CN105674008B - Support meanss - Google Patents
Support meanss Download PDFInfo
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- CN105674008B CN105674008B CN201410661047.2A CN201410661047A CN105674008B CN 105674008 B CN105674008 B CN 105674008B CN 201410661047 A CN201410661047 A CN 201410661047A CN 105674008 B CN105674008 B CN 105674008B
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- conductor cable
- fixed block
- support
- fixed
- base
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Abstract
A kind of support meanss, including support component, rotary components and fixation kit, support component includes base and the support bar being installed on base, base is provided with the interface for being used for connecting external power supply, the first conductor cable is provided with support bar, first conductor cable is electrically connected with by interface and external power supply, rotary components include the connector being installed in support bar, the rotary shaft being connected with connector and the second conductor cable being arranged in rotary shaft, first conductor cable is electrically connected with the second conductor cable by connector, fixation kit includes fixed block, conducting block and revolving part, fixed block is fixed in rotary shaft away from base one end, revolving part is rotationally connected with fixed block, conducting block is installed in fixed block and electrically connected with stretching out the second conductor cable of rotary shaft；Rotary shaft, which rotates about the axis thereof, drives fixed block rotation, and revolving part is relatively fixed block rotation under external force, and conducting block, the second conductor cable, connector and the first conductor cable remain electric connection.
Description
Technical field
The present invention relates to a kind of support meanss, more particularly to one kind to be applied to the electronic equipments such as TV, computer display
Support meanss.
Background technology
With expanding economy, the display device such as computer, liquid crystal TV set enters huge numbers of families, and existing display
Equipment is more compact in volume so that it is being set with more being facilitated using upper, and therefore and by numerous users
Favor.However, existing display device can not directly fix or random adjustment angle, corresponding support meanss can only be relied on
Or pedestal is completed, moreover, existing support meanss are all often external cable types, in the structure of such a support meanss, by
Continued power is needed to work in display device, so, the power cable of corresponding continued power and other similar assemblies are equal
Outside support meanss, therefore the problem of cable hinders display device angle adjustment be present, and destroy display device
Outside terseness and aesthetic property.
The content of the invention
In view of the foregoing, it is necessary to provide one kind can locating and displaying equipment and can make display device continued power,
Cable is avoided to be exposed to the support meanss of outside.
A kind of support meanss, it includes support component, rotary components and fixation kit, and the support component includes base and peace
Loaded on the hollow support bar on the base, the base, which is provided with, to be used to connect the interface of external power supply, and the is provided with the support bar
One conductor cable, first conductor cable are electrically connected with by the interface and external power supply, and the rotary components include being installed in branch
Connector in strut, the rotary shaft being connected with the connector, and the second conductor cable of the interior of rotating shaft is arranged at, should
First conductor cable is electrically connected with second conductor cable by the connector, and the fixation kit includes fixed block, conducting block
And revolving part, the fixed block are fixed in the one end of the rotary shaft away from the base, the revolving part is rotationally connected with the fixed block, should
Conducting block is installed in the fixed block and second conductor cable with stretching out the rotary shaft is electrically connected；The rotary shaft can be around
The rotation of its axis drives fixed block rotation, and the revolving part can rotate in the presence of external force relative to the fixed block, and this is led
Electric block, the second conductor cable, connector and first conductor cable remain electric connection.
The present invention support meanss due to containing rotary components and fixation kit, it is ensured that display device around perpendicular to and
It can be rotated at any angle parallel to own axes.Further, due to containing the first conductor cable inside the support meanss
And second conductor cable, and the first conductor cable and the second conductor cable are electrically connected by connector so that the branch
Support arrangement, can be with continued power in locating and displaying equipment, and the first conductor cable and the second conductor cable are revolved in display device
When turning positioning, it is not necessary to rotate, avoid the problems such as conductor cable follows the winding that rotational band is come when display device rotates, together
When, because the first conductor cable and the second conductor cable are contained in inside support meanss, protect cable and improve display and set
Standby outside terseness and aesthetic property.
Brief description of the drawings
Fig. 1 is the schematic perspective view of support meanss in the embodiment of the present invention.
Fig. 2 is the decomposing schematic representation of the part-structure of support meanss shown in Fig. 1.
Fig. 3 is the decomposing schematic representation of another part structure of support meanss shown in Fig. 1.
Fig. 4 is the decomposing schematic representation at another visual angle of the part-structure of support meanss shown in Fig. 3.
Fig. 5 is the part-structure of support meanss shown in Fig. 1 along V-V cutaway view Amplified image.
Fig. 6 is the decomposing schematic representation of the another part-structure of support meanss shown in Fig. 1.
Fig. 7 is the decomposing schematic representation at another visual angle of the part-structure of support meanss shown in Fig. 6.
Fig. 8 is the decomposing schematic representation of the another part-structure of support meanss shown in Fig. 1.
Main element symbol description
| Support meanss | 100 |
| Support component | 10 |
| Base | 11 |
| Substrate | 111 |
| Connecting portion | 1112 |
| Opening | 1114 |
| Connecting plate | 113 |
| Articulated section | 1131 |
| Pivoted hole | 1133 |
| Interface | 12 |
| Support bar | 13 |
| Breach | 131 |
| Accommodating chamber | 15 |
| First conductor cable | 18 |
| Rotary components | 30 |
| Connector | 34 |
| Base | 341 |
| Fixed part | 3411 |
| Convex extension part | 3413 |
| First accepting groove | 3412 |
| Second accepting groove | 3414 |
| Resettlement section | 3415 |
| First stator | 342 |
| First Access Division | 3421 |
| Second stator | 344 |
| Second Access Division | 3441 |
| Support | 343 |
| Depressed part | 3431 |
| Stopper slot | 3433 |
| Spacing hole | 3434 |
| Elastic component | 345 |
| Limiting section | 3451 |
| Grab | 3453 |
| Bearing block | 346 |
| Bearing | 347 |
| Nut | 348 |
| Pad | 349 |
| Rotary shaft | 36 |
| Mounting groove | 363 |
| Control piece | 38 |
| Radial friction block | 382 |
| Support division | 3823 |
| Friction cylinder | 384 |
| Main part | 3841 |
| Abutting part | 3843 |
| Rotary friction pad | 386 |
| Second conductor cable | 39 |
| Fixation kit | 50 |
| Fixed block | 51 |
| Connecting portion | 511 |
| Extension | 513 |
| Accepting hole | 5131 |
| Conducting block | 52 |
| Revolving part | 53 |
| Lamellar body | 533 |
| Fixing hole | 5331 |
| Banking stop | 534 |
| Perforation | 5341 |
| It is raised | 5343 |
| Inclined abrasive piece | 536 |
| Turn hole | 5361 |
| Fixed plate | 58 |
| First recessed groove | 581 |
| Second recessed groove | 583 |
| Mounting hole | 585 |
| Connecting plate | 59 |
| Fastener hole | 591 |
| Through hole | 593 |
Following embodiment will combine above-mentioned accompanying drawing and further illustrate the present invention.
Embodiment
Refer to Fig. 1 to Fig. 8, the support meanss 100 in embodiment of the present invention are used for electronic installations such as display devices
It is supported positioning.Support meanss 100 include support component 10, the rotary components 30 being installed in support component 10 and are installed in
Fixation kit 50 in support component 10 and rotary components 30.
Support component 10 fixes the support meanss 100 for support.Rotary components 30 are installed in support component 10, and it can
Rotated with relative support component 10, the electronics such as support locating and displaying equipment to realize the different angle of support meanss 100 dress
Put.Fixation kit 50 is connected with support component 10 and rotary components 30, and it is used to display device being fixed on the support meanss
On 100, and display device can be made to adjust different angles and shown.
Fig. 1 and Fig. 2 is referred to, support component 10 includes base 11 and the support bar 13 being installed on base 11.Base 11
Substantially discoid, its side is provided with to be passed through to connect the interface 12 of external power supply for conductor cable.Specifically, base 11 includes
Generally circular substrate 111 and the connecting plate 113 being covered on substrate 111.Substrate 111 and the shape of connecting plate 113 substantially phase
Together, and both edges mutually abut.Substrate 111 is internally formed an accommodating chamber 15 with connecting plate 113, and interface 12 is opened in substrate
On 111 one sides away from connecting plate 113, and the interface 12 is connected with accommodating chamber 15.First is provided with the support component 10
Conductor cable 18, one end of first conductor cable 18 are connected by interface 12 and external power source, and the other end stretches into the accommodating chamber
In 15.Substrate 111 protrudes out to form a connecting portion 1112 on the one side of connecting plate 113 towards connecting plate 113.Connecting portion
1112 substantially shaft-like, it is internal to be hollow, and the side wall of the connecting portion 1112 is provided with an opening 1114.First conductor cable
18 one end for penetrating accommodating chamber 15 stretch into the inside of connecting portion 1112 by the opening 1114 of connecting portion 1112.Connecting plate 113 is remote
Protrude out to form an articulated section 1131 from substantial middle position on the one side of substrate 111, one is formed through on the articulated section 1131
Pivoted hole 1133.Articulated section 1131 aligns setting with connecting portion 1112, and articulated section 1131 is sheathed on the connecting portion 1112.
The articulated section 1131 is used to connect the support bar 13.
The inside of support bar 13 is in hollow.Open up to form a breach 131 at base 11 on the periphery of support bar 13, lack
Mouth 131 is connected with the inside of support bar 13.The pivoted hole 1133 of the one end of support bar 13 through articulated section 1131 is plugged in connection
In portion 1112, and the breach 131 of support bar 13 aligns setting with opening 1114, and the first conductor cable 18 penetrates accommodating chamber 15
The inside of support bar 13 is stretched into one end through opening 1114 and breach 131.It is appreciated that the first conductor cable 18 is close to base
11 one end can be electrically connected with an attaching plug, be connected with facilitating with external power source.
Refer to Fig. 3 to Fig. 7, connector 34 that rotary components 30 include being installed in support bar 13, with the phase of connector 34
The rotary shaft 36 of connection, the control piece 38 being arranged on the one end of rotary shaft 36 and the second conductor wire being contained in inside rotary shaft 36
Cable 39.
Connector 34 includes base 341, the first stator 342, the second stator 344, support 343, elastic component 345, axle
Bearing 346, bearing 347, nut 348 and pad 349.Base 341 is generally cylindrical.Base 341 is fixedly connected on support bar
13 inner sides.Specifically, what base 341 included that fixed part 3411 and being protruded outward by fixed part 3411 away from base 11 formed protrudes out
Portion 3413.Fixed part 3411 is generally cylindrical, and it is fixed on the inner side of support bar 13, and it is recessed at convex extension part 3413
Fall into and form a resettlement section 3415, the first accepting groove 3412 is formed in the bottom of resettlement section 3415.Convex extension part 3413 is substantially cylindrical
Shape.Convex extension part 3413 forms the second accepting groove 3414 on the side away from the first accepting groove 3412.First accepting groove 3412 and
Two accepting grooves 3414 substantially strip.First stator 342 is substantially circular, and it is installed in the fixed part of base 341
On 3411, and it is contained in resettlement section 3415 through convex extension part 3413, and the first stator 342 is close to the side of base 341
The first Access Division 3421 of upper formation, the first Access Division 3421 is corresponding to be housed and stretches out on the first accepting groove 3412.Second stator
344 substantially disc-shapeds, it is installed on convex extension part 3413, and it leans on the side into base 341 to form the second Access Division 3441,
Second Access Division 3441 houses and stretched out on the second accepting groove 3414.In present embodiment, the first stator 342 is second solid with this
Stator 344 is that conductive material makes.First Access Division 3421 house and through first accepting groove 3412 with this first
Conductor cable 18 is connected, second Access Division 3441 house and through second accepting groove 3414 with first conductor cable
18 are connected.
Support 343 and elastic component 345 are arranged on base 341, and 343 generally hollow round pie of support, it is close to base
Cave inward to form a depressed part 3431 on 341 one end.Support 343 also opens up two relatively on one end of base 341
Stopper slot 3433, and above the side of each stopper slot 3433 on form the limit being mutually communicated with stopper slot 3433 respectively
Position hole 3434.In present embodiment, the quantity of elastic component 345 is two, and two elastic components 345 are the different bullet of length
Piece, each shell fragment substantially ㄅ shapes, and each shell fragment includes a limiting section 3451 and grab 3453.Each limiting section 3451
It is contained in corresponding to support 343 on stopper slot 3433, and each grab 3453 is contained on corresponding spacing hole 3434.Wherein one
Shell fragment one end is held on the first stator 342 on fixed part 3411, and another shell fragment one end is held in convex extension part
On the second stator 344 on 3413.
The substantial middle position of bearing 347 is in hollow, and it is sheathed on bearing block 346, and its side wall and the inwall of support bar 13
Abut against.Bearing block 346 is arranged on support 343, and the inside of bearing block 346 is hollow.In present embodiment, bearing block 346
For screw, the screw portion of the screw passes through bearing 347 and support 343.Nut 348 is sheathed on screw rod, and is correspondingly contained in
On the depressed part 3431 of support 343, bearing 347 is installed on support 343.In addition, between support 343 and bearing 347 also
Provided with pad 349.
Rotary shaft 36 is generally hollow shaft-like, and it can be around own axis.Rotary shaft 36 is contained in support bar 13
Inside, and it is fixedly connected close to one end of base 11 with bearing block 346., can be with when rotary shaft 36 rotates under external force
Bearing block 346, support 343, bearing 347 and elastic component 345 is driven to rotate together.In present embodiment, rotary shaft 36 and bearing
The nut of seat 346 is connected.Rotary shaft 36 opens up to form two mounting grooves 363 away from relative respectively at bearing block 346.
Control piece 38 is installed on the one end of rotary shaft 36 away from connector 34, and it includes two radial friction blocks 382, rubbed
Wipe cylinder 384 and rotary friction pad 386.Two radial friction blocks 382 substantially semi-cylindrical, it corresponds to be installed in rotation respectively
Two mounting grooves 363 of axle 36.Two support divisions 3823 are respectively formed inside each radial friction block 382.Each two support division
3823 are contained on corresponding mounting groove 363.The outside and the inner side of friction cylinder 384 of each radial friction block 382 abut against.Rub
384 generally hollow tubular of cylinder is wiped, it includes being contained in main part 3841 inside support bar 13 and one by main part 3841
Hold the abutting part 3843 to be formed that stretches out.Main part 3841 is hollow tube-shape, and one end of rotary shaft 36 is contained in main part
In 3841, abutting part 3843 is held on one end of support bar 13.The inwall of friction cylinder 384 and two phases of radial friction block 382
Abut.Rotary friction pad 386 is substantially circular, and it is installed on the abutting part 3843 of friction cylinder 384.Friction cylinder 384 and rotation
Turn to offset between friction plate 386 and produce larger frictional force between the two, to avoid between rotary shaft 36 and fixed block 51
Abrasion, and by the frictional force rotary shaft 36 drive fixed block 51 be positioned at rotate after position on.
Second conductor cable 39 is contained in inside rotary shaft 36, and its one end through the inside of bearing block 346 and be connected to
On the elastic component 345 that the first stator 342 on convex extension part 3413 is in contact, and the side wall of the second conductor cable 39 and another bullet
The property phase of part 345 touches, to pass through elastic component 345, the first stator 342 and the second stator 344 and the phase of the first conductor cable 18
Mutually electrically connect.
Also referring to Fig. 8, fixation kit 50 includes the fixed block 51 being installed in rotary shaft 36, is installed on fixed block 51
Upper revolving part 53, fixed plate 58 and connecting plate 59.In present embodiment, revolving part 53 includes two lamellar bodies, 533, two banking stops
534 and four inclined abrasive pieces 536, and the quantity of connecting plate 59 and fixed plate 58 is two.Two lamellar bodies, 533, two limits
534, two connecting plates 59 of bit slice and two fixed plates 58 respectively symmetrically are arranged on the both sides of fixed block 51.Four inclinations rub
Each two inclined abrasive piece 536 is arranged on the side of fixed block 51 in pad 536.
Referring to Fig. 6 to Fig. 8, fixed block 51 is substantially U-shaped bulk, and it is arranged at the top of rotary friction pad 386, and
It protrudes out to form a columned connecting portion 511 on one end of rotary shaft 36.Connecting portion 511 is contained in the interior of rotary shaft 36
Portion, and be fixedly connected with rotary shaft 36.The substantial middle position of connecting portion 511 is hollow, and the hollow part of connecting portion 511 is available for
Second conductor cable 39 passes through.Stretch out to form the extension 513 of circle respectively on the two side faces of fixed block 51.Each extension
Insertion offers accepting hole 5131 in portion 513.
Conducting block 52 is contained in corresponding accepting hole 5131, and rotary shaft 36 is stretched out in one end of the second conductor cable 39, and
It is connected through the connecting portion 511, and with the conducting block 52, electric power is provided for display device.Lamellar body 533 is substantially circular, its
A fixing hole 5331 has substantially been opened up at middle part.The shapes and sizes of fixing hole 5331 and the extension of the both sides of fixed block 51
513 shapes and sizes are identical.Lamellar body 533 is sheathed on the both sides of fixed block 51, and its fixing hole 5331 passes through fixed block 51
Extension 513.Banking stop 534 is substantially circular, its substantially middle part opened up one perforation 5341, perforate 5341 shape and
Size is identical with the shapes and sizes of the extension 513 of the both sides of fixed block 51.Two spacing preiections of the edge projection of banking stop 534
5343, banking stop 534 is made of the larger material of coefficient of friction.Banking stop 534 is sheathed on the extension 513 of fixed block 51
On, with lamellar body 533 close to connecting, and extension 513 is through perforation 5341.
Inclined abrasive piece 536 is substantially circular, and it is provided with turn hole 5361, and inclined abrasive piece 536 passes through 5361 sets of turn hole
Set on the extension 513 of fixed block 51, and close to banking stop 534.Inclined abrasive piece 536 can be relatively fixed 51 turns of block
It is dynamic.Inclined abrasive piece 536 offsets with banking stop 534 and produces larger frictional force therebetween, passes through the frictional force
It is positioned between inclined abrasive piece 536 and banking stop 534 on the position after rotating.
The substantially tabular of fixed plate 58, it is installed on fixed block 51, and it is recessed on the one side of fixed block 51
The first recessed groove 581 is formed, depression forms the second circular recessed groove 583 on one side of the fixed plate 58 away from fixed block 51.
The insertion of the substantial middle position of fixed plate 58 opens up to form a mounting hole 585, and the extension 513 of fixed block 51 passes through the mounting hole
585, and lamellar body 533, banking stop 534 and inclined abrasive piece 536 are contained in the first recessed groove 581.Conducting block 52 passes through should
Mounting hole 585.Fixed plate 58 is used for fixed display devices, and it can be relatively fixed block 51 together with inclined abrasive piece 536 and rotate.
Display device can be by inclined abrasive piece 536 and banking stop 534 after frictional force is to be positioned at rotation between the two in fixed plate 58
Position.Connecting plate 59 is substantially discoideus, and it is fixedly installed on the fixed block 51, and it is provided with fastener hole 591, through hole
593.Connecting plate 59 is contained in the second recessed groove 583, and is fixed on by fastener hole 591 on extension 513.Through hole 593
With 52 corresponding setting of conducting block, it makes display device be electrical connected with conducting block 52.Connecting plate 59 passes through inclined abrasive
Piece 536 is rotatablely connected with fixed plate 58.
During assembling, first, the first stator 342 in rotary components 30 and the second stator 344 are installed in rotation group
On base 341 in part 30, then, two elastic components 345 are installed on support 343, and cause one end point of two elastic components 345
It is not held on the first stator 342 and the second stator 344 on base 341, then bearing 347 is sheathed on bearing block 346
On, and bearing block 346 is installed on support 343, and nut 348 is sheathed on bearing block 346, and it is contained in support 343
Depressed part 3431 in, then, the second conductor cable 39 is contained in rotary shaft 36, and rotary shaft 36 is installed in bearing block
On 346, then the radial friction block 382 in rotary components 30 is installed in rotary shaft 36 respectively, by the friction in rotary components 30
Cylinder 384 is sheathed in rotary shaft 36, and the rotary friction pad 386 in rotary components 30 is installed on friction cylinder 384, then, then
First conductor cable 18 is contained in support bar 13, by base 341 and the support bar being fixedly installed in support component 10 13
On, and cause rotary shaft 36 to be contained in the inside of support bar 13, then, support bar 13 is installed on base 11, and by first
The interface 12 of base 11 is stretched out in one end of conductor cable 18, finally, the fixed block 51 of fixation kit 50 is installed on into rotary shaft 36
On, conducting block 52 is contained on fixed block 51, and conducting block 52 is connected with the second conductor cable 39, then by lamellar body
533rd, banking stop 534, inclined abrasive piece 536, fixed plate 58 and connecting plate 59 are arranged on the side of fixed block 51.
In use, base 11 is positioned in plane, external power supply is electrically connected in interface 12, and electric energy is conductive by first
Cable 18, elastic component 345, the second conductor cable 39, conducting block 52 are transferred in the display device being fixed in fixed plate 58, from
And it is display device continued power.
When needing to adjust the angle of inclination of display device, display device can be made to be rotated around its axis, during rotation,
Overcome the frictional force between inclined abrasive piece 536 and banking stop 534, and inclined abrasive piece 536, fixed plate 58 and display device one
Rise and rotate, conducting block 52 keep with the connection of the second conductor cable 39, be display device continued power, and inclined abrasive piece 536
Display device can be positioned at any position after rotating by the frictional force between banking stop 534.
Can also rotation display apparatus as needed, display device can be made to be rotated around rotary shaft 36, during rotation, rotary shaft 36
Rotated with together with display device, the second conductor cable 39 and the first conductor cable 18 pass through elastic component 345, the first stator 342
And 344 mutual electrical communication of the second stator, it is display device continued power, radial friction block 382 can ensure rotary shaft 36
Shaft core position, and the friction between rotary friction pad 386, radial friction block 382 and friction cylinder 384 can determine display device
Any position of position after rotation.
The present invention support meanss 100 due to containing rotary components 30 and fixation kit 50, it is ensured that display device around
It can rotate at any angle perpendicular to and parallel to own axes, and because inside is rubbed containing rotary friction pad 386 and tilting
Pad 536, display device can be caused to be positioned at postrotational any angle.Further, inside due to the support meanss 100
Containing the first conductor cable 18 and the second conductor cable 39, and the first conductor cable 18 and the second conductor cable 39 pass through connector
34 are electrically connected so that the support meanss 100, can be with continued power in locating and displaying equipment, and the first conductor wire
The conductor cable 39 of cable 18 and second is in display device rotational positioning, it is not necessary to rotates, avoids conductor cable in display device
The problems such as winding for following rotational band during rotation, simultaneously as the first conductor cable 18 and the second conductor cable 39 are contained in
Inside support meanss 100, protect cable and improve the outside terseness and aesthetic property of display device.
In addition, those skilled in the art are it should be appreciated that the embodiment of the above is intended merely to explanation originally
Invention, and be not used as limitation of the invention, as long as within the spirit of the present invention, to embodiment of above
The appropriate change and change made all fall within the scope of protection of present invention.
Claims (10)
1. a kind of support meanss, it includes support component, rotary components and fixation kit, and the support component includes base and installation
In the hollow support bar on the base, it is characterised in that：The base is provided with the interface for being used for connecting external power supply, the support bar
The first conductor cable is inside provided with, first conductor cable is electrically connected with by the interface and external power supply, and the rotary components include
The connector being installed in support bar, the rotary shaft being connected with the connector, and be arranged at the second of the interior of rotating shaft and lead
Electric wire cable, first conductor cable are electrically connected with second conductor cable by the connector, and the fixation kit includes fixing
Block, conducting block and revolving part, the fixed block are fixed in the one end of the rotary shaft away from the base, and the revolving part is rotationally connected with this
Fixed block, the conducting block is installed in the fixed block and second conductor cable with stretching out the rotary shaft is electrically connected；The rotation
Rotating shaft, which can rotate about the axis thereof, drives fixed block rotation, and the revolving part being capable of relative fixed block rotation in the presence of external force
Turn, and the conducting block, second conductor cable, the connector and first conductor cable keep being electrically connected with.
2. support meanss as claimed in claim 1, it is characterised in that：The connector include the base that is fixed in support bar and
The first stator and the second stator being installed on the base, the base are provided with the first accepting groove and the second accepting groove, should
First stator forms the first Access Division on the side of the base, and first Access Division houses and passes through first accepting groove
To be connected with first conductor cable, second stator forms the second Access Division on the side of the base, and this second
Access Division houses and passes through second accepting groove to be connected with first conductor cable.
3. support meanss as claimed in claim 2, it is characterised in that：The connector also includes the support being installed on the base
And two elastic components, the two elastic components one end are contained on the support, the base includes fixed part and by the fixed part away from should
Support component protrudes outward the convex extension part to be formed, and first stator is installed on the fixed part, and second stator is installed in
On the convex extension part, first accepting groove is formed at the fixed part and is formed at this close to one end of the convex extension part, second accepting groove
On side of the convex extension part away from first accepting groove, wherein an elastic component one end is held on first stator, another elasticity
Part one end is held on second stator, and the second conductor cable one end is connected to and the first stator phase on the convex extension part
On the elastic component of contact, and the side wall of second conductor cable mutually touches with another elastic component.
4. support meanss as claimed in claim 3, it is characterised in that：The connector also includes bearing block, bearing, nut, should
For bearing holder (housing, cover) on bearing block, the bearing block is arranged in the support, and the nut screw-casing is located on one end of the bearing block, and then
The bearing is installed on the support, the rotary shaft and one end Joint of the bearing block away from the nut.
5. support meanss as claimed in claim 1, it is characterised in that：The rotary components are also remote including being installed on the rotary shaft
The control piece of the connector one end, the control piece include the friction cylinder being installed on the support bar and are installed on the friction cylinder
Rotary friction pad, the fixed block is driven by caused frictional force rotary shaft between the friction cylinder and the rotary friction pad
It is positioned on the position after rotating.
6. support meanss as claimed in claim 5, it is characterised in that：The fixed block is arranged above the rotary friction pad, should
Fixed block protrudes out to form a connecting portion on one end of the rotary shaft, and the connecting portion is contained in the inside of the rotary shaft, and with
The rotary shaft is fixedly connected, and second conductor cable passes through the connecting portion to be electrically connected with the conducting block.
7. support meanss as claimed in claim 6, it is characterised in that：The fixed block is included along its two side faces respectively to extension
The extension to be formed is stretched, the revolving part includes banking stop and inclined abrasive piece, and the banking stop and the inclined abrasive piece are arranged successively
In on the extension, and the inclined abrasive piece can rotate relative to the fixed block, pass through the inclined abrasive piece and the banking stop produces
Frictional force to be positioned between the inclined abrasive piece and the banking stop on the position after rotating.
8. support meanss as claimed in claim 7, it is characterised in that：The fixation kit also includes being installed on the fixed block
Fixed plate, it can rotate together with the inclined abrasive piece relative to the fixed block, and the fixed plate is on the one side of the fixed block
Depression forms the first recessed groove, and the banking stop and the inclined abrasive piece are contained in first recessed groove.
9. support meanss as claimed in claim 8, it is characterised in that：The fixation kit also includes being fixedly installed in the fixed block
On connecting plate, the banking stop, the inclined abrasive piece and the fixing plate clamp be located between the connecting plate and the fixed block, this is fixed
Depression forms the second recessed groove on one side of the plate away from the fixed block, and the connecting plate is contained in the second recessed groove, and is passed through
Inclined abrasive piece is rotatablely connected with the fixed plate.
10. support meanss as claimed in claim 9, it is characterised in that：Insertion offers accepting hole on the extension, and this is fixed
Insertion opens up mounting hole in the middle part of plate, and the connecting plate offers through hole, and the conducting block is contained in the accepting hole and passes through the mounting hole
And through hole, for being electrically connected with an electronic installation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410661047.2A CN105674008B (en) | 2014-11-19 | 2014-11-19 | Support meanss |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410661047.2A CN105674008B (en) | 2014-11-19 | 2014-11-19 | Support meanss |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105674008A CN105674008A (en) | 2016-06-15 |
| CN105674008B true CN105674008B (en) | 2018-01-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410661047.2A Expired - Fee Related CN105674008B (en) | 2014-11-19 | 2014-11-19 | Support meanss |
Country Status (1)
| Country | Link |
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| CN (1) | CN105674008B (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107800170A (en) * | 2017-11-14 | 2018-03-13 | 合肥惠科金扬科技有限公司 | Possess the base and display of wireless charging function |
| CN107859839A (en) * | 2017-11-14 | 2018-03-30 | 合肥惠科金扬科技有限公司 | Removable support component and display |
| CN110388548B (en) * | 2018-04-19 | 2022-04-22 | 鸿富锦精密电子（重庆）有限公司 | Display device |
| CN114484165A (en) * | 2022-01-14 | 2022-05-13 | 深圳市道通科技股份有限公司 | Support frame |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102410427B (en) * | 2010-09-20 | 2013-11-06 | 黄铭贤 | Screen bracket capable of adjusting screen angle |
| EP2775192B8 (en) * | 2013-02-07 | 2017-12-13 | Flytech Technology Co., Ltd | Display device and point-of-sale system having the display device |
| CN203273206U (en) * | 2013-03-19 | 2013-11-06 | 上海轩田工业设备有限公司 | Hollow shaft mechanism used for electric wires or air pipes to pass through |
| CN203868648U (en) * | 2014-06-09 | 2014-10-08 | 吴萍 | Novel display screen support |
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2014
- 2014-11-19 CN CN201410661047.2A patent/CN105674008B/en not_active Expired - Fee Related
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| CN105674008A (en) | 2016-06-15 |
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