fulcrum of holder 1 is around holder 1 and main machine base 9
When hinge axis (holder lower rotary shaft 8) is rotated to specific direction, compressed spring 7 is compressed.Display screen 16 is set to rotate when applying external force
When, since four-bar linkage only has one degree of freedom, holder 1, connecting rod 1 that relative motion can occur, when rotation to random angle
Degree, when external force cancels, the gravity of display screen 16 and the power of 2/ short torsional spring 4 of long torsional spring generation, the power of the generation of compressed spring 7, friction
The frictional force that piece 3 generates offsets, at this time the stress balance of whole system, 16 remains stationary state of display screen, aobvious to realize
The hovering of display screen 16.
Following embodiment is implemented under premised on technical solutions of the utility model, gives detailed embodiment
With specific operating process, but the scope of protection of the utility model is not limited to following embodiments.Employed in following embodiments
Technological means be conventional technical means unless otherwise instructed.
【Embodiment】
As shown in fig. 6, display screen 16 is fixedly connected by bolt with display screen connecting plate 5.Display screen 16 is vertical at this time
State (perpendicular to horizontal plane), system keep balance under the torque that the gravity and short torsional spring 4 of display screen 16 provide.
4 one end of short torsional spring is fixed on by briquetting 2 13 on display screen connecting plate 5.One end is put on mounting flange 2 19
In sliding slot, shaft 6 is bolted to connection with holder 1 on holder.Limiting plate realization is set in sliding slot on mounting flange 2 19
Unilateral side closing, when display screen 16 is rotated counterclockwise centered on the axis of shaft on holder 6, the limiting plate in sliding slot is to short torsion
The rotation of spring 4 plays position-limiting action, generates torsional moment；When rotating clockwise, short torsional spring 4 is slided along sliding slot, does not generate twisting resistance
Square.In the utility model, short torsional spring unit mainly plays position-limiting action, so that display screen 16 is kept vertical state and cannot turn counterclockwise
Dynamic (display screen rotates counterclockwise the use habit that is not accordant to the old routine), only rotates clockwise.
When user adjusts 16 angle of display screen, external force can be applied to display screen 16, make display screen 16 on holder
(position as shown in Figure 6) rotates an angle to shaft 6 clockwise, at this point, the lower fulcrum of holder 1 can be with the axis of holder lower rotary shaft 8
Corresponding angle is rotated centered on line counterclockwise；As shown in Figure 1, one end due to long torsional spring 2 is fixedly connected by briquetting 1
On display screen connecting plate 5, the other end is fixed in the mounting groove of mounting flange 1, and shaft 6 passes through spiral shell with holder 1 on holder
Bolt is fixedly connected, and when display screen 16 and the generation relative motion of holder 1, long torsional spring 2 will produce a torsional moment, the twisting resistance
Square can prevent display screen 16 from rotating clockwise.
As shown in figure 5, holder 1 is bolted to connection with holder lower rotary shaft 8, one end fixed host computer of compressed spring 7
On pedestal 9, the other end is fixed with spring pressure bar 11, and spring pressure bar 11 and the axle sleeve 10 on holder lower rotary shaft 8 are hinged, form one
Revolute, axle sleeve 10 are fixedly connected with holder lower rotary shaft 8.Main machine base 9 and host 17 be bolted to connection together,
Host 17 and main machine base 9 are stationary in practical application, so main machine base 9 is used as the machine in four-bar linkage
The rack of structure is fixed.When display screen 16 is rotated clockwise centered on the axis of shaft on holder 6, due to four bar of plane
Mechanism only has one degree of freedom, and 1 lower fulcrum of holder will counterclockwise be rotated centered on the axis of holder lower rotary shaft 8, and be driven
Holder lower rotary shaft 8 and axle sleeve 10 thereon rotate, and to make compressed spring 7 be compressed, the torque of generation is for preventing holder 1 inverse
Hour hands rotate, that is, display screen 16 is prevented to rotate clockwise.
As shown in Figure 1, friction plate 3 is sleeved on holder in shaft 6, the two forms friction pair, an open end of friction plate 3
It is fixed on display screen connecting plate 5 by connecting plate and bolt, another open end passes through the two of friction plate 3 by adjusting bolt
A open end is clamped on holder in shaft 6, can be adjusted by adjusting bolt and be rubbed between shaft 6 on friction plate 3 and holder
The size of damping.No matter display screen 16 is rotated clockwise or is rotated counterclockwise, which is used to prevent display screen 16 always
Rotation.
When display screen 16 is adjusted to suitable angle by user, and after removing external force, whole system remains stationary is that is, aobvious
The torque that 16 gravity of display screen generates+long torsional spring 2 generates torque+friction plate 3 that torque+compressed spring 7 generates and generates moment of friction
=zero.With the difference of rotation angle, the torque of 16 gravity of display screen generation, long torsional spring 2 generate torque, compressed spring 7 generates
Torque all be variation, but be also it is computable.Since the moment of friction that friction plate 3 generates is a value range, Ke Yiyong
In the resultant force for offsetting above-mentioned three kinds of torque addition.In this way offset after, be zero with joint efforts so that display screen 16 any one angle all
It can stop, to meet the requirement of display screen hovering.
The preferable specific implementation mode of the above, only the utility model, but the scope of protection of the utility model is not
Be confined to this, any one skilled in the art within the technical scope disclosed by the utility model, according to this practicality
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (8)
1. integrated computer display screen hover mechanism, which is characterized in that including four-bar mechanism unit, damping unit, spring unit,
Long torsional spring unit and short torsional spring unit；Four-bar mechanism unit is made of display screen connecting plate, holder, connecting rod one and main machine base,
Display screen connecting plate, holder, connecting rod one and main machine base form four-bar linkage, and main machine base is as in four-bar linkage
Rack, holder and connecting rod one be used as side link, and display screen connecting plate is as connecting rod；Display screen connecting plate is based on being integrally connected
The display screen of calculation machine；Long torsional spring is set in long torsional spring unit, short torsional spring is set in short torsional spring unit, and friction plate is set in damping unit, it is long
Limit when torsional spring, short torsional spring and friction plate are used to relatively rotate between display screen connecting plate and holder；It is set in spring unit
Multiple compressed springs；Long torsional spring unit and spring unit cooperation, for balancing weight of the display screen relative to vertical direction hypsokinesis when
Power realizes that self-locking, short torsional spring unit are used to balance gravity when display screen leans forward relative to vertical direction and realize that self-locking, damping are single
Size of the member for adjusting self-lock force；Main machine base with the host of integrated computer for connecting；In four-bar mechanism unit, damping
Unit, spring unit, long torsional spring unit and short torsional spring unit collective effect under, display screen can limit rotation in range,
It moves and stops at an arbitrary position, that is, realize hovering；When display screen hovers, the torque of display screen gravity generation, long torsional spring/short torsion
The sum of the moment of friction of torque, the torque that compressed spring generates and friction plate generation that spring generates is zero.
The mechanism 2. integrated computer display screen according to claim 1 hovers, which is characterized in that the holder is by symmetrically setting
Left socle, the right support composition set, left socle and right support are respectively arranged on the both sides of display screen connecting plate, left socle and right support
Between be equipped with shaft on holder, be fixedly connected between shaft and holder on holder；Display screen connecting plate both ends set collar bush and are mounted in
On holder in shaft, display screen connecting plate shaft on holder is enable to rotate.
The mechanism 3. integrated computer display screen according to claim 1 hovers, which is characterized in that the long torsional spring unit by
Long torsional spring, briquetting one and mounting flange one form, and mounting flange one is fixedly connected with shaft on holder, and long torsional spring is set in holder
In upper shaft, one end of long torsional spring is fixedly connected by briquetting one with display screen connecting plate, and the other end is put on mounting flange one
Fixing groove in.
The mechanism 4. integrated computer display screen according to claim 1 hovers, which is characterized in that the short torsional spring unit by
Short torsional spring, briquetting two, mounting flange two form, and mounting flange two is fixedly connected with shaft on holder, and short torsional spring is set in holder
In upper shaft, one end of short torsional spring is fixedly connected by briquetting two with display screen connecting plate, and the other end is put on mounting flange two
Sliding slot in, limiting plate is set in sliding slot.
The mechanism 5. integrated computer display screen according to claim 1 hovers, which is characterized in that the damping unit is by rubbing
Pad, fixed plate and adjusting bolt composition, friction plate are Ω shapes, are set on holder in shaft, the shape between shaft on holder
At pivoting friction pair；For the opening of friction plate as seam is adjusted, one end is solid by fixed plate and bolt and display screen connecting plate
Fixed connection, the other end realize the adjusting to pivoting friction pair frictional resistance by the opening degree of adjusting bolt change adjusting seam.
The mechanism 6. integrated computer display screen according to claim 1 hovers, which is characterized in that the main machine base is by a left side
Pedestal and right pedestal composition, holder lower rotary shaft is set between left pedestal and left socle, between right pedestal and right support respectively；Under holder
Shaft is fixedly connected with left socle/right support, and holder lower rotary shaft is rotatably coupled with left pedestal/right pedestal；Left pedestal and the right side
Spring unit is respectively equipped in pedestal, spring unit is made of multiple compressed springs, axle sleeve and spring pressure bar, and the one of compressed spring
End is held out against on left pedestal/right pedestal, and the other end is hinged by one end of spring pressure bar and axle sleeve, the other end and holder of axle sleeve
Lower rotary shaft is fixedly connected.
The mechanism 7. integrated computer display screen according to claim 1 hovers, which is characterized in that be additionally provided with connecting rod two, even
Bar two is as the passive constraint in four-bar linkage；Left socle, right support outside set groove respectively, one He of connecting rod is set in groove
Connecting rod two；Connecting rod one, the upper end of connecting rod two are hinged with upper link block respectively, and hinge joint is symmetrical with the axis of shaft on holder
Axis；Upper link block is fixedly connected with display screen connecting plate and can rotate therewith；Connecting rod one, connecting rod two lower end respectively with lower company
It is hinged to connect block, and hinge joint, using the axis of holder lower rotary shaft as symmetry axis, lower connecting block is fixedly connected with left pedestal/right pedestal.
8. integrated computer, which is characterized in that include any one integrated computer display screen hovering machine in claim 1-7
Structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820243341.5U CN207924569U (en) | 2018-02-11 | 2018-02-11 | Integrated computer display screen hovering mechanism and the integrated computer comprising the mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820243341.5U CN207924569U (en) | 2018-02-11 | 2018-02-11 | Integrated computer display screen hovering mechanism and the integrated computer comprising the mechanism |
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| Publication Number | Publication Date |
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| CN207924569U true CN207924569U (en) | 2018-09-28 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108170219A (en) * | 2018-02-11 | 2018-06-15 | 鞍山佳创博科技有限公司 | Integrated computer display screen hovering mechanism and the integrated computer comprising the mechanism |
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2018
- 2018-02-11 CN CN201820243341.5U patent/CN207924569U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108170219A (en) * | 2018-02-11 | 2018-06-15 | 鞍山佳创博科技有限公司 | Integrated computer display screen hovering mechanism and the integrated computer comprising the mechanism |
| CN108170219B (en) * | 2018-02-11 | 2024-04-30 | 鞍山佳创博科技有限公司 | Integrated computer display screen hovering mechanism and integrated computer comprising same |
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