CN204458791U - Can the hinge of interlock pivotable - Google Patents
Can the hinge of interlock pivotable Download PDFInfo
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- CN204458791U CN204458791U CN201420535547.7U CN201420535547U CN204458791U CN 204458791 U CN204458791 U CN 204458791U CN 201420535547 U CN201420535547 U CN 201420535547U CN 204458791 U CN204458791 U CN 204458791U
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Abstract
The invention discloses a kind of can the hinge of interlock pivotable, comprise a fixed block, a pivot joint axostylus axostyle and a pivot assembly.This pivot joint axostylus axostyle and this fixed block group connect, and comprise the axle portion that has an axis, and form one first limited part and one second limited part that first of this axis vertical limits gap.This pivot assembly comprises first link being pivoted this axle portion, one presses elastic force for one first provides part to the first elastic force of this first link, one is pivoted this axle portion have the second restriction one the 3rd limited part in gap and the second link of one the 4th limited part that interval arranges formation one this axis vertical, one presses elastic force and provides part for one second to the second elastic force of this second link, the first state of this second link tool one and this first link synchronous axial system and second state of rotating relative to this first link.Advantage of the present invention is: can make the synchronous interlock of computer and foot rest module small volume and use more for convenience.
Description
Technical field
The present invention relates to hinge technical field, especially relate to a kind of can the hinge of interlock pivotable.
Background technique
Along with the fast development that science and technology is maked rapid progress, in current consumer electronics market, release shaping (All In One, the abbreviation AIO) computer that host computer and display screen to be integrated into one.AIO computer front has LCD MODULE, and LCD MODULE rear then configures mainboard, Winchester disk drive and CD-ROM drive etc.In addition, AIO computer rear has more supporting structure and uses for being stood on desktop by this AIO computer station.Therefore, this AIO computer in being as good as with general liquid crystal display in appearance, and after only needing to be connected with the input device such as keyboard, mouse, can have the using function of equivalent general desktop computer.
Such as, certain foot rest module and integral computer device, it mainly includes body and foot rest module.Specifically, foot rest module mainly includes base unit, the first leg and the second leg.When the first leg and the second leg are parallel to each other, minimum being thus suitable in the space shared by foot rest module is accommodated in packing box.Moreover when the first leg is relative to base unit pivotable, body is supported on supporting surface by the first leg and the second leg mutually.Moreover when the second leg is relative to base unit pivotable, the leading flank of body and the angle folded by vertical direction can be increased to 90 degree.Like this, foot rest module makes user be convenient to adjust the angle of inclination of body, and the function also with carrying handle is simultaneously convenient to this integral computer device mobile then for user's handling.
That is, aforementioned foot rest module and integral computer device have disclosed and a kind ofly provide body to support and the foot rest module of holding function for integral computer device.But, the first leg wherein and the volume of the second leg excessive and expose, thus effectively cannot reduce the overall volume of integral computer device.In addition, first leg and the second leg independently of one another opposite base unit pivotable and the first leg also need to have concurrently simultaneously and support and holding function, thus user must operate the first leg and the second leg respectively and change support and the holding function of the first leg voluntarily, therefore causes the use of the first leg and the second leg comparatively inconvenient.In view of this, how foot rest module is preferably reduced and the operation ease promoting foot rest module has obviously become a problem to be solved.
Summary of the invention
The object of this invention is to provide a kind of can the hinge of interlock pivotable, it has can make the synchronous interlock of computer and foot rest module small volume and use conveniently feature.
The technical solution adopted in the present invention is: can the hinge of interlock pivotable, describedly can the hinge of interlock pivotable include:
One fixed block, this fixed block includes one and is installed in department of assembly on an electronic equipment and a group connecting part extended from this department of assembly;
One pivot joint axostylus axostyle, this pivot joint axostylus axostyle and this fixed block formation group connect relation, and this pivot joint axostylus axostyle includes one is fixed in this group connecting part and has the axle portion of an axis, and being arranged at intervals at one first limited part and one second limited part of this axle portion, being formed with one between this first limited part and this second limited part with this axis is that first of vertical relation limits gap; And
One pivot assembly, this pivot assembly and this pivot joint axostylus axostyle group connect, and this pivot assembly includes the first link that is hubbed at this axle portion, one provides one first to press elastic force provides part to this first link to make conflict the first elastic force of this first limited part of this first link normality, one be hubbed at this axle portion and have interval arrange and formed one with this axis be that second of vertical relation limits one the 3rd limited part in gap and the second link of one the 4th limited part, one provides one second to press elastic force provides part to this second link to make conflict the second elastic force of this first link of the 3rd limited part normality, this second link have one produce when this first link moves towards this second limited part direction from this first limited part by external force drives first state and of synchronous axial system when this first link conflicts this second limited part by another External Force Acting relatively this first link rotate in the second state between the 3rd limited part and the 4th limited part.
Described first link includes the first pivoting part that is sheathed on this axle portion, one must be active in the first limited section between this first restriction gap by External Force Acting in the face of this fixed block, and one is arranged at this first link away from this fixed block side and must be active in this by another external force and second limits the second limited section between gap.
Described first elastic force provides part to include one and is sheathed on this axle portion and provides this first the first energy storage part pressing elastic force, one connects this first energy storage part and abuts the first abutting part of this fixed block, and one is connected to this another side of the first energy storage part and is connected to the second abutting part of this first link.
Described second elastic force provides part to include one and is sheathed on this axle portion and provides this second the second energy storage part pressing elastic force, one connects this second energy storage part and abuts the 3rd abutting part of this second link, and one connects this another side of the second energy storage part and abuts the 4th abutting part of this axle portion; Wherein, this second link includes one and provides with the setting of the bearing of trend of this axis the abutting part that the 3rd abutting part abuts; This pivot joint axostylus axostyle includes one in order to fix the limiting unit of the 4th abutting part, this limiting unit has and is at least onely connected in this axle portion and the fixed plate fixing with the 4th abutting part, and one is arranged at this axle portion and is positioned at the first nut in this axle portion to limit this fixed plate; This second link includes the assembly parts that is sheathed on this axle portion, and one is sheathed on this axle portion and forms fixed relationship with these assembly parts and have the axle sleeve of the 3rd limited part and the 4th limited part.
Described second link includes the assembly parts that is sheathed on this axle portion, and one is sheathed on this axle portion and forms fixed relationship with these assembly parts and have the axle sleeve of the 3rd limited part and the 4th limited part.
Described assembly parts have the second pivoting part that is sheathed on this axle portion, and the first fixing part that two are arranged at this second pivoting part periphery respectively, this axle sleeve has the 3rd pivoting part that is sheathed on this axle portion, and two be arranged at the 3rd pivoting part periphery respectively and with the second fixing part of the mutual clamping of this first fixing part.
Described pivot joint axostylus axostyle includes one and is arranged at this second link and this second elastic force provides the generating unit of the torsion between part, this torsion generating unit comprises the packing ring that two are sheathed on this axle portion respectively, at least onely be sheathed on this axle portion and elastic washer between this two packing ring, and one be mounted on this axle portion and relatively this axle portion carry out an adjustment stroke with determine this elastic washer the second nut of torsion is provided.
Described first link includes one from one first pivoting part towards the first assembly department arranged away from this axle portion direction, and this second link includes one from one second pivoting part towards the second assembly department arranged away from this axle portion direction.
Described first assembly department when this first link abuts this first limited part and this department of assembly of this fixed block form a predetermined angle, this second assembly department is parallel with this department of assembly when this first link abuts this first limited part; This first assembly department is parallel with this department of assembly when this first link abuts this second limited part, and this second assembly department then forms this predetermined angle with this department of assembly when this first link abuts this second limited part.
Described first assembly department is parallel with this department of assembly when this first link abuts this second limited part, and this second assembly department then forms this predetermined angle with this department of assembly when this first link abuts this second limited part.
The present invention is compared to the prior art advantageously: can make the synchronous interlock of computer and foot rest module small volume and use more for convenience.By of the present invention can after the hinge of interlock pivotable be applied to AIO computer, user only needs pushing and pressing first link and can overturn the second link by interlock, or directly opens the second link and can interlock first link.In addition, the second link more can rotate relative to the first link after this first link stops the rotation.Thus this hinge of interlock pivotable can reduce its volume effectively, and promotes its operation ease.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described:
Fig. 1 be embodiments of the invention can the plan view of decomposing state of hinge of interlock pivotable;
Fig. 2 be embodiments of the invention can the perspective exploded view of hinge of interlock pivotable;
Fig. 3 be embodiments of the invention can the perspective exploded view at another visual angle of hinge of interlock pivotable;
Fig. 4 be embodiments of the invention can the schematic perspective view of hinge of interlock pivotable;
Fig. 5-1 be embodiments of the invention can the schematic diagram () of course of action of hinge of interlock pivotable;
Fig. 5-2 be embodiments of the invention can the schematic diagram (two) of course of action of hinge of interlock pivotable;
Fig. 5-3 be embodiments of the invention can the schematic diagram (three) of course of action of hinge of interlock pivotable.
In figure:
1, fixed block, 11, department of assembly, 12, group connecting part;
2, pivot joint axostylus axostyle, 21, axle portion, the 211, first inserted part, 212, the first screw section, the 213, second inserted part, the 214, second screw section, 22, the first limited part, the 23, second limited part, 24, limiting unit, 241, fixed plate, 242, the first nut, 25, torsion generating unit, 251, packing ring, 252, elastic washer, the 253, second nut;
3, pivot assembly, 31, first link, 311, first pivoting part, 312, first limited section, 313, second limited section, 314, first assembly department, 32, first elastic force provides part, 321, first energy storage part, 322, first abutting part, 323, second abutting part, 33, second link, 331, assembly parts, 332, axle sleeve, 333, second pivoting part, 334, first fixing part, 335, second assembly department, 336, abutting part, 337, 3rd pivoting part, 338, second fixing part, 339, 3rd limited part, 340, 4th limited part, 34, second elastic force provides part, 341, second energy storage part, 342, 3rd abutting part, 343, 4th abutting part,
4, integrated computer;
5, handle;
6, supporting element;
A, predetermined angle;
G1, the first restriction gap;
G2, the second restriction gap;
S, axis.
Embodiment
Embodiment, is shown in shown in Fig. 1 to Fig. 4: can the hinge of interlock pivotable.This hinge of interlock pivotable can include fixed block 1, pivot joint axostylus axostyle 2 and a pivot assembly 3.Concretely, this fixed block 1 includes one and is installed in department of assembly 11 on an electronic equipment and a group connecting part 12 extended from this department of assembly 11.Shown in composition graphs 5-1, this electronic equipment can be an integrated computer 4.This pivot joint axostylus axostyle 2 connects relation with this fixed block 1 formation group.This pivot joint axostylus axostyle 2 includes one and is fixed in this group connecting part 12 and has the axle portion 21 of an axis S, is arranged at intervals at one first limited part 22 and one second limited part 23, limiting unit 24 and a torsion generating unit 25 of this axle portion 21.Being formed with one between this first limited part 22 and this second limited part 23 with this axis S is that first of vertical relation limits clearance G 1.This pivot assembly 3 connects with this pivot joint axostylus axostyle 2 groups.This pivot assembly 3 includes one first link 31,1 first elastic force being sheathed on this axle portion 21 provides part 32,1 second link 33 and one second elastic force to provide part 34.Wherein, this first link 31 includes the first pivoting part 311 being sheathed on this axle portion 21, one in the face of this fixed block 1 the first limited section 312 be arranged between this first limited part 22 and this second limited part 23, one is arranged at second limited section 313 of this first link 31 away from this fixed block 1 side, and one from one first pivoting part 311 towards the first assembly department 314 arranged away from this axle portion 21 direction.This first elastic force provides part 32 to include one and is sheathed on this axle portion 21 and provides one first to press elastic force and to conflict the first energy storage part 321 of this first limited part 22 to make the first limited section 312 normality of this first link 31 to this first link 31, one connects this first energy storage part 321 and abuts the first abutting part 322 of this fixed block 1, and one is connected to the another side of this first energy storage part 321 and is connected to the second abutting part 323 of this first link 31.This second link 33 includes the assembly parts 331 that is sheathed on this axle portion 21, and one is sheathed on this axle portion 21 and forms the axle sleeve 332 of fixed relationship with these assembly parts 331.Wherein, these assembly parts 331 include the second pivoting part 333 that is sheathed on this axle portion 21, two the first fixing parts 334 being arranged at this second pivoting part 333 periphery respectively, one from one second pivoting part 333 towards the second assembly department 335 arranged away from this axle portion 21 direction, and one is arranged and abutting part 336 between this second pivoting part 333 and this second assembly department 335 with the bearing of trend of this axis S.This axle sleeve 332 includes the 3rd pivoting part 337 that is sheathed on this axle portion 21, two be arranged at respectively the 3rd pivoting part 337 periphery and with the second fixing part 338 of the mutual clamping of this first fixing part 334, and spaced 1 the 3rd limited part 339 and one the 4th limited part 340.Being formed with one between 3rd limited part 339 and the 4th limited part 340 with this axis S is that second of vertical relation limits clearance G 2.Wherein, this second restriction clearance G 2 is greater than this first restriction clearance G 1.This second elastic force provides part 34 to include one and is sheathed on this axle portion 21 and provides one second to press elastic force and to conflict second energy storage part 341 of the second limited section 313 of this first link 31 to make the 3rd limited part 339 normality to this second link 33, one connects this second energy storage part 341 and abuts the 3rd abutting part 342 of this abutting part 336 of this second link 33, and one connects the another side of this second energy storage part 341 and abuts the 4th abutting part 343 of the limiting unit 24 of this axle portion 21.
Further, this axle portion 21 includes at least one first inserted part 211, one is arranged at each this first inserted part 211 periphery and connects the first screw section 212 of each the first inserted part 211, at least one second inserted part 213, and one is arranged at each second inserted part 213 periphery and connects the second screw section 214 of each the second inserted part 213.This limiting unit 24 includes and is at least onely fixed on each first inserted part 211 and the fixed plate 241 fixing with the 4th abutting part 343, and a locking is arranged at this first screw section 212 and is positioned at the first nut 242 in this axle portion 21 to limit this fixed plate 241.This torsion generating unit 25 is arranged at this second link 33 and this second elastic force provides between part 34, comprise the packing ring 251 that two are sticked in each the second inserted part 213 respectively, at least onely be sheathed on this axle portion 21 and elastic washer 252 between this two packing ring 251, and a locking be arranged at this second screw section 214 and relatively this axle portion 21 carry out an adjustment stroke with determine this elastic washer 252 to this first connect part and this second link 33 the second nut 253 of torsion is provided.
Composition graphs 1 is with shown in Fig. 5-1, this first link 31 is by this first elastic force provide first of part 32 to press the first limited part 22 that elastic force makes this first limited section 312 this pivot joint axostylus axostyle 2 of normal contact, and this second link 33 is by this second elastic force provide second of part 34 to press the 3rd this second limited section 313 of limited part 339 normal contact that elastic force makes this axle sleeve 332, therefore the first assembly department 314 of this first link 31 can form a predetermined included angle A with the department of assembly 11 of this fixed block 1 and the second assembly department 335 of this second link 33, second assembly department 335 of this second link 33 then can be parallel with the department of assembly 11 of this fixed block 1.Composition graphs 2 is with shown in Fig. 5-2, when by external force, court rotates away from this assembly parts 331 direction this first link 31, this first limited section 312 to be displaced into this first restriction clearance G 1 from this first limited part 22 towards this second limited part 23 direction, and this first link 31 can be supported this first elastic force and provides the second abutting part 323 of part 32 and resist this and first press elastic force; Simultaneously, the 3rd limited part 339 of this axle sleeve 332 can be supported in second limited section 313 of this first link 31, this axle sleeve 332 drives this assembly parts 331 again, and then makes axle sleeve 332 and assembly parts 331 interlock mutually of this first link 31 and this second link 33.Then, when the first limited section 312 of this first link 31 contacts this second limited part 23, this first link 31 cannot rotate relative to this pivot joint axostylus axostyle 2 again.Now, the first assembly department 314 of this first link 31 can be parallel with the department of assembly 11 of this fixed block 1, and the second assembly department 335 of this second link 33 then can form this predetermined included angle A with the department of assembly 11 of this fixed block 1.Therefore, namely define this second link 33 at this and there is one produces synchronous axial system the first state when this first link 31 moves towards this second limited part 23 direction from this first limited part 22 by external force drives.But, it is noted that this second link 33 also can rotate this predetermined included angle A by external force and this first link 31 of interlock.Composition graphs 2 is with shown in Fig. 5-3, when the first limited section 312 of this first link 31 is supported the second limited part 23 of this pivot joint axostylus axostyle 2 and cannot be rotated relative to this pivot joint axostylus axostyle 2 again, this second link 33 can continue to make the 3rd limited part 339 leave this second limited section 313 by another external force and simultaneously relatively this first link 31 rotates in this second restriction clearance G 2 until the 4th limited part 340 contacts this second limited section 313, and this second link 33 also can support this second elastic force simultaneously provides the 3rd abutting part 342 of part 34 and resists this and second press elastic force.Now, this second link 33 only can rotate relative to this first link 31 and can not this first link 31 of interlock.Therefore, this namely define this second link 33 have one when this first link 31 conflicts this second limited part 23 by another External Force Acting and relatively this first link 31 rotate in the second state between the 3rd limited part 339 the 4th limited part 340.Finally, composition graphs 2 is with shown in Fig. 5-1, and when this first link 31 removes external force with this second link 33, this first link 31 and this second link 33 first can press elastic force and second press elastic force with this and be returned to the position of script because of this.
Shown in composition graphs 5-1 to Fig. 5-3, this department of assembly 11 is assembled in this integrated computer 4, and this first assembly department 314 is assembled in the leader 5 of this integrated computer 4, and this second assembly department 335 is assembled in one in order to support the supporting element 6 of this integrated computer 4.From above-mentioned can the course of action of hinge of interlock pivotable, this handle 5 normality and this integrated computer 4 keep this predetermined included angle A.When user is for this integrated computer 4 mobile, only needs to grip this handle 5 and can move this integrated computer 4 easily.And when user is for utilizing this supporting element 6 to support this integrated computer 4, user can push against this handle 5 and interlock overturns this supporting element 6 or directly open this supporting element 6, so namely supports this integrated computer 4 by this supporting element 6 and also adjusts the angle of this supporting element 6 to meet the visual angle of this integrated computer 4 of viewing simultaneously.In addition, this integrated computer 4, this handle 5 and this supporting element 6 aforementionedly can be assembled the hinge of interlock pivotable, to strengthen the intensity of pivot joint and the stability promoting pivot joint by two groups.
In sum, of the present invention can the hinge of interlock pivotable, include a fixed block, a pivot joint axostylus axostyle and a pivot assembly.This fixed block includes one and is installed in department of assembly on an electronic equipment and a group connecting part extended from this department of assembly.This pivot joint axostylus axostyle and this fixed block formation group connect relation, include one be fixed in this group connecting part and there is the axle portion of an axis, and being arranged at intervals at one first limited part and one second limited part of this axle portion, being formed with one between this first limited part and this second limited part with this axis is that first of vertical relation limits gap.This pivot assembly and this pivot joint axostylus axostyle group connect, include the first link that is hubbed at this axle portion, one provides one first to press elastic force provides part to this first link to make conflict the first elastic force of this first limited part of this first link normality, one be hubbed at this axle portion and have interval arrange and formed one with this axis be that second of vertical relation limits one the 3rd limited part in gap and the second link of one the 4th limited part, one provides one second to press elastic force provides part to this second link to make conflict the second elastic force of this first link of the 3rd limited part normality, this second link have one produce when this first link moves towards this second limited part direction from this first limited part by external force drives first state and of synchronous axial system when this first link conflicts this second limited part by another External Force Acting relatively this first link rotate in the second state between the 3rd limited part and the 4th limited part.Accordingly, user only needs to push against this handle and interlock overturns this supporting element or directly open this supporting element, namely by this integrated computer of this supports support and the angle adjusting this supporting element while this supporting element is opened to meet the visual angle of this integrated computer of viewing.
The foregoing is only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize specification of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. can the hinge of interlock pivotable, it is characterized in that: describedly can the hinge of interlock pivotable to include:
One fixed block, this fixed block includes one and is installed in department of assembly on an electronic equipment and a group connecting part extended from this department of assembly;
One pivot joint axostylus axostyle, this pivot joint axostylus axostyle and this fixed block formation group connect relation, and this pivot joint axostylus axostyle includes one is fixed in this group connecting part and has the axle portion of an axis, and being arranged at intervals at one first limited part and one second limited part of this axle portion, being formed with one between this first limited part and this second limited part with this axis is that first of vertical relation limits gap; And
One pivot assembly, this pivot assembly and this pivot joint axostylus axostyle group connect, and this pivot assembly includes the first link that is hubbed at this axle portion, one provides one first to press elastic force provides part to this first link to make conflict the first elastic force of this first limited part of this first link normality, one be hubbed at this axle portion and have interval arrange and formed one with this axis be that second of vertical relation limits one the 3rd limited part in gap and the second link of one the 4th limited part, one provides one second to press elastic force provides part to this second link to make conflict the second elastic force of this first link of the 3rd limited part normality, this second link have one produce when this first link moves towards this second limited part direction from this first limited part by external force drives first state and of synchronous axial system when this first link conflicts this second limited part by another External Force Acting relatively this first link rotate in the second state between the 3rd limited part and the 4th limited part.
2. according to claim 1 can the hinge of interlock pivotable, it is characterized in that: described first link includes the first pivoting part that is sheathed on this axle portion, one must be active in the first limited section between this first restriction gap by External Force Acting in the face of this fixed block, and one is arranged at this first link away from this fixed block side and must be active in this by another external force and second limits the second limited section between gap.
3. according to claim 1 can the hinge of interlock pivotable, it is characterized in that: described first elastic force provides part to include one and is sheathed on this axle portion and provides this first the first energy storage part pressing elastic force, one connects this first energy storage part and abuts the first abutting part of this fixed block, and one is connected to this another side of the first energy storage part and is connected to the second abutting part of this first link.
4. according to claim 1 can the hinge of interlock pivotable, it is characterized in that: described second elastic force provides part to include one and is sheathed on this axle portion and provides this second the second energy storage part pressing elastic force, one connects this second energy storage part and abuts the 3rd abutting part of this second link, and one connects this another side of the second energy storage part and abuts the 4th abutting part of this axle portion; Wherein, this second link includes one and provides with the setting of the bearing of trend of this axis the abutting part that the 3rd abutting part abuts; This pivot joint axostylus axostyle includes one in order to fix the limiting unit of the 4th abutting part, this limiting unit has and is at least onely connected in this axle portion and the fixed plate fixing with the 4th abutting part, and one is arranged at this axle portion and is positioned at the first nut in this axle portion to limit this fixed plate; This second link includes the assembly parts that is sheathed on this axle portion, and one is sheathed on this axle portion and forms fixed relationship with these assembly parts and have the axle sleeve of the 3rd limited part and the 4th limited part.
5. according to claim 1 can the hinge of interlock pivotable, it is characterized in that: described second link includes the assembly parts that is sheathed on this axle portion, and one is sheathed on this axle portion and forms fixed relationship with these assembly parts and have the axle sleeve of the 3rd limited part and the 4th limited part.
6. according to claim 5 can the hinge of interlock pivotable, it is characterized in that: described assembly parts have the second pivoting part that is sheathed on this axle portion, and the first fixing part that two are arranged at this second pivoting part periphery respectively, this axle sleeve has the 3rd pivoting part that is sheathed on this axle portion, and two be arranged at the 3rd pivoting part periphery respectively and with the second fixing part of the mutual clamping of this first fixing part.
7. according to claim 5 can the hinge of interlock pivotable, it is characterized in that: described pivot joint axostylus axostyle includes one and is arranged at this second link and this second elastic force provides the generating unit of the torsion between part, this torsion generating unit comprises the packing ring that two are sheathed on this axle portion respectively, at least onely be sheathed on this axle portion and elastic washer between this two packing ring, and one be mounted on this axle portion and relatively this axle portion carry out an adjustment stroke with determine this elastic washer the second nut of torsion is provided.
8. according to claim 5 can the hinge of interlock pivotable, it is characterized in that: described first link includes one from one first pivoting part towards the first assembly department arranged away from this axle portion direction, this second link includes one from one second pivoting part towards the second assembly department arranged away from this axle portion direction.
9. according to claim 8 can the hinge of interlock pivotable, it is characterized in that: described first assembly department when this first link abuts this first limited part and this department of assembly of this fixed block form a predetermined angle, this second assembly department is parallel with this department of assembly when this first link abuts this first limited part; This first assembly department is parallel with this department of assembly when this first link abuts this second limited part, and this second assembly department then forms this predetermined angle with this department of assembly when this first link abuts this second limited part.
10. according to claim 8 can the hinge of interlock pivotable, it is characterized in that: described first assembly department is parallel with this department of assembly when this first link abuts this second limited part, and this second assembly department then forms this predetermined angle with this department of assembly when this first link abuts this second limited part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420535547.7U CN204458791U (en) | 2014-09-18 | 2014-09-18 | Can the hinge of interlock pivotable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420535547.7U CN204458791U (en) | 2014-09-18 | 2014-09-18 | Can the hinge of interlock pivotable |
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| Publication Number | Publication Date |
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| CN204458791U true CN204458791U (en) | 2015-07-08 |
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| CN201420535547.7U Active CN204458791U (en) | 2014-09-18 | 2014-09-18 | Can the hinge of interlock pivotable |
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| CN (1) | CN204458791U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108612988A (en) * | 2018-04-19 | 2018-10-02 | 苏州佳世达电通有限公司 | Electronic device and its supporting rack |
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2014
- 2014-09-18 CN CN201420535547.7U patent/CN204458791U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108612988A (en) * | 2018-04-19 | 2018-10-02 | 苏州佳世达电通有限公司 | Electronic device and its supporting rack |
| CN108612988B (en) * | 2018-04-19 | 2019-12-17 | 苏州佳世达电通有限公司 | Electronic device and support frame thereof |
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