Rotary draw bail and rotary clamp bracket
Technical field
Clamp structure is the utility model is related to, more specifically rotary draw bail and rotary clamp bracket.
Background technology
In the prior art, the clamp bracket for mobile phone or other mobile devices has a lot, but most clamping branch
Frame can not rotate, and can not meet the equipment in rotary moving of multi-angle, and some can rotate, but the angle rotated has
Limited, made inconvenient for operation.
Utility model content
The purpose of this utility model is overcome the deficiencies in the prior art, there is provided rotary draw bail and rotary clamping
Support.
To achieve the above object, the utility model uses following technical scheme:Rotary draw bail, including fixture and
The movable part rotated against with fixture, the fixture are provided with the groove of more than two, and the movable part is provided with least one
The projection corresponding with groove, and the elastic component for projecting elastic movement;When external force acts on movable part, projection departs from recessed
Groove slides into other groove, realizes that the flexibly positioned formula rotation between movable part and fixture couples with this.
Its further technical scheme is:For the movable part to be actively coupled disk, the disk that is actively coupled is distal to fixture
Side be provided be used to couple with movable end be actively coupled portion, center provided with the connection holes coaxially coupled with fixture, it is cylindrical on
It is uniformly distributed and is provided with the more than one projection;The position that the projection is bordering on center is provided with empty avoiding chamber, and forms from projection
Both ends stretch out can inside crimp link arm, to form described elastic component;The fixture is to be fixedly connected
Disk, the disk that is fixedly connected, which is bordering on, to be actively coupled the side of disk and is provided with annular chamber, and the inwall of the annular chamber is provided with several
Described groove;The center of the disk that is fixedly connected is provided with couples axle portion with what the connection holes coordinated, is distal to and is actively coupled disk
Side be provided with the portion that is fixedly connected that couples with fixing end.
Its further technical scheme is:It is described it is raised be 2, the even number of the quantity of the groove between 4-36.
Its further technical scheme is:The movable part is the portable plate provided with connection stepped hole, is bordering on the fixture
Side be provided with least one spring eye, is provided with spring, and the steel ball positioned at outer spring end in described spring eye, it is described
Spring forms described elastic component, and described steel ball forms described projection;Described fixture includes being used to join with fixing end
The fixed block connect, and the coupling spindle coupled through described connection stepped hole with fixed block;The fixed block is bordering on portable plate
Side is provided with the groove of more than two.
Its further technical scheme is:The center of the fixed block is provided with the cross notch for being used for coupling with fixing end;Institute
The connection axis center stated is provided with the through hole communicated with the cross notch;The spring eye is 2, and the quantity of the groove is 4-
Even number between 36.
Rotary clamp bracket, including movable end, and the clamp structure coupled with movable end, in addition to for being connected and fixed
End and the draw bail of movable end, described draw bail is described rotary draw bail.
Its further technical scheme is:The clamp structure includes rack body, and sandwich relationship is formed with rack body
Clamp assemblies, the rack body are provided with left chute and right rail, some location divisions of end face disposed thereon;The clamp assemblies
Including holding frame, it is fixed on holding frame and is slidably connected respectively and slip part and right sliding part in a left side for left chute, right rail, be used for
The actuator of clamping relation is formed between holding frame and rack body;The holding frame is some provided with being oppositely arranged with location division
Clamping section;The clamping section forms sandwich relationship with location division;The rack body is provided with buckling groove, and the disk that is actively coupled is set
Have raised with the clamping of the buckling groove clamping.
Its further technical scheme is:The location division and clamping section side facing each other are the inclined-plane to concave, institute
The angle for stating inclined-plane and the rack body is 50 °~80 °.
Rotary clamp bracket, including fixing end, and the fixed mechanism coupled with fixing end, in addition to for being connected and fixed
End and the draw bail of movable end, described draw bail is described rotary draw bail.
Its further technical scheme is:The fixed mechanism includes anchor ear, and the anchor ear is bordering on one end of the fixed block
For described fixing end, the fixing end is provided with the cross lug boss with the cross notch clamping, in the cross lug boss
The heart is provided with the screwed hole for being used for being fixedly connected with the movable end.
The beneficial effect of the utility model compared with prior art is:What the rotary draw bail of the utility model was provided with consolidates
Determine part and the movable part rotated against with fixture, fixture groove, movable part is provided with the projection corresponding with groove, it is raised with
Elastic component is provided between groove, is acted on by external force, make it is raised be placed in different grooves, with realize fixture or movable part it
Between rotate against, the raised number of matches with groove of selection, the rotation of multi-angle can be realized according to being actually needed.
Described above is only the general introduction of technical solutions of the utility model, in order to better understand the utility model technology
Means, and being practiced according to the content of specification, and in order to allow above and other purpose of the present utility model, feature and
Advantage can become apparent, and below especially exemplified by preferred embodiment, and coordinate accompanying drawing, describe in detail as follows.
Brief description of the drawings
Fig. 1 is the exploded view of the rotary clamp bracket first embodiment of the utility model;
Fig. 2 is the exploded view at the rotary another visual angle of clamp bracket first embodiment of the utility model;
Fig. 3 is the exploded view of the rotary clamp bracket second embodiment of the utility model;
Fig. 4 is the fixed block schematic diagram in Fig. 3;
Fig. 5 is the schematic diagram that the rotatable clamp bracket of the utility model has first embodiment;
Fig. 6 is the rack body schematic diagram that the rotatable clamp bracket of the utility model has first embodiment.
Reference
1 is fixedly connected the annular chamber of disk 11
111 grooves 12 couple axle portion
13 cross notches 2 are actively coupled disk
21 raised 22 connection holes
23 clampings, 24 empty avoiding chambers of projection
The groove of 3 fixed block 31
The spring of 32 steel ball 33
The coupling spindle of 4 portable plate 41
42 spring eyes 43 couple stepped hole
The rack body of 5 anchor ear 6
The inclined-plane of 61 buckling groove 62
The 63 left right rails of chute 64
The right sliding part of 7 clamp assemblies 71
The 72 left sliding actuators of part 73
Embodiment
In order to more fully understand technology contents of the present utility model, with reference to specific embodiment to skill of the present utility model
Art scheme is further described and illustrated, but is not limited to this.
As Figure 1-Figure 5, the rotary draw bail of the utility model, including fixture and rotate against with fixture
Movable part, fixture are provided with the groove 111 of more than two, and movable part is provided with least one projection 21 corresponding with groove 111,
And the elastic component for raised 21 resilient movements;When external force acts on movable part, projection 21 departs from groove 111 and slid into addition
Groove 111, with this realize between movable part and fixture flexibly positioned formula rotation couple.
First embodiment as shown in Figure 1-2, movable part are actively coupled disk 1 is distal to fixture one to be actively coupled disk 2
Side be provided be used to couple with movable end be actively coupled portion, center provided with the connection holes 22 coaxially coupled with fixture, it is cylindrical on
It is uniformly distributed and is provided with 2 projections 21;The position that projection 21 is bordering on center is provided with empty avoiding chamber 24, and forms outside from raised 21 both ends
Extension can inside crimp link arm, to form elastic component;For the disk 1 that is fixedly connected, the disk 1 that is fixedly connected is bordering on fixture
The side for being actively coupled disk 2 is provided with annular chamber 11, and the inwall of annular chamber 11 is provided with 12 grooves 111;It is fixedly connected in disk 1
The heart is provided with couples axle portion 12 with what connection holes 22 coordinated, is distal to the side for being actively coupled disk 2 provided with the fixation coupled with fixing end
Connection part.Wherein, it 1 is plastic material to be actively coupled disk 2 and be fixedly connected.
Further, projection 21 is 2, the even number of the quantity of groove 111 between 4-36;Preferably, projection 2 is 2
Individual, number of recesses 111 is 12.
Individual in other embodiments, it is plastic material to be actively coupled disk 2, and the disk 1 that is fixedly connected is metal material.
In other embodiments, projection 2 is 4, and number of recesses 111 is 24.
Second embodiment as shown in Figure 3-4, movable part are the portable plate 4 provided with connection stepped hole 43, are bordering on fixture
Side be provided with 2 spring eyes 42, is provided with spring 33, and the steel ball 32 positioned at the outer end of spring 33, the structure of spring 33 in spring eye 42
Into elastic component, steel ball 33 forms projection 21;Fixture includes being used for the fixed block 3 that couple with fixing end, and through coupling step
The coupling spindle 41 that hole 43 couples with fixed block 3;The side that fixed block 3 is bordering on portable plate 4 is provided with 4 grooves 111.The present embodiment
In, movable part can 360 ° of rotations, it is 90 ° that each steel ball 32, which is rotated to the angle rotated in next groove 111,.
Further, the center of fixed block 3 is provided with the cross notch 13 for being used for coupling with fixing end;The center of coupling spindle 41 is set
There is the through hole communicated with cross notch 13.
In other embodiments, according to being actually needed, the quantity of groove 111 can be increased, as the quantity of groove 111 be 8, make
The angle that it rotates is more.
As shown in Fig. 1,2,5,6, using the rotary folder of the rotary draw bail composition shown in above-mentioned first embodiment
Hold support, including movable end, and the clamp structure coupled with movable end, in addition to coupling for be connected and fixed end and movable end
Structure, draw bail are rotary draw bail, specifically, rotary draw bail, wherein, movable part is to be actively coupled disk
2, be actively coupled disk 1 be distal to fixture side be provided be used to couple with movable end be actively coupled portion, center provided with and fixation
The connection holes 22 that part coaxially couples, it is cylindrical on be uniformly distributed provided with 2 projections 21;The position that projection 21 is bordering on center is provided with empty avoiding
Chamber 24, and the link arm to stretch out from raised 21 both ends is formed, to form elastic component;Fixture is the disk 1 that is fixedly connected, fixed
Tie-plate 1, which is bordering on, to be actively coupled the side of disk 2 and is provided with annular chamber 11, and the inwall of annular chamber 11 is provided with 12 grooves 111;It is fixed
The center of tie-plate 1 is provided with couples axle portion 12 with what connection holes 22 coordinated, is distal to and is actively coupled the side of disk 2 and is provided with and fixing end
The portion that is fixedly connected of connection.
Further, clamp structure includes rack body 6, and the clamp assemblies 7 of sandwich relationship, branch are formed with rack body 6
Frame body 6 is provided with left chute 63 and right rail 64, some location divisions of end face disposed thereon;Clamp assemblies 7 include holding frame, Gu
It is slidably connected due to holding frame and respectively and slips part 71 and right sliding part 72 in a left side for left chute 63, right rail 64, for clamps
The actuator 73 of clamping relation is formed between frame and rack body 6;Holding frame is provided with some clampings being oppositely arranged with location division
Portion;Clamping section forms sandwich relationship with location division;Rack body is provided with buckling groove 61, is actively coupled disk 2 and is provided with and buckling groove 61
The clamping projection 23 of clamping.Preferably, location division and clamping section side facing each other are the inclined-plane 62 to concave, inclined-plane 62 with
The angle of rack body 6 is 50 °~80 °, makes clamping mobile device more firm;Preferably, angle is 60 °.
Further, rotary clamp bracket also includes fixing end, and the fixed mechanism coupled with fixing end, fixed mechanism
Including anchor ear 5, one end that anchor ear 5 is bordering on fixed block is fixing end, and fixing end is provided with raised with the cross of the clamping of cross notch 13
Portion, cross lug boss center are provided with the screwed hole for being used for being fixedly connected with movable end.
Specifically, in the present embodiment, it is actively coupled disk and is coupled with rack body using split type.
In other embodiments, it is actively coupled disk and is molded with rack body integral cast.
In other embodiments, rotary clamp bracket is using the rotary draw bail structure shown in above-mentioned second embodiment
Into rotary clamp bracket, including fixing end, and the fixed mechanism coupled with fixing end, in addition to for be connected and fixed end with
The draw bail of movable end, draw bail are rotary draw bail;Specifically, rotary draw bail, wherein, movable part is
Portable plate 4 (i.e. rack body 6) provided with connection stepped hole 43, the side for being bordering on fixture is provided with 2 spring eyes 42, spring eye
Be provided with spring 33, and the steel ball 32 positioned at the outer end of spring 33 in 42, spring 33 forms elastic component, and steel ball structure 32 is into raised 21;Gu
Determining part includes being used for the fixed block 3 coupled with fixing end, and the coupling spindle 41 with fixed block 3 coupled through connection stepped hole 43;
The side that fixed block 3 is bordering on portable plate 4 is provided with 4 grooves 111.
Further, rotary clamp bracket also includes fixed mechanism, and fixed mechanism includes anchor ear 5, and anchor ear 5 is bordering on fixation
One end of block is fixing end, and fixing end is provided with the cross lug boss with cross notch clamping, and cross lug boss center, which is provided with, to be used for
The screwed hole being fixedly connected with movable end.
In summary:Fixture that the rotary draw bail of the utility model is provided with and the activity rotated against with fixture
Part, fixture groove 111, movable part are provided with the projection 21 corresponding with groove 111, bullet are provided between projection 21 and groove 111
Property part, acted on by external force, projection 21 is placed in different grooves 111, it is relative between fixture or movable part to realize
Rotation, selection projection 21 and the number of matches of groove 111, the rotation of multi-angle can be realized according to being actually needed.
It is above-mentioned that technology contents of the present utility model are only further illustrated with embodiment, in order to reader is easier to understand,
But embodiment of the present utility model is not represented is only limitted to this, any technology extension or recreation done according to the utility model,
By protection of the present utility model.The scope of protection of the utility model is defined by claims.