CN2898909Y - Screen cap spin axis structure - Google Patents

Screen cap spin axis structure Download PDF

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Publication number
CN2898909Y
CN2898909Y CN 200620001540 CN200620001540U CN2898909Y CN 2898909 Y CN2898909 Y CN 2898909Y CN 200620001540 CN200620001540 CN 200620001540 CN 200620001540 U CN200620001540 U CN 200620001540U CN 2898909 Y CN2898909 Y CN 2898909Y
Authority
CN
China
Prior art keywords
rotating shaft
force device
torque force
friction component
linkage unit
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN 200620001540
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Chinese (zh)
Inventor
苏永俊
胡友忠
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
GUANGJIN IND CO Ltd
Original Assignee
GUANGJIN IND CO Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by GUANGJIN IND CO Ltd filed Critical GUANGJIN IND CO Ltd
Priority to CN 200620001540 priority Critical patent/CN2898909Y/en
Application granted granted Critical
Publication of CN2898909Y publication Critical patent/CN2898909Y/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model is a screen cap rotating shaft structure mainly comprising a shaft base, a connection unit and a torsion device. The screen rotating shaft structure with easy assembly and small volume reduces the number of components. The direct arrangement of embedded slot on the side board of the shaft base and the butt with the torsion device decrease components and reduce the volume of whole assembly. In particular, less space can be occupied when the rotating shaft of the device is assembled on a notebook computer. Besides, when assembly is finished, the rotating shaft end riveted on the packing component can keep friction coefficient constant without variable torsion value caused by constant cover-lifting.

Description

Screen covers pivot structure
Technical field
The utility model relates to a kind of screen and cover pivot structure, be meant the pivot structure of using on the mobile computer screen that covers especially.
Background technology
Mobile computer ordering about now at scientific-technical progress and demand property, its light weight, thin and small size easily under the structure demand of carrying, what these functions had all developed at present is quite complete, so mobile computer is quite extensive in the use at present, and portably uses all very convenient.
Present employed mobile computer screen and computer mainframe structure, mostly be that screen is implemented flip on main frame, design according to the difference that starts function by rotating shaft, so whether the pivot structure excellent in design has influenced manufacturing, assembling and occupation space size or the like really in the necessary use of flip.And, general pivot structure, its axostylus axostyle is connected with torsion and forms and be located on web member for running through, and imposes the packing assembly at the axis body end, sealed approaching towards web member gradually by the packing assembly along the axis body axis direction, reach the torsion composition is oppressed mutually and is fastened on the axostylus axostyle.Yet, screw togather interlocking mutually with packing assembly and axis body, though torsion can be formed the packing combination, but after using at the regular hinge of turning gear, axis body and packing assembly interlocking place just get loose easily, slide, at this moment the torsion composition just can't reach the fastening effect of compressing, and this also will make torque value reduce, all can be influenced to the fixed angle value that starts at screen.
Moreover, also can make the rotating shaft volume increase relative taking up room under the too much situation of rotating assembly and also increase how can effectively lower rotating shaft and take up room and pivot structure is brought into play greatest benefit, be the actively emphasis of research and development of dealer in fact.
Summary of the invention
Fundamental purpose of the present utility model is to provide a kind of screen pivot structure of assembling easy and tool small size that has, wherein the utility model adopts the mode of directly establishing with embedding slot on the lateral connecting board of axle bed, utilization docks with torque force device to reach has advantages such as the use, the entire combination volume that reduce assembly are little, particularly can not take more space when the rotating shaft of this device is combined in mobile computer.
After another purpose of the present utility model was that assembling is finished, the roller end riveted was sentenced the effect with fixed friction coefficient at the packing assembly, and its torque value can not changed because of regular flip action.
For achieving the above object, the technical solution adopted in the utility model is: a kind of screen covers pivot structure, consisting predominantly of axle bed, linkage unit and torque force device constitutes, its central axis seat is penetrated with torque force device with linkage unit, this torque force device includes the friction component on the two sides that is located at lateral connecting board, protrude out in the rotating shaft in the axis hole outside to being socketed with a dish-like shell fragment and a packing assembly, include and turn round external member, a packing assembly, several friction components and several dish-like shell fragments and constitute, lock in rotating shaft by the packing assembly, with each assembly apparatus location;
First of the lateral connecting board upper and lower that axle bed connect to be provided with connects face and is provided with salient point, and another second connects lateral connecting board face and be provided with two embedding slots around axis hole, and this can be for friction component with its pilot hole combination at first salient point that connects face;
Linkage unit runs through axle bed axis hole and winding torque force device with the rotating shaft of its body one end, body end in addition is integrally formed with fulcrum, this fulcrum combines with a connecting piece after running through friction component, body is provided with protruding stopper, it is spacing that the retaining piece of this protruding stopper and friction component gets mutual block, this friction component not with linkage unit start simultaneously;
External member one side of turning round of torque force device is provided with two projections, and this turns round external member for the embedding slot of its projection contraposition on axle bed, turns round embedding slot set on external member and the axle bed for the locating effect behind postrotational preferable torque value and the hinge is provided.
Described rotating shaft is at packing assembly place with the roller end riveted running through after being combined with torque force device.
The technical solution adopted in the utility model also comprises: a kind of screen covers pivot structure, consisting predominantly of axle bed, linkage unit and torque force device constitutes, its central axis seat is penetrated with torque force device with linkage unit, this torque force device includes to be turned round external member, several dish-like shell fragments and packing assembly and constitutes, lock in rotating shaft by the packing assembly, with each assembly apparatus location;
Inboard and lateral surface can end part and friction component surely for being combined with respectively on the lateral connecting board that axle bed connects, below axis hole, be provided with the hole in position, the lateral connecting board outside, both sides on the lateral connecting board of axis hole both sides, position are provided with the solid groove of side, the solid groove in these both sides can embed the location for the two assembling ears that end part surely, the set salient point in friction component one side lower end is combination in the embedded hole, and the position is provided with embedding slot in the friction component another side;
Body one end of linkage unit is connected with conjunction, body hold in addition rotating shaft be run through surely end part and friction component after, assemble with torque force device, rotation via conjunction can drive the rotating shaft rotation, this body is provided with protruding stopper, it is spacing that this protruding stopper and the retaining piece that ends part surely get mutual block, retaining piece not with linkage unit start simultaneously;
Torque force device turn round external member one side and the friction component interface is provided with projection, must combine with the butt joint of the embedding slot of friction component.
Described rotating shaft is at packing assembly place with the roller end riveted running through after being combined with torque force device.
Compared with prior art, adopt the advantage that the utlity model has of technique scheme to be: it has assembles easily and the screen pivot structure of tool small size, have advantages such as the quantity, the entire combination volume that reduce assembly are little, particularly when the rotating shaft of this device is combined in mobile computer, can not take more space; And after assembling was finished, the roller end riveted was sentenced the effect with fixed friction coefficient at the packing assembly, and its torque value can not changed because of regular flip action.
Description of drawings
Fig. 1 is stereoscopic figure of the present utility model;
Fig. 2 is an exploded perspective view of the present utility model;
Fig. 3 is the utility model structure partial exploded perspective view;
Fig. 4 is that the utility model shows rotating shaft rotary state embodiment stereographic map one;
Fig. 5 is that the utility model shows rotating shaft rotary state embodiment stereographic map two;
Fig. 6 is that the utility model shows rotating shaft rotary state embodiment stereographic map three;
Fig. 7 is the stereoscopic figure of another embodiment of the utility model;
Fig. 8 is the exploded perspective view of another embodiment of the utility model;
Fig. 9 is another example structure exploded stereographic map of the utility model.
Description of reference numerals: 1 axle bed; 11 lateral connecting boards; 111 axis holes; 112 first connect face; 113 salient points; 114 second connect face; 115 embedding slots; 12 friction components; 121 retaining pieces; 122 pilot holes; 123 oil storage grooves; 2 linkage units; 21 bodies; 211 protruding stoppers; 22 rotating shafts; 23 fulcrums; 24 connecting pieces; 3 torque force devices; 31 turn round external member; 311 projections; 32 friction components; 32 ' fixation kit; 33 dish-like shell fragments; 34 packing assemblies; 4 axle beds; 41 lateral connecting boards; 411 axis holes; The solid groove of 412 sides; 413 holes; 42 friction components; 421 salient points; 422 embedding slots; 43 end part surely; 431 retaining pieces; 432 assembling ears; 5 linkage units; 51 bodies; 511 protruding stoppers; 52 rotating shafts; 53 conjunctions; 6 torque force devices; 61 turn round external member; 611 projections; 62 dish-like shell fragments; 63 packing assemblies.
Embodiment
See also Fig. 1 to shown in Figure 3, screen of the present utility model covers pivot structure and mainly is made of axle bed 1, linkage unit 2 and torque force device 3, the lateral connecting board 11 that its central axis seat 1 one bending connects is provided with axis hole 111, connect at first below the axis hole 111 in lateral connecting board 11 1 side positions and to be provided with salient point 113 on the face 112, second of lateral connecting board 11 connects and is looped around two embedding slots 115 that axis hole 111 places are provided with the setting with 180 ° on the face 114, and these can be for friction component 12 with its pilot hole 122 combinations at first salient point 113 that connects face 112.
This linkage unit 2 is that the rotating shaft 22 with its body 21 1 ends runs through axis hole 111 and establishes after being nested with friction component 32,12, body 21 other ends at linkage unit 2 are integrally formed with fulcrum 23, this fulcrum 23 is directly to combine with connecting piece 24 to fix, rotation by connecting piece 24 can drive rotating shaft 22 rotations, for promoting good friction power, on friction component 12 surfaces, be provided with oil storage groove 123, the tool lubricant effect that makes.
Torque force device 3 includes to be turned round external member 31, a packing assembly 34, a friction component 32, a fixation kit 32 ' and several dish-like shell fragments 33 and constitutes, wherein packing assembly 34 and fixation kit 32 ' must with rotating shaft 22 coincide socket and starts with rotating shaft 22, lock in rotating shaft 22 by packing assembly 34, therefore must reach the torsion setting that tentatively control torque force device 3 is provided with.And, above assembly all be connected unit 2 rotating shaft 22 run through fixing, by being located at compositions such as friction component 32 on the linkage unit 2 and dish-like shell fragment 33, must make mobile computer when flip, can reach the anti-friction scrape along with this torque force device 3 and strengthen torque value, make linkage unit 2 no wear phenomenons simultaneously.
And above-mentioned external member 31 1 sides of turning round are to be provided with two projections 311 that are provided with 180 °, and this turns round external member 31 is with the embedding slot 115 of its projection 311 contrapositions on axle bed 1.
When all component of above-mentioned torque force device 3 all be assembled on the linkage unit 2 in conjunction with after, located by packing assembly 34, and in the 34 outside overhang rotating shafts 22 of packing assembly, these part rotating shaft 22 ends are that riveted is at packing assembly 34 places, reach torque force device 3 complete packing location persons, avoid packing assembly 34 to get loose.
The relevant embodiment that covers pivot structure at the utility model screen sees also Fig. 2, Fig. 4 is to shown in Figure 6, locating effect when reaching the screen flip behind the hinge, these linkage unit 2 bodies 21 are provided with protruding stopper 211, it is spacing that the retaining piece 121 of this protruding stopper 211 and friction component 12 gets mutual block, by friction component 12 not with linkage unit 2 starts simultaneously, therefore linkage unit 2 in the lump behind the hinge when screen starts, be located at protruding stopper 211 on linkage unit 2 bodies 21 behind the hinge certain angle, promptly can contact the location with retaining piece 121, and at the same time torque force device 3 turn round the set embedding slot 115 of external member 31 and lateral connecting board 11 also as the locating effect that provides behind postrotational preferable torque value and the hinge.
The pass sees also Fig. 7 to shown in Figure 9 in another example structure of the present utility model, screen covers pivot structure and includes axle bed 4 in the icon, linkage unit 5 and torque force device 6 constitute, the lateral connecting board 41 that its central axis seat 4 one bending connects is provided with axis hole 411, lateral connecting board 41 inboards and lateral surface respectively can be for ending part 43 and friction component 42 surely in conjunction with being provided with, below axis hole 411, be provided with hole 413 in position, lateral connecting board 41 outside, both sides on the lateral connecting board 41 of axis hole 411 both sides, position are provided with the solid groove 412 of side, the solid groove 412 in these both sides can embed the location for the two assembling ears 432 that end part 43 surely, the set salient point 421 in these friction component 42 1 side lower ends is combination in the embedded hole 413, and the position is provided with embedding slot 422 in friction component 42 another sides.
Linkage unit 5 is that the rotating shaft 52 with its body 51 1 ends runs through axis hole 411 and establishes, hold one to be connected with conjunction 53 in addition at the body 51 of linkage unit 5, this rotating shaft 52 is for running through back and torque force device 6 assemblings that end part 43, axis hole 411 and friction component 42 surely, can drive rotating shaft 52 rotations by the rotation of conjunction 53.
And this torque force device 6 is to comprise by turning round external member 61, several dish-like shell fragment 62 and packing assemblies 63, wherein turns round external member 61 1 sides and friction component 42 interfaces are provided with projection 611, must combine with embedding slot 422 butt joints of friction component 42.
When the screen flip during hinge, these linkage unit 5 bodies 51 are provided with protruding stopper 511, this protruding stopper 511 and the retaining piece 431 that ends part 43 surely mutual block is spacing, by retaining piece 431 not with linkage unit 5 starts simultaneously, therefore linkage unit 5 in the lump behind the hinge when screen starts, be located at protruding stopper 511 on linkage unit 5 bodies 51 behind the hinge certain angle, promptly can contact the location with retaining piece 431, and at the same time torque force device 6 turn round embedding slot 422 set on external member 61 and the friction component 42 as the location that provides behind postrotational preferable torque value and the hinge.
The above, only in order to disclosing the enforceable aspect of the utility model, when can not be in order to limit scope of the present utility model, all habits obviously can be done to change and modification the personage of this industry, all should be considered as not departing from flesh and blood of the present utility model.

Claims (4)

1. a screen covers pivot structure, consisting predominantly of axle bed, linkage unit and torque force device constitutes, its central axis seat is penetrated with torque force device with linkage unit, this torque force device includes the friction component on the two sides that is located at lateral connecting board, protrude out in the rotating shaft in the axis hole outside to being socketed with a dish-like shell fragment and a packing assembly, include and turn round external member, a packing assembly, several friction components and several dish-like shell fragments and constitute, lock in rotating shaft, with each assembly apparatus location by the packing assembly; It is characterized in that:
First of the lateral connecting board upper and lower that axle bed connect to be provided with connects face and is provided with salient point, and another second connects lateral connecting board face and be provided with two embedding slots around axis hole, and this can be for friction component with its pilot hole combination at first salient point that connects face;
Linkage unit runs through axle bed axis hole and winding torque force device with the rotating shaft of its body one end, body end in addition is integrally formed with fulcrum, this fulcrum combines with a connecting piece after running through friction component, body is provided with protruding stopper, it is spacing that the retaining piece of this protruding stopper and friction component gets mutual block, this friction component not with linkage unit start simultaneously;
External member one side of turning round of torque force device is provided with two projections, and this turns round external member for the embedding slot of its projection contraposition on axle bed, turns round embedding slot set on external member and the axle bed for the locating effect behind postrotational preferable torque value and the hinge is provided.
2. screen according to claim 1 covers pivot structure, it is characterized in that: described rotating shaft is at packing assembly place with the roller end riveted running through after being combined with torque force device.
3. a screen covers pivot structure, consisting predominantly of axle bed, linkage unit and torque force device constitutes, its central axis seat is penetrated with torque force device with linkage unit, this torque force device includes to be turned round external member, several dish-like shell fragments and packing assembly and constitutes, lock in rotating shaft by the packing assembly, with each assembly apparatus location; It is characterized in that:
Inboard and lateral surface can end part and friction component surely for being combined with respectively on the lateral connecting board that axle bed connects, below axis hole, be provided with the hole in position, the lateral connecting board outside, both sides on the lateral connecting board of axis hole both sides, position are provided with the solid groove of side, the solid groove in these both sides can embed the location for the two assembling ears that end part surely, the set salient point in friction component one side lower end is combination in the embedded hole, and the position is provided with embedding slot in the friction component another side;
Body one end of linkage unit is connected with conjunction, body hold in addition rotating shaft be run through surely end part and friction component after, assemble with torque force device, rotation via conjunction can drive the rotating shaft rotation, this body is provided with protruding stopper, it is spacing that this protruding stopper and the retaining piece that ends part surely get mutual block, retaining piece not with linkage unit start simultaneously;
Torque force device turn round external member one side and the friction component interface is provided with projection, must combine with the butt joint of the embedding slot of friction component.
4. screen according to claim 1 covers pivot structure, it is characterized in that: described rotating shaft is at packing assembly place with the roller end riveted running through after being combined with torque force device.
CN 200620001540 2006-02-07 2006-02-07 Screen cap spin axis structure Expired - Fee Related CN2898909Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 200620001540 CN2898909Y (en) 2006-02-07 2006-02-07 Screen cap spin axis structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 200620001540 CN2898909Y (en) 2006-02-07 2006-02-07 Screen cap spin axis structure

Publications (1)

Publication Number Publication Date
CN2898909Y true CN2898909Y (en) 2007-05-09

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ID=38074244

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 200620001540 Expired - Fee Related CN2898909Y (en) 2006-02-07 2006-02-07 Screen cap spin axis structure

Country Status (1)

Country Link
CN (1) CN2898909Y (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101614236B (en) * 2008-06-27 2012-05-30 鸿富锦精密工业(深圳)有限公司 Hinge structure

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101614236B (en) * 2008-06-27 2012-05-30 鸿富锦精密工业(深圳)有限公司 Hinge structure

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C14 Grant of patent or utility model
GR01 Patent grant
C17 Cessation of patent right
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20070509

Termination date: 20100207