CN202046259U - Rotary carrier - Google Patents

Abstract

A rotary carrier comprises a base, a rotary seat and a locking device, the rotary seat is contained in a movement space inside the base, a shaft portion for pivoting the rotary seat and a torsion spring capable of being sleeved to the shaft portion are arranged below the base, and the locking device is positioned in a positioning groove at the top of the other side, far away from the shaft portion, of the base. When the rotary carrier is used, the rotary seat can be pulled in sectorial shifting towards the outside of the base. After an electronic device is disposed in the rotary seat, the rotary seat can be pulled again back into the base, so that a slide seat of the locking device is pushed by a fastening portion outwardly extending at the top of the rotary seat to slide to be positioned, a clamping portion on one side of the slide seat is driven to shift inwards rotatably, then the clamping portion is fastened to the fastening portion of the rotary seat to achieve stable and firm fastened positioning, and stability of the whole structure of the rotary carrier is guaranteed, while the rotary carrier is simple to operate.

Description

Rotary carrier

Technical field

The utility model provides a kind of rotary carrier, especially refer on the axial region of pedestal for being articulated with the rotary seat that to accommodate electronics package, and the side in addition away from axial region is positioned with blocking device, holding part on the rotary seat can be pushed against in the slip base of blocking device produce the slippage location, and the clamping part that drives slip base one side place is held on the holding part of rotary seat and forms firm firm fastening locating effect.

Background technology

Press, human living standard's continuous lifting now, make clothing, food in the daily life, live, the requirements for quality of each side such as row and amusement is more and more high, better and better especially on the practicality, and the aspect of being expert at, except general common automobile, various Recreational Vehicles, wagon, jeep etc., also along with the demand of working environment is in vogue day by day with the popular general mood of advocating amusement and travel, become all the modern go out ride instead of walk the indispensable vehicle.

Moreover, because electronics technology and multimedia messages fast development, make mobile phone, intelligent mobile phone, the global navigation satellite machine, electronics packages such as PDA(Personal Digital Assistant) are all towards gently, thin, short, the trend development of little and power, it is little mainly to have volume, light weight, characteristic such as be convenient for carrying, add soft, hardware capability is constantly weeded out the old and bring forth the new, have more elasticity and practicality effect in the use, and because driver's operating electronic devices when driving causes road traffic accident to keep pouring in, so generally can above car body in-to-in console or inner trim panels, put a sliding-proof pad, and electronics package put after on the sliding-proof pad, can come electronics package is set online by wearing blue-tooth earphone or Handless, to dial, receive calls, and transmit and functions such as reception message or multimedia, but the influence that is given a shock easily when on road, running at high speed because of vehicle, cause the electronics package can't be effectively fixing, drop easily and damage, if the driver drives instantly the intuition reaction when electronics package is picked up, cause the generation of traffic accident especially easily.

There is the dealer to develop automobile-used carrier, for example sucked type vehicle frame or sand hill vehicle frame, can be adsorbed in by the sucker of sucked type vehicle frame base on the armored glass in car body the place ahead, or with the heavier sand hill design of sand hill bottom of frame weight, make hand-held electronic device can be placed in the console top, though only this sucked type vehicle frame can reach the preferred positioning effect, but what very easily be subjected to sunshine after using because of sucker is permanent influences distortion or material ageing, or even cause sucker fracture and can't be adsorbed in again on the armored glass, whole function and the effect used is limited; In addition, the sand hill vehicle frame is to utilize the anti-skidding material of sand hill weight and bottom to improve sucked type vehicle frame sucker to use the problem that can't adsorb, but the volume of this kind sand hill vehicle frame is comparatively huge and seem lofty kenel, not only take too much space, integral structure still has and easily looseningly rocks, topples over the situation that causes electronics package to drop and damage and take place, and then remains to be engaged in this journey dealer and redesigns effectively and solved.

The utility model content

The purpose of this utility model is to provide a kind of rotary carrier, to guarantee stability and the easy effect of operation on the integral structure.

For achieving the above object, rotary carrier provided by the invention, include pedestal, rotary seat and blocking device, wherein: this pedestal inside is formed with activity space, and the place is provided with axial region below pedestal, and be arranged with a torsion spring on the axial region, and pedestal locates to be formed with positioning groove away from the top of side in addition of axial region; This turning seat is in the activity space of pedestal, and have and to articulate the pedestal that be an angle turn with the axial region activity, and the inboard place of pedestal is formed with the accommodation space that can accommodate default electronics package, and is positioned at corresponding positioning groove position, place, the pedestal top holding part that extended outwardly; This blocking device is positioned in the positioning groove of pedestal, and has and can compress the slip base that produces cycle slip location for rotary seat holding part secondary, and slip base one side extends outwardly to form with holding part and fastens or the clamping part of released state.

Described rotary carrier, wherein this pedestal is formed in one or forms with base and enclosing cover institute separate groups structure, and be provided with the axial region of tool lockhole in base front side surface below place, and the pedestal one side-lower place of rotary seat is provided with and can be the movable pivoted hole that articulates with axial region, and cover cooresponding perforation in addition and be sheathed on the axial region, utilize screw to pass again to lock after the perforation in the lockhole of axial region interlocking to be fixed into and be one.

Described rotary carrier, wherein offer an embedding slot on the outer cap surface of this pedestal, and in embedding slot, be positioned with the damping arrangement of tool equipment gear, and the pedestal front side surface of rotary seat is provided with the tooth-strip part of curved shape, and is an angle turn with the equipment gear of tooth-strip part and the damping arrangement auxiliary rotary seat that is meshing with each other.

Described rotary carrier, wherein to be positioned at the upper and lower two side places of embedding slot be the holding section that is respectively equipped with the tool projection to the enclosing cover of this pedestal, and the upper and lower two side places of the equipment gear of damping arrangement are provided with the extension of tool conjugate foramen respectively, and be corresponding fastening location with the holding section of enclosing cover and the extension of damping arrangement, and projection is embedded in, and chimeric fixing becomes one in the conjugate foramen.

Described rotary carrier, wherein sheathed torsion spring is that elasticity supports to arrive in the rotary seat bottom on the base axial region of this pedestal, make the rotary seat elastic reset, and base is positioned at, and the place, below is provided with and can supports the skewed baffle plate that forms the block location for the rotary seat bottom around the axial region.

Described rotary carrier, wherein on the base of this pedestal for being provided with plural counterbore, inboard each corner of enclosing cover then is provided with plural interlocking post, and after utilizing screw to pass counterbore, lock again in outside cover in the cooresponding interlocking post interlocking and be fixed into and be one.

Described rotary carrier, wherein the inner corresponding positioning groove of this pedestal position laterally is formed with storage tank, and in storage tank, be positioned with clamping device,, passing seat one side of clamping device institute tool supports to arrive in the elastic parts at storage tank internal face place and but being provided with elasticity, and the side in addition away from elastic parts is provided with the support division that can be clamping location for default electronics package side pushing and pressing, the pedestal one side-lower place of rotary seat is provided with and can be the movable pivoted hole that articulates with the pedestal axial region again, and the in addition side away from pivoted hole bends the holding part that is extended with the tool turning point towards the rear, then is formed with and can be inserted into opening in the accommodation space for the clamping device support division away from the side in addition of holding part in pedestal again.

Described rotary carrier, wherein this pedestal is formed in one or forms with base and enclosing cover institute separate groups structure, and the two side wall surface places of the storage tank on the base front side surface are provided with guide rail and registration mast respectively, and offer on the passing seat of clamping device and can be inserted into its interior limit sliding chutes, and be socketed on the registration mast with the elastic parts of passing seat for guide rail.

Described rotary carrier, wherein the base of this pedestal is positioned at the upper and lower two side wall surface places of storage tank and is formed with relative track, and the upper and lower two side places of the passing seat of clamping device then are respectively equipped with the guiding part that can be corresponding slide displacement with track.

Described rotary carrier, wherein this pedestal is formed in one or forms with base and enclosing cover institute separate groups structure, and enclosing cover in-to-in positioning groove one side wall surface place is provided with guide rail, then offers on the passing seat of clamping device to be inserted into its interior limit sliding chutes for guide rail.

Described rotary carrier, wherein this pedestal upper and lower two side wall surface places of positioning groove of being positioned at enclosing cover are formed with relative track, and the upper and lower two side places of the passing seat of clamping device then are respectively equipped with the guiding part that can be corresponding slide displacement with track.

Described rotary carrier, wherein on the pedestal holding part of this rotary seat for having plural catching groove, and place, top, the holding part outside is positioned with the pulling piece of the protruding button of tool plural number, and is corresponding fastening with the protruding button of pulling piece institute tool and catching groove on the holding part and locatees.

Described rotary carrier, wherein on the support division outer surface of the inboard place of the pedestal of this rotary seat and holding part, clamping device for being respectively equipped with pad, and pad is the material of foam foam, elastomeric polymer or other tool elastic buffer effect.

Described rotary carrier, wherein on the pedestal holding part of this rotary seat for having the one or more end that supports, and blocking device has a housing, and contain slip base in enclosure interior, and the extend outwardly clamping part of one or more fixing arms of tool of slip base one side place, and be that turn is held in the cooresponding end that supports of holding part and goes up to form and fasten the location with the fixing arm of clamping part.

Good effect of the present utility model is:

1) is movablely on the axial region at pedestal below place to be articulated with rotary seat and can be sheathed on torsion spring on the axial region, and be positioned with blocking device in the positioning groove of pedestal away from the place, the top of side in addition of axial region, and contain slip base in blocking device inside, when the user is placed in electronics package in the rotary seat, just can pull in rotary seat is retracted into pedestal, the slip base that the holding part that place, rotary seat top is extended outwardly pushes against blocking device produces slippage location, and drive inwards turn displacement of clamping part in slip base one side place, be held in by clamping part again and form firm firm fastening location on the holding part of rotary seat, guaranteeing the stability on the integral structure, and has the easy effect of operation.

2) in the embedding slot that is to offer on the pedestal surface be the damping arrangement that is positioned with the tool equipment gear, and be provided with the tooth-strip part of curved shape in the rotary seat front side surface, when rotary seat with the axial region of pedestal during as the fan-shaped displacement in axle center, just the auxiliary rotary seat that can be meshing with each other by the equipment gear of the tooth-strip part of rotary seat and damping arrangement is a predetermined angular turn, make in the process of the fan-shaped displacement of rotary seat more steady smoothly, be difficult for taking place and the stability can increase operation the time because of the situation that the turn excessive velocities causes its internal electronics to throw away to drop.

3) be in the pedestal in-to-in storage tank to being positioned with clamping device, when user's desire is retracted into rotary seat in the pedestal, just can pull in rotary seat drive electronics package side and push against in clamping device, produce to intrinsic displacement after the effect that its support division of passing seat one side is compressed, support to arrive in storage tank internal face place by passing other the elastic parts elasticity of side of seat again, but make the electronics package stable holding between rotary seat and clamping device, and can prevent effectively that electronics package from producing loosening rocking because of being subjected to vibrations, toppling over or emerging in causes the situation that drops and damage to take place outside the rotary seat.

4) be that pedestal can utilize the interlocking fixed form to be incorporated in the formed material-putting space in the inner console rear of car body, or the position of other tool hovel, making its rotary seat can be close to the driver's seat puts and is an angle turn, to make things convenient for the user that electronics package is placed in rotary seat inside, and form favorable elasticity and support and paste the location with pad in the rotary seat, and has the effect of buffering, damping, this kind not only can make full use of the inner set space of car body and reduce its shared space, and can form and cover and concealment effect.

Description of drawings

Fig. 1 is a stereo appearance figure of the present utility model.

Fig. 2 is a three-dimensional exploded view of the present utility model.

Fig. 3 is the three-dimensional exploded view at another visual angle of the utility model.

Fig. 4 is a top plan view of the present utility model.

Fig. 5 uses preceding front view for the utility model.

Front view when Fig. 6 uses for the utility model.

Fig. 7 is the front view of the utility model after using.

Fig. 8 is the top plan view of the utility model after using.

Fig. 9 is the birds-eye view of the utility model after using.

Figure 10 is the stereo appearance figure of the utility model preferred embodiment.

Main element nomenclature in the accompanying drawing:

1 pedestal; 10 activity spaces; 11 bases; 111 axial regions; 1111 lockholes; 112 torsion springs; 113 baffle plates; 1131 pads; 114 storage tanks; 1141 guide rails; 1142 registration masts; 1143 tracks; 115 counterbores; 116 screws; 12 enclosing covers; 121 perforation; 122 screws; 123 positioning grooves; 1231 guide rails; 1232 tracks; 124 embedding slots; 125 holding sections; 1251 projections; 126 interlocking posts; 13 damping arrangements; 131 equipment gears; 132 extensions; 1321 conjugate foramens; 14 location divisions; 2 rotary seats; 20 accommodation spaces; 201 openings; 21 pedestals; 211 pivoted holes; 212 holding parts; 2121 turning points; 2122 catching grooves; 213 pulling pieces; 2131 protruding buttons; 214 pads; 215 pads; 22 holding parts; 221 support end; 23 tooth-strip parts; 24 holding parts; 3 clamping devices; 31 pass seat; 311 limit sliding chutes; 32 elastic partss; 33 support divisions; 331 pads; 34 guiding parts; 4 blocking devices; 41 housings; 42 slip bases; 43 clamping parts; 431 fixing arms; 5 electronics packages; 6 car bodies; 61 consoles; 610 material-putting spaces; 62 operator's saddles.

The specific embodiment

For more clearly understanding technological means and the effect thereof that the utility model adopts, elaborate with preferred embodiment in conjunction with the accompanying drawings.

See also Fig. 1,2,3,4 and Fig. 5, be respectively three-dimensional exploded view, the top plan view at stereo appearance figure of the present utility model, three-dimensional exploded view, another visual angle and use preceding front view, find out by knowing among the figure, the utility model includes pedestal 1, rotary seat 2, clamping device 3 and blocking device 4, wherein:

This pedestal 1 can be formed in one or form with base 11 and 12 separate groups structures of enclosing cover, and be formed with activity space 10 in pedestal 1 inside, and place, base 11 front side surfaces below is provided with the axial region 111 of tool lockhole 1111, be arranged with a torsion spring 112 on its axial region 111, and the place, below is provided with the baffle plate 113 that is skewed around being positioned at axial region 111, cooresponding perforation 121 on the enclosing cover 12 can be sheathed on the axial region 111, and after utilizing screw 122 to pass the perforation 121 of enclosing cover 12, the corresponding again interlocking of locking in the lockhole 1111 of 111 tools of axial region is fixed into and is one; In addition, base 11 is located to laterally being formed with storage tank 114 away from the top of side in addition of axial region 111, and be provided with guide rail 1141 and registration mast 1142 respectively, and be positioned at storage tank 114 upper and lower two side wall surface places and be formed with relative track 1143 in storage tank 114 left and right two side wall surface places; In addition, enclosing cover 12 inner corresponding storage tanks 114 positions laterally offer positioning groove 123, and be provided with guide rail 1231 in positioning groove 123 1 side wall surface places, and be positioned at positioning groove 123 upper and lower two side wall surface places and be formed with relative track 1232, and enclosing cover 12 surfaces upward offer an embedding slot 124 between perforation 121 and positioning groove 123, and are positioned with damping arrangement 13 in embedding slot 124.

Moreover, the embedding slot 124 upper and lower two side places of enclosing cover 12 are provided with the holding section 125 of tool projection 1251 respectively, and damping arrangement 13 is positioned at the embedding slot 124 inboard equipment gears of locating 131 for having one, and be positioned at the extension 132 that equipment gear 131 upper and lower two side places then are respectively equipped with tool conjugate foramen 1321, the holding section 125 of enclosing cover 12 and the extension 132 of damping arrangement 13 can be corresponding fastening location, and be embedded in projection 1251 that mutual chimeric fixings become one in the conjugate foramen 1321.

This rotary seat 2 is for being positioned at the activity space 10 of pedestal 1, and has a pedestal 21, and pedestal 21 1 side-lower places are provided with and can be the movable pivoted hole 211 that articulates with axial region 111, and the side in addition away from pivoted hole 211 bends the holding part 212 that is extended with a tool turning point 2121 and plural catching groove 2122 towards the rear, and be positioned with the pulling piece 213 of the protruding button 2131 of tool plural number in top place, holding part 212 outsides, the protruding button 2131 of pulling piece 213 can be corresponding fastening location with the catching groove 2122 of holding part 212, and pedestal 21 is formed with the Contraband shape accommodation space 20 that can accommodate electronics package 5 with holding part 212 inboard places, and pedestal 21 is formed with an opening 201 away from the side in addition of holding part 212; In addition, corresponding storage tank 114 positions extend outwardly and support the holding part 22 of end 221 on one or one of the tool on pedestal 21 front side surfaces, and between holding part 22 and pivoted hole 211, be provided with the tooth-strip part 23 of curved shape, and be an angle turn with the equipment gear 131 of tooth-strip part 23 and the damping arrangement 13 auxiliary rotary seat 2 that is meshing with each other.

This clamping device 3 is for to be positioned in the storage tank 114 of pedestal 1, and have and pass seat 31, offer on the seat 31 and can be inserted into its interior limit sliding chutes 311 and pass for guide rail 1141,1231, and be provided with the elastic parts 32 that can be socketed on the registration mast 1142 in passing seat 31 1 side places, and the side in addition away from elastic parts 32 vertically is provided with the smooth shape support division 33 that can be inserted in rotary seat 2 accommodation spaces 20, then is respectively equipped with the guiding part 34 that can be corresponding slide displacement with track 1143,1232 in passing seat 31 upper and lower two side places again.

This blocking device 4 is for to be positioned in the positioning groove 123 of pedestal 1, and has a housing 41, and housing 41 inside contain and can compress the slip base 42 that produces cycle slip location for rotary seat 2 holding parts 22 secondaries, and the extend outwardly clamping part 43 of one or more fixing arms 431 of tool of slip base 42 1 side places, and be that turn is held in holding part 22 cooresponding supporting on the end 221 with the fixing arm 431 of clamping part 43, and this slip base 42 can on demand or design different from guide rod cooperation slideway or the enforcement of various guiding limit method, pass through the elastic restoring force of elastic parts institute tool simultaneously, make slip base 42 be positioned at the housing 41 inner cycle slip location that produce, thereby the clamping part 43 of realizing slip base 42 can be reached the action of buckle clamping to the holding part 22 of rotary seat 2, and the firm firm locating effect of formation, how the relevant slip base 42 of this part of thought compresses the mode that produces cycle slip location by secondary is the category of prior art, and it also is not the main points of founding of the present utility model that this thin portion constitutes, so only doing one in this manual underdraws, for understanding.

When the utility model in when assembling, pivoted hole 211 with rotary seat 2 is socketed on the axial region 111 of pedestal 1 earlier, and with the pin of torsion spring 112 2 ends respectively elasticity support to arrive in snapping sheet (not shown) and rotary seat 2 bottoms of around axial region 111, locating, make rotary seat 2 have the function of elastic reset, passing seat 31 with clamping device 3 is positioned in the storage tank 114 of pedestal 1 again, the guide rail 1141 of storage tank 114 1 sides is inserted in the limit sliding chutes 311 of passing on the seat 31, the elastic parts 32 of passing seat 31 1 side places can be socketed on the registration mast 1142 of storage tank 114 other sides, just can be inserted in the accommodation space 20 by opening 201 places of rotary seat 2 and pass seat 31 other support divisions 33 of side, and make on the passing seat 31, down on the guiding part 34 and storage tank 114 at two side places, the track 1143 at two side wall surface places is corresponding slide displacement down.

Then just the housing 41 of blocking device 4 can be positioned in the positioning groove 123 of enclosing cover 12, the plural interlocking post 126 that makes inboard each corner of enclosing cover 12 respectively with base 11 on cooresponding counterbore 115 form and align, and after utilizing screw 116 to pass counterbore 115, lock again on enclosing cover 12 in the cooresponding interlocking post 126, enclosing cover 12 can be utilized the interlocking fixed form to be covered on place, base 11 front sides is combined into one, also make simultaneously the equipment gear 131 of damping arrangement 13 be engaged in tooth-strip part 23 on rotary seat 2 pedestals 21, auxiliary rotary seat 2 is done the action of predetermined angular turn, and the clamping part 43 and the holding part on the rotary seat 2 22 at blocking device 4 slip bases 42 1 side places can be formed fastening or released states, just finish the assembling of the utility model single-piece.

Please in conjunction with consulting Fig. 6,7,8,9 and shown in Figure 10, front view when being respectively the utility model use, front view after the use, top plan view after the use, the birds-eye view after the use and the stereo appearance figure of preferred embodiment, find out by knowing among the figure, rotary carrier of the present utility model is for can be applicable to automobile, car body 6 (as shown in figure 10) inside of the vehicle such as Recreational Vehicle or wagon, and be provided with plural location division 14 in base 11 each corner of pedestal 1, pedestal 1 can be utilized the fixing mode of interlocking to be incorporated into car body 6 inside, so, one specific embodiment of the utility model the best is that rotary carrier is arranged in the material-putting space 610 of place, car body 6 in-to-in consoles, 61 rear formation, make its rotary seat 2 can be close to operator's saddle 62 positions and be an angle turn, but when practical application, then be not to be as limitation with this, also rotary carrier can be arranged at car body 6 in-to-in armrest seats, instrument carrier panel, car doors etc. can be in the container of putting article or the position of other tool hovel, not only can make full use of car body 6 inner set spaces and reduce its shared space, and can form and cover and concealment effect, to promote overall utility and range of applicability.

And when using, pull earlier on the pulling piece 213 of rotary seat 2, make the slip base 42 of the holding part 22 pushing and pressing blocking devices 4 on its pedestal 21 be positioned at housing 41 generations one slippage location, and drive in the fixing arm 431 moving displacement of sidespin outwardly of 43 tools of clamping part at slip base 42 1 side places and present deployed condition, can be with the restriction formation released state that end 221 emerges in fixing arm 431 that supports of 22 tools of holding part, pass through the elastic restoring force of 112 tools of torsion spring on pedestal 1 axial region 111 simultaneously, make pivoted hole 211 on rotary seat 2 pedestals 21 can axial region 111 as the activity space 10 outsides fan-shaped displacement of axle center towards pedestal 1, and be a predetermined angular turn by the equipment gear 131 of the tooth-strip part on the pedestal 21 23 and the damping arrangement 13 auxiliary rotary seat 2 that is meshing with each other, make in the rotary seat 2 fan-shaped displacement processes more steady smooth, be difficult for the situation generation that causes its internal electronics 5 to throw away to drop because of the turn excessive velocities, and treat that rotary seat 2 bottoms are held in the axial region 111 baffle plate 113 formation blocks location at place, below on every side, can limit the rotating angle scope of its rotary seat 2 maximums by baffle plate 113, at this moment, just the pedestal 21 of electronics package 5 along rotary seat 2 can be placed in the accommodation space 20 with holding part 212 internal face places, and the stability can increase operation the time.

When user's desire is retracted into rotary seat 2 in the activity space 10 of pedestal 1, just can pull once more on pulling piece 213, make the pivoted hole 211 of rotary seat 2 can axial region 111 as the activity space 10 inboard fan-shaped displacements of axle center towards pedestal 1, and drive electronics package 5 sides push against on clamping device 3, produce to intrinsic displacement after the effect that its support division 33 of passing seat 31 1 sides is compressed, and pass seat 31 in addition elastic parts 32 elasticity of sides support to arrive in and be an elastic deformation in storage tank 114 internal face places, can be by the elastic restoring force of 32 tools of elastic parts, make electronics package 5 stable holding between rotary seat 2 and clamping device 3, be a location, and pass in the process of seat 31 displacements, also can be by the base 11 of 1 tool of pedestal and the guide rail 1141 on the enclosing cover 12,1231 are inserted in the limit sliding chutes 311 of passing seat 31, and pass on the seat 31, the guiding part 34 and the track 1143 at following two side places, 1232 are corresponding slide displacement guides it to intrinsic displacement, and when the pulling piece 213 for the treatment of rotary seat 2 pushes against on the slip base 42 of blocking device 4, can make slip base 42 be positioned at housing 41 and produce slippage location, and drive inwards turn displacement of clamping part 43 in slip base 42 1 side places, be held in the holding part 22 cooresponding ends 221 that support by the fixing arm 431 of 43 tools of clamping part again and form firmly firm fastening locating effect, cooperate rotary seat 2 structure designs with this clamping device 3, can prevent effectively that the vibrations generation is loosening rocks electronics package 5 because of being subjected to when car body 6 travels, topple over or emerge in outside the rotary seat 2, cause the situation that drops and damage to take place, guaranteeing the stability on the integral structure, and has the easy effect of operation.

Moreover, above-mentioned pedestal 1 is positioned on baffle plate 113 surfaces of base 11, the pedestal 21 of rotary seat 2 and holding part 212 inboard places, and can be respectively equipped with pad 1131 on support division 33 outer surfaces of clamping device 3,214,215,331, and pad 1131,214,215,331 can be the foaming foam, elastomeric polymer or other tool elasticity, the material of buffering effect is made, and with rotary seat 2 in the electronics packages 5 of being inserted form better elastic and support and paste, the driving fit positioning states, and has buffering, the effect of damping, thereby can realize with electronics package 5 firm be contained in rotary seat 2 inside, and this electronics package 5 can be mobile phone, intelligent mobile phone, hand-held electronic devices such as global navigation satellite machine or PDA(Personal Digital Assistant), and the holding part 24 that can utilize pedestal 1 to be positioned on the base 11 is positioned the plug of car transmission line (not shown) for it, with convenient reason line, also quite simple and easy in the integrated operation, and when using, the plug of transmission line can be taken off, and passed the open-work of rotary seat 2 bottoms, be plugged in again and carry out in the car charging in the adaptor union of electronics package 5 or the data signals transmission is used, can improve whole function and the effect used thus, have more competitiveness of product.

Above-mentioned detailed description is at a kind of preferable possible embodiments explanation of the utility model, only this embodiment is not in order to limit interest field of the present utility model, all other do not break away from the equalization of being finished under the skill spirit that the utility model discloses to be changed and modifies change, all should be contained in the claim scope that the utility model contains.

Claims (14)

1. a rotary carrier includes pedestal, rotary seat and blocking device, it is characterized in that:

This pedestal inside is formed with activity space, and is provided with axial region in place, pedestal below, and is arranged with a torsion spring on the axial region, and pedestal locates to be formed with positioning groove away from the top of side in addition of axial region;

This turning seat is in the activity space of pedestal, and have and to articulate the pedestal that be an angle turn with the axial region activity, and the inboard place of pedestal is formed with the accommodation space that can accommodate default electronics package, and is positioned at corresponding positioning groove position, place, the pedestal top holding part that extended outwardly;

This blocking device is positioned in the positioning groove of pedestal, and has and can compress the slip base that produces cycle slip location for rotary seat holding part secondary, and slip base one side extends outwardly to form with holding part and fastens or the clamping part of released state.

2. rotary carrier as claimed in claim 1, it is characterized in that: wherein this pedestal is formed in one or forms with base and enclosing cover institute separate groups structure, and be provided with the axial region of tool lockhole in base front side surface below place, and the pedestal one side-lower place of rotary seat is provided with and can be the movable pivoted hole that articulates with axial region, and cover cooresponding perforation in addition and be sheathed on the axial region, utilize screw to pass again to lock after the perforation in the lockhole of axial region interlocking to be fixed into and be one.

3. rotary carrier as claimed in claim 2, it is characterized in that: wherein offer an embedding slot on the outer cap surface of this pedestal, and in embedding slot, be positioned with the damping arrangement of tool equipment gear, and the pedestal front side surface of rotary seat is provided with the tooth-strip part of curved shape, and is an angle turn with the equipment gear of tooth-strip part and the damping arrangement auxiliary rotary seat that is meshing with each other.

4. rotary carrier as claimed in claim 3, it is characterized in that: wherein to be positioned at the upper and lower two side places of embedding slot be the holding section that is respectively equipped with the tool projection to the enclosing cover of this pedestal, and the upper and lower two side places of the equipment gear of damping arrangement are provided with the extension of tool conjugate foramen respectively, and be corresponding fastening location with the holding section of enclosing cover and the extension of damping arrangement, and projection is embedded in, and chimeric fixing becomes one in the conjugate foramen.

5. rotary carrier as claimed in claim 2, it is characterized in that: wherein sheathed torsion spring is that elasticity supports to arrive in the rotary seat bottom on the base axial region of this pedestal, make the rotary seat elastic reset, and base is positioned at, and the place, below is provided with and can supports the skewed baffle plate that forms the block location for the rotary seat bottom around the axial region.

6. rotary carrier as claimed in claim 2, it is characterized in that: wherein on the base of this pedestal for being provided with plural counterbore, inboard each corner of enclosing cover then is provided with plural interlocking post, and after utilizing screw to pass counterbore, lock again in outside cover in the cooresponding interlocking post interlocking and be fixed into and be one.

7. rotary carrier as claimed in claim 1, it is characterized in that: wherein the inner corresponding positioning groove of this pedestal position laterally is formed with storage tank, and in storage tank, be positioned with clamping device,, passing seat one side of clamping device institute tool supports to arrive in the elastic parts at storage tank internal face place and but being provided with elasticity, and the side in addition away from elastic parts is provided with the support division that can be clamping location for default electronics package side pushing and pressing, the pedestal one side-lower place of rotary seat is provided with and can be the movable pivoted hole that articulates with the pedestal axial region again, and the in addition side away from pivoted hole bends the holding part that is extended with the tool turning point towards the rear, then is formed with and can be inserted into opening in the accommodation space for the clamping device support division away from the side in addition of holding part in pedestal again.

8. rotary carrier as claimed in claim 7, it is characterized in that: wherein this pedestal is formed in one or forms with base and enclosing cover institute separate groups structure, and the two side wall surface places of the storage tank on the base front side surface are provided with guide rail and registration mast respectively, and offer on the passing seat of clamping device and can be inserted into its interior limit sliding chutes, and be socketed on the registration mast with the elastic parts of passing seat for guide rail.

9. rotary carrier as claimed in claim 8, it is characterized in that: wherein the base of this pedestal is positioned at the upper and lower two side wall surface places of storage tank and is formed with relative track, and the upper and lower two side places of the passing seat of clamping device then are respectively equipped with the guiding part that can be corresponding slide displacement with track.

10. rotary carrier as claimed in claim 7, it is characterized in that: wherein this pedestal is formed in one or forms with base and enclosing cover institute separate groups structure, and enclosing cover in-to-in positioning groove one side wall surface place is provided with guide rail, then offers on the passing seat of clamping device to be inserted into its interior limit sliding chutes for guide rail.

11. rotary carrier as claimed in claim 10, it is characterized in that: wherein this pedestal upper and lower two side wall surface places of positioning groove of being positioned at enclosing cover are formed with relative track, and the upper and lower two side places of the passing seat of clamping device then are respectively equipped with the guiding part that can be corresponding slide displacement with track.

12. rotary carrier as claimed in claim 7, it is characterized in that: wherein on the pedestal holding part of this rotary seat for having plural catching groove, and holding part outside top place is positioned with the pulling piece of the protruding button of tool plural number, and is corresponding fastening with the protruding button of pulling piece institute tool and catching groove on the holding part and locatees.

13. rotary carrier as claimed in claim 7, it is characterized in that: wherein on the support division outer surface of the inboard place of the pedestal of this rotary seat and holding part, clamping device for being respectively equipped with pad, and pad is the material of foam foam, elastomeric polymer or other tool elastic buffer effect.

14. rotary carrier as claimed in claim 1, it is characterized in that: wherein on the pedestal holding part of this rotary seat for having the one or more end that supports, and blocking device has a housing, and contain slip base in enclosure interior, and the extend outwardly clamping part of one or more fixing arms of tool of slip base one side place, and be that turn is held in the cooresponding end that supports of holding part and goes up to form and fasten the location with the fixing arm of clamping part.

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