CN205605634U - How much synchronous pivot wares of restriction - Google Patents
How much synchronous pivot wares of restriction Download PDFInfo
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- CN205605634U CN205605634U CN201620395422.8U CN201620395422U CN205605634U CN 205605634 U CN205605634 U CN 205605634U CN 201620395422 U CN201620395422 U CN 201620395422U CN 205605634 U CN205605634 U CN 205605634U
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Abstract
The utility model discloses a how much synchronous pivot wares of restriction contains double -phasely to the montage seat, double -phasely is equipped with butt joint portion and combination portion respectively to the montage seat, and the butt joint part do not is equipped with central looks butt clamp groove and outside looks butt clamp groove it transversely runs through most shaft holes to be equipped with respectively between central authorities looks butt clamp groove and the outside looks butt clamp groove to wear to locate with the looks counter shaft the shaft hole, wherein interlock torsion born of the same parents member is assembled respectively to a set of relative axle and another group's looks counter shaft, coordinates the wheel base between the looks counter shaft, and torsion axle sleeve born of the same parents produce how much required restrictions and make the pivot ware give birth to required location torsion with the movable property to the restriction of wheel base to can more retrench and reliable structure under open and shut the pivot ware and fix a position required different operating angle positions.
Description
Technical field
This utility model relates to a kind of pivot device, particularly to a kind of geometry limits synchronization pivot device.
Background technology
Mobile computer etc portable electronic equipment is substantially by can the display screen upper cover of folding toward each other be formed with host computer system end, pivot device it is typically provided with between display screen upper cover and host computer system end, carry out the opening and closing movement of display screen upper cover and host computer system end as action axle center through pivot device, this modern class of electronic devices can make upper cover display screen and host computer system end mutually positioning can be user-friendly for operation in various different angles by twin shaft with dynamic pivot device.
This type of twin shaft existing mainly has one first pivot with the structure of dynamic pivot device and together rotates with upper cover display screen, and second pivot being oppositely arranged with described first pivot together rotates with host computer system end.As a example by upper cover display screen is opened to the angle facilitating user to operate by host computer system end upper surface, this type of pivot device generally to arrange relevant torsion and detent mechanism, and upper cover display screen and host computer system end are positioned at different work angle positions.
Upper cover display screen to be positioned at the position of setting with dynamic pivot device by this type of twin shaft, mainly rely on the torsion align member being arranged on two relative pivot shaft, including such as relative to concave and most torsion pad, and coordinate two relative pivot ends thread lockings integral with a hold-doun nut described relative concave and most torsion pad, this kind of twin shaft is many with the torsion align member not only part of dynamic pivot device, assembling operation more bothers with inconvenient, and time cost during volume production is the highest.
Utility model content
In order to make up above deficiency, this utility model provides a kind of geometry limits synchronization pivot device, this geometry limits synchronization pivot device simple in construction, low cost of manufacture.
nullThis utility model be the technical scheme is that a kind of geometry limits synchronization pivot device to solve its technical problem，Comprise: first、Two group seat-joineds、First、Two、Three、Four axles and first、Two torsion born of the same parents' components，Described first、The side that two group seat-joineds are relative forms first respectively、Two docking sections，First、The opposing side of two group seat-joineds formed respectively for connect that electronic equipment display screen curtain upper cover and host computer system end assemble first、Two combination sections，First docking section of wherein said first group seat-joined is provided with the first clip slot of a central opening，Second docking section of the second group seat-joined is provided with the second clip slot of a central opening，And first、Two clip slot openings are the most right，The first axis hole run through it is correspondingly provided with on first clip slot two side on described first group seat-joined，The second axis hole run through it is correspondingly provided with on second clip slot two side on second group seat-joined，It is also formed with clip slot outside first on first group seat-joined one sidewall，It is also formed with clip slot outside second on second group seat-joined one sidewall，Outside first, clip slot sidewall is provided with Triaxial hole，Outside second, clip slot sidewall is provided with the 4th axis hole，Described first torsion born of the same parents' component is inserted in first、In two clip slots，Second torsion born of the same parents' component is located at first、Two group seat-joined sides，First torsion born of the same parents' component is respectively arranged at two ends with first、Two torsion axle sleeves，Second torsion born of the same parents' component is respectively arranged at two ends with the 3rd、Four torsion axle sleeves，First axle axial retention is inserted in the first torsion axle sleeve of the first axis hole and first torsion born of the same parents' component，Second axle axial retention is inserted in the second torsion axle sleeve of the second axis hole and first torsion born of the same parents' component，3rd axle axial retention is inserted in the 3rd torsion axle sleeve of Triaxial hole and second torsion born of the same parents' component，4th axle stop is inserted in the 4th torsion axle sleeve of the 4th axis hole and second torsion born of the same parents' component，Described first、Three axles connect relative to the first group seat-joined circumferencial direction stop，Second、Four axles connect relative to the second group seat-joined circumferencial direction stop，First、Two axles are relative to the first of first torsion born of the same parents' component two ends、Two torsion axle sleeve circumferencial directions can be rotationally connected，3rd、Four axles are relative to the 3rd of second torsion born of the same parents' component two ends the、Four torsion axle sleeve circumferencial directions can be rotationally connected.
As further improvement of the utility model, described first, second, third and fourth torsion axle sleeve respectively first and second is stated torsion born of the same parents' component two ends and is wound into the elastic double team structure containing end notches.
As further improvement of the utility model, it is to have different radially length structure in the setpoint distance position of axle body that described first axle, the 3rd axle and the second axle, the 4th axle interlock the structure of described first and second torsion born of the same parents' component.
As further improvement of the utility model, above-mentioned first, second, third and fourth axle being formed with non-circular structure, first, second, third and fourth axis hole is the non-circular hole matched.
As further improvement of the utility model, one or both combination in some closing pads that described first and second torsion born of the same parents' component is respectively superimposed, some open pads, separate first and second through hole it is equipped with on the most each closing pad, and it is communicated with groove between first and second through hole, each open pad is provided with separate first and second open through hole, and described first and second open through-hole side wall is formed with the hatch frame with ft connection.
nullA kind of geometry limits synchronization pivot device，Comprise: first、Two group seat-joineds、First、Two、Three、Four axles、First torsion born of the same parents' component and first、Two connecting rods，Described first、The side that two group seat-joineds are relative forms first respectively、Two docking sections，First、The opposing side of two group seat-joineds formed respectively for connect that electronic equipment display screen curtain upper cover and host computer system end assemble first、Two combination sections，First docking section of wherein said first group seat-joined is provided with the first clip slot of a central opening，Second docking section of the second group seat-joined is provided with the second clip slot of a central opening，And first、Two clip slot openings are the most right，The first axis hole run through it is correspondingly provided with on first clip slot two side on described first group seat-joined，The second axis hole run through it is correspondingly provided with on second clip slot two side on second group seat-joined，It is additionally provided with Triaxial hole on first group seat-joined one sidewall，It is additionally provided with the 4th axis hole on second group seat-joined one sidewall，It is additionally provided with the 5th axis hole on another sidewall of first group seat-joined，It is additionally provided with the 6th axis hole on another sidewall of second group seat-joined，Described first torsion born of the same parents' component is inserted in first、In two clip slots，First connecting rod is located at first、Two group seat-joined sides，Second connecting rod is located at first、Two group seat-joined opposite sides，First torsion born of the same parents' component is respectively arranged at two ends with first、Two torsion axle sleeves，First connecting rod is respectively arranged at two ends with the 7th、Eight axis holes，Second connecting rod is respectively arranged at two ends with the 9th、Ten axis holes，First axle axial retention is inserted in the first torsion axle sleeve of the first axis hole and first torsion born of the same parents' component，Second axle axial retention is inserted in the second torsion axle sleeve of the second axis hole and first torsion born of the same parents' component，3rd axle axial retention is inserted in Triaxial hole、7th axis hole、In 5th axis hole and the 9th axis hole，4th axle axial retention is inserted in the 4th axis hole、8th axis hole、In 6th axis hole and the tenth axis hole，Described first axle connects relative to the first group seat-joined circumferencial direction stop，Second axle connects relative to the second group seat-joined circumferencial direction stop，3rd axle can be rotationally connected relative to the first group seat-joined circumferencial direction，Second group seat-joined circumferencial direction can be rotationally connected by the 4th axle，First、Two axles are relative to the first of first torsion born of the same parents' component two ends、Two torsion axle sleeve circumferencial directions can be rotationally connected，3rd、Four axles are relative to first、The 7th of two connecting rod two ends、Eight、Nine、Ten torsion axle sleeve circumferencial directions can be rotationally connected.
As further improvement of the utility model, described first, second, third and fourth torsion axle sleeve respectively first and second is stated torsion born of the same parents' component two ends and is wound into the elastic double team structure containing end notches.
As further improvement of the utility model, it is to have different radially length structure in the setpoint distance position of axle body that described first axle, the second axle interlock the structure of described first torsion born of the same parents' component.
As further improvement of the utility model, above-mentioned first and second axle being formed with non-circular structure, first and second axis hole is the non-circular hole matched, and third and fourth axle is circular shaft, third and fourth, five, six axis holes be circular hole.
As further improvement of the utility model, one or both combination in some closing pads that described first and second torsion born of the same parents' component is respectively superimposed, some open pads, separate first and second through hole it is equipped with on the most each closing pad, and it is communicated with groove between first and second through hole, each open pad is provided with separate first and second open through hole, and described first and second open through-hole side wall is formed with the hatch frame with ft connection.
Advantageous Effects of the present utility model is: this utility model is without using under complicated relevant concave and torsion component, this type of pivot device can be made to carry out twin shaft and to be positioned at different operating angle position with dynamic, make pivot device overall structure cost manufacturing cost can be greatly reduced because of part and the simplification of assembling operation program, and make the start of this type of pivot device the most quick reliable.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of this utility model first embodiment；
Fig. 2 is the exploded view of this utility model first embodiment；
Fig. 3 is the front view of this utility model first embodiment；
Fig. 4 be in Fig. 3 A-A to sectional view；
Fig. 5 is this utility model first embodiment preliminary closed action schematic diagram；
Fig. 6 is that this utility model first embodiment is further closed action schematic diagram；
Fig. 7 is the axonometric chart of this utility model the second embodiment；
Fig. 8 is the partial component amplification decomposition figure of this utility model the second embodiment；
Fig. 9 is the axonometric chart of this utility model the 3rd embodiment；
Figure 10 is the partial component amplification decomposition figure of this utility model the 3rd embodiment；
Figure 11 is the axonometric chart of this utility model the 4th embodiment；
Figure 12 is the exploded view of this utility model the 4th embodiment；
Figure 13 is the front view of this utility model the 4th embodiment；
Figure 14 is this utility model the 4th embodiment preliminary closed action schematic diagram；
Figure 15 is that this utility model the 4th embodiment is further closed action schematic diagram
Detailed description of the invention
nullEmbodiment: a kind of geometry limits synchronization pivot device，Comprise: first、Two group seat-joineds 10、20、First、Two、Three、Four axles 31、32、33、34 and first、Two torsion born of the same parents' components 40、50，Described first、Two group seat-joineds 10、20 relative sides form first respectively、Two docking sections 11、21，First、Two group seat-joineds 10、20 opposing sides formed respectively for connect that electronic equipment display screen curtain upper cover and host computer system end assemble first、Two combination sections 12、22，First、Two combination sections 12、22 can preset first respectively、Two through holes 121、221 connect electronic equipment display screen curtain upper cover and host computer system end for group respectively，First docking section of wherein said first group seat-joined is provided with the first clip slot 13 of a central opening，Second docking section of the second group seat-joined is provided with the second clip slot 23 of a central opening，And first、Two clip slot openings are the most right，The first axis hole 15 run through it is correspondingly provided with on first clip slot 13 two side on described first group seat-joined，The second axis hole 16 run through it is correspondingly provided with on second clip slot 23 two side on second group seat-joined，It is also formed with clip slot 14 outside first on first group seat-joined one sidewall，It is also formed with clip slot 24 outside second on second group seat-joined one sidewall，Outside first, clip slot 14 sidewall is provided with Triaxial hole 17，Outside second, clip slot 24 sidewall is provided with the 4th axis hole 18，Described first torsion born of the same parents' component is inserted in first、In two clip slots，Second torsion born of the same parents' component is located at first、Two group seat-joineds 10、20 sides，First torsion born of the same parents' component is respectively arranged at two ends with first、Two torsion axle sleeves 41、42，Second torsion born of the same parents' component is respectively arranged at two ends with the 3rd、Four torsion axle sleeves 51、52，First axle axial retention is inserted in the first torsion axle sleeve of the first axis hole 15 and first torsion born of the same parents' component，Second axle axial retention is inserted in the second torsion axle sleeve of the second axis hole 16 and first torsion born of the same parents' component，3rd axle axial retention is inserted in the 3rd torsion axle sleeve of Triaxial hole 17 and second torsion born of the same parents' component，4th axle stop is inserted in the 4th torsion axle sleeve of the 4th axis hole 18 and second torsion born of the same parents' component，Described first、Three axles connect relative to the first group seat-joined circumferencial direction stop，Second、Four axles connect relative to the second group seat-joined circumferencial direction stop，First、Two axles are relative to the first of first torsion born of the same parents' component two ends、Two torsion axle sleeves 41、42 circumferencial directions can be rotationally connected，3rd、Four axles are relative to the 3rd of second torsion born of the same parents' component two ends the、Four torsion axle sleeves 51、52 circumferencial directions can be rotationally connected，Assemble between described first axle and the 3rd axle and interlock first torsion born of the same parents' component，Then assemble between described second axle and the 4th axle and interlock second torsion born of the same parents' component，Coordinate the wheelbase between the wheelbase between above-mentioned first axle and the 3rd axle and the second axle and the 4th axle，Described first、Two torsion born of the same parents' components 40、50 are provided with torsion axle sleeve on the position of above-mentioned wheelbase respectively at two ends；Above-mentioned torsion axle sleeve set is for the restriction of above-mentioned wheelbase, and the geometry needed for generation limits and makes pivot device supply folding to required different operating angle position with the location torsion needed for movable property life.
Described first, second, third and fourth torsion axle sleeve respectively first and second is stated torsion born of the same parents' component two ends and is wound into the elastic structure that sandwiches containing end notches, and the elastic structure that sandwiches i.e. is limited by the geometry needed for producing for coordinating above-mentioned axostylus axostyle difference deflection angle to produce location torsion and reaches pivot device with moving effect.
It is to have different radially length structure in the setpoint distance position of axle body that described first axle, the 3rd axle and the second axle, the 4th axle interlock the structure of described first and second torsion born of the same parents' component 40,50, urges above-mentioned first and second torsion born of the same parents' component 40,50 when being used for deflecting.
Above-mentioned first, two, three, four axles 31, 32, 33, non-circular structure it is formed with on 34, first, two, three, four axles 31, 32, 33, 34 holes are the non-circular hole matched, first, two, three, four axles 31, 32, 33, it is respectively equipped with on the axle body of 34 and the most relatively scabbles face, make the radical length the most relatively scabbling between face less than the radical length between the radian of axle body periphery, make above-mentioned first axle 31, 3rd axle 33 and the second axle 32, 4th axle 34 can be with two relative group seat-joineds 10, the rotation of 20 and deflect arrival Different Diameter to extension position, and and then urge above-mentioned first, two, three, four torsion axle sleeves 41, 42, 51, location torsion needed for 52 formation.For making above-mentioned first axle the 31, the 3rd axle 33 and the second axle the 32, the 4th axle 34 can move in succession with first and second group seat-joined 10,20 groups, above-mentioned first axis hole the 15, second axis hole 16, Triaxial hole 17 and the 4th axis hole 18 form the section hole identical with above-mentioned first, second, third and fourth axle 31,32,33,34 axle body shape.
When this utility model open mode as shown in Figure 3 closes along direction shown in Fig. 5 arrow, due to by above-mentioned first, two, three, four torsion axle sleeves 41, 42, 51, 52 for the restriction of wheelbase, turn to the first axle 31 of diverse location, 3rd axle 33 and the second axle 32, different radical lengths because being formed at diverse location are formed geometry and limit by the 4th axle 34 axle body, above-mentioned first, two, three, four torsion axle sleeves 41, 42, 51, stress is produced location torsion by 52, and can be by first, two group seat-joineds 10, 2010, 20 are positioned at required various Difference angles, Fig. 6 then shows first, two group seat-joineds 10, 2010, 20 arrive closed position.
Described first, two torsion born of the same parents' components 40, the 50 some closing pads 501 being respectively superimposed, one or both combination in some open pads 511, it is equipped with separate first on the most each closing pad 501, two through holes 502, 503, and first, two through holes 502, groove 504 it is communicated with between 503, to form torque structure, each open pad 511 is provided with separate first, two open through holes 512, 513, described first, two open through holes 512, the hatch frame with ft connection it is formed with on 513 sidewalls, in order to form required torsion born of the same parents' structure.
nullA kind of geometry limits synchronization pivot device，Comprise: first、Two group seat-joineds 10、20、First、Two、Three、Four axles 31、32、33、34、First torsion born of the same parents' component and first、Two connecting rods 700、800，Described first、Two group seat-joineds 10、20 relative sides form first respectively、Two docking sections 11、21，First、Two group seat-joineds 10、20 opposing sides formed respectively for connect that electronic equipment display screen curtain upper cover and host computer system end assemble first、Two combination sections 12、22，First docking section of wherein said first group seat-joined is provided with the first clip slot 13 of a central opening，Second docking section of the second group seat-joined is provided with the second clip slot 23 of a central opening，And first、Two clip slot openings are the most right，The first axis hole 15 run through it is correspondingly provided with on first clip slot 13 two side on described first group seat-joined，The second axis hole 16 run through it is correspondingly provided with on second clip slot 23 two side on second group seat-joined，It is additionally provided with Triaxial hole 17 on first group seat-joined one sidewall，It is additionally provided with the 4th axis hole 18 on second group seat-joined one sidewall，It is additionally provided with the 5th axis hole on another sidewall of first group seat-joined，It is additionally provided with the 6th axis hole on another sidewall of second group seat-joined，Described first torsion born of the same parents' component is inserted in first、In two clip slots，First connecting rod is located at first、Two group seat-joineds 10、20 sides，Second connecting rod is located at first、Two group seat-joineds 10、20 opposite sides，First torsion born of the same parents' component is respectively arranged at two ends with first、Two torsion axle sleeves 41、42，First connecting rod is respectively arranged at two ends with the 7th、Eight axis holes，Second connecting rod is respectively arranged at two ends with the 9th、Ten axis holes，First axle axial retention is inserted in the first torsion axle sleeve of the first axis hole 15 and first torsion born of the same parents' component，Second axle axial retention is inserted in the second torsion axle sleeve of the second axis hole 16 and first torsion born of the same parents' component，3rd axle axial retention is inserted in Triaxial hole 17、7th axis hole、In 5th axis hole and the 9th axis hole，4th axle axial retention is inserted in the 4th axis hole 18、8th axis hole、In 6th axis hole and the tenth axis hole，Described first axle connects relative to the first group seat-joined circumferencial direction stop，Second axle connects relative to the second group seat-joined circumferencial direction stop，3rd axle can be rotationally connected relative to the first group seat-joined circumferencial direction，Second group seat-joined circumferencial direction can be rotationally connected by the 4th axle，First、Two axles are relative to the first of first torsion born of the same parents' component two ends、Two torsion axle sleeves 41、42 circumferencial directions can be rotationally connected，3rd、Four axles are relative to first、Two connecting rods 700、The 7th of 800 two ends、Eight、Nine、Ten torsion axle sleeve circumferencial directions can be rotationally connected，As shown in Figure 11 to Figure 13，Above-mentioned first、Two group seat-joineds 10、20 are opening and in closing process，Can be limited by geometry equally，And can be by first torsion born of the same parents' component by first、Two group seat-joineds 10、20 are positioned at required Difference angles with torque structure.
Described first, second, third and fourth torsion axle sleeve respectively first and second is stated torsion born of the same parents' component two ends and is wound into the elastic double team structure containing end notches.
It is to have different radially length structure in the setpoint distance position of axle body that described first axle, the second axle interlock the structure of described first torsion born of the same parents' component, urges above-mentioned first torsion born of the same parents' component when being used for deflecting.
It is formed with non-circular structure on above-mentioned first and second axle, first and second axis hole is the non-circular hole matched, third and fourth axle is circular shaft, third and fourth, five, six axis holes be circular hole, it is respectively equipped with on the axle body of first and second axle and the most relatively scabbles face, making the radical length the most relatively scabbling between face less than the radical length between the radian of axle body periphery, described first and second axis hole is the section hole identical with above-mentioned first and second axle axle body shape.
One or both combination in some closing pads 501 that described first and second torsion born of the same parents' component 40,50 is respectively superimposed, some open pads 511, separate first and second through hole 502,503 it is equipped with on the most each closing pad 501, and it is communicated with groove 504 between first and second through hole 502,503, each open pad 511 is provided with separate first and second open through hole 512,513, and described first and second open through hole 512,513 sidewall is formed with the hatch frame with ft connection.
Claims (10)
1. a geometry limits synchronization pivot device, is characterized by: comprise: the first,
Two group seat-joineds (10,20), first, second, third and fourth axle (31,32,33,34)
With first and second torsion born of the same parents' component (40,50), described first and second group seat-joined is relative
Side form first and second docking section (11,21), first and second group seat-joined respectively
Opposing side formed respectively for connect electronic equipment display screen curtain upper cover and main frame
First and second combination section (12,22) that system end assembles, wherein said first group connects
First docking section of seat is provided with first clip slot (13) of a central opening, and second
Second docking section of group seat-joined is provided with second clip slot (23) of a central opening,
And first and second clip slot opening the most right, the first clip slot two side on described first group seat-joined
On be correspondingly provided with the first axis hole (15) run through, the second clip slot two on the second group seat-joined
The second axis hole (16) run through it is correspondingly provided with, on the first group seat-joined one sidewall on sidewall
It is also formed with clip slot outside first (14), the second group seat-joined one sidewall is also formed with
Clip slot (24) outside second, outside first, clip slot sidewall is provided with Triaxial hole (17),
Outside second, clip slot sidewall is provided with the 4th axis hole (18), described first torsion born of the same parents' structure
Part is inserted in first and second clip slot, and second torsion born of the same parents' component is located at first and second group and is connect
Seat side, first torsion born of the same parents' component be respectively arranged at two ends with first and second torsion axle sleeve (41,
42), second torsion born of the same parents' component be respectively arranged at two ends with third and fourth torsion axle sleeve (51,
52), the first axle axial retention is inserted in the of the first axis hole and first torsion born of the same parents' component
In one torsion axle sleeve, the second axle axial retention is inserted in the second axis hole and the first torsion
In second torsion axle sleeve of born of the same parents' component, the 3rd axle axial retention be inserted in Triaxial hole and
In 3rd torsion axle sleeve of second torsion born of the same parents' component, the 4th axle stop is inserted in the 4th axle
In 4th torsion axle sleeve of hole and second torsion born of the same parents' component, described first and third axle is relative
First group seat-joined circumferencial direction stop connects, and second, four axles are relative to the second group seat-joined circle
Circumferential direction stop connect, first and second axle relative to first torsion born of the same parents' component two ends first,
Two torsion axle sleeve circumferencial directions can be rotationally connected, and third and fourth axle is relative to the second torsion
Third and fourth torsion axle sleeve circumferencial direction at born of the same parents' component two ends can be rotationally connected.
Geometry limits synchronization pivot device the most according to claim 1, is characterized by:
Torsion born of the same parents' component stated by described first, second, third and fourth torsion axle sleeve respectively first and second
Two ends are wound into and sandwich structure containing the elastic of end notches.
Geometry limits synchronization pivot device the most according to claim 1, is characterized by:
Described first axle, the 3rd axle and the second axle, the 4th axle interlock described first and second torsion
The structure of born of the same parents' component is to have different radical length knot in the setpoint distance position of axle body
Structure.
Geometry limits synchronization pivot device the most according to claim 3, is characterized by:
It is formed with non-circular structure on above-mentioned first, second, third and fourth axle, first, second and third,
Four axis holes are the non-circular hole matched.
Geometry limits synchronization pivot device the most according to claim 1, is characterized by:
Some closing pads that described first and second torsion born of the same parents' component is respectively superimposed
(501) one or both the combination, in some open pads (511), wherein
Separate first and second through hole (502,503) it is equipped with on each closing pad, and
Between first and second through hole, it is communicated with groove (504), each open pad sets
Having separate first and second open through hole (512,513), described first and second is open
The hatch frame with ft connection it is formed with on through-hole side wall.
6. a geometry limits synchronization pivot device, is characterized by: comprise: the first,
Two group seat-joineds, first, second, third and fourth axle, first torsion born of the same parents' component and first and second
Connecting rod (700,800), the side that described first and second group seat-joined is relative is formed respectively
First and second docking section, the opposing side of first and second group seat-joined formed respectively for
Connect first and second combination section that electronic equipment display screen curtain upper cover assembles with host computer system end,
First docking section of wherein said first group seat-joined is provided with the of a central opening
One clip slot, the second docking section of the second group seat-joined is provided with the second of a central opening
Clip slot, and first and second clip slot opening is the most right, the first clip slot on described first group seat-joined
The first axis hole run through it is correspondingly provided with, the second clip slot two on the second group seat-joined on two side
It is correspondingly provided with the second axis hole run through on sidewall, the first group seat-joined one sidewall is additionally provided with
Triaxial hole, the second group seat-joined one sidewall is additionally provided with the 4th axis hole, the first group seat-joined
It is additionally provided with the 5th axis hole on another sidewall, another sidewall of the second group seat-joined is additionally provided with
Six axis holes, described first torsion born of the same parents' component is inserted in first and second clip slot, and first even
First and second group seat-joined side is located at by bar, and it is another that second connecting rod is located at first and second group seat-joined
Side, first torsion born of the same parents' component is respectively arranged at two ends with first and second torsion axle sleeve, and first
Connecting rod is respectively arranged at two ends with the seven, the eight axis holes, second connecting rod is respectively arranged at two ends with the 9th,
Ten axis holes, the first axle axial retention is inserted in the first axis hole and first torsion born of the same parents' component
In first torsion axle sleeve, the second axle axial retention is inserted in be turned round in the second axis hole and first
In second torsion axle sleeve of power born of the same parents' component, the 3rd axle axial retention is inserted in the 3rd axle
In hole, the 7th axis hole, the 5th axis hole and the 9th axis hole, the 4th axle axial retention plugs
In the 4th axis hole, the 8th axis hole, the 6th axis hole and the tenth axis hole, described first axle
Relative first group seat-joined circumferencial direction stop connects, and the second axle is relative to the second group seat-joined circle
Circumferential direction stop connects, and the 3rd axle can the company of rotation relative to the first group seat-joined circumferencial direction
Connecing, the second group seat-joined circumferencial direction can be rotationally connected by the 4th axle, first and second axle
The first and second torsion axle sleeve circumferencial direction at relative first torsion born of the same parents' component two ends can turn
Be dynamically connected, third and fourth axle relative to first and second connecting rod two ends the seven, the eight, nine,
Ten torsion axle sleeve circumferencial directions can be rotationally connected.
Geometry limits synchronization pivot device the most according to claim 6, is characterized by:
Torsion born of the same parents' component stated by described first, second, third and fourth torsion axle sleeve respectively first and second
Two ends are wound into and sandwich structure containing the elastic of end notches.
Geometry limits synchronization pivot device the most according to claim 1, is characterized by:
It is at axle body that described first axle, the second axle interlock the structure of described first torsion born of the same parents' component
Setpoint distance position there is different radially length structure.
Geometry limits synchronization pivot device the most according to claim 8, is characterized by:
Being formed with non-circular structure on above-mentioned first and second axle, first and second axis hole is therewith
Coupling non-circular hole, third and fourth axle is circular shaft, third and fourth, five, six axis holes
For circular hole.
Geometry limits synchronization pivot device the most according to claim 6, its feature
For: some sealing pads that described first and second torsion born of the same parents' component is respectively superimposed
One or both combination in sheet, some open pads, the most each closing pad
On be equipped with separate first and second through hole, and the company of being provided with between first and second through hole
Groove, each open pad is provided with separate first and second open through hole, and described the
One, it is formed with the hatch frame with ft connection on two open through-hole side walls.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620395422.8U CN205605634U (en) | 2016-05-05 | 2016-05-05 | How much synchronous pivot wares of restriction |
Applications Claiming Priority (1)
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107237814A (en) * | 2017-08-08 | 2017-10-10 | 合肥联宝信息技术有限公司 | Rotating assembly and electronic equipment |
| CN107237813A (en) * | 2017-06-14 | 2017-10-10 | 苏州金钜松机电有限公司 | A kind of metal connecting piece |
| CN109152246A (en) * | 2017-06-16 | 2019-01-04 | 西安中兴新软件有限责任公司 | A kind of shaft and electronic equipment |
| CN110159647A (en) * | 2018-02-13 | 2019-08-23 | 仁宝电脑工业股份有限公司 | Multiaxial type rotary axis module and electronic device |
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2016
- 2016-05-05 CN CN201620395422.8U patent/CN205605634U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107237813A (en) * | 2017-06-14 | 2017-10-10 | 苏州金钜松机电有限公司 | A kind of metal connecting piece |
| CN109152246A (en) * | 2017-06-16 | 2019-01-04 | 西安中兴新软件有限责任公司 | A kind of shaft and electronic equipment |
| CN107237814A (en) * | 2017-08-08 | 2017-10-10 | 合肥联宝信息技术有限公司 | Rotating assembly and electronic equipment |
| CN107237814B (en) * | 2017-08-08 | 2023-11-24 | 合肥联宝信息技术有限公司 | Rotating shaft assembly and electronic equipment |
| CN110159647A (en) * | 2018-02-13 | 2019-08-23 | 仁宝电脑工业股份有限公司 | Multiaxial type rotary axis module and electronic device |
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