CN208883227U - Flexible cable container structure and data line accommodating component - Google Patents

Abstract

The utility model discloses a kind of flexible cable container structure and data line accommodating components, are related to electronic product engineering device technique field.Flexible cable container structure includes jack, elastic component, position-limit mechanism and the shell with folding and unfolding end.Position-limit mechanism is embedded at shell, the telescopic inner wall for being set to shell of elastic component, and jack is set to the inner wall of shell and for folding and unfolding cable, and jack includes tight lock part and interconnecting piece, and tight lock part and position-limit mechanism cooperate, and interconnecting piece is connect with elastic component.By controlling position-limit mechanism, make jack that there is the first state of locking cable and the second state of latch release cables.It is designed rationally, and extra line is less prone to wrapping phenomena, can be retracted in the inner cavity of container structure when not in use, is prevented extra line is exposed from winding rapid wear outside, is promoted product overall aesthetic degree, and user experience is improved, and safety is easy-to-use.

Description

Flexible cable container structure and data line accommodating component

Technical field

The utility model relates to electronic product engineering device technique fields, in particular to a kind of flexible cable container structure With data line accommodating component.

Background technique

With development in science and technology, various helmets include that the applications such as AR/VR, Multifunctional head earphone, HMD are more and more wider, One of modern display technology brand new technical, enhancing display, virtual reality and in terms of have it is very heavy The application wanted.

However, existing helmet, especially for separated electronic product is worn when in use, not due to data line It can store, often hang and be exposed on the external, cause data line to be easy tangled up and knotted, while easily damaging, make user's wearing in experience Trouble, it is not readily portable, the beauty of product entirety is affected, user experience is influenced.

Utility model content

The purpose of this utility model is to provide a kind of flexible cable container structures, and design is reasonable, structure is simple, can incite somebody to action Cable flexible is embedded in container structure, i.e. the fixing end of cable is fixed, and is made its elongation by pulling free end, is made total It combines together according to line and product, plug and play is hardly damaged, winds, securely and reliably.

The purpose of this utility model is to provide a kind of data line accommodating components, have the advantages that above-mentioned container structure.

The embodiments of the present invention are achieved in that

Based on above-mentioned purpose, the embodiments of the present invention provide a kind of flexible cable container structure, set for wearing Standby, the flexible cable container structure includes jack and shell, and the jack is at least partially arranged at the shell It is interior, and for carrying out folding and unfolding to flexible cable.

In addition, the flexible cable container structure that embodiment according to the present utility model provides, can also have following additional Technical characteristic:

In the alternative embodiment of the utility model, the flexible cable container structure further includes elastic component, the elasticity Part is set in the shell.

In the alternative embodiment of the utility model, one end of the elastic component is fixedly connected with the shell, the bullet The other end of property part is connect with the jack.

In the alternative embodiment of the utility model, the jack includes elastic component interconnecting piece, and the elastic component connects Socket part is fixedly connected with the other end of the elastic component.

In the alternative embodiment of the utility model, the flexible cable container structure further includes position-limit mechanism, the limit Position mechanism engages or discharges with the jack, for adjusting flexible cable folding and unfolding length.

In the alternative embodiment of the utility model, the shell has folding and unfolding end, passes through for the flexible cable.

In the alternative embodiment of the utility model, the jack includes tight lock part and interconnecting piece, the tight lock part Cooperate with the position-limit mechanism, the interconnecting piece is connect with the elastic component；

By controlling the position-limit mechanism, make the jack that there is the first state and latch release cables for locking cable Second state.

In the alternative embodiment of the utility model, the folding and unfolding end of the shell is offered to be passed through for the flexible cable Perforating.

In the alternative embodiment of the utility model, the jack includes slide track component and slide assemblies；

The slide assemblies slidably cooperate with the slide track component, and the slide assemblies can be with the position-limit mechanism It fastens or is detached from.

In the alternative embodiment of the utility model, the flexible cable container structure further includes sliding solid lock part；It is described Jack includes rotation folding and unfolding component；

The rotation folding and unfolding component is rotatably set in the shell, and the sliding solid lock part can be slided along preset direction Dynamic is set in the shell, and the sliding solid lock part is selectable to be cooperated with the rotation folding and unfolding component, is used for control line The folding and unfolding of cable.

The utility model additionally provides a kind of data line accommodating component, including data line ontology, PCB main board and described Flexible cable container structure；

The PCB main board is set to the inner cavity of the shell, and the data line ontology is connect with the PCB main board and winding It is pierced by after the jack from the shell.

The beneficial effect of the utility model embodiment is: structure is simple, reliable, small and exquisite practical, it is easy to use can be automatic The accommodating component of take-up, it is easy to use, can neatly folding and unfolding transmission audio, video, network signal and power supply data line, especially It is applied on the helmets such as split type AR, VR, earphone, HMD, practical, applied widely.

Detailed description of the invention

It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment Attached drawing be briefly described, it should be understood that the following drawings illustrates only some embodiments of the utility model, therefore should not be by Regard the restriction to range as, for those of ordinary skill in the art, without creative efforts, may be used also To obtain other relevant attached drawings according to these attached drawings.

Fig. 1 is the structural schematic diagram of flexible cable container structure provided by the utility model；

Fig. 2 is the explosive view of flexible cable container structure provided by the utility model；

Fig. 3 is the explosive view for flexible cable container structure the first structure that the utility model embodiment 1 provides；

Fig. 4 is the quick-fried of slider base in flexible cable container structure the first structure that the utility model embodiment 1 provides Fried figure；

Fig. 5 is the cross-sectional view for flexible cable container structure the first structure that the utility model embodiment 1 provides；

Fig. 6 is the office of first shell in flexible cable container structure the first structure that the utility model embodiment 1 provides Portion's schematic diagram.

Fig. 7 is the explosive view of second of structure of flexible cable container structure that the utility model embodiment 2 provides；

Fig. 8 is the cross-sectional view for the flexible cable container structure that the utility model embodiment 2 provides；

The cross-sectional view of jack in the flexible cable container structure that Fig. 9 provides for the utility model embodiment 2；

The structural schematic diagram of jack in the flexible cable container structure that Figure 10 provides for the utility model embodiment 2；

Figure 11 is the schematic diagram for the data line accommodating component that the utility model embodiment 3 provides.

Icon: 100- container structure；10- jack；11- tight lock part；12- slide track component；121- sliding slot；14- sliding Component；15- slider base；The first matrix of 153-；The second matrix of 155-；The rotation section 156-；157- sliding part；16- interconnecting piece； 17- idler wheel；172- mandrel；175- axle sleeve；18- cable fixed part；19- elastic component；30- position-limit mechanism；40- shell；41- is default Direction；42- perforating；43- first shell；44- second shell；45- fixed structure；46- button embedded hole；50- rotates folding and unfolding Component；52- spirals in whirlpool swivel；The first rotating part of 521-；The second rotating part of 522-；523- third rotating part；524- locked groove；525- Whirlpool disk chamber；54- fixing base；545- grips portion；563- rotates fixing end；565- rotates free end；60- slides solid lock Part；62- clamping lock；The inclined surface 63-；64- pressure spring；200- data line accommodating component；20- data line ontology；21- fixing end；26- is living Dynamic plug end.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.

Therefore, requirement is not intended to limit to the detailed description of the embodiments of the present invention provided in the accompanying drawings below The scope of the utility model of protection, but it is merely representative of the selected embodiment of the utility model.Based in the utility model Embodiment, every other embodiment obtained by those of ordinary skill in the art without making creative efforts, all Belong to the range of the utility model protection.

It should also be noted that similar label and letter indicate similar terms in following attached drawing, therefore, once a certain Xiang Yi It is defined in a attached drawing, does not then need that it is further defined and explained in subsequent attached drawing.

In the description of the present invention, it should be noted that term " first ", " second ", " third " etc. are only used for area Divide description, is not understood to indicate or imply relative importance.

In the description of the present invention, it should also be noted that, unless otherwise clearly defined and limited, term " is set Set ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary Connection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood at this with concrete condition Concrete meaning in utility model.

The embodiments of the present invention are described in detail below in conjunction with attached drawing, but the utility model can be by right It is required that the multitude of different ways for limiting and covering is implemented.

Fig. 1 is the structural schematic diagram of flexible cable container structure 100, and Fig. 2 is the explosion of flexible cable container structure 100 Figure, please refers to shown in Fig. 1 and Fig. 2.

Flexible cable container structure 100 provided in this embodiment is used for helmet, has and carries out folding and unfolding to flexible cable Function, easy to use, folding and unfolding is flexible, preferably improves winding, knotting phenomenon that lead in existing helmet occurs, is not easy Damage.

The container structure 100 includes jack 10, elastic component 19, position-limit mechanism 30 and the shell with folding and unfolding end 40, wherein shell 40 is the elongate arcuate structure extended along preset direction 41, and has and preset direction 41 1 in shell 40 What is caused is embedded chamber, and jack 10 is set to the chamber that is embedded of shell 40, and for carrying out folding and unfolding to flexible cable.

Elastic component 19 is also disposed on that being embedded for shell 40 is intracavitary, and one end of elastic component 19 is fixedly connected with shell 40, elasticity The other end of part 19 is connect with jack 10.Optionally, jack 10 include elastic component interconnecting piece, elastic component interconnecting piece with The other end of elastic component 19 is fixedly connected.

Shell 40 has folding and unfolding end, and folding and unfolding end is passed through for flexible cable, and folding and unfolding end offers and wears for flexible cable The perforating 42 crossed, the side wall of shell 40 offer button embedded hole 46, wherein shell 40 is provided with elastic component 19, perforating 42 are located at one end of the separate elastic component 19 of jack 10, and perforating 42 is opened in the end of shell 40.

Position-limit mechanism 30 engages or discharges with jack 10, and for adjusting the folding and unfolding length of cable, position-limit mechanism 30 is embedding Set on the button embedded hole 46 of shell 40, jack 10 is set to the inner wall of shell 40 and for folding and unfolding cable, wherein folding and unfolding Mechanism 10 includes tight lock part 11 and interconnecting piece 16, and tight lock part 11 and position-limit mechanism 30 cooperate, and interconnecting piece 16 is connect with elastic component 19, Position-limit mechanism 30 can control the movement of jack 10, by controlling position-limit mechanism 30, moving jack 10 and having The first state of cable is locked, while elastic component 19 also generates restoring force, when position-limit mechanism 30 and the disengaging of jack 10, bullet Property part 19 restoring force effect, drive 10 counter motion of jack and with latch release cables the second state.

Optionally, shell 40 includes the first shell 43 and second shell 44 mutually fastened, first shell 43 and second shell Body 44 formed after fastening it is above-mentioned be embedded chamber, be embedded and intracavitary be fixedly installed fixed structure 45, the extending direction of fixed structure 45 Vertical with above-mentioned preset direction 41, one end of elastic component 19 is fixedly connected with fixed structure 45, the free end direction of elastic component 19 Perforating 42 extends and connect with jack 10.

Flexible cable container structure 100 has a variety of implementations, describes in detail from following two specific embodiment.

Embodiment 1

Fig. 3 is the explosive view for the flexible cable container structure 100 that the present embodiment 1 provides, shown referring to figure 3..

Jack 10 includes slide track component 12 and slide assemblies 14, and slide assemblies 14 are slidably matched with slide track component 12 It closes, slide assemblies 14 can be fastened or be detached from position-limit mechanism 30.

Wherein, slide track component 12 is fixedly installed on the inner wall of shell 40 and offers opposite sliding slot 121, in the present embodiment In, slide track component 12 includes the first sliding rail part and the second sliding rail part being oppositely arranged, and the first sliding rail part and the second sliding rail part are opened Equipped with sliding slot 121, the extending direction and 40 preset direction 41 of shell of sliding slot 121 are identical, and slide assemblies 14 are embedded at slide rail group The sliding slot 121 of part 12 is stablized, reliably slides to realize.

Specifically, slide assemblies 14 include slider base 15 and idler wheel 17, tight lock part 11 and interconnecting piece 16 are located at cunning On block matrix 15, slider base 15 is slidably arranged on sliding slot 121, and idler wheel 17 is rotatably connected with slider base 15, sliding block Matrix 15 drives idler wheel 17 121 to slide along the chute to 42 end of perforating of shell 40, and draw springs 19 produce in sliding process Raw restoring force, when tight lock part 11 and the fastening of position-limit mechanism 30, the elongation of elastic component 19 is maximum.When tight lock part 11 and position restrainer When structure 30 separates, under the restoring force effect of elastic component 19, slide assemblies 14 along the chute 121 to 19 1 Slideslip of elastic component, from And cable is contracted in shell 40.

In short, idler wheel 17 is used for winding cable, one end of slide assemblies 14 is connect with elastic component 19, and slide assemblies 14 are opposite When shell 40 slides, it can be fastened with position-limit mechanism 30, so that slide assemblies 14 is made to be in the first position fixed with shell 40, Position-limit mechanism 30 is pressed, slide assemblies 14 and position-limit mechanism 30 are detached from, and under the effect of elastic component 19, slide assemblies 14 are along the chute 121 slide back.Since cable can be set around the idler wheel 17 of slide assemblies 14, fortune of stretching with the sliding of slide assemblies 14 Dynamic, i.e., tight lock part 11 and position-limit mechanism 30 are fastened or are detached from, so that cable be made to elongate or shorten with the sliding of slider base 15.

Below the specific structure to all parts of the flexible cable container structure 100 and mutual corresponding relationship into Row is described in detail.

Fig. 4 is the explosive view of slide assemblies 14 in flexible cable container structure 100 provided in this embodiment, referring to figure 3. With shown in Fig. 4.

Above-mentioned tight lock part 11 and interconnecting piece 16 are provided in slider base 15, wherein interconnecting piece 16 and elastic component 19 connect It connects, when slide assemblies 14 are slided along the sliding slot 121 of slide track component 12, draw springs 19, and tight lock part 11 can be with limit Mechanism 30 fastens, so that slide assemblies 14 be locked, so that slide assemblies 14 are fixed with respect to shell 40, when needing to recycle cable When, position-limit mechanism 30 is pressed, position-limit mechanism 30 and locking member are detached from, and are resetted under the effect of elastic component 19.

Since slide assemblies 14 are for winding cable, the fixing end 21 of cable is fixed, and cable is in slide assemblies 14 Upper formation U-typed, when slide assemblies 14 slide, the free end of cable stretching motion with the sliding of slide assemblies 14.

Optionally, slider base 15 includes the first matrix 153 and the second matrix 155 mutually fastened, and idler wheel 17 can be rotated Be set between the first matrix 153 and the second matrix 155, idler wheel 17 is pressed from both sides by the first matrix 153 and the second matrix 155 Tightly.The structure of idler wheel 17 and slider base 15 is discussed in detail below.

Idler wheel 17 includes mandrel 172 and axle sleeve 175, and axle sleeve 175 is rotatably sheathed on mandrel 172, and 172 both ends of mandrel are convex For axle sleeve 175, axle sleeve 175 is free to rotate relative to mandrel 172.First matrix 153 and the second matrix 155 include rotation Portion 156 and sliding part 157, rotation section 156 and idler wheel 17 cooperate, and sliding part 157 is located at one that rotation section 156 deviates from idler wheel 17 Side.

Optionally, rotation section 156 offers the shape in rotation hole, the shape of rotation hole and aperture and 172 both ends of mandrel, hole Diameter matches, and the both ends of mandrel 172 are inserted in rotation hole correspondingly, and mandrel 172 can relatively rotate hole rotation, can also be with It fixes relative to rotation hole, is not particularly limited herein.

Optionally, sliding part 157 is provided with seam allowance, and seam allowance is just embedded at above-mentioned sliding slot 121, and along slide track component 12 Extending direction and slide, in order to avoid slider base 15 rotates in sliding process, therefore, by the sliding slot 121 of slide track component 12 Corresponding with the mating surface of sliding part 157, i.e., the mating surface of sliding slot 121 is plane, the face that sliding part 157 and sliding slot 121 cooperate Also it is plane, so that sliding part 157 is not able to rotate, is only capable of 121 extending directions sliding along the chute.

Optionally, the first matrix 153 and the second matrix 155 are provided with fixed part, and the fixed part of the first matrix 153 opens up There is through-hole, the fixed part of the second matrix 155 offers threaded hole, after the through-hole that the first matrix 153 is sequentially passed through using bolt part It is fixed with the threaded hole of the second matrix 155, it is to be understood that fixed part is not limited to above-mentioned through-hole or threaded hole, connection Part is also not limited to above-mentioned bolt part, as long as being consolidated the first matrix 153 and the second matrix 155 at fixed part using connector Fixed connection.

Optionally, tight lock part 11 and interconnecting piece 16 are fixedly installed on the first matrix 153, and interconnecting piece 16 is set to first The side of matrix 153 in the horizontal direction, tight lock part 11 are located at the side of the first matrix 153 in vertical direction, so that sliding Extending direction when component 14 drives elastic component 19 to stretch is identical as the extending direction of sliding slot 121, and tight lock part 11 is located at the first base The upside of body 153 is convenient for and position-limit mechanism 30 fastens.

Optionally, interconnecting piece 16 is provided with hook, and hook is oppositely arranged with above-mentioned fixed structure 45, and elastic component 19 is bullet The first end of spring, specially tension spring, tension spring is connect with fixed structure 45, the second end and fastened with hook of tension spring, to make to slide Component 14 passes through elastic component 19 and 40 elastic connection of shell.

Optionally, tight lock part 11 is provided with grab, and position-limit mechanism 30 is provided with hook, and hook is cooperatively connected with grab.

The peripheral wall of the shell 40 offers button embedded hole 46, and the position-limit mechanism 30 is embedded at the button embedded hole 46, pressing the position-limit mechanism 30 can be such that the grab and the hook is detached from

Fig. 5 is the cross-sectional view of flexible cable container structure 100 provided in this embodiment, and Fig. 6 is provided in this embodiment soft The schematic diagram of shell 40 in property cable container structure 100, referring to figure 5. and shown in Fig. 6.

40 inner wall of shell and slide track component 12 it is perpendicular be additionally provided with cable fixed part 18, cable fixed part 18 on one side It can cooperate with the fixing end 21 of cable and fix, the fixing end 21 of flexible cable can be fixed by cable fixed part 18, line The free end of cable is finally pierced by from perforating 42 after 14 winding of slide assemblies.Specifically, flexible cable fixed part 18 is located at shell First side of 40 width direction of body, second side of 40 width direction of shell offer button embedded hole 46, and position-limit mechanism 30 is embedded In in the button embedded hole 46, slide track component 12 is horizontally set between cable fixed part 18 and position-limit mechanism 30.

In the present embodiment, slide track component 12, cable fixed part 18 and fixed structure 45 are fixedly installed on first shell Body 43, button embedded hole 46 are set in second shell 44.First shell 43 and second shell 44 fasten setting, or using connection First shell 43 is fixedly connected by part with second shell 44.

Position-limit mechanism 30 and the selectable connection of tight lock part 11 or disengaging, optionally, position-limit mechanism 30 is embedded at shell 40 Button embedded hole 46, position-limit mechanism 30 is internally provided with reset spring, and position-limit mechanism 30 is set close to the side of 40 inner cavity of shell It is equipped with hook, the tight lock part 11 of the position-limit mechanism 30 and slide assemblies 14 cooperates, therefore tight lock part 11 is provided with grab, slide assemblies 14 to shell 40 42 end motion of perforating when, hook with grab fasten.

Optionally, position-limit mechanism 30 is embedded at the button embedded hole 46 of shell 40, by pressing position-limit mechanism 30, so that limit Position mechanism 30 and slide assemblies 14 are detached from, and after disengaging under the effect of elastic component 19, slide assemblies 14 drive cable to contract to recycling, limit Position mechanism 30 resets under the effect of reset itself spring.

The working principle for the container structure 100 that the present embodiment 1 provides are as follows: sliding slot of the slide assemblies 14 along 40 inner wall of shell 121 slidings, since the interconnecting piece 16 of slide assemblies 14 is connect with elastic component 19, draw springs 19 in sliding process make bullet Property part 19 have certain elastic force, when slide assemblies 14 slide into 30 corresponding position of position-limit mechanism, the locking of slide assemblies 14 Portion 11 and position-limit mechanism 30 fasten, and slide assemblies 14 are fixed with respect to shell 40, the extension elongation longest of cable.When pressing position restrainer When structure 30, the tight lock part 11 of position-limit mechanism 30 and slide assemblies 14 is detached from, under the elastic force effect of elastic component 19, slide assemblies 14 It 121 is slided along the chute to 19 direction of elastic component, slide assemblies 14 drive cable to contract to recycling, when slide assemblies 14 slide into sliding slot When 121 extreme position, the shrinkage of cable is maximum.

In cable with the sliding of slide assemblies 14 and when stretching motion, in order to reduce rubbing between cable and slide assemblies 14 Power is wiped, the service life of cable is extended, by roll mode, i.e. idler wheel 17 is rolled relative to slider base 15, to realize line Cable elongates or shortens, and reduces frictional force.

The flexible cable container structure 100 that the present embodiment 1 provides has the beneficial effect that

Design is reasonable, structure is simple, easy to use, convenient for collecting for flexible cable, avoids flexible cable and is using When winding, knot, carry, arrange trouble, it is practical, it is applied widely.

Embodiment 2

Fig. 7 is the explosive view for the flexible cable container structure 100 that the present embodiment 2 provides, and Fig. 8 is what the present embodiment 2 provided The cross-sectional view of flexible cable container structure 100, Fig. 9 are jack in the flexible cable container structure 100 that provides of the present embodiment 2 10 cross-sectional view, Figure 10 are the structural schematic diagram of jack 10 in the flexible cable container structure 100 that provides of the present embodiment 2, It please refers to shown in Fig. 7, Fig. 8, Fig. 9 and Figure 10.

Jack 10 includes rotation folding and unfolding component 50 and sliding solid lock part 60, and rotation folding and unfolding component 50 is rotatably arranged In in shell 40, sliding solid lock part 60 is slidably arranged in shell 40 along preset direction 41, and sliding solid lock part 60 may be selected And rotation folding and unfolding component 50 cooperate, the folding and unfolding for controlling cable.

Specifically, rotation folding and unfolding component 50 spirals including whirlpool turns 52 and fixing base 54, elastic component 19 is wind spring, whirlpool disk Rotary body 52 offers locked groove 524, and fixing base 54 is fixed with 40 inner wall of shell, and the whirlpool swivel that spirals 52 is sheathed on fixing base 54, wind spring is located at whirlpool and spirals in the whirlpool disk chamber 525 for turning 52, and the clamping of the rotation fixing end 563 of wind spring and fixing base 54 Fixed part 545 is fixedly connected, and the spiral peripheral wall of swivel 52 of the rotation free end 565 of wind spring and whirlpool is connect, and whirlpool is made to spiral swivel 52 Relative in 54 rotation process of fixing base, driving wind spring rotation to generate restoring force, similarly, wind spring is under restoring force effect, band Movable orbiting scroll rotary body 52 is rotated towards opposite direction, to discharge restoring force, wind spring returns to original state.

Sliding solid lock part 60 includes the clamping lock 62 that can cooperate with locked groove 524, and tight lock part 11 and interconnecting piece 16 are all set in Solid lock part 60 is slided, sliding solid lock part 60 is slidably arranged on the inner wall of shell 40 along preset direction 41, due to position-limit mechanism 30 cooperate with tight lock part 11, the sliding of control sliding solid lock part 60, when the clamping lock 62 and locked groove 524 of sliding solid lock part 60 are clamped When, rotation folding and unfolding component 50 is locked, and pressure spring 64 is original state, without restoring force.When position-limit mechanism 30 be inserted into tight lock part 11, When driving sliding solid lock part 60 towards 64 1 Slideslip of pressure spring, rotation folding and unfolding component 50 and the clamping lock 62 of sliding solid lock part 60 divide From rotation folding and unfolding component 50 can be rotated, at this point, pressure spring 64 is compressive state and has bounce.

Tight lock part 11 is open column shape body and offers sliding cavity, and clamping lock 62 and interconnecting piece 16 are located at 11 phase of tight lock part Pair two sides, elastic component 19 and interconnecting piece 16 cooperate and can be connected to the outer wall of tight lock part 11, and position-limit mechanism 30 is embedded at shell Body 40, position-limit mechanism 30 have inclined surface 63, which tilts towards 19 side of elastic component, and position-limit mechanism 30 is set to The surface of tight lock part 11, after pressing position-limit mechanism 30, the inclined surface 63 of position-limit mechanism 30 and sliding cavity cooperate, and drive sliding Solid lock part 60 is slided towards the direction of pressure spring 64, in the present embodiment, the direction of motion of sliding solid lock part 60 and above-mentioned default side It is consistent to 41.

Optionally, one end of pressure spring 64 is abutted with above-mentioned fixed structure 45, and the other end and interconnecting piece 16 of pressure spring 64 cooperate And it is connected to the outer wall of tight lock part 11, when pressure spring 64 is located at original state, sliding solid lock part 60 and rotation folding and unfolding component 50 are clamped, Positioned at when being compressed and having recuperative state, sliding solid lock part 60 separates pressure spring 64 with rotation folding and unfolding component 50.

Optionally, fixing base 54 is fixedly installed on the inner wall of shell 40, and the end of fixing base 54 includes gripping Portion 545, this grips portion 545 and offers fixing groove, cooperates for the fixing end 21 with cable and fixes.

The whirlpool swivel that spirals 52 is sheathed on fixing base 54, and the whirlpool swivel 52 that spirals includes the whirlpool disk chamber 525 with through hole, The opening of whirlpool disk chamber 525 is identical with the extending direction in the portion that grips 545, grips portion 545 and is arranged in through hole and is located at In whirlpool disk chamber 525.Since wind spring volume is set in whirlpool disk chamber 525, the one end at wind spring center is rotation fixing end 563, wind spring outside One end be rotation free end 565.Therefore grip the center that portion 545 is located at whirlpool disk chamber 525.

Specifically, wind spring volume is set in whirlpool disk chamber 525, and wind spring includes rotating fixing end 563 and rotation free end 565, Rotation fixing end 563 is fixedly connected with the portion that grips 545, and rotation free end 565 is fixedly connected with the side wall of whirlpool disk chamber 525, When whirlpool spiral swivel 52 rotated around fixing base 54 when, drive rotation fixing end 563 to rotate, so that wind spring be made the more to roll up the more tight generation Biggish restoring force.When the swivel 52 that stops spiraling to whirlpool applies rotary force, wind spring drives whirlpool to spiral swivel under restoring force effect 52 rotate in the opposite direction, to discharge restoring force.

Optionally, it includes the first rotating part 521, the second rotating part 522 and the third set gradually that whirlpool, which spirals and turns 52, Rotating part 523, wherein the first rotating part 521 is arranged close to shell 40, and above-mentioned locked groove 524 is opened in the week of the first rotating part 521 To the quantity of locked groove 524 is at least one, is used for and slides the cooperation clamping of solid lock part 60, in the present embodiment, locked groove 524 Quantity is multiple, circumferential uniform intervals setting of multiple locked grooves 524 along the first rotating part 521.

Optionally, whirlpool disk chamber 525 is located at third rotating part 523, and the open end of whirlpool disk chamber 525 is backwards to the first rotating part 521 open up, the second rotating part 522 be used for winding cable, in the present embodiment, the first rotating part 521, the second rotating part 522 with And the cross-sectional shape of third rotating part 523 is circle, and the diameter of the second rotating part 522 is less than the first rotating part 521 Diameter makes whirlpool spiral and turns the 52 step circles column knot as big at both ends and small in middle again smaller than the diameter of third rotating part 523 Structure.

Optionally, whirlpool spiral swivel 52 have drive wind spring rotation free ends 565 rotate generation along the first direction of rotation Stretching rotary course and wind spring the release restoring force of restoring force drive whirlpool to spiral and turn 52 contractions rotated along the second direction of rotation Rotary course, the first direction of rotation and the second direction of rotation are opposite.

Optionally, the second rotating part 522 offers the opening for wearing cable, 40 inner wall of shell be additionally provided with for and The cable fixed part 18 that the fixing end 21 of cable is fixedly connected, cable fixed part 18 please refer to embodiment 1, and this will not be repeated here.

In the present embodiment 2, the rotation fixing end 563 of wind spring is above-mentioned interconnecting piece 16, and whirlpool spirals the first of swivel 52 Rotating part 521 is above-mentioned tight lock part 11.

By the circumferential setting locked groove 524 in the first rotating part 521, locked groove 524 is used for and slides the cooperation card of solid lock part 60 It connects, so that the first rotating part 521 cooperates with position-limit mechanism 30, i.e. the first rotating part 521 realizes the function of tight lock part 11.

Wind spring is located at whirlpool and spirals in the whirlpool disk chamber 525 for turning 52, the rotation fixing end 563 of wind spring and the folder of fixing base 54 It holds fixed part 545 to be fixedly connected, when swivel 52 is spiraled relative in 54 rotation process of fixing base in whirlpool, drive wind spring rotation is generated Restoring force, so that rotation fixing end 563 realizes the function of interconnecting piece 16.

The working principle for the container structure 100 that the present embodiment 2 provides are as follows:

When original state: position-limit mechanism 30 is separated with the tight lock part 11 of sliding solid lock part 60, and pressure spring 64 is reset condition, sliding Dynamic solid lock part 60 engages with the rotation locking of folding and unfolding component 50, and cable is unable to stretching motion.

Tensional state: pressing position-limit mechanism 30, position-limit mechanism 30 and sliding solid lock part 60 cooperate, and drive sliding solid lock part 60 It is moved towards pressure spring 64, pressure spring 64 has screen resilience by compression, and sliding solid lock part 60 is separated with rotation folding and unfolding component 50, pulls wire Cable, cable tie movable orbiting scroll rotary body 52 rotate along the first direction of rotation, and whirlpool, which is spiraled, turns the 52 rotation freedom for driving elastic component 19 565 movement of end, makes elastic component 19 have certain restoring force.When cable is stretched to suitable position, position-limit mechanism 30 is unclamped, Position-limit mechanism 30 is separated with the tight lock part 11 of sliding solid lock part 60, and pressure spring 64 is sprung back, sliding solid lock part 60 and rotation folding and unfolding component 50 locking engagings, cable are locked by rotation folding and unfolding component 50.

Contraction state: pressing position-limit mechanism 30, position-limit mechanism 30 and sliding solid lock part 60 cooperate, and drive sliding solid lock part 60 It is moved towards pressure spring 64, pressure spring 64 has screen resilience by compression, and sliding solid lock part 60 is separated with rotation folding and unfolding component 50, in elasticity Under the restoring force effect of part 19, elastic component 19 drives whirlpool to spiral swivel 52 along the rotation of the second direction of rotation, and second here rotates 52 drive cable of swivel is rotated along the second direction of rotation on the contrary, whirlpool is spiraled for direction and the first direction of rotation, so that cable is shunk, Elastic component 19 discharges restoring force, when elastic component 19 reverts to reset condition, unclamps position-limit mechanism 30, position-limit mechanism 30 and sliding The tight lock part 11 of solid lock part 60 separates, and pressure spring 64 is sprung back, and sliding solid lock part 60 engages with the rotation locking of folding and unfolding component 50, cable quilt Rotation folding and unfolding component 50 is locked.

The flexible cable container structure 100 that the present embodiment 2 provides has the beneficial effect that

Design is reasonable, structure is simple, easy to use, convenient for collecting for flexible cable, avoids flexible cable and is using When winding, knot, carry, arrange trouble, it is practical, it is applied widely.

Embodiment 3

The present embodiment 3 provides a kind of data line accommodating component 200, including data line ontology 20, PCB main board and strictly according to the facts The flexible cable container structure 100 that example 1 or embodiment 2 provide is applied, Figure 11 is data line accommodating component provided in this embodiment 200 structural schematic diagram is please referred to shown in Figure 11, is described as follows:

Data line ontology 20 includes fixing end 21 and the movable plug end 26 of opposite end, and fixing end 21 is set to storage knot 40 inner wall of shell of structure 100, specifically, fixing end 21 and the cooperation of cable fixed part 18 are fixed, and fixing end 21 and PCB main board connect It connects, PCB main board is fixedly installed in shell 40, and movable plug end 26 is worn after being set around jack 10 from the folding and unfolding end of shell 40 Out, it can according to need after being pierced by and connected with glasses end.

In use, taking-up glasses end and host side, user draw out data line from host side manually, slide block assembly is with number It stretches out and moves according to line.

When wanting user to need to stretch or unrecoverable data line, by operating position-limit mechanism 30, jack 10 and position restrainer The cooperation of structure 30 drives 20 corresponding sports of data line ontology, and such data line is smoothly stretched or withdrawn, while guaranteeing that data line is fixed Do not pullled damage in end 21.

When needing using data line, data line is pulled out from flexible cable container structure 100, plug and play, Easy to use, extra line is less prone to wrapping phenomena, when not using data line, pulls out plug, data line is in jack It is retracted in the inner cavity of container structure 100 automatically under 10 effects, prevents data line is exposed from winding rapid wear outside, can also promote product Overall aesthetic degree, improves user experience, and safety is easy-to-use.

It is understood that the data line accommodating component 200 can be applied in AR/VR, Multifunctional head earphone, HMD Etc. in various helmets, fixing end 21 is electrically connected with product host side

It is simple, reliable to present embodiments provide a kind of structure, it is small and exquisite practical, it is easy to use can automatic takeup storage group Part, it is easy to use, can neatly folding and unfolding transmission audio, video, network signal and power supply data line, especially apply in fission It is practical on the helmets such as formula AR, VR, earphone, HMD, it is applied widely.

It should be noted that in the absence of conflict, the feature in the embodiments of the present invention can be tied mutually It closes.

The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.

Claims (8)

1. a kind of flexible cable container structure is used for helmet, which is characterized in that the flexible cable container structure includes receiving Laying mechanism and shell, the jack are at least partially arranged in the shell, and for carrying out folding and unfolding to flexible cable；

The flexible cable container structure further includes elastic component, and the elastic component is set in the shell；

One end of the elastic component is fixedly connected with the shell, and the other end of the elastic component is connect with the jack；

The jack includes elastic component interconnecting piece, and the other end of the elastic component interconnecting piece and the elastic component is fixed to be connected It connects.

2. flexible cable container structure according to claim 1, which is characterized in that the flexible cable container structure also wraps Position-limit mechanism is included, the position-limit mechanism engages or discharges with the jack, for adjusting flexible cable folding and unfolding length.

3. flexible cable container structure according to claim 2, which is characterized in that the shell has folding and unfolding end, is used for The flexible cable passes through.

4. flexible cable container structure according to claim 2, which is characterized in that the jack include tight lock part and Interconnecting piece, the tight lock part and the position-limit mechanism cooperate, and the interconnecting piece is connect with the elastic component；

By controlling the position-limit mechanism, the jack is made to have the second of the first state and latch release cables of locking cable State.

5. flexible cable container structure according to claim 4, which is characterized in that the folding and unfolding end of the shell opens up useful In the perforating that the flexible cable passes through.

6. flexible cable container structure according to claim 4 or 5, which is characterized in that the jack includes sliding rail Component and slide assemblies；

The slide assemblies slidably cooperate with the slide track component；The slide assemblies can be fastened with the position-limit mechanism Or it is detached from.

7. flexible cable container structure described in -5 any one according to claim 1, which is characterized in that the flexible cable is received Micro-nano structure further includes sliding solid lock part；The jack includes rotation folding and unfolding component；

The rotation folding and unfolding component is rotatably set in the shell, and the sliding solid lock part is slidable along preset direction It is set in the shell, the sliding solid lock part is selectable to be cooperated with the rotation folding and unfolding component, for controlling cable Folding and unfolding.

8. a kind of data line accommodating component, which is characterized in that any including data line ontology, PCB main board and claim 1-7 Flexible cable container structure described in one；

The PCB main board is set to the inner cavity of the shell, and the data line ontology connect with the PCB main board and is set around institute It is pierced by after stating jack from the shell.