CN205064581U - 360 degrees pivot devices of rope formula - Google Patents
360 degrees pivot devices of rope formula Download PDFInfo
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- CN205064581U CN205064581U CN201520790871.8U CN201520790871U CN205064581U CN 205064581 U CN205064581 U CN 205064581U CN 201520790871 U CN201520790871 U CN 201520790871U CN 205064581 U CN205064581 U CN 205064581U
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Abstract
360 degrees pivot devices of rope formula contains the primary shaft (1), secondary shaft (2), connecting piece (3), first fixed subassembly (4), second fixed subassembly (5), first rope (6) and second rope (7). The primary shaft and secondary shaft parallel are fixed in the connecting piece. First fixed subassembly includes first body and second body, is equipped with first track and second track on the lateral wall. The fixed subassembly of second contains third body and fourth body, is equipped with third track and fourth track on the lateral wall. The primary shaft is located to first body and second body pivot, and the secondary shaft is located to third body and fourth body pivot. The both ends of first rope and second rope set up respectively in first fixed subassembly and the fixed subassembly of second, and first rope is crisscross around locating third track and second track, and the second rope is crisscross around locating first track and fourth track. By above -mentioned structure, the fixed subassembly of first fixed subassembly and second is synchronous relative the rotation better to reach the mesh of 360 degrees rotations.
Description
Technical field
The utility model relates to a kind of 360 degree and rotates pivot device, particularly a kind of cable type 360 degree of pivot devices.
Background technique
Pivot is generally used for the upper cover of notebook computer and the connection of lower cover, and it produces torsion.When user opens upper cover, by torsion, upper cover can be positioned at the desired angle of user.
Recently due to the development of panel computer, be adaption demand, notebook computer has the function of panel computer further.That is, the screen of notebook computer can touch-control, and for easy to use, the upper cover of notebook computer can be turned to 360 degree relative to lower cover from 0 degree completely.
In order to realize the rotation of 0 degree to 360 degree, the upset of 180 degree has been responsible at the two ends of pivot device connection upper and lower covers respectively, early stage pivot structure is when overturning, be not particularly limited mode, when flip angle is less than 180 degree, upset is probably all rotated by wherein one end and is realized, and causes stressed uneven, makes that one end of upset produces wearing and tearing and torsion reduces.The one end of wearing and tearing just likely occurs after a long time use cannot the problem of tilt fixing because torsion is not enough.
To this, the current practice is the mode by gears meshing, and the angle allowing both sides overturn is identical, improves the problem of monolateral loss, but the structure of such gear, global design is complicated, and cost is high.。
Summary of the invention
The purpose of this utility model is at a kind of 360 degree of pivot devices utilizing rope to make pivot device both sides synchronous axial system of proposition.
For achieving the goal, the utility model proposes a kind of cable type 360 degree of pivot devices, comprising: one first axle, one second axle, a connection piece, one first fixing-assembly, one second fixing-assembly, at least one first rope and at least one second rope.Second axle and the first axle be arranged in parallel.Link forms the first hole and the second hole, and the first axle wears the first hole, and the second axle wears the second hole.First fixing-assembly comprises one first body and one second body, and the first body forms at least one first track on outer side surface, and the second body forms at least one second track on outer side surface, and the first body and the second body are hubbed at the first axle.Second fixing-assembly comprises one the 3rd body and one the 4th body, 3rd body forms at least one 3rd track on outer side surface, 4th body forms at least one 4th track on outer side surface, 3rd body and the 4th body are hubbed at the second axle, and the second fixing-assembly and the first fixing-assembly relatively rotate.The two ends of the first rope are arranged at the first fixing-assembly and the second fixing-assembly respectively, first rope is staggered is set around the 3rd track and the second track, when the first fixing-assembly and the second fixing-assembly turn to the side limit, then the first rope is mainly set around the 3rd track, when the first fixing-assembly and the second fixing-assembly turn to the opposite side limit, then the first rope is mainly set around the second track.The two ends of the second rope are arranged at the first fixing-assembly and the second fixing-assembly respectively, second rope is staggered is set around the first track and the 4th track, when first fixing-assembly and the second fixing-assembly turn to the side limit, then the second rope is mainly set around the first track, when first fixing-assembly and the second fixing-assembly turn to the opposite side limit, then the second rope is mainly set around the 4th track.
In the schematic mode of execution of one of the present utility model, the first axle is pivoted in one end place one first bolster part, and the second axle is pivoted in one end place one second bolster part, and the first bolster part and the second bolster part coating member are held on the first axle and the second axle and produce torsion.
In the schematic mode of execution of one of the present utility model, when the first rope and the second rope are many, a little rope is placed side by side, the width of the first track, the second track, the 3rd track, the 4th track will more corresponding rope side by side after width.
In the schematic mode of execution of one of the present utility model, first fixing-assembly comprises one first stationary body and one first fixing lid, first body, the first track are formed at the first stationary body, second body, the second track are formed at the first fixing lid, and the first stationary body forms one first fixing part in one end place.
In the schematic mode of execution of one of the present utility model, second fixing-assembly comprises one second stationary body and one second fixing lid, 3rd body, the 3rd track are formed at the second stationary body, 4th body, the 4th track are formed on the second fixing lid, and the second stationary body forms one second fixing part in one end place.
In the schematic mode of execution of one of the present utility model, first rope arranges one first bounding means in wherein one end, the other end arranges one second bounding means, second rope arranges one the 3rd bounding means in wherein one end, the other end arranges one the 4th bounding means, first bounding means and the 3rd bounding means and the second fixing-assembly inconsistent, the second bounding means and the 4th bounding means and the first fixing-assembly inconsistent.
In the schematic mode of execution of one of the present utility model, first fixing-assembly extends to form a spacing retaining wall, second bounding means and the 4th bounding means form a screw section on outer surface, and form a stopper part in tail end, sheathed one first adjustment piece on second bounding means, sheathed one second adjustment piece on 4th bounding means, second bounding means and the 4th bounding means wear spacing retaining wall, and the first adjustment piece and the second adjustment piece respectively screw thread be arranged at the part that the second bounding means and the 4th bounding means have screw section, first rope and the second rope rotate adjustment degree of tautness through the first adjustment piece and the second adjustment piece.
In the schematic mode of execution of one of the present utility model, first body and the second body be positioned at the first fixing-assembly from two ends, 3rd body and the 4th body be positioned at the second fixing-assembly from two ends, link is arranged between the first body, the 3rd body and the second body, the 4th body.
In the schematic mode of execution of one of the present utility model, first body is adjacent to the second body and be positioned at the first fixing-assembly intermediate section, 3rd body is adjacent to the 4th body and be positioned at the second fixing-assembly intermediate section, and link is arranged at the first body and the 3rd body side place.
In the schematic mode of execution of one of the present utility model, link distinctly forms one first opening slot and one second opening slot in different both sides, first opening slot is communicated with the first hole, second opening slot is communicated with the second hole, the aperture of the first hole is less than the diameter of axle of the first axle, the aperture of the second hole is less than the diameter of axle of the second axle, and the first hole and the second hole clamp the first axle and the second axle produces torsion.
Above technological means, the first fixing-assembly and the second fixing-assembly can be made to reach the upset of 360 degree, and assist through the structure of the first rope and the second rope, reach the effect of synchronous upset, in addition the structural change of other aspect is also had, under the effect that maintenance is same, the change structure of appropriateness makes entirety have better using effect.
In order to allow, the utility model is above-mentioned can be become apparent with other objects, features and advantages, preferred embodiment cited below particularly, and coordinates institute's accompanying drawings, is described in detail below.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of a kind of schematic mode of execution of cable type of the present utility model 360 degree of pivot devices.
Fig. 2 is the decomposing schematic representation of the cable type 360 degree of pivot devices shown in Fig. 1.
Fig. 3, for the 360 degree of pivot devices of the cable type shown in Fig. 1 are along the cross-sectional schematic of A-A section, is shown as 0 degree of state in figure.
Fig. 4, for the 360 degree of pivot devices of the cable type shown in Fig. 1 are along the cross-sectional schematic of A-A section, is shown as 180 degree of states in figure.
Fig. 5, for the 360 degree of pivot devices of the cable type shown in Fig. 1 are along the cross-sectional schematic of A-A section, is shown as 360 degree of states in figure.
Fig. 6 is the schematic perspective view of another schematic mode of execution of cable type of the present utility model 360 degree of pivot devices.
Fig. 7 is the decomposing schematic representation of the cable type 360 degree of pivot devices shown in Fig. 6.
Fig. 8 is the schematic perspective view of another schematic mode of execution of cable type of the present utility model 360 degree of pivot devices.
Fig. 9 is the decomposing schematic representation of the cable type 360 degree of pivot devices shown in Fig. 8.
Description of symbols:
1,1b first axle
11 first bolster parts
2,2b second axle
21 second bolster parts
3,3b link
31,31b first hole
32,32b second hole
33b first opening slot
34b second opening slot
4,4a, 4b first fixing-assembly
41 first bodys
42 second bodys
43,43b first track
44,44b second track
45 first stationary bodies
451 first fixing parts
46 first fixing lids
The spacing retaining wall of 47a
5,5a, 5b second fixing-assembly
51 the 3rd bodys
52 the 4th bodys
53,53b the 3rd track
54,54b the 4th track
55 second stationary bodies
551 second fixing parts
56 second fixing lids
6,6a, 6b first rope
61a first bounding means
62a second bounding means
621a screw section
622a stopper part
63a first adjustment piece
7,7a, 7b second rope
71a the 3rd bounding means
72a the 4th bounding means
721a screw section
722a stopper part
73a second adjustment piece.
Embodiment
In the examples below, same or analogous element numbers represents same or analogous assembly.In addition, the direction term mentioned in following examples such as: upper and lower, left and right, front or rear etc., is only the direction with reference to annexed drawings, and therefore, the direction term of use is used to illustrate, and is not used for limiting the utility model.
Referring to Fig. 1, is the schematic perspective view of a kind of schematic mode of execution of cable type of the present utility model 360 degree of pivot devices.As shown in Figure 1, cable type 360 degree of pivot devices comprise the first axle 1, second axle 2, link 3, first bolster part 11, second bolster part 21, first fixing-assembly 4 and the second fixing-assembly 5, first bolster part 11 and the second bolster part 21 are hubbed on one end of the first axle 1 and the second axle 2, first bolster part 11 and the second bolster part 21 have employed the structure of clad type to produce torsion, first axle 1 and the second axle 2 is parallel is located on link 3, the first fixing-assembly 4 and the second fixing-assembly 5 are then be hubbed at respectively on the first axle 1 and the second axle 2.As shown in the figure, the two ends of the first rope 6 and the second rope 7 are combined with the first fixing-assembly 4 and the second fixing-assembly 5 respectively, and assisting by rope, can make the first fixing-assembly 4 and the second fixing-assembly 5 synchronous rotary.
Refer to Fig. 2, Fig. 2 is the decomposing schematic representation of the cable type 360 degree of pivot devices shown in Fig. 1, not only show in figure outside the first axle 1, second axle 2, first bolster part 11, second bolster part 21, link 3, first rope 6, second rope 7, also show clearly the detail characteristic of correlated parts in the first fixing-assembly 4 and the second fixing-assembly 5.Link 3 has the first parallel each other hole 31 and the second hole 32, and the first hole 31 and the second hole 32 are all irregularly-shaped hole, and an end of the first axle 1 and the second axle 2 is also special-shaped axis, therefore can the first hole 31 and the second hole 32 of built-in connector 3.And the direction that the first rope 6, second rope 7 detours is different, to realize synchronous axial system; First fixing-assembly 4 is mainly made up of the first stationary body 45 and the first fixing lid 46.When the first stationary body 45 and the first fixing lid 46 in conjunction with time, first body 41 and the second body 42 present coaxial state, first axle 1 can run through simultaneously and be pivoted on wherein, the first fixing part 451 being positioned at the first stationary body 45 is then the position as being combined with electronic equipment, and the second same fixing-assembly is mainly made up of the second stationary body 55 and the second fixing lid 56.When the second stationary body 55 and the second fixing lid 56 in conjunction with time, 3rd body 51 and the 4th body 52 present coaxial state, second axle 2 can be run through simultaneously and be pivoted on wherein, and the second fixing part 551 being positioned at the second stationary body 55 is then the position as being combined with electronic equipment.The two ends of the first rope 6 and the second rope 7 are individually fixed on the first fixing-assembly 4 and the second fixing-assembly 5, first rope 6 is staggered to be set around on the 3rd track 53 and the second track 44, and the second rope 7 is staggered is set around on this first track 43 and the 4th track 54.When the first fixing-assembly and the upset of the second fixing-assembly, the first rope 6 and the second rope 7 can produce a little change, refer to follow-up explanation.
Refer to Fig. 3, Fig. 3 is the cross-sectional schematic along A-A section of the cable type 360 degree of pivot devices shown in Fig. 1, is shown as 0 degree of state in figure.The first axle 1, second axle 2, first fixing-assembly 4, second fixing-assembly 5 and the first rope 6 can be seen, first rope 6 interlocks on winding second track 44 and the 3rd track 53, when 0 degree of state, first rope 6 is mainly set around on the 3rd track 53, and only small part is arranged at the second track 44.
Refer to Fig. 4, Fig. 4, for the 360 degree of pivot devices of the cable type shown in Fig. 1 are along the cross-sectional schematic of figure A-A section, is shown as 180 degree of states in figure.This diagram is the rotation being similar to Fig. 3, first fixing-assembly 4 and the second fixing-assembly 5 are maintained the state of 180 degree, the first axle 1, second axle 2, first fixing-assembly 4, second fixing-assembly 5 and the first rope 6 can be seen equally, first rope 6 interlocks on winding second track 44 and the 3rd track 53, (under 180 degree of state status, first rope 6 half is set around on the 3rd track 53, and second half is set around on the second track 44.
Refer to Fig. 5, Fig. 5, for the 360 degree of pivot devices of the cable type shown in Fig. 1 are along the cross-sectional schematic of A-A section, is shown as 360 degree of states in figure.This diagram is similar and continues the rotation of Fig. 4, first fixing-assembly 4 and the second fixing-assembly 5 are maintained the state of 360 degree, the first axle 1, second axle 2, first fixing-assembly 4, second fixing-assembly 5 and the first rope 6 can be seen equally, first rope 6 interlocks on winding second track 44 and the 3rd track, under 360 degree of state status, first rope 6 is mainly set around on this second track 44, and only small part is arranged at the 3rd track 53.
From the explanation of Fig. 3 to Fig. 5, the relationship change of the first rope 6 in the second track 44 and the 3rd track 53, when the first fixing-assembly 4 and this second fixing-assembly 5 turn to the side limit (0 degree of state), the first rope 6 is mainly set around the 3rd track 53; When turning to neutral position (180 degree of states), each half of the first rope 6 is set around the 3rd track 53 and the second track 44; When the first fixing-assembly 4 and the second fixing-assembly 5 turn to the opposite side limit (360 degree of states), then the first rope 6 is mainly set around on the second track 44.
Same, the working state of the second rope 7 and the similar of the first rope 6, difference is in the track difference of winding and the initial state that detours in contrast to the first rope 6.The two ends of the second rope 7 are fixed on the first fixing-assembly 4 and this second fixing-assembly 5, is the first track 43 and the 4th track 54 with the related track of the second rope 7.When the first fixing-assembly 4 and this second fixing-assembly 5 turn to the side limit (0 degree of state), the second rope 7 is mainly set around the first track 43; When turning to neutral position (180 degree of states), each half of the second rope 7 is set around on the first track 43 and the 4th track 54; When the first fixing-assembly 4 and the second fixing-assembly 5 turn to the opposite side limit (360 degree of states), then this second rope 7 is mainly set around the 4th track 54.
So known, the mode that detours that the first rope 6 and the second rope 7 are staggered each other, when rotating to make the first fixing-assembly and the second fixing-assembly, makes both sides reach synchronous axial system.In other words, because the length of the first rope 6 and the second rope 7 is identical, its two end is all separately fixed on the first fixing-assembly 4 and this second fixing-assembly 5, and detour alternately on the first axle 1 and the second axle 2, and the first fixing-assembly 4 and this second fixing-assembly 5 are all articulated in the first axle 1 and the second axle 2, therefore the first fixing-assembly and the second fixing-assembly are closely integrated into pivot device by two ropes, and overturn smooth and easy, and effect of both sides synchronous axial system can be reached.
Refer to Fig. 6, Fig. 6 is the schematic perspective view of another schematic mode of execution of cable type of the present utility model 360 degree of pivot devices.Not only show at the first axle that aforementioned embodiments illustrates in figure, second axle, link, first bolster part, second bolster part, first fixing-assembly and the second fixing-assembly, also show spacing retaining wall 47a in addition, first adjustment piece 63a, second adjustment piece 73a, first bounding means, second bounding means, 3rd bounding means and the 4th bounding means (not indicating in figure), first bounding means and the second bounding means are fixed on the first rope, 3rd bounding means and the 4th bounding means are fixed on the second rope, central second bounding means and the 4th bounding means are arranged in spacing retaining wall 47a, the threaded engagement of the first adjustment piece 63a is arranged at the second bounding means, the threaded engagement of the second adjustment piece 73a is arranged at the 4th bounding means.
Refer to Fig. 7, Fig. 7 is the decomposing schematic representation of the cable type 360 degree of pivot devices shown in Fig. 6.First fixing-assembly 4a and the second fixing-assembly 5a is in order to design consideration, first fixing part and the second fixing part are moved to outside, leave the space of inner side to the first bounding means 61a, the second bounding means 62a, the 3rd bounding means 71a and the 4th bounding means 72a, second fixing-assembly 5a comprises the first bounding means 61a and the 3rd bounding means 71a, these two bounding meanss 61a, 71a firmly can be incorporated into one end of the first rope 6a and the second rope 7a, make one end of the first rope 6a and the second rope 7a firmly be fixed in the second fixing-assembly 5a.First fixing-assembly 4a structure is here different compared with fixing-assembly 5a, many spacing retaining wall 47a, and the second bounding means 62a has a stopper part 622a at one end, is used for the other end of the first rope 6a to fix; Second bounding means 62a is in stage casing screw section 621a on the surface.The 4th same bounding means 72a has a stopper part 722a at one end, the other end of the second rope 7a is used for fix, 4th bounding means 72a is in stage casing screw section 721a on the surface, the first above-mentioned adjustment piece 63a screw thread is arranged on the 621a of screw section, second adjustment piece 73a screw thread is arranged on the 721a of screw section, second bounding means 62a and the 4th bounding means 72a is arranged in again on spacing retaining wall 47a, and is individually fixed on the first rope and the second rope the other end.
In this embodiment, the structure newly increased mainly provides the function of rope adjustment, also just adjusts the tightness of rope.As rotation first adjustment piece 63a and the second adjustment piece 73a, second bounding means 62a and the 4th bounding means 72a will produce change in location, according to the sense of rotation of adjustment piece (according to screw section 621a, the hand of spiral of 721a and adjustment piece designs and determines), second bounding means 62a and the 4th bounding means 72a will produce the movement of above-below direction, because the first bounding means 61a and the 3rd bounding means 71a is for being fixedly installed, so when the second bounding means 62a and the 4th bounding means 72a moves up, rope will by tightening of drawing more, otherwise rope will be relaxed when moving down, when rope is tightened up, first fixing-assembly 4a and the second fixing-assembly 5a rotating effect will be better.After thousands of times of pivot device upset, easily shine into loosening and producing noise of pivot device, so design can adjust pivot device to original combination degree.
In above-mentioned two mode of executions, first body 41 and the second body 42 are positioned at the two ends that the first fixing-assembly 4 is separated by, 3rd body 51 and the 4th body 52 are positioned at the two ends that the second fixing-assembly is separated by, link 3 is arranged between the first body 41, the 3rd body 51 and the second body 42, the 4th body 52, is so only a kind of structural design.Other structural designs that this external following embodiment will provide, also can reach identical effect.
In above-mentioned two mode of executions, the first rope and the second rope are all wall scroll, and consider overall structural strength, can increase rope quantity.When the first rope and the second rope are many, those ropes are placed side by side, and the width that the width of the first track, the second track, the 3rd track, the 4th track will be arranged side by side with these ropes adapts.
Refer to Fig. 8, Fig. 8 is the schematic perspective view of another schematic mode of execution of cable type of the present utility model 360 degree of pivot devices.The first axle is comprised equally in this embodiment, second axle, link 3b, first fixing-assembly 4b and the second fixing-assembly 5b, in the present embodiment, link 3b is except arranging for the first axle and the second axle, also become the assembly that torsion is provided, in addition the first rope 6b and the second rope 7b changes four into side by side, the first body on other first fixing-assembly 4b and the second fixing-assembly 5b, second body, 3rd body and the 4th body also change to some extent, first body is adjacent to the second body and be positioned at this first fixing-assembly 4b intermediate section, and the 3rd body is positioned at the second fixing-assembly 5b intermediate section adjacent to the 4th body, link 3b is arranged at the first body and the 3rd body side place.
Refer to Fig. 9, Fig. 9 is the decomposing schematic representation of the cable type 360 degree of pivot devices shown in Fig. 8, in this diagram, can be clearly seen that thin portion structure.Link 3b, except the first hole 31b and the second hole 32b, yet forms both the first opening slot 33b and one second opening slot 34b.First opening slot 33b is communicated with the first hole 31b, and the second opening slot 34b is communicated with the second hole 32b.The aperture of the first hole 31b is less than the diameter of axle of the first axle 1b, and the aperture of the second hole 32b is less than the diameter of axle of the second axle 2b.First hole 31b and the second hole 32b clamps the first axle 1b and the second axle 2b and produces torsion; In order to corresponding first rope 6b and the second rope 7b, the width of the first track 43b, the second track 44b, the 3rd track 53b and the 4th track 54b also changes to some extent, to adapt to the width of the first rope 6b and the second rope 7b, and the operating principle of entirety is also as above-mentioned, so repeat no more.
As mentioned above, in first two mode of execution in the utility model, first bolster part 11 and the second bolster part 21 have employed the structure of clad type to produce torsion, and the generation of torsion is because when an end of the first axle 1, second axle 2 is individually fixed in the first hole 31 and the second hole 32, therefore when the coating member of the first bolster part 11 and the second bolster part 21, relative to this, the first axle 1, second axle 2 be fixed on link 3 rotates, therefore can produce torsion.But in the 3rd mode of execution, link itself also can be the only mutual pivot joint with the first axle 1, second axle 2, and produces torsion by other mode.Such as, extra increasing uses link 3b.Therefore link itself is and the mutually pivot joint or affixed of the first axle 1, second axle 2, by the related design affecting torsion.Such as, and about the design of torsion, clad type, concave or other means are all known by the ripe personage in the industry knows.
In sum, although the utility model proposes embodiment a few, the feature mentioned in these embodiments can adopt mutually, and have the design of rope adjustment and many ropes as the time, these all can mutually change and apply.
Although the utility model discloses as above with preferred embodiment; but itself and be not used to limit the utility model; any those skilled in the art; not departing from spirit and scope of the present utility model; when doing a little change and retouching, therefore protection domain of the present utility model is when being as the criterion depending on the claim person of defining.
Claims (10)
1. cable type 360 degree of pivot devices, is characterized in that, comprising:
One first axle;
One second axle, this second axle and this first axle be arranged in parallel;
A connection piece, this link forms the first hole and the second hole, and this first axle wears this first hole, and this second axle wears this second hole;
One first fixing-assembly, this first fixing-assembly comprises one first body and one second body, this first body forms at least one first track on outer side surface, and this second body forms at least one second track on outer side surface, and this first body and this second body are hubbed at this first axle;
One second fixing-assembly, this second fixing-assembly comprises one the 3rd body and one the 4th body, 3rd body forms at least one 3rd track on outer side surface, 4th body forms at least one 4th track on outer side surface, 3rd body and the 4th body are hubbed at this second axle, and this second fixing-assembly and this first fixing-assembly relatively rotate;
At least one first rope, the two ends of this first rope are arranged at this first fixing-assembly and this second fixing-assembly respectively, this first rope is staggered is set around the 3rd track and the second track, when this first fixing-assembly and this second fixing-assembly turn to the side limit, then this first rope is mainly set around the 3rd track, when this first fixing-assembly and this second fixing-assembly turn to the opposite side limit, then this first rope is mainly set around this second track; And
At least one second rope, the two ends of this second rope are arranged at this first fixing-assembly and this second fixing-assembly respectively, this second rope is staggered is set around this first track and the 4th track, when this first fixing-assembly and this second fixing-assembly turn to the side limit, then this second rope is mainly set around this first track, when this first fixing-assembly and this second fixing-assembly turn to the opposite side limit, then this second rope is mainly set around the 4th track.
2. cable type 360 degree of pivot devices as claimed in claim 1, wherein, this first axle is pivoted in one end place one first bolster part, and this second axle is pivoted in one end place one second bolster part, and the coating member of this first bolster part and this second bolster part is held on the first axle and the second axle and produces torsion.
3. cable type 360 degree of pivot devices as claimed in claim 1, wherein, when this first rope and this second rope are many, those ropes are placed side by side, the width of this first track, this second track, the 3rd track, the 4th track will these ropes corresponding side by side after width.
4. cable type 360 degree of pivot devices as claimed in claim 1, wherein, this first fixing-assembly comprises one first stationary body and one first fixing lid, this first body, this first track are formed at this first stationary body, this second body, this second track are formed at this first fixing lid, and this first stationary body forms one first fixing part in one end place.
5. cable type 360 degree of pivot devices as claimed in claim 1, wherein, this second fixing-assembly comprises one second stationary body and one second fixing lid, 3rd body, the 3rd track are formed at this second stationary body, 4th body, the 4th track are formed at this second fixing lid, and this second stationary body forms one second fixing part in one end place.
6. cable type 360 degree of pivot devices as claimed in claim 1, wherein, this first rope arranges one first bounding means in wherein one end, the other end arranges one second bounding means, this second rope arranges one the 3rd bounding means in wherein one end, the other end arranges one the 4th bounding means, this first bounding means and the 3rd bounding means and this second fixing-assembly inconsistent, this second bounding means and the 4th bounding means and this first fixing-assembly inconsistent.
7. cable type 360 degree of pivot devices as claimed in claim 6, wherein, this first fixing-assembly extends to form a spacing retaining wall, this second bounding means and the 4th bounding means form a screw section on outer surface, and form a stopper part in tail end, sheathed one first adjustment piece on this second bounding means, sheathed one second adjustment piece on 4th bounding means, this second bounding means and the 4th bounding means wear this spacing retaining wall, and this first adjustment piece and this second adjustment piece respectively screw thread be arranged at the part that this second bounding means and the 4th bounding means have this screw section, this first rope and this second rope rotate adjustment degree of tautness through this first adjustment piece and this second adjustment piece.
8. cable type 360 degree of pivot devices as claimed in claim 1, wherein, this first body and this second body be positioned at this first fixing-assembly from two ends, 3rd body and the 4th body be positioned at this second fixing-assembly from two ends, link is arranged between the first body, the 3rd body and the second body, the 4th body.
9. cable type 360 degree of pivot devices as claimed in claim 1, wherein, this first body is adjacent to this second body and be positioned at this first fixing-assembly intermediate section, 3rd body is adjacent to the 4th body and be positioned at this second fixing-assembly intermediate section, and this link is arranged at the first body and the 3rd body side place.
10. cable type 360 degree of pivot devices as claimed in claim 1, wherein, this link distinctly forms one first opening slot and one second opening slot in different both sides, this first opening slot is communicated with this first hole, this second opening slot is communicated with this second hole, the aperture of this first hole is less than the diameter of axle of this first axle, and the aperture of this second hole is less than the diameter of axle of this second axle, and this first hole and this second hole clamp this first axle and this second axle produces torsion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520790871.8U CN205064581U (en) | 2015-10-14 | 2015-10-14 | 360 degrees pivot devices of rope formula |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520790871.8U CN205064581U (en) | 2015-10-14 | 2015-10-14 | 360 degrees pivot devices of rope formula |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205064581U true CN205064581U (en) | 2016-03-02 |
Family
ID=55391142
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520790871.8U Expired - Fee Related CN205064581U (en) | 2015-10-14 | 2015-10-14 | 360 degrees pivot devices of rope formula |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205064581U (en) |
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2015
- 2015-10-14 CN CN201520790871.8U patent/CN205064581U/en not_active Expired - Fee Related
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Granted publication date: 20160302 Termination date: 20201014 |