CN206322975U - Electronic apparatus stuck-module and its electronic apparatus, pedestal - Google Patents

Abstract

The utility model is a kind of electronic apparatus stuck-module and its electronic apparatus, pedestal.The stuck-module includes electronic apparatus and pedestal.Electronic apparatus has assembling interface and the first transmission end subgroup, be formed with an annular ditch groove on interface in assembling.Pedestal is assembled on assembling interface, and with multiple Telescopic Fixed and the second transmission end subgroup corresponding to the first transmission end subgroup.When pedestal is acted on by a force of electronic apparatus, Telescopic Fixed, correspondingly towards stretch perpendicular to the direction of force, is completed fixed with stretching in annular ditch groove or is retracted and releasing fixation from annular ditch groove.When pedestal is assembled on assembling interface, the second transmission end subgroup is electrically connected to the first transmission end subgroup so that electrical transmission can be carried out between pedestal and electronic apparatus.The utility model is avoided that external complex and disorderly transmission line is connected, and can realize the combination and dismounting between electronic apparatus and pedestal in a straightforward manner.

Description

Electronic apparatus stuck-module and its electronic apparatus, pedestal

Technical field

The utility model relates to electronic installation stuck-module, especially with respect to a kind of electronic apparatus stuck-module And its electronic apparatus, pedestal.

Background technology

With the development being showing improvement or progress day by day with wireless network of mobile computing, people are fairly common in daily life Ground uses various electronic apparatus or wireless control apparatus, such as notebook computer, intelligent mobile phone, panel computer, individual Digital assistants etc., to carry out required application.

Due to this kind of electronic product when exhibition or when sales field is peddled in order to be able to providing information read or allow consumer Real experiences are operated, and often need to provide the displaying of entity sample, and under conditions of open environment with numerous displaying samples, such as On the one hand what can be provided beneficial to cabinet position display on probation, on the other hand can also be reached the antitheft requirement for avoiding being stolen, be often dealer Institute is worried.

Display on electronic product and displaying at present, is mainly that showing stand is positioned over into cabinet position above and carried thereon The mode of electronic installation is carried out.And the design of such showing stand is solid to engage except that can use related adjustable snap-in structure Surely live outside the body of electronic installation, the back side of electronic installation can be also bonding on to a part for the showing stand using gluing mode On.

Although the back side of this kind of electronic installation typically appears as plane pattern and is conducive to gluing to fix, but still can not keep away Exempt from gluing and damage is caused to its Back Material；And when gluing effect disappears or someone sabotages, anti-theft effect will decline. Although in addition, the design of described snap-in structure can increase anti-theft effect and not damage the material of electronic installation, also because also needing Related lock solid structure is set with the function of its adjustment engaging of locking so that the design of overall showing stand is complex.

On the other hand, the identity for being also designed with related electronic device in the region that some control are passed in and out to enter administrative staff is distinguished Know, and these electronic installations are also generally removably arranged on corresponding metope in favor of maintenance.But this kind of control If the electronic installation at end by that will not have the problem of dimension is set up when disassembled, therefore, it is also desirable to ensure that its electronic installation can pacify Entirely and firmly it is arranged on metope.

For further, to the supply of electric power of offer civil power simultaneously in the existing design of above-mentioned associated display shelf, Also need to arrange in pairs or groups a transmission line in addition to be attached with electronic installation.Therefore, if when the setting of this transmission line fail to it is whole During together among the showing stand, its pattern displayed will seem excessively disorderly.

Therefore how to propose to take into account the showing of electronic installation, it is antitheft, even ensuring public security or tie up the setting set up should With, and can also have a kind of new fixed structure or locking mechanisms of the function being powered to electronic installation simultaneously, will be The main purpose of the utility model development.

Utility model content

The technical problems to be solved in the utility model is to be moved for deficiencies of the prior art there is provided one kind Dynamic electronic installation stuck-module and its electronic apparatus, pedestal, are avoided that external complex and disorderly transmission line is connected, simultaneously The combination and dismounting between electronic apparatus and pedestal can also be operated in a straightforward manner, reach the exhibition for taking into account electronic installation Show the purpose with safeguarding.

The utility model solves the technical scheme that its technical problem used and is to provide a kind of electronic apparatus stent Block, including electronic apparatus and pedestal.The electronic apparatus has assembling interface and the first transmission end subgroup, in the assembling An annular ditch groove is formed with interface.The pedestal is assembled on the assembling interface, and the pedestal have multiple Telescopic Fixed with Second transmission end subgroup, the second transmission end subgroup corresponds to the first transmission end subgroup.Wherein, when the pedestal is by movement electricity During the force effect of sub-device, the plurality of Telescopic Fixed correspondingly towards being stretched perpendicular to the direction of the force, to stretch Enter into the annular ditch groove and complete fixed or retracted from the annular ditch groove and release and fix；When the pedestal is assembled in the group When in attaching mouthful, the second transmission end subgroup is electrically connected to the first transmission end subgroup so that the pedestal is filled with the mobile electron Electrical transmission can be carried out between putting.

It is preferred that the electronic apparatus also has casing and first circuit board, the assembling interface is formed at the casing On；The first circuit board is arranged in the casing and corresponding to the assembling interface, first is passed in setting this on the first circuit board Output terminals group；Wherein, the first transmission end subgroup is located among the assembling interface.

It is preferred that the electronic apparatus also has at least one first magnet assembly, at least one first magnet assembly position Among the assembling interface and corresponding to the pedestal, and a magnetic attraction can be produced between the pedestal when assembling and form solid It is fixed.

It is preferred that the pedestal also has at least one second magnet assembly, at least one second magnet assembly corresponds to the group Attaching mouthful, can produce a magnetic attraction between the assembling interface when assembling and form fixation.

It is preferred that the pedestal also has base body, pore, bearing spring, rotating disk and cap, the pore is formed at this On base body, and in being formed with multiple guide channels on the inner edge of the pore；The bearing spring is arranged in the base body simultaneously Among the pore；The rotating disk is sleeved on the bearing spring and among the pore, and the rotating disk has multiple protrusion knots Structure, and the shape of the plurality of projective structure corresponds to the plurality of guide channel with position；The cap is sleeved on the rotating disk and exposed In outside the pore, the cap has multiple broached-tooth designs, and the plurality of broached-tooth design is located on the plurality of projective structure；Its In, when the cap is acted on by the force, the plurality of broached-tooth design produces pushing to the plurality of projective structure, and the bearing spring is anti- To being resisted against the rotating disk so that the plurality of projective structure is produced according to the guiding of the plurality of guide channel to be slided and make the rotating disk in this Rotation is produced on bearing spring.

It is preferred that the pedestal also has second circuit board, the second circuit board is arranged at the inner side of the cap, and this second Transmission end subgroup is arranged on the second circuit board.

It is preferred that the angle that the plurality of broached-tooth design is rendered as between identical triangle, and each broached-tooth design is Between 120 degree to 150 degree.

It is preferred that each projective structure has an inclined top face, and a wedged bottom is formed between wantonly two adjacent guide channels Face, the slope of each inclined top face is same as the slope of each inclined end face so that each inclined top face can be in corresponding wedged bottom Slip is produced on face.

It is preferred that each projective structure is in one be located at respectively before the cap is acted on by the force in the plurality of guide channel Among guide channel；And when the cap is acted on by the force, the rotating disk first produces displacement along the direction of the force, and then make each Projective structure slides into adjacent another guide channel among the guide channel being located at.

It is preferred that the cap has multiple holes for corresponding to the plurality of Telescopic Fixed, and the plurality of hole is corresponded to The annular ditch groove so that the plurality of Telescopic Fixed is stretched to via the plurality of hole in the annular ditch groove or from the ring-type Retracted in groove.

It is preferred that each Telescopic Fixed includes back-moving spring, extension and fixed part, one end of the back-moving spring is set It is placed in the inner edge of the cap；The extension is arranged on the other end of the back-moving spring；The fixed part is connected to the extension simultaneously Corresponding to the hole in the plurality of hole；Wherein, when the cap is acted on by the force, the extension of each Telescopic Fixed Compress corresponding back-moving spring so that its fixed part is stretched in the annular ditch groove via corresponding hole, or it is multiple by this Position spring recovery and from the annular ditch groove retract.

It is preferred that the rotating disk also has multiple column structures, each column structure is formed at the corresponding projective structure It is formed with a gap between inner side, and wantonly two adjacent column structure, and the plurality of column structure and the number in the plurality of gap It is same as the number of the plurality of Telescopic Fixed.

It is preferred that the plurality of column structure when the rotating disk is rotated thereon is rotated simultaneously, and the plurality of extension is produced It is raw to push so that the plurality of fixed part is stretched in the annular ditch groove via the plurality of hole；Or should multiple column knots The rotation of structure and make the plurality of gap correspondence to the plurality of extension to release pushing so that the plurality of fixed part is by the reset The recovery of spring and from the annular ditch groove retract.

It is preferred that the cap has a preset height, the preset height make it that the cap is exposed to outside the pore, and provides Compression stroke of the electronic apparatus in there is the generation force on the pedestal to complete fixation or release fixation.

The utility model also provides a kind of electronic apparatus, and applied on a pedestal, the pedestal has multiple flexible solid Stator, the electronic apparatus includes assembling interface and the first transmission end subgroup, and the assembling interface is to provide the pedestal group Dress, in being formed with an annular ditch groove on the assembling interface；The first transmission end subgroup is passed corresponding to the pedestal has second Output terminals group；Wherein, when the pedestal is acted on by a force of the electronic apparatus, the plurality of Telescopic Fixed correspondingly court Direction perpendicular to the force is stretched, and the fixed or contracting from the annular ditch groove is completed to stretch in the annular ditch groove Return and release and fix；When the pedestal is assembled on the assembling interface, the second transmission end subgroup is electrically connected to first transmission Terminal group so that electrical transmission can be carried out between the pedestal and the electronic apparatus.

The utility model also provides a kind of pedestal, applied on an electronic apparatus, and the electronic apparatus has the One transmission end subgroup and the assembling interface that pedestal assembling is provided, in being formed with an annular ditch groove on the assembling interface, the pedestal Including multiple Telescopic Fixed and the second transmission end subgroup, the second transmission end subgroup corresponds to the first transmission end subgroup； Wherein, when the pedestal is acted on by a force of the electronic apparatus, the plurality of Telescopic Fixed correspondingly towards perpendicular to this The direction of force is stretched, and is completed with stretching in the annular ditch groove fixed or is retracted and release from the annular ditch groove It is fixed；When the pedestal is assembled on the assembling interface, the second transmission end subgroup is electrically connected to the first transmission end subgroup, makes Electrical transmission must can be carried out between the pedestal and the electronic apparatus.

The utility model designs its pedestal using the stator of extension type to be assembled with electronic apparatus, and by Signal transmission is carried out by its internal electrical connection to provide with electric power, thus there is provided innovation electronic apparatus and pedestal it Between fixed form or locking mechanisms, signal transmission can be not only carried out by its internal electrical connection and provides outer to avoid with electric power Portion is complicated and disorderly transmission line connection, moreover it is possible in a straightforward manner come operate the combination between electronic apparatus and pedestal with Dismounting so that the displaying of electronic installation is taken into account with the purpose safeguarded.

More preferably understand to have to above-mentioned and other aspect of the present utility model, special embodiment below, and coordinate institute Accompanying drawings, are described in detail.

Brief description of the drawings

The schematic perspective view for the electronic apparatus stuck-module that Fig. 1 is proposed by the utility model.

Fig. 2A is for the electronic apparatus in Fig. 1 with pedestal in the dismounting schematic diagram in an angle.

Fig. 2 B be Fig. 2A in electronic apparatus subelement decomposing schematic representation.

Fig. 3 A are for the electronic apparatus in Fig. 1 with pedestal in the dismounting schematic diagram in another angle.

Fig. 3 B be Fig. 3 A in pedestal components broken down schematic diagram.

Fig. 3 C is removal subelements in Fig. 3 B and make the schematic diagram further decomposed.

Fig. 4 A be Fig. 3 A in pedestal three-dimensional cutaway view.

Fig. 4 B are the enlarged diagram of Telescopic Fixed in Fig. 3 C.

Fig. 5 A~Fig. 5 D for the pedestal of the utility model electronic apparatus stuck-module be assembled to each rank of dismounting The diagrammatic cross-section of section.

Fig. 6 A~Fig. 6 D be corresponding diagram 5A to Fig. 5 D in pedestal each stage volume rendering schematic diagram.

The signal that Fig. 7 A stretch out for Telescopic Fixed presentation of the pedestal of the utility model electronic apparatus stuck-module Figure.

The signal that Fig. 7 B retract for Telescopic Fixed presentation of the pedestal of the utility model electronic apparatus stuck-module Figure.

Embodiment

Embodiment set forth below is described in detail, and embodiment can't limit this practicality only to illustrate as example The new scope to be protected.In addition, the schema in embodiment is omitted unnecessary or is achievable element with usual technology, with clear Chu shows technical characterstic of the present utility model.

Implementation explanation of the present utility model is now carried out with a preferred embodiment.Fig. 1 is referred to, is carried by this preferred embodiment The schematic perspective view of the electronic apparatus stuck-module 100 gone out.As illustrated, the electronic apparatus stuck-module 100 Include an electronic apparatus 1 and a pedestal 2, the electronic apparatus 1 is assembled on the pedestal 2 and forms fixation, also Be the pedestal 2 provide the electronic apparatus 1 make fixation assembling and can display with show.The pedestal of the present utility model 2 also more give the electronic apparatus 1 to provide electric power.

The electronic apparatus 1 can be the plane formulas such as an intelligent mobile phone, a panel computer or a personal digital assistant Electronic apparatus.However, the assembling to complete the utility model ad hoc fashion, under concept of the present utility model, in the shifting Specific design must be done in the relative configurations of dynamic electronic installation 1.Specifically, the electronic apparatus 1 and the pedestal 2 are two Individual independent device, can be made respectively, but its respective need to have corresponding marriage relation when being configured in making；If namely The electronic apparatus 1 uses general existing apparatus, and the device is accomplished by carrying out other construction repacking, so as to with The pedestal 2 of specific assembled configuration be combined with each other.

In this preferred embodiment, as shown in figure 1, pedestal 2 is assembled in the back side of electronic apparatus 1, and the movement The front of electronic installation 1 stills provide touch control operation.Specifically, there is electronic apparatus 1 casing 10 to be connect with an assembling Mouthful 12 (see Fig. 2A), and in forming the assembling interface 12 on the casing 10, and pedestal 2 is assembled on the assembling interface 12. Secondly, electronic apparatus 1 also has an indicating member 11, and the indicating member 11 can refer to for the power supply on general intelligence type mobile phone Show lamp, it can be used to the power state for indicating the electronic apparatus 1.

Please referring also to Fig. 2A, Fig. 2 B, Fig. 3 A, Fig. 3 B and Fig. 3 C, wherein Fig. 2A be electronic apparatus 1 with pedestal 2 in Dismounting schematic diagram in one angle；Fig. 2 B are the decomposing schematic representation of the subelement of electronic apparatus 1；Fig. 3 A are mobile electron Device 1 is with pedestal 2 in the dismounting schematic diagram in another angle；Fig. 3 B are the components broken down schematic diagram of pedestal 2；Fig. 3 C are in Fig. 3 B Middle removal subelement simultaneously makees the schematic diagram further decomposed.

As shown in Figure 2 A and 2 B, described assembling interface 12 is actually a circular ring structure, and in correspondence on casing 10 Ground hollow out goes out a circular hole to be arranged on the assembling interface 12；Secondly, electronic apparatus 1 also includes one first circuit Plate 16, one first transmission end subgroup 15 and a cover lid 14, and it is formed with an annular ditch groove 13 on assembling interface 12.

As shown in Fig. 3 A to Fig. 3 C, pedestal 2 have multiple Telescopic Fixed 23, one second transmission end subgroup 25, a pedestal Body 21, a cap 20, a second circuit board 26, a rotating disk 22 and a bearing spring 24；The second transmission end subgroup 25 herein Corresponding to the first transmission end subgroup 15, and can pedestal 2 be assembled in assembling interface 12 on when with the shape of the first transmission end subgroup 15 Into electrical connection.

In this preferred embodiment, annular ditch groove 13 is the groove or seam being formed between assembling interface 12 and cover lid 14 Gap, is stretched into corresponding Telescopic Fixed 23 provided on pedestal 2 and is produced fixed effect.Specifically, cover lid 14 is A kind of shape and element of the size corresponding to assembling interface 12, and after the assembling interface 12 overlapping is arranged on the cover lid 14, Annular ditch groove 13 is just formed between the edge of cover lid 14 and assembling interface 12.

Certainly, assembling interface 12 and annular ditch groove 13 of the present utility model can also be fixed effect that can reach identical On the premise of, make the change design of other patterns；The concaveconvex structure of multilayer for example can be formed with the inner edge of the assembling interface, and Described annular ditch groove just may be formed between its concaveconvex structure.

In addition, in this preferred embodiment, in being formed with a pore 210 on base body 21, and bearing spring 24, rotating disk 22 etc. be disposed in the base body 21 and mutually fit and be contained in the pore 210, cap 20 covers other in top Element is simultaneously exposed to the pore 210.The inner side suspention of the cap 20 sets multiple Telescopic Fixed 23, and the cap 20 simultaneously has many The individual hole 201 for corresponding to the plurality of Telescopic Fixed 23.In size and position relationship, when pedestal 2 is placed in assembling interface When on 12, the plurality of hole 201 corresponds to annular ditch groove 13 so that multiple Telescopic Fixed 23 can be via those holes 201 Stretch in the annular ditch groove 13, or retracted from the annular ditch groove 13.

Specifically, feature of the present utility model is similar to the elastic pressing structure of " Push-Push " so that multiple flexible Stator 23 can produce movement via the pressing to cap 20.In this preferred embodiment, the plurality of Telescopic Fixed 23 is Illustrated with four, but not limited to this.When moving for multiple Telescopic Fixed 23, it can extend further into annular ditch groove 13 And complete to fix, or retracted from the annular ditch groove 13 and release and fix.When completing fixed for multiple Telescopic Fixed 23, base Seat 2 is assembled on assembling interface 12；When the plurality of Telescopic Fixed 23, which releases, fixes, pedestal 2 can self assembly interface 12 Upper dismounting.

From the above, as shown in Figure 2 A and 2 B, first circuit board 16 is arranged in casing 10 and corresponding to assembling interface 12, in setting the first transmission end subgroup 15 on the first circuit board 16, and cover lid 14 be disposed on the assembling interface 12 with this Between one circuit board 16, and the first circuit board 16 formation is covered.In being formed with multiple perforation 140 on cover lid 14, those are worn The first transmission end subgroup 15 below the offer of hole 140 is worn so that the first transmission end subgroup 15 is located at assembling interface 12 Among to provide contact.

From the above, as shown in Fig. 3 B and Fig. 3 C, the second transmission end subgroup 25 is disposed on second circuit board 26, and is somebody's turn to do Second circuit board 26 is the inner side for being placed in cap 20.Base body 21 is eliminated in Fig. 3 C signal, and shows second The relative position of circuit board 26, rotating disk 22 and bearing spring 24.Wherein the rotating disk 22 is movably sleeved on bearing spring 24, It can be rotated in response to the force of top in being produced on the bearing spring 24.

Second circuit board 26 is slideably to be sticked in the inner side of cap 20 and positioned at the top of rotating disk 22, and second electricity Road plate 26 does not contact the rotating disk 22, thus without prejudice to its rotation.In on the cap 20 and be formed with it is multiple perforation 202, it is the plurality of The second transmission end subgroup 25 below the offer of perforation 202 is worn so that the second transmission end subgroup 25 is formed at cap 20 Outside to provide contact.

However, pattern, arrangement mode or number of the first transmission end subgroup 15 and the second transmission end subgroup 25 etc. are can be according to Make corresponding different designs according to actual demand, but there must be the function of power transmission and electric signal transmission.Preferably implement in this In example, the first transmission end subgroup 15 with the second transmission end subgroup 25 is illustrated with being made up of multiple metal pin marks, and it is One kind can carry out electrical transmission, include the coffret of power transmission and electric signal transmission.

In addition, electronic apparatus 1 also includes one or more the first magnet assembly 17, be in this preferred embodiment with Four explain.These first magnet assemblies 17 can be similarly disposed on first circuit board 16 and be located among assembling interface 12 simultaneously Corresponding to pedestal 2.Specifically, during pedestal 2 is assembled with assembling interface 12, those energy of the first magnet assembly 17 To producing a magnetic attraction with the cap 20 made by paramagnet, to provide pedestal 2 in the guiding in assembly orientation, and energy Simultaneously in the fixation for completing formation magnetic after assembling.

On the other hand, similarly, pedestal 2 also includes one or more the second magnet assembly 27, in this preferred embodiment It is to be explained with four.These second magnet assemblies 27 can be similarly disposed on second circuit board 26 and corresponding to the assembling interface 12.Specifically, during pedestal 2 is assembled with assembling interface 12, those second magnet assemblies 27 can be to paramagnetic Property material made by cover lid 14 produce a magnetic attraction, to provide the pedestal 2 in the guiding in assembly orientation, and can simultaneously in Complete the fixation of formation magnetic after assembling.

From the above, the first magnet assembly 17 and the second magnet assembly 27 in this preferred embodiment are with such as magnet Element is configured, and both can produce magnetic, guiding and fixed effect.And it is of the present utility model be further characterized in that, if together When the first magnet assembly 17 and the second magnet assembly 27 are correspondingly arranged with different magnetic pole strength, then except can increase guiding with it is fixed Effect outside, also can control the second whether exposing for transmission end subgroup 25 damaged with collision free.Specifically, when start assembling And when the second magnet assembly 27 is attracted by the first magnet assembly 17, second circuit board 26 thus upward sliding and make the second transmission Terminal group 25 passes perforation 202 and forms protrusion, so as to be made electrical contact with the first transmission end subgroup 15.

In addition, not shown in Fig. 1 to Fig. 3 C, pedestal 2 of the present utility model can also be again using related transmission Line accessory and be electrically connected to an external power source or a signal source, and complete the inside meeting of electronic apparatus 1 and the pedestal 2 of assembling Electrical connection (i.e. the second transmission end subgroup 25 and the first transmission end subgroup 15) is formed simultaneously so that the pedestal 2 can be by the external electrical One external electric energy in source, which is provided, gives the electronic apparatus 1, or carries out signal transmission to the signal source.Thus, by the shifting The electric connection mode that dynamic electronic installation 1 is formed with the pedestal 2 in its inside assembled, it becomes possible to avoid transmission line in progress There is excessively disorderly situation during electrical connection.

Please referring also to Fig. 4 A and Fig. 4 B, wherein Fig. 4 A are the three-dimensional cutaway view of pedestal 2；Fig. 4 B are multiple Telescopic Fixed 23 enlarged diagram.As shown in Figure 4 A and 4 B shown in FIG., each of which includes a back-moving spring 230, one for Telescopic Fixed 23 and prolonged The fixed part 231 of extending portion 232 and one.Specifically, each back-moving spring 230 be with its one end be arranged at cap 20 inner edge it is one convex On post 203, and each extension 232 is then arranged on the other end of back-moving spring 230, and each fixed part 231 is then connected to accordingly Extension 232 and the wherein hole 201 for corresponding to cap 20.Secondly, the size and shape of each fixed part 231 corresponds to hole 201 so that fixed part 231 can stretch out hole 201 or be retracted from hole 201.

From the above, and referring also to Fig. 3 C, multiple Telescopic Fixed 23 are averagely to be placed in the inner edge of cap 20, and it prolongs Extending portion 232 makes sliding up and down for its without prejudice to second circuit board 26 through the breach 260 on the edge of second circuit board 26.Its Secondary, rotating disk 22 also has multiple projective structures 223 and multiple column structures 221；Wherein each projective structure 223 is fifty-fifty formed at In the outer rim of the rotating disk 22, and each column structure 221 is then formed at the inner side of corresponding projective structure 223, and wantonly two adjacent A gap 220 is formed between column structure 221.Therefore in being just formed with multiple gaps 220, and those posts on the rotating disk 22 Shape structure 221, projective structure 223 and the number in gap 220 are same as those numbers of Telescopic Fixed 23；Preferably implement in this In example explained with four.

From the above, and referring also to Fig. 3 B, in being also formed with multiple guide channels on the inner edge of pore 210, in Fig. 3 B Make to illustrate with two guide channels 211,211 ', and the shape of above-mentioned projective structure 223 is corresponding to those guide channels 211,211 ' Shape.For the purpose of the flexible stroke that reaches the control Telescopic Fixed 23 needed for the utility model, described guide channel Number is more than the number of projective structure 223, such as eight, that is, twice of number of projective structure 223.

Secondly, each projective structure 223 have an inclined top face 222, and between wantonly two adjacent guide channels 211,211 ' shape Cheng Youyi inclined end faces 212.In this preferred embodiment, the slope of each inclined top face 222 is same as the slope of each inclined end face 212, makes Obtaining each inclined top face 222 can slide in being produced on corresponding inclined end face 212.On the other hand, cap 20 has multiple broached-tooth designs 204, and those broached-tooth designs 204 are on multiple projective structures 223.In this preferred embodiment, those broached-tooth designs 204 The angle between identical triangle, and each broached-tooth design 204 is rendered as between 120 degree to 150 degree.

Please referring also to Fig. 5 A to Fig. 5 D and Fig. 6 A to Fig. 6 D, wherein Fig. 5 A to Fig. 5 D are that pedestal 2 carries out being assembled to dismounting Each stage diagrammatic cross-section；Fig. 6 A to Fig. 6 D are then the volume rendering schematic diagram in corresponding diagram 5A to Fig. 5 D each stage.Need It is noted that each guide channel and each inclined end face are showed with dashed lines in Fig. 6 A to Fig. 6 D, and in Fig. 6 A to Fig. 6 D Except the signal of cap 20 and base body 21, to clearly appear from out moving up and down and the change situation of rotation and related for rotating disk 22 The position corresponding relation of structure.

First, be in Fig. 5 A and Fig. 6 A stage with second circuit board 26 upward sliding and make the second transmission end subgroup 25 The form for passing perforation 202 is explained, and the fixed part 231 of Telescopic Fixed 23 is presented retraction and does not extend out corresponding hole 201.In this stage (before exerting a force), those Telescopic Fixed 23 respective clearance respectively between each column structure 221 In 220, and each projective structure 223 is located on pore 210 among corresponding guide channel respectively, such as the protrusion knot shown in Fig. 6 A Structure 223 is located in a guide channel 211, and then shows room in adjacent another guide channel 211 '.

Secondly, in Fig. 5 B and Fig. 6 B stage, pedestal 2 is by the force F produced by the contact of electronic apparatus 1, example Cap 20 is such as pushed with cover lid 14 so that the cap 20 is produced together with its internal related elements is placed in force F direction Raw displacement, for example, vertically move to the bottom of base body 21, and then compresses bearing spring 24.In this stage, because this is applied Power F can make broached-tooth design 204 produce pushing to projective structure 223, and cause bearing spring 24 to be reversely resisted against rotating disk 22 so that Projective structure 223 will start to produce slip according to the guiding of guide channel 211.

On the other hand, the shape of broached-tooth design 204 can also coincide the shape of inclined top face 222, or broached-tooth design 204 is oblique Rate can also be same as the slope of inclined top face 222, and projective structure 223 is pushed under force F with profit.

Specifically, because the position of guide channel 211,211 ' or height are to change in the case where pedestal 2 is by force F Become, so after the displacement of rotating disk 22 (such as moving down), each projective structure 223 will depart from the guide channel being originally located at (such as the guide channel 211 in Fig. 6 B), and under reversely the supporting of bearing spring 24 so that inclined top face 222 can it is corresponding tiltedly Slip is produced on bottom surface 212, and then slides among the guide channel 211 being originally located at adjacent another guide channel 211 '. Therefore rotating disk 22 just can be made in generation rotation on bearing spring 24, and show the result as shown in Fig. 5 C and Fig. 6 C.

It is noted that overcoming force F in bearing spring 24 to Fig. 5 C and Fig. 6 C stage from Fig. 5 B and Fig. 6 B stage And in the case of recovering the deformation of compression originally, rotating disk 22, can also the synchronous edge together with cap 20 in addition to it can produce rotation Force F opposite direction produces displacement, for example, vertically moved to the top of base body 21.In other words, rotating disk 22 be Also shifted up while rotation.Because the rotation direction of rotating disk 22 is the inclination with inclined top face 222 and inclined end face 212 Direction is relevant；Each projective structure 223 is produced slip by the guiding of inclined end face 212 so that rotating disk 22 is overall will be with a rotation side Rotated and while moved up, until each projective structure 223 enters to adjacent guide channel (such as guide channel in Fig. 6 C to D1 211 ') in.

Meanwhile, from Fig. 5 B and Fig. 6 B stage to Fig. 5 C and Fig. 6 C stage, the rotation of rotating disk 22 is answered, column knot thereon Structure 221 is also rotated simultaneously, and is just turned on the position of each Telescopic Fixed 23 in Fig. 5 C and Fig. 6 C stage, and then respectively Pushing is produced to each extension 232.Therefore each extension 232 will compress its corresponding back-moving spring 230 so that each fixation Portion 231 can be stretched in annular ditch groove 13 via corresponding hole 201 respectively.Thus, in this stage, being stretched by these solid Stator 23 is stretched in annular ditch groove 13, and pedestal 2 just can be assembled on the assembling interface 12 and complete to fix.

It is of the present utility model to be further characterized in that, on the edge that column structure 221 and extension 232 can form contact each other Designed using round and smooth or curved fashion shape so that each column structure 221 can be smoothly when corresponding extension 232 is contacted Ground produces pushing to it, to avoid pushing from having some setbacks the problem of causing to rotate stuck.

On the other hand, to that will be dismantled on the self assembly interface 12 of pedestal 2 under when, then to carry out again as shown in Fig. 5 D and Fig. 6 D Program.Fig. 5 D and Fig. 6 D signal is similar to Fig. 5 B and Fig. 6 B signal in fact, that is, needs also exist for cap again to pedestal 2 Lid 20 applies a force F ', and difference is only the stage in Fig. 5 D and Fig. 6 D, and the fixed part 231 of each Telescopic Fixed 23 is to present For the state stretched out from corresponding hole 201.

Furthermore, the utility model is in order to completing pedestal 2 being assembled on assembling interface 12 or by the self assembly of pedestal 2 Disassembled on interface 12, design cap 20 has a preset height.The preset height make it that the cap 20 is exposed to pore 210 Outside, force is produced to complete fixed or release fixed compression stroke in having on pedestal 2 to provide electronic apparatus 1.In detail For, in Fig. 5 C and Fig. 6 C that complete assembling stage, the back side of electronic apparatus 1 does not touch base body actually yet 21 top；Enough spaces are still namely there is between the top of casing 10 and base body 21, so that mobile electron is filled 1 is put to push cap 20 to rotate rotating disk 22 to bottom offset.

For further, the utility model can design with the weight of electronic apparatus 1 itself and can not compress carrying Spring 24, therefore need to press to cap 20 so that the cap 20 is together with the related elements being placed in inside it with the F ' that exerts a force Direction produce displacement, for example vertically to base body 21 bottom move.Similarly, in Fig. 5 D and Fig. 6 D stage, by In force F ' broached-tooth design 204 can be made to produce pushing to projective structure 223, and cause bearing spring 24 to be reversely resisted against rotating disk 22 so that projective structure 223 will start to produce slip according to the guiding of guide channel 211 '.

From the above, similarly, rotating disk 22 will also be rotated with rotation direction D1 and each projective structure 223 is slided again Move into adjacent another guide channel 211.Meanwhile, the rotation of each column structure 221 also just allows each correspondence of gap 220 to respectively stretching On the position of contracting stator 23 so that the pushing to each extension 232 is released before, and answering by back-moving spring 230 It is former and each fixed part 231 is retracted from annular ditch groove 13, and then be returned to each Telescopic Fixed 23 of Fig. 5 A and Fig. 6 A Fixed part 231 is rendered as the state do not stretched out from corresponding hole 201.Thus, by making Telescopic Fixed 23 from annular groove Retracted in groove 13, pedestal 2 just can be released fixed and dismantled on assembling interface 12.

It is above-mentioned it is all during, cap 20 can't produce rotation, and only can be along force F (or F ') direction or phase Opposite direction carries out displacement, that is, is only moved up and down in pore 210.In addition, Telescopic Fixed 23 will not also produce rotation, It, can also be in response to force correspondingly towards the side perpendicular to force F (or F ') in addition to cap 20 can be followed to move up and down Movement that is overhanging or inside contracting is carried out in the radial direction to being stretched, that is, in rotating disk 22.

The schematic diagram stretched out is presented for Telescopic Fixed 23 of pedestal 2 in please referring also to Fig. 7 A and Fig. 7 B, wherein Fig. 7 A；Figure The schematic diagram that 7B retracts for Telescopic Fixed 23 presentation of pedestal 2.It is stated that the internal structure of pedestal 2 in above-mentioned content And operation rotating disk 22 carries out rotation and Telescopic Fixed 23 design stretched out and retracted, and Fig. 7 A and Fig. 7 B then divide Pedestal 2 is not presented in the signal of two kinds of different operating states.

It follows that of the present utility model be further characterized in that in order that the pedestal 2 can reach that effective fixed and dismounting is imitated Really, the fixed part 231 of all Telescopic Fixed 23 is designed to while stretch out, retract simultaneously.In other words, in the utility model Design under, the fixed part 231 of some can't occur and be rendered as stretching, but the fixed part 231 of another part is to be in It is now the asymmetric situation of retraction.

As shown in figures 7 a and 7b, and referring also to Fig. 1, Fig. 2A, Fig. 3 A state, generally speaking, when pedestal 2 is assembled in On assembling interface 12 and when operating the rotating disk 22 to be rotated, Telescopic Fixed 23 is that elder generation stretches out from corresponding hole 201, and stretches again Enter into annular ditch groove 13 and complete to fix.Similarly, when under pedestal 2 will be dismantled from assembling interface 12, then operate and turn again Disk 22 is rotated with same direction of rotation, and Telescopic Fixed 23 elder generations retract from annular ditch groove 13, and is retracted to phase again To release fixation in the hole 201 answered.

In addition, the F of force each time (or F ') of the present utility model for being further characterized in that user can respectively be corresponded to and once stretched The stretching or retraction of contracting stator 23.Specifically, closed in the specific correspondence such as the size of related elements, shape, quantity and ratio Under the design of system, the stroke of idle running is not present in the rotation of rotating disk 22；Namely be not in there is rotating disk 22 to produce rotation, but it is former Originally be rendered as stretching out Telescopic Fixed 23 but remains at stretching state, or has been rendered as the flexible of retraction originally Stator 23 but remains at the situation of retracted mode.

In summary, the electronic apparatus stuck-module that the utility model is carried provides the electronic apparatus of innovation Fixed form or locking mechanisms between pedestal, signal transmission can be not only carried out by its internal electrical connection and is provided with electric power Avoiding external complex and disorderly transmission line connection, moreover it is possible to operate in a straightforward manner between electronic apparatus and pedestal Combination and dismounting so that electronic installation displaying with maintenance purpose taken into account.

It is event, the utility model can effectively solve the relevant issues in the presence of prior art, and can have successfully been achieved this The main purpose of utility model development.

Although the utility model is disclosed above with embodiment, so it is not limited to the utility model.This practicality is new Those of ordinary skill in type art, is not departing from spirit and scope of the present utility model, when can make it is various more Dynamic and retouching.Therefore, protection domain of the present utility model is worked as and is defined depending on its as defined in claim.

Claims (16)

1. a kind of electronic apparatus stuck-module, it is characterised in that including：

Electronic apparatus, with assembling interface and the first transmission end subgroup, in being formed with an annular ditch groove on the assembling interface； And

Pedestal, is assembled on the assembling interface, and the pedestal has multiple Telescopic Fixed and the second transmission end subgroup, and this second Transmission end subgroup corresponds to the first transmission end subgroup；

Wherein, when the pedestal is acted on by a force of the electronic apparatus, the plurality of Telescopic Fixed correspondingly towards vertical Stretched in the direction of the force, completed with stretching in the annular ditch groove it is fixed or retracted from the annular ditch groove and Release and fix；When the pedestal is assembled on the assembling interface, the second transmission end subgroup is electrically connected to first transmission terminal Group so that electrical transmission can be carried out between the pedestal and the electronic apparatus.

2. electronic apparatus stuck-module as claimed in claim 1, it is characterised in that the electronic apparatus also has：

Casing, the assembling interface is formed on the casing；And

First circuit board, is arranged in the casing and corresponding to the assembling interface, first is passed in setting this on the first circuit board Output terminals group；

Wherein, the first transmission end subgroup is located among the assembling interface.

3. electronic apparatus stuck-module as claimed in claim 1, it is characterised in that the electronic apparatus also has extremely Few one first magnet assembly, at least one first magnet assembly is located among the assembling interface and corresponding to the pedestal, can be in group A magnetic attraction is produced between the pedestal and form fixation during dress.

4. electronic apparatus stuck-module as claimed in claim 1, it is characterised in that the pedestal also has at least one second Magnet assembly, at least one second magnet assembly corresponds to the assembling interface, can be produced when assembling between the assembling interface One magnetic attraction and form fixation.

5. electronic apparatus stuck-module as claimed in claim 1, it is characterised in that the pedestal also has：

Base body；

Pore, is formed on the base body, and in being formed with multiple guide channels on the inner edge of the pore；

Bearing spring, is arranged in the base body and among the pore；

Rotating disk, is sleeved on the bearing spring and among the pore, the rotating disk has multiple projective structures, and the plurality of convex The shape and position for going out structure correspond to the plurality of guide channel；And

Cap, is sleeved on the rotating disk and is exposed to outside the pore, and the cap has multiple broached-tooth designs, and the plurality of sawtooth knot Structure is located on the plurality of projective structure；

Wherein, when the cap is acted on by the force, the plurality of broached-tooth design produces pushing, the carrying to the plurality of projective structure Spring is reversely resisted against the rotating disk so that the plurality of projective structure is produced according to the guiding of the plurality of guide channel to be slided and make this turn Disk is in generation rotation on the bearing spring.

6. electronic apparatus stuck-module as claimed in claim 5, it is characterised in that the pedestal also has second circuit Plate, the second circuit board is arranged at the inner side of the cap, and the second transmission end subgroup is arranged on the second circuit board.

7. electronic apparatus stuck-module as claimed in claim 5, it is characterised in that the plurality of broached-tooth design is rendered as phase With triangle, and angle between each broached-tooth design is between 120 degree to 150 degree.

8. electronic apparatus stuck-module as claimed in claim 5, it is characterised in that each projective structure has an oblique top Face, and an inclined end face is formed between wantonly two adjacent guide channels, the slope of each inclined top face is same as each wedged bottom The slope in face so that each inclined top face can be slided in being produced on corresponding inclined end face.

9. electronic apparatus stuck-module as claimed in claim 5, it is characterised in that each projective structure in the cap by It is located at respectively among the guide channel in the plurality of guide channel before force effect；And when the cap is acted on by the force, The rotating disk first produces displacement along the direction of the force, and then each projective structure is slid into phase among the guide channel being located at Adjacent another guide channel.

10. electronic apparatus stuck-module as claimed in claim 5, it is characterised in that the cap has multiple correspond to The hole of the plurality of Telescopic Fixed, and the plurality of hole correspond to the annular ditch groove so that the plurality of Telescopic Fixed be through Stretched in the annular ditch groove or retracted from the annular ditch groove by the plurality of hole.

11. electronic apparatus stuck-module as claimed in claim 10, it is characterised in that each Telescopic Fixed includes：

Back-moving spring, its one end is arranged at the inner edge of the cap；

Extension, is arranged on the other end of the back-moving spring；And

Fixed part, is connected to the extension and corresponding to the hole in the plurality of hole；

Wherein, when the cap is acted on by the force, the extension of each Telescopic Fixed compresses corresponding back-moving spring so that Its fixed part is stretched in the annular ditch groove via corresponding hole, or by the back-moving spring recovery and from the annular groove Retracted in groove.

12. electronic apparatus stuck-module as claimed in claim 11, it is characterised in that the rotating disk also has multiple columns Structure, each column structure is formed at the inner side of the corresponding projective structure, and is formed between wantonly two adjacent column structure One gap, and the plurality of column structure is same as the number of the plurality of Telescopic Fixed with the number in the plurality of gap.

13. electronic apparatus stuck-module as claimed in claim 12, it is characterised in that when the rotating disk is rotated thereon The plurality of column structure is rotated simultaneously, and produces pushing to the plurality of extension so that the plurality of fixed part is via the plurality of hole Gap and stretch in the annular ditch groove；Or should multiple column structures rotation and the plurality of gap correspondence is prolonged to the plurality of Extending portion is to release pushing so that the plurality of fixed part is retracted by the recovery of the back-moving spring from the annular ditch groove.

14. electronic apparatus stuck-module as claimed in claim 5, it is characterised in that the cap has a preset height, The preset height make it that the cap is exposed to outside the pore, and provide the electronic apparatus in have on the pedestal produce the force To complete fixed or release fixed compression stroke.

15. a kind of electronic apparatus, applied on a pedestal, the pedestal has multiple Telescopic Fixed, it is characterised in that should Electronic apparatus includes：

Interface is assembled, to provide pedestal assembling, in being formed with an annular ditch groove on the assembling interface；And

First transmission end subgroup, it corresponds to the second transmission end subgroup that the pedestal has；

Wherein, when the pedestal is acted on by a force of the electronic apparatus, the plurality of Telescopic Fixed correspondingly towards vertical Stretched in the direction of the force, completed with stretching in the annular ditch groove it is fixed or retracted from the annular ditch groove and Release and fix；When the pedestal is assembled on the assembling interface, the second transmission end subgroup is electrically connected to first transmission terminal Group so that electrical transmission can be carried out between the pedestal and the electronic apparatus.

16. a kind of pedestal, applied on an electronic apparatus, the electronic apparatus has the first transmission end subgroup with providing The assembling interface of pedestal assembling, in being formed with an annular ditch groove on the assembling interface, it is characterised in that the pedestal includes：

Multiple Telescopic Fixed；And

Second transmission end subgroup, it corresponds to the first transmission end subgroup；

Wherein, when the pedestal is acted on by a force of the electronic apparatus, the plurality of Telescopic Fixed correspondingly towards vertical Stretched in the direction of the force, completed with stretching in the annular ditch groove it is fixed or retracted from the annular ditch groove and Release and fix；When the pedestal is assembled on the assembling interface, the second transmission end subgroup is electrically connected to first transmission terminal Group so that electrical transmission can be carried out between the pedestal and the electronic apparatus.