CN205799480U - A kind of location structure of mobile device - Google Patents
A kind of location structure of mobile device Download PDFInfo
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- CN205799480U CN205799480U CN201620580980.1U CN201620580980U CN205799480U CN 205799480 U CN205799480 U CN 205799480U CN 201620580980 U CN201620580980 U CN 201620580980U CN 205799480 U CN205799480 U CN 205799480U
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- 238000012423 maintenance Methods 0.000 abstract description 9
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- 238000010586 diagram Methods 0.000 description 5
- 239000002184 metal Substances 0.000 description 4
- 238000000034 method Methods 0.000 description 4
- 230000008569 process Effects 0.000 description 4
- 230000005855 radiation Effects 0.000 description 4
- 238000005299 abrasion Methods 0.000 description 1
- 230000009471 action Effects 0.000 description 1
- 230000002411 adverse Effects 0.000 description 1
- 230000004888 barrier function Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 238000005474 detonation Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000002474 experimental method Methods 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 230000003137 locomotive effect Effects 0.000 description 1
- 239000000463 material Substances 0.000 description 1
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
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Abstract
A kind of location structure of mobile device, including: mobile device mounting seat, mobile device mounting seat is fixed with lock hook assembly and traction frame assembly；Guide rail, mobile device mounting seat is arranged on described guide rail；Chain, chain moves along guide rail for tethered sliding device mounting seat；Lock shaft supports seat, and lock shaft supports seat and is fixedly installed on described guide rail, supports locking mobile device mounting seat when seat meets for mobile device mounting seat and lock shaft, and lock shaft supports seat and is provided with the lock shaft assembly suitable with lock hook assembly；Lock shaft assembly is provided with the lock shaft that can slide along vertical guide rail direction, and traction frame assembly is provided with the guiding piece that lock shaft top can gradually be headed into described lock hook assembly by the traction of described chain.The application be capable of mobile device walking and locking completed by same drive mechanism, decrease workload and the difficulty of plant maintenance, reduce the fault rate of equipment, both added the stability of equipment, the cost that maintenance equipment brings can be reduced again.
Description
Technical field
The application relates to a kind of being applied to the loading dress that the personnel such as radiation, harmful gas are difficult in the environment entered use
Put, particularly relate to the location structure of a kind of mobile device.
Background technology
Being difficult in the environment entered personnel such as band radiation, harmful gass, the operation and maintenance of equipment is only capable of passing through remote control
The action of mechanical hand or long-range control realization.The direct sense of touch being short of hands due to the operation of telemanipulator and flexible operation
Property, and visually having limitation, operation easier is very big, therefore should reduce attended operation in the design of equipment as far as possible, and improve it
Stable and the degree of reliability of longtime running.
For applying the mobile device in above-mentioned environment, its running fix and locking design also should use reliable and stable
Structure, and reduce the maintenance link that is likely to occur.At present, the technical scheme often used is: running fix and two kinds of merits of locking
The most independent drive mechanism can be used to realize, or use robot Hand supplementary to realize.Such as, radiation environment is worked in
Japan material and the locomotive of Life Science Experiment device (J-PARC MLF), it moves and location have employed motor-driven tooth
Wheel rackwork, locking have employed the post rod mechanism that independent air pressure drives；Work and U.S.'s spallation neutron target of radiation environment
(SNS) target body safeguards trailer, and it moves and position the leverage that have employed hydraulic drives, and locking have employed and needs robot
Hand supplementary just operable bolt mechanism.
And the drive mechanisms itself such as independent motor, air pressure have the probability of damage, and damage under the adverse circumstances such as irradiation
Bad probability is higher.Once damage, can only safeguard by difficulty great telemanipulator operation and change.As locked this
The operation of body i.e. needs robot Hand supplementary, adds workload and the difficulty of remote maintaining.
Application content
The application provides the location structure of a kind of mobile device, it is intended to solve existing to need the mobile device of remote control due to row
Walk and lock to need different driving mechanism, cause the problem that plant maintenance difficulty is big.
A kind of location structure of mobile device, including:
Mobile device mounting seat, described mobile device mounting seat is fixed with lock hook assembly and traction frame assembly；
Guide rail, described mobile device mounting seat is arranged on described guide rail；
Chain, described chain is used for drawing described mobile device mounting seat and moves along described guide rail；
Lock shaft supports seat, and described lock shaft supports seat and is fixedly installed in the stroke directions of described guide rail, is used for locking
Described mobile device mounting seat, described lock shaft supports seat and is provided with the lock shaft assembly suitable with described lock hook assembly；
Described lock shaft assembly is provided with the lock shaft that can slide along vertical guide rail direction, and described traction frame assembly is provided with by institute
Described lock shaft top gradually can be headed into the guiding piece of described lock hook assembly by the traction stating chain.
The location structure of described mobile device, wherein, described guiding piece and the described lock shaft place of facing be provided with for
The skewback of lock shaft described in jack-up, the surface of described skewback is and described guide rail upper surface inclined-plane at an angle, described tiltedly
The inclined-plane of block is the plane vertical with described lock shaft at the end away from lock shaft side.
The location structure of described mobile device, wherein, described traction frame assembly also includes:
Traction casing, described traction casing is provided with and is available for the slide rail that described guiding piece slides, and is used for limiting described traction
Block the most described traction casing is to the traction baffle plate supporting the displacement of seat direction away from described lock shaft；
Sliding block, described sliding block is suitable with described guiding piece, is used for drawing the described mobile device of described restriction
Supporting seat direction towards described lock shaft to move, described sliding block can do flexible fortune on direction, described slide rail inside and outside both sides
Dynamic, described traction casing is provided with and is available for the chute that described sliding block is flexible.
The location structure of described mobile device, wherein, described in lead box house be provided with make described sliding block produce edge
The elastic device of the restoring force of vertical described slide rail direction inward.
The location structure of described mobile device, wherein, described guiding piece is perpendicular to the width in described slide rail direction along the back of the body
Support seat direction from described lock shaft to be gradually reduced；Described skewback end protrudes out described guiding piece and closes on the support of described lock shaft
The surface of seat side, described sliding block lays respectively at described skewback both sides.
The location structure of described mobile device, wherein, described slide rail is additionally provided with towards a side end of described lock shaft
Positive stop, described positive stop limits described traction casing towards institute for offseting with described lock shaft support seat bottom portion
State lock shaft and support the displacement in seat direction.
The location structure of described mobile device, wherein, described lock shaft assembly is additionally provided with for towards described mobile dress
Putting mounting seat direction promotes described sliding block to make it to being perpendicular to the handoff block that described slide rail direction is outwards shunk；Described switching
Block is gradually reduced along towards described lock shaft support seat direction at the width being perpendicular on described guide rail direction；Described handoff block
Lower surface is arranged on above described guiding piece, so that guiding piece can pass bottom handoff block；Described lock shaft assembly also includes
Unblank support, described in support of unblanking be arranged at described lock shaft and support on seat towards described mobile device mounting seat side, described
Handoff block is fixedly installed unblanks on support with described.
The location structure of described mobile device, wherein, described lock shaft assembly includes the axle adaptive with described lock shaft
Hold, and for fixing the bearing block of described bearing, described bearing block is fixing with described lock shaft support seat to be connected；Described lock shaft
It is provided with roller towards the end of described guide rail one end.
The location structure of described mobile device, wherein, described lock hook assembly includes solid with described mobile device mounting seat
The fixed latch hook casing connected, the bottom that described latch hook casing closes on described guide rail is provided with latch hook baffle plate, described latch hook baffle surface
It is provided with the through hole passed for described lock shaft top along vertical described guide rail direction；Described lock shaft top is cone, institute
Stating latch hook casing top and be provided with the latch hook faced with described through hole, described latch hook is provided with and agrees with mutually with described lock shaft top
Cavity.
The location structure of described mobile device, wherein, described lock hook assembly and described traction frame assembly are fixedly installed on
Away from the side of described lock shaft mounting seat in described mobile device mounting seat；Described mobile device mounting seat is just to described locking
It is provided with at shaft assembly and supports, for described lock shaft, the passage that seat passes.
The location structure of the mobile device given by the application, by arranging guiding piece in mobile device mounting seat, moves
When dynamic device mounting seat is met with lock shaft support seat, lock shaft is headed into mobile device under the traction of chain and installs by guiding piece
In the latch hook of seat, it is achieved walking and the locking of mobile device are completed by same drive mechanism, decrease the work of plant maintenance
Amount and difficulty, reduce the fault rate of equipment, both added the stability of equipment, and can reduce again the cost that maintenance equipment brings.
Accompanying drawing explanation
Fig. 1 is in the embodiment of the present application, the overall structure schematic diagram of the location structure of mobile device；
Fig. 2 is in the embodiment of the present application, the structural representation of guiding piece；
Fig. 3 is in the embodiment of the present application, the structural representation of traction component；
Fig. 4 is in the embodiment of the present application, the overall structure schematic diagram of lock hook assembly；
Fig. 5 is in the embodiment of the present application, the detonation configuration schematic diagram of lock hook assembly；
Fig. 6 is in the embodiment of the present application, the structural representation of lock shaft assembly；
Fig. 7 is in the embodiment of the present application, the schematic diagram of handoff block extruding sliding block；
Fig. 8 is in the embodiment of the present application, lock shaft uphill process schematic diagram；
Fig. 9 is in the embodiment of the present application, the view of lock shaft precision locking.
Wherein, mobile device mounting seat 1；
Lock hook assembly 10, latch hook casing 100, latch hook baffle plate 101, through hole 1010, latch hook 102, cavity 1020；Latch hook casing
Mounting seat 103；
Traction frame assembly 11；Guiding piece 110, traction casing 111, slide rail 112, traction baffle plate 113, sliding block 114, bullet
Property device 1141, positive stop 115, guiding piece bearing 116, skewback 1101, the end face 1102 of skewback 1101 both sides；
Guide rail 2；Guide rail base 20；
Chain 3；
Lock shaft supports seat 4；Lock shaft assembly 40, lock shaft 41, lock shaft upper end 410, lock shaft pedestal 42, upper shaft
Hold 431, lower bearing 432, top chock 441, step 442, support 45 of unblanking, handoff block 46, roller 47；
Passage 5.
Detailed description of the invention
Combine accompanying drawing below by detailed description of the invention the application is described in further detail.
The location structure of the mobile device given by the present embodiment, as it is shown in figure 1, include mobile device mounting seat 1, guide rail
2, chain 3, lock shaft support seat 4.Mobile device mounting seat 1 is used for installing mobile device, mobile device for needs by pre-orbit determination
The equipment of road walking, such as: mobile dolly.Lock shaft supports seat 4 and is fixedly installed in the stroke directions of track 2, for when moving
Dynamic device mounting seat 1 is locked when running at this, and the mobile device mounting seat 1 after locking is not receiving solution latching operation
Before, keep between track 2 without relative motion.Specifically, mobile device mounting seat 1 is fixed with lock hook assembly 10 and traction
Frame assembly 11, traction frame assembly 11 includes guiding piece 110；Lock shaft supports seat 4 and is provided with lock shaft assembly 40, lock shaft assembly
40 lock shafts 41 including a slip that can be perpendicular to track 2 (if guide rail 2 is horizontally disposed with, then lock shaft 41 can slide up and down, if
Guide rail 2 is vertically arranged then lock shaft 41 and slides in the horizontal direction).Mobile device mounting seat 1 is under the traction of chain 3, at guide rail 2
Upper walking.Guide rail 2 is fixedly installed on above guide rail base 20, and lock shaft supports seat 4 and is fixedly installed on track pedestal 20, works as shifting
The dynamic mounting seat 1 that goes to runs to lock shaft when supporting at seat 4 and meet therewith, and guiding piece 110 can be by lock shaft 41 jack-up so that
The end of lock shaft 41 is slipped in lock hook assembly 10, until the latch hook 102 of lock shaft 41 top and lock hook assembly 10 is fitted, it is achieved
The relative position that mobile device mounting seat supports seat with lock shaft is fixed, and reaches location and the purpose of locking.
As in figure 2 it is shown, be fixed with guiding piece bearing 116 on chain 3, guiding piece 110 is fixing with guiding piece bearing 116 even
Connect so that the holding of guiding piece 110 and chain 3 is without relative motion.Under the traction of chain 3, guiding piece 110 can drive movement
Device mounting seat 1 moves along guide rail 2.
For sake of convenience, only describe as a example by track 2 is horizontally disposed with below the present embodiment, vertical track 2 and towards/
Under just the direction to track 2 is, away from/deviate from the direction of track 2；Mobile device mounting seat 1 towards/just to lock shaft support seat
The direction of 4 is front, deviate from/away from lock shaft support seat 4 direction be after.
Further, as it is shown on figure 3, traction frame assembly 11 also includes drawing casing 111, traction casing 111 both sides are fixed
On track 2 and can slide along track 2, internal being provided with of traction casing 111 is parallel to the slide rail 112 that track 2 guides, guiding piece
110 are arranged on slide rail 112.The centre position of lock shaft 41 is just protruded out forward by guiding piece 110 front end face, is formed for jack-up
The skewback 1101 of lock shaft 41, skewback 1101 surface is inclined-plane, and the thickness between skewback 1101 surface to bottom surface is along from front to back
Direction be gradually increased so that whole skewback presents wedge mechanism.Guiding piece 110 be positioned at the end face 1102 of skewback 1101 both sides with
Skewback 1101 is monolithically fabricated "convex" shaped.Traction casing 111 rearward end is provided with traction baffle plate 113, and traction baffle plate 113 defines and leads
Draw block 110 along slide rail 112 displacement backward.Traction casing 111 is additionally provided with in horizontal direction the sliding block being perpendicular to slide rail 112
114.What sliding block 114 pieces was the most corresponding with the end face 1102 of skewback 1101 both sides respectively arranges one, two gears that slide
The end that block 114 stretches into inside slide rail 112 is separated in both sides by skewback 1101.Traction casing 111 is provided with in horizontal direction vertically
In the chute (going out not shown in figure) of slide rail 112, sliding block 114 can be perpendicular to the square upward sliding of slide rail 112 along chute.
The elastic device 1141 of the restoring force keeping sliding block 114 to eject inside slide rail 112 it is provided with in chute.Under normality, slide
The one end closing on slide rail 112 in block 114 horizontal direction protrudes out inside slide rail 112, and with two ends of guiding piece 110 front end
Face 1102 abuts, thus limits guiding piece 110 along slide rail displacement forward so that guiding piece 110 by chain 3 to front haulage
In the case of power, traction casing 111 is driven to move forward along guide rail 2.
It is also preferred that the left as it is shown on figure 3, guiding piece 110 be perpendicular in horizontal plane the width on slide rail 112 direction by forward direction after
It is gradually reduced so that guiding piece 110 is rendered as inclined-plane towards two sides of slide rail 112, and guiding piece 110 upper surface is similar to ladder
Shape.Sliding block 114 stretches into the one end inside slide rail 112, and its side deviating from end face 1102 is circular arc camber.Before slide rail 112
End is additionally provided with, positive stop 115, when mobile device mounting seat 1 is met with lock shaft support seat 4, and positive stop 15 and lock
Mandrel supports seat 4 rear end face and offsets, and limits traction casing 111 displacement forward.
As shown in Fig. 1 and Fig. 4, lock hook assembly 10 is fixedly installed on mobile device mounting seat 1 side, and is positioned at traction casing
Directly over 111.Lock hook assembly 10 includes latch hook casing 100, latch hook box body mounting base 103, and latch hook casing 103 is fixed on mobile dress
Put mounting seat 1 surface for installing latch hook casing 100, below latch hook casing 100, be provided with latch hook baffle plate 101, latch hook baffle plate 101 water
Flat setting, its surface is provided with the through hole 1010 matched with lock shaft 41 diameter so that can wear during lock shaft 41 upward sliding
Cross this through hole 1010.When lock shaft 41 is upward through through hole 1010, mobile device mounting seat 1 enters preliminary locking state.Lock
Tight casing 100 latch hook 102 that is provided with fixed above, latch hook 102 lower surface is provided with recessed with what lock shaft 41 upper end profile was agreed with mutually
Chamber 1020.
Further, as it is shown in figure 5, lock shaft assembly 40 also includes bearing, for supporting and house the bearing block of bearing,
Bearing block is fixed on lock shaft by lock shaft pedestal 42 and supports on seat 4.Specifically, bearing includes upper bearing (metal) 431 and lower bearing
432, bearing block includes corresponding collecting upper bearing (metal) 431, the top chock 441 of lower bearing 432 and step 442.Upper bearing (metal) 431
And being provided with sealing ring between lower bearing 432, top chock 441 and step 442 are equipped with bearing (ball) cover.Upper bearing (metal) pedestal
441 are from top to bottom oppositely arranged with lower bearing pedestal 442, and the two rear end face is fixedly installed on lock shaft pedestal 42 surface.Axle
Bearing rear end face is additionally provided with support 45 of unblanking, and unblanks to protrude out the most obliquely bottom support 45, is provided with in its end protruded out
Handoff block 46.The width in handoff block 46 vertical guide rail 2 direction is gradually reduced by after forward direction, i.e. handoff block 46 is pacified towards mobile device
Dress seat 1 one end end face is narrower relative to the side being moved away from going to mounting seat 1, and two sides of its both sides opposite rail 2 are
With guide rail 2 inclined-plane at an angle.Place, handoff block 46 bottom surface plane is higher than skewback 1101 front end so that handoff block 46 is permissible
Pass at skewback 1101.
It is also preferred that the left as shown in Figures 5 and 6, lock shaft 41 upper end 410 in cone, corresponding latch hook 102 bottom
Cavity 1020 is in the conical bores agreed with mutually.When lock shaft 41 is along bearing upward sliding, and its upper end 410 enters cavity
After 1020, lock shaft 41 completes accurately to lock.Now the degree of freedom of mobile device mounting seat 1 opposite rail 2 is zero.Lock shaft 41
Bottom is additionally provided with roller 47, and the rotary shaft of roller 47 is vertically arranged with guide rail 2 in the horizontal direction so that guiding piece 110 end
Track 1101 when being advanced by lock shaft 41 lower end, roller 47 is along track 1101 surface scrolls.Because track 1101 surface is gradually
The inclined-plane raised, is thus become the friction mode of lock shaft 41 lower end with track 1101 surface by sliding friction by roller 47
For rolling friction, i.e. avoid the abrasion between equipment, also reduce the pull strength required for track 1101 jack-up lock shaft 41.
Further, in other embodiments of the application, can also set between lock shaft 41 and step 442 lower surface
Putting an elastic component, this elastic component can provide the restoring force that lock shaft 41 moves towards orbital direction, have ensured that guiding piece 110 to
During rear motion, lock shaft 41 slide downward therewith, thus realize the unblock of mobile device mounting seat 1.
Further, support on the rear end face of seat 4 as it is shown in figure 1, lock shaft assembly 40 is arranged on lock shaft, lock hook assembly
10 and traction frame assembly 11 be fixedly installed on the rear end face of mobile device mounting seat 1.Lock shaft is just propped up by mobile device mounting seat 1
Being provided with passage 5 at support seat 4, the width of passage 5 allows lock shaft assembly 40 and lock shaft support seat 4 to pass.
Below, it is specifically described the locking of mobile device mounting seat 1 and overall process of unblanking in conjunction with Fig. 7-Fig. 9.Work as mobile device
Mounting seat 1 under the traction of chain 3 along track 2 and lock shaft support seat 4 meet time, along with the advance of mobile device mounting seat 1,
Lock shaft supports seat 4 and enters in passage 5.First the handoff block 46 of support 45 end of unblanking extend into cunning with sliding block 114
The end thereof contacts of rail 112, the surface of side supporting seat 4 towards lock shaft due to this end of sliding block 114 is circular arc camber, when
Sliding block 114 end is by after the pressure of handoff block 46, and this pressure acts on sliding block 114 end and there is an edge
Vertical slide rail 112 component laterally so that sliding block moves laterally.After sliding block 114 end is removed completely, by
In not having the stop of sliding block 114, guiding piece 110 moves under the traction of chain 3, but guiding piece 110 draws relatively
Casing 111 is no longer influenced by limiting along slide rail 112 displacement forward.And now, after positive stop 115 supports seat 4 with lock shaft
End face just offsets so that the traction related whole mobile device mounting seat 1 of casing 111 reaches capacity forward position.Now, locking
Axle 41 position is in immediately below latch hook 102, and loses the guiding piece 110 limited that travels forward and continue on slide rail 112 forward
Mobile, the roller 47 of lock shaft 41 bottom comes into contact with the track 1101 of guiding piece 110 front end, and along with guiding piece 110 continues
Advancing, roller 47 constantly rolls on the inclined-plane of track 1101, and promotes lock shaft 41 through the through hole on latch hook baffle plate 101
1010, when lock shaft 41 upper end 410 is completely in the cavity 1020 of latch hook 102, and fit with the inwall of cavity 1020
Time, mobile device mounting seat 1 completes locking process, and now, the roller 47 of lock shaft 41 is rolled into the flat of skewback 1101 end
On face, lock shaft 41 cannot move upward again, in the plane of the end that roller 47 rests on skewback 11101, thus reaches self-locking
Purpose.The guiding piece position sensor that system is arranged detects that it reaches locked position, then make mobile device mounting seat 1 and enter
Enter the judgement to accurate locking state, and control driving means and stop providing power, whole locking process to complete on chain 3.When
When needing to unlock, driving means drives chain 3 to be moved rearwards by along slide rail 112 to rear haulage guiding piece 110, guiding piece 110, roller
47 start to scroll down through on track 1101 surface.After guiding piece 110 offsets with traction baffle plate 113, lock shaft 41 upper end 410
Just off the through hole 1010 on latch hook baffle plate 101, guiding piece 110 drives traction casing 111 and whole by traction baffle plate 113
Mobile device mounting seat 1 is moved rearwards by.Supporting seat 4 along with traction casing 111 is gradually distance from lock shaft, handoff block 46 progressively disengages
Sliding block 114, sliding block 114 ejects (i.e. sliding block 114 starts to shrink at) again towards inside slide rail 112, lock shaft
Mounting seat 4 exits the passage 5 below mobile device mounting seat 1, and complete equipment recovers to released state.
Owing to guide rail 2 is along being horizontally disposed with or in the embodiment of vertical direction setting or any direction setting, whole equipment
Running status and each parts between position relationship and annexation constant, its embodiment horizontally disposed with guide rail 2 is complete
Identical, therefore, the embodiment arranged for other directions of guide rail 2 at this is not repeating.It is pointed out that lock shaft assembly 40
The setting that can also face with lock hook assembly 10, but in the case of this kind, the lock shaft support seat 4 of locking state does not enter into
In mobile device mounting seat 1 (i.e. not entering in passage 5) so that under locking state, the rail length taken is bigger.Cause
And, the present embodiment is preferred, is arranged at by lock hook assembly 10 on the rear end face of mobile device installation 1.
By same set of driving means, the location structure of the mobile device given by the application, achieves that mobile device is pacified
The locking of dress seat and unblock, it is not necessary to for being separately provided the drive mechanism that a set of driving lock shaft moves in lock shaft mounting seat, real
Walking and the locking of existing mobile device are completed by same drive mechanism, come for the equipment being not suitable in manually-operated environment
Say, decrease one group of drive mechanism, decrease workload and the difficulty of plant maintenance the most largely, reduce the event of equipment
Barrier rate, had both added the stability of equipment, and can reduce again the cost that maintenance equipment brings.
Above content is to combine the further description that the application is made by specific embodiment, it is impossible to assert this Shen
Being embodied as please is confined to these explanations.For the application person of an ordinary skill in the technical field, do not taking off
On the premise of the present application is conceived, it is also possible to make some simple deduction or replace.
Claims (10)
1. the location structure of a mobile device, it is characterised in that including:
Mobile device mounting seat, described mobile device mounting seat is fixed with lock hook assembly and traction frame assembly；
Guide rail, described mobile device mounting seat is arranged on described guide rail；
Chain, described chain is used for drawing described mobile device mounting seat and moves along described guide rail；
Lock shaft supports seat, and described lock shaft supports seat and is fixedly installed in the stroke directions of described guide rail, is used for locking described
Mobile device mounting seat, described lock shaft supports seat and is provided with the lock shaft assembly suitable with described lock hook assembly；
Described lock shaft assembly is provided with the lock shaft that can slide along vertical guide rail direction, and described traction frame assembly is provided with by described chain
Described lock shaft top gradually can be headed into the guiding piece of described lock hook assembly by the traction of bar.
2. the location structure of mobile device as claimed in claim 1, it is characterised in that described guiding piece and described lock shaft phase
Place is just being provided with the skewback for lock shaft described in jack-up, and the surface of described skewback is with described guide rail upper surface at an angle
Inclined-plane；The inclined-plane of described skewback is the plane vertical with described lock shaft at the end away from lock shaft side.
3. the location structure of mobile device as claimed in claim 2, it is characterised in that described traction frame assembly also includes:
Traction casing, described traction casing is provided with and is available for the slide rail that described guiding piece slides, and is used for limiting described guiding piece phase
To described traction casing to the traction baffle plate supporting the displacement of seat direction away from described lock shaft；
Sliding block, described sliding block is suitable with described guiding piece, be used for drawing the described mobile device of described restriction towards
Described lock shaft supports seat direction and moves, and described sliding block can do stretching motion on direction, described slide rail inside and outside both sides, institute
State traction casing to be provided with and be available for the chute that described sliding block is flexible.
4. the location structure of mobile device as claimed in claim 3, it is characterised in that described traction box house is provided with and makes institute
State sliding block and produce the elastic device of the restoring force along vertical described slide rail direction inward.
5. the location structure of mobile device as claimed in claim 3, it is characterised in that described guiding piece is perpendicular to described slide rail
The width in direction is gradually reduced along deviating from described lock shaft support seat direction；Described skewback end protrudes out described guiding piece and closes on
Described lock shaft supports the surface of seat side, and described sliding block lays respectively at described skewback both sides.
6. the location structure of the mobile device as described in claim 3-5 is arbitrary, it is characterised in that described slide rail is towards described lock
One side end of mandrel is additionally provided with positive stop, and described positive stop limits for offseting with described lock shaft support seat bottom portion
Make described traction casing and support the displacement in seat direction towards described lock shaft.
7. the location structure of mobile device as claimed in claim 3, it is characterised in that described lock shaft assembly be additionally provided with for
Promote described sliding block to make it to being perpendicular to what described slide rail direction was outwards shunk towards described mobile device mounting seat direction
Handoff block；Described handoff block supports seat direction gradually at the width being perpendicular on described guide rail direction along towards described lock shaft
Reduce；Described handoff block lower surface is arranged on above described guiding piece, so that guiding piece can pass bottom handoff block；Described lock
Mandrel assembly also includes support of unblanking, described in support of unblanking be arranged at described lock shaft and support on seat and pacify towards described mobile device
Dress seat side, described handoff block is fixedly installed unblanks on support with described.
8. the location structure of mobile device as claimed in claim 1, it is characterised in that described lock shaft assembly includes with described
The bearing that lock shaft is adaptive, and for fixing the bearing block of described bearing, described bearing block and described lock shaft support seat and fix
Connect；Described lock shaft is provided with roller towards the end of described guide rail one end.
9. the location structure of mobile device as claimed in claim 8, it is characterised in that described lock hook assembly includes and described shifting
Dynamic device mounting seat fixes the latch hook casing of connection, and the bottom that described latch hook casing closes on described guide rail is provided with latch hook baffle plate, institute
State latch hook baffle surface and be provided with the through hole passed along vertical described guide rail direction for described lock shaft top；Described lock shaft top
End is cone, and described latch hook casing top is provided with the latch hook faced with described through hole, and described latch hook is provided with and described locking
The cavity that axle top is agreed with mutually.
10. claim 1-5 or 7-9 arbitrary as described in the location structure of mobile device, it is characterised in that described lock hook assembly
And described traction frame assembly is fixedly installed in described mobile device mounting seat the side away from described lock shaft mounting seat；Described
Mobile device mounting seat just supports, for described lock shaft, the passage that seat passes to being provided with at described lock shaft assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620580980.1U CN205799480U (en) | 2016-06-13 | 2016-06-13 | A kind of location structure of mobile device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620580980.1U CN205799480U (en) | 2016-06-13 | 2016-06-13 | A kind of location structure of mobile device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105922238A (en) * | 2016-06-13 | 2016-09-07 | 东莞中子科学中心 | Positioning structure for mobile device |
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2016
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105922238A (en) * | 2016-06-13 | 2016-09-07 | 东莞中子科学中心 | Positioning structure for mobile device |
| CN105922238B (en) * | 2016-06-13 | 2018-07-06 | 东莞中子科学中心 | A kind of location structure of mobile device |
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