CN103208711B - Electronic installation - Google Patents

Abstract

A kind of electronic installation, for communicating to connect with external equipment, electronic installation comprises body, pedestal and connection cable.In body, setting tool has the circuit board of connectivity port, and is provided with chute.Pedestal comprises guidance part and wrapping post, and be provided with through hole, guidance part is positioned at the side of the adjacent body of wrapping post, guidance part coordinates with chute to make pedestal be movably connected on body, thus regulate the relative angle between body and pedestal, the periphery of wrapping post is provided with breach, and through hole runs through wrapping post and mutually through with breach.The cable portion that connection cable comprises the first link, the second link and is connected between the first link and the second link, first link successively through breach and through hole to be electrically connected connectivity port, cable portion is wound in wrapping post, and the second link is for connecting external equipment.

Description

Electronic installation

Technical field

The present invention relates to a kind of electronic installation, especially a kind ofly multi-angle can to regulate and have the electronic installation of function of receiving line concurrently.

Background technology

Common band USB (Universal Serial BUS, USB) electronic installation of interface, such as wireless network card, USB flash drive (USB flash disk, be called for short USB flash disk), dynamic image expert compression standard audio frequency aspect 3 (Moving Picture Experts Group Audio Layer III, referred to as MP3), global positioning system (Global Positioning System, GPS) etc., usually and other electronic product, such as notebook computer, carries out the transmission that grafting realizes data or signal.Along with electronic product is constantly to compact future development, how designs and can adjust multiple angles and electronic product carries out grafting, and USB plug that is easy to use, that be easy to plug is the problem that industry is constantly studied.

Summary of the invention

In view of this, the invention provides a kind of multi-angle can adjustment and have the electronic installation of function of receiving line concurrently.

A kind of electronic installation in one embodiment of the present invention, for communicating to connect with external equipment, described electronic installation comprises body, pedestal and connection cable.Establish circuit board in described body, and be provided with chute.Described pedestal comprises guidance part and wrapping post, and be provided with through hole, described guidance part is connected to the side of the described body of vicinity of described wrapping post, described guidance part coordinates with described chute to make described pedestal be movably connected on described body, thus regulate the relative angle between described body and described pedestal, the periphery of described wrapping post is provided with breach, and described through hole runs through described guidance part and described wrapping post and mutually through with described breach.The cable portion that described connection cable comprises the first link, the second link and is connected between described first link and described second link, described first link successively through described breach and described through hole to be electrically connected described circuit board, described cable portion is wound in described wrapping post, and described second link is for connecting described external equipment.

Preferably, the bonnet that described body also comprises protecgulum and mutually fastens with described protecgulum, be covered with the connecting hole relative with described through hole after described, described circuit board is fixedly installed between described protecgulum and described bonnet to make the opening direction of described connectivity port towards described connecting hole.

Preferably, described bonnet comprises sliding part, described chute is arranged at described sliding part and is positioned at the side of described connecting hole, described sliding part is provided with positioning convex point outstanding in described chute, described guidance part is provided with stopper slot to accommodate described positioning convex point, and described positioning convex point slides along described stopper slot and forms arching trajectory.

Preferably, described guidance part is also provided with multiple positioning recess, described positioning recess is arranged at intervals in described stopper slot, in the process that described positioning convex point slides along described stopper slot, coordinate with described positioning recess the location realizing Difference angles between described guidance part and described sliding part by described positioning convex point.

Preferably, described pedestal comprises the first housing and the second housing that are oppositely arranged, described wrapping post to be fixedly installed between described first housing and described second housing and jointly to form take-up space with described first housing and described second housing, described guidance part is convexly equipped in the side deviating from described wrapping post of described first housing, and described cable portion is contained in described take-up space.

Preferably, described first housing be hemispherical dome structure with described body fits, the second through hole that described first housing is provided with the first through hole and coaxially communicates with described first through hole, the aperture of described first through hole is less than the aperture of described second through hole, and end difference is formed between described first through hole and described second through hole, described first through hole and described second through hole communicate with described through hole, pass for described connection cable.

Preferably, described first housing is provided with host cavity, described host cavity is positioned at the side deviating from described guidance part of described first housing, described pedestal comprises fixture, described fixture to be contained in described host cavity and to be fixedly connected with described first housing, described fixture comprises location division and top, and described top and described wrapping post are given prominence to along two apparent surfaces of described location division respectively, and described top to be contained in described second through hole and to be resisted against described end difference.

Preferably, described fixture is provided with the 3rd through hole, and described 3rd through hole runs through described top and described wrapping post, and coaxially communicates with described second through hole, and described breach communicates with described 3rd through hole.

Preferably, described wrapping post is provided with a pair guide vane end stop, described guide vane end stop is arranged in the dual-side of described breach relatively, and the axis be divided into by described breach along described wrapping post becomes width not wait and two mutually through breach, the surface towards described breach of described guide vane end stop is wavy or zigzag, to clamp and to fix described cable portion.

Preferably, described fixture also comprises multiple spacing fixture block to coordinate with described second housing, described limiting card block gap is convexly equipped on the periphery away from side, described location division of described wrapping post, and described cable portion is wound in described wrapping post and is located between described location division and described spacing fixture block.

Preferably, described second housing comprises drain pan and multiple card transfer part, described drain pan is round pie, described card transfer part is protruded along described drain pan towards the side of described first housing, each described card transfer part is provided with card transit, and described card transit is for being contained in described spacing fixture block so that described wrapping post is positioned described second housing.

Preferably, described second housing comprises housing section, and described housing section is surrounded on the outer rim of described drain pan and jointly forms accommodation space with described drain pan, and described card transfer part is arranged at intervals in described accommodation space.

Preferably, described second housing comprises convex rib, and described convex rib is along described drain pan and described housing section of fitting is outstanding in described accommodation space, and is connected between described housing section and described card transfer part.

Preferably, described second housing also comprises multiple snap projection, described snap projection is arranged at intervals at the edge of described housing section and gives prominence in described accommodation space along the inner edge of described housing section, described pedestal also comprises central dividing plate, and described central dividing plate to be contained in described accommodation space and to be held between described convex rib and described snap projection.

Preferably, described central dividing plate is provided with multiple snap notches, and described snap notches is arranged at intervals at the edge of described central dividing plate to coordinate with described snap projection.

Preferably, described central dividing plate is provided with central through hole and multiple inner fovea part, described central through hole and described through hole and described accepting hole coaxial, described inner fovea part is arranged at intervals at the lateral margin of described central through hole and mutually through with described central through hole, and described card transfer part is contained in described inner fovea part to make described central dividing plate be fixedly installed in described second housing.

Preferably, the disk body section of described central dividing plate is also provided with a pair elastic portion with connection cable described in buckle, described elastic portion comprises elastic arm and snap fit end, described elastic arm extends along the radial direction of described disk body section, and described snap fit end is positioned at the end of described elastic arm and the lateral buckling along described elastic arm towards snap notches extends.

Preferably, described second housing is provided with a pair buckle end, and described buckle end is given prominence near the edge of described housing section and towards the side of described first housing, to clamp described cable portion.

Preferably, described first housing also comprises the first wire collecting part and described second housing is provided with second wire collecting part corresponding with described first wire collecting part, described first wire collecting part is given prominence to along the side of the described guidance part of vicinity of described first housing, described second wire collecting part is given prominence to along the side deviating from described accommodation space of described housing section, and described first to fold portion relative with described second wire collecting part and jointly for supporting the second link of described connection cable.

Preferably, described first wire collecting part comprises first and folds portion and the first support division, described first portion of folding is convexly equipped in described first housing, described first support division folds portion along described first and extends towards the side away from described first housing, described second wire collecting part comprises second and folds portion and the second support division, described second portion of folding is convexly equipped in described housing section and with described first to fold portion relative, described second support division along described second fold portion towards away from described housing section side extend and relative with described second support division, described second link to be partially housed between described first support division and described second support division and to be held in described first and folds portion and described second and fold between portion.

Preferably, described pedestal also comprises base, and described base is fixedly installed in the side deviating from described take-up space of described second housing, and described base is the sucker with adsorption function, to be close on placed side by described electronic installation.

Preferably, described drain pan is provided with accepting hole, multiple end to end inner groovy is provided with in described accepting hole, described base comprises placement section and joint pin, described joint pin is convexly equipped in described placement section and towards described second housing to be contained in described accepting hole, the outer rim of described joint pin is provided with multiple end to end fin, and described fin and described inner groovy coordinate to prevent relative described second housing into rotation of described base.

Preferably, described joint pin is provided with fixing hole, and described fixing hole is coaxial with described accepting hole, utilizes locking part to pass described through hole and is locked in described fixing hole, so that described first housing and described second housing are fixedly installed in described base.

Compared to prior art, the electronic device construction of the present invention is simple, be easy to use.The guidance part of the arc chute collecting pedestal of the body of the present invention is movably connected on described pedestal to make described body, arrange in described chute positioning convex point with described guidance part in set locate mating recesses, and then regulate the relative position between described body and described pedestal to reach the object of adjusting angle.Meanwhile, utilize the placement section of base for sucker structure, to facilitate placement.And, the present invention folds connection cable by the wrapping post be fixedly connected between the first housing and the second housing, first housing arranges the first wire collecting part and the second housing arranges second wire collecting part relative with the first wire collecting part, to facilitate folding of connection cable, and utilize block end to fix connection cable, fold neatly to make cable.

Accompanying drawing explanation

Fig. 1 is the stereogram of the first using state of the electronic installation of the present invention, the matching relationship of main Description Ontology and pedestal.

Fig. 2 is the exploded view of the electronic installation of the present invention.

Fig. 3 is the stereogram of the body of the electronic installation of the present invention.

Fig. 4 is the exploded view of body in first direction of the electronic installation of the present invention.

Fig. 5 is the exploded view of body in second direction of the electronic installation of the present invention.

Fig. 6 is the partial enlarged drawing of VI part in Fig. 4, the main architectural feature describing connecting portion.

Fig. 7 is the stereogram of the pedestal of the electronic installation of the present invention.

Fig. 8 is the exploded view of pedestal in first direction of the electronic installation of the present invention.

Fig. 9 is the exploded view of pedestal in second direction of the electronic installation of the present invention.

Figure 10 is the partial sectional view of the center fixture of the electronic installation of the present invention.

Figure 11 is the cutaway view of pedestal in first direction of the electronic installation of the present invention, the main installment state describing pedestal.

Figure 12 is the cutaway view of pedestal in second direction of the electronic installation of the present invention, the main installment state describing pedestal.

Figure 13 is the cutaway view of the electronic installation of the present invention, the main matching relationship describing pedestal and connection cable.

Figure 14 is the stereogram of the first using state of the electronic installation of the present invention, mainly describes take-state.

Figure 15 is the stereogram of the second using state of the electronic installation of the present invention, main description unwrapping wire state.

Figure 16 is the stereogram of the second using state of the electronic installation of the present invention, the main matching relationship describing pedestal and connection cable.

Main element symbol description

Electronic installation 100

Body 20

Protecgulum 22

First cover plate 220

First fixing hole 2200

First locating piece 2202

First side plate 222

First connector 2220

First block button hole 2224

Bottom first 224

Second block button hole 2240

Buckle block 2242

First reception room 225

First opening 2250

Bonnet 24

Second cover plate 240

3rd fixing hole 2400

Second locating piece 2402

Second side plate 242

First grab 2420

Bottom second 243

Second grab 2430

Recess 2432

Connecting plate 244

Connecting hole 2440

Second reception room 245

Sliding part 246

Chute 2460

First side 2462

First paragraph 24620

Second segment 24624

Stage portion 24625

Second side 2464

Accepting groove 2465

Positioning convex point 2466

Circuit board 26

Plate body 260

First surface 2600,4400,4500

Second surface 2602,4402,4502

Second fixing hole 2604

Connectivity port 262

Second connector 264

Fixing spiral shell 28

Pedestal 40

Through hole 400

Securing member 41

First housing 42

Guidance part 420

Stopper slot 4200

Positioning recess 4202

First fixed part 421

First fixing hole 4210

Pars intermedia 423

First through hole 4230

End difference 4231

Second through hole 4232

Second fixed part 425

Second fixing hole 4250

First wire collecting part 426

First folds portion 4260

First ribs 4262

First support division 4264

First supports surface 4266

Host cavity 428

Locking part 43

Fixture 44

Location division 440

Top 442

3rd through hole 4420

First breach 4422

Collecting section 4424

Fixed leg 444

3rd fixing hole 4440

Threading portion 445

Guide vane end stop 4450

Second breach 4452

3rd breach 4454

Wrapping post 446

Breach 4460

Spacing fixture block 448

Central dividing plate 45

Disk body section 450

Snap notches 452

Central through hole 454

Elastic portion 456

Elastic arm 4560

Snap fit end 4562

Clearance groove 4564

Second housing 46

Housing section 460

Drain pan 461

Snap projection 462

First accommodation space 463

Accepting hole 464

Inner groovy 4640

Second accommodation space 465

Card transfer part 466

Card turns 4660

Convex rib 467

Second wire collecting part 468

Second folds portion 4680

Second ribs 4682

Second support division 4684

Second supports surface 4686

Base 48

Placement section 480

Joint pin 482

Fin 4820

4th fixing hole 4822

Operating portion 486

Take-up space S

Connection cable 60

First link 62

Second link 64

Connector portions 640

Holding division 642

Cable portion 66

Following embodiment will further illustrate the present invention in conjunction with above-mentioned accompanying drawing.

Embodiment

Please refer to Fig. 1 and Fig. 2, the electronic installation 100 of the present invention for communicating to connect with external equipment, and comprises body 20, pedestal 40 and connection cable 60.Described pedestal 40 fixed placement is in placed side, and described body 20 is flexibly connected with described pedestal 40, and described connection cable 60 is set around pedestal 40 to connect body 20 and external equipment.By regulating pedestal 40 or regulating the relative angle between described body 20 and described pedestal 40, to regulate the placed angle of body 20.In the present embodiment, electronic installation 100 is wireless network card, USB flash drive (USB flash disk, be called for short USB flash disk), dynamic image expert compression standard audio frequency aspect 3 (Moving Picture Experts Group Audio Layer III, referred to as MP3) and global positioning system (Global Positioning System, GPS) etc., the external equipment communicated to connect with electronic installation 100 can be notebook computer, panel computer etc., and described placed side can be desktop, window, the casing of communication equipment, the touch screen etc. of communication equipment.

Please refer to Fig. 3 to Fig. 5, body 20 comprises protecgulum 22, bonnet 24 and circuit board 26, and protecgulum 22 and bonnet 24 fasten mutually, and circuit board 26 to be fixedly installed between protecgulum 22 and bonnet 24 and to be electrically connected with connection cable 60.

Protecgulum 22 comprise the first cover plate 220, the first side plate 222 extended along the first cover plate 220 liang of lateral bucklings for a pair and along the bottom bending of the first cover plate 220 extend and between described first side plate 222 first bottom 224, bottom described first cover plate 220, described first side plate 222 and described first, 224 form the first reception room 225 that has the first opening 2250 jointly.Multiple first locating piece 2202 of first cover plate 220 projection, described first locating piece 2202 is given prominence to along described first cover plate 220 and fits on the first side plate 222, with locating circuit board 26 in the first reception room 225.

Circuit board 26 comprises plate body 260 and is convexly equipped in the connectivity port 262 of plate body 260, and described plate body 260 comprises first surface 2600 and the second surface 2602 relative with first surface 2600.Described connectivity port 262 is convexly equipped in described second surface 2602 and towards bonnet 24, and the opening direction of described connectivity port 262 is identical with the opening direction of described first opening 2250 to coordinate with connection cable 60.

Bonnet 24 comprise the second cover plate 240, the second side plate 242 extended along the second cover plate 240 liang of lateral bucklings for a pair and along the bottom bending of the second cover plate 240 extend and between described second side plate 242 second bottom 243, bottom described second cover plate 240, described second side plate 242 and described second, 243 form the second reception rooms 245 jointly.Second cover plate 240 and the first cover plate 220 are oppositely arranged to make described first reception room 225 mutually through with accommodating circuit board 26 with described second reception room 245.Multiple second locating piece 2402 of second cover plate 240 projection, described second locating piece 2402 is given prominence to along described second cover plate 240 and fits in the second side plate 242, with locating circuit board 26 in the second reception room 245.In the present embodiment, one end away from the second cover plate 240 of described second locating piece 2402 is that L-type is with spacing described circuit board 26.

First side plate 222 of protecgulum 22 is provided with multiple first block button hole 2224, bottom described first, 224 are provided with the second block button hole 2240 and buckle block 2242, the opening direction of described first block button hole 2224 and described second block button hole 2240 is all towards in the first reception room 225, and bottom described buckle block 2242 along first, 224 give prominence to and are positioned at the side away from the first cover plate 220 of described second block button hole 2240 in the first reception room 225.Second side plate 242 of bonnet 24 to be provided with bottom multiple first grab 2420 and second 243 and to be provided with the second grab 2430 and recess 2432.The clasp of described first grab 2420 is outstanding to cooperatively interact with the first block button hole 2224 towards the second side plate 242 along described first grab 2420, the clasp of described second grab 2,430 243 to be given prominence to bottom described second grab 2430 towards second, and the clasp that described recess 2432 is located at the second grab 2430 is sentenced and coordinated with buckle block 2242.

During installation, circuit board 26 is contained in the first reception room 225 and the second reception room 245, plate body 260 is held on the second locating piece 2402 and by the pushing tow of the first locating piece 2202 and is installed between the first cover plate 220 and the second cover plate 240 with stable, and connectivity port 262 stretches into the second reception room 245 and opening direction is identical with the direction of the first opening 2250.First grab 2420 is fastened in the first block button hole 2224, second grab 2430 is fastened in the second block button hole 2240 and buckle block 2242 is contained in the first cover plate 220 and the second cover plate 240 to be fixedly mounted in recess 2432, thus is installed on by circuit board 26 between first cover plate 220 and the second cover plate 240.

Protecgulum 22 is provided with the first fixing hole 2200 of through first cover plate 220 and the first connector 2220 of through first side plate 222.Circuit board 26 is provided with the second fixing hole 2604 and the second connector 264, the through first surface of described second fixing hole 2,604 2600 and second surface 2602 near described connectivity port 262 with relative with the first fixing hole 2200, the side that described second connector 264 is positioned at described circuit board 26 is with towards the first side plate 222.Second cover plate 240 of bonnet 24 is provided with the 3rd fixing hole 2400, and described 3rd fixing hole 2400 is relative with described first fixing hole 2200.During installation, first connector 2220 is relative with the second connector 264 and mutually through, to access other ports, simultaneously, utilize fixed screw 28 through the first fixing hole 2200 and the second fixing hole 2604 and be locked in the 3rd fixing hole 2400, to be fixedly installed on bonnet 24 to make protecgulum 22 and circuit board 26 is fixedly installed between protecgulum 22 and bonnet 24.

Referring to Fig. 6, bonnet 24 also comprises connecting plate 244 and sliding part 246.Described connecting plate 244 is convexly equipped in the second cover plate 240 and is connected to 243 relative with bottom second between described second side plate 242, and described sliding part 246 protrudes from the side deviating from the second reception room 245 of described connecting plate 244, to coordinate with pedestal 40.

In the present embodiment, described connecting plate 244 and all curved structure of described sliding part 246.During installation, first side plate 222 near the first opening 2250 the curved structure in end and be held on connecting plate 244, that is, the curved end near the first opening 2250 place of the first side plate 222 with between connecting plate 244 for face contacts, thus ensure described protecgulum 22 and described bonnet 24 compact siro spinning technology.

Described connecting plate 244 is provided with connecting hole 2440, and described connecting hole 2440 is mutually through to accommodate part connection cable 60 with described second reception room 245.Namely cable 60 stretches into the second reception room 245 and circuit board 26 grafting through connecting hole 2440.

Described sliding part 246 is provided with a pair chute 2460 and the accepting groove 2465 between described chute 2460, and described accepting groove 2465 is mutually through to accommodate part connection cable 60 with described connecting hole 2440.In the present embodiment, described chute 2460 is the segmental arc of concentric circles with described connecting plate 244.First side 2462 and second side 2464 form described chute 2460 jointly, described first side 2462 is positioned at the side away from described accepting groove 2465 of described chute 2460, and described second side 2464 is arranged between described chute 2460 and described accepting groove 2465 with chute described in interval 2460 and described accepting groove 2465.Described first side 2462 comprises first paragraph 24620, second segment 24624 and the stage portion between first paragraph 24620 and second segment 24,624 24625.The contiguous described connecting plate 244 of first paragraph 24620 is also roughly equal with the arc length of described connecting plate 244, second segment 24624 extends along the side arc away from connecting plate 244 of described sliding part 246, and namely described chute 2460 is slightly large along the radian extending also comparatively connecting plate 244 towards bonnet 24 arc near one end of protecgulum 22 of sliding part 246.Described sliding part 246 is also provided with positioning convex point 2466, and described positioning convex point 2466 is outstanding in chute 2460 along described first paragraph 24620, to coordinate with pedestal 40.

Please refer to Fig. 7 to Fig. 9, connection cable 60 comprises the first link 62, second link 64 and is connected to the cable portion 66 between the first link 62 and the second link 64.Described first link 62 stretches out pedestal 40 to be connected with the connectivity port 262 of circuit board 26, is electrically connected circuit board 26 to make connection cable 60.Second link 64 comprises connector portions 640 and holding division 642, described connector portions 640 be USB joint to be connected with external equipment, the coated connector portions 640 of described holding division 642 part is also fixedly connected with cable portion 66.Cable portion 66 is wound in pedestal 40 and realizes take-up and unwrapping wire function by pedestal 40.In the present embodiment, the cross section in cable portion 66 is flat.In other embodiments, the cross section in described cable portion 66 is circular.

Pedestal 40 comprises guidance part 420 and wrapping post 446, and be provided with through hole 400 (as shown in figure 11), described guidance part 420 is connected to the side of the described body 20 of vicinity of described wrapping post 446, described guidance part 420 coordinates with described chute 2460 to make described pedestal 40 be movably connected on described body 20, thus regulates the relative angle between described body 20 and described pedestal 40.The periphery of described wrapping post 446 is provided with breach 4460 (as shown in figure 12), and described through hole 400 runs through described guidance part 420 and described wrapping post 4460 and mutually through with described breach 4460.

Described pedestal 40 comprises the first housing 42 and the second housing 46 be oppositely arranged, and described first housing 42 is movably connected on the bonnet 24 of body 20, to regulate the relative angle between body 20 and pedestal 40.Described wrapping post 446 to be fixedly installed between described first housing 42 and described second housing 46 and jointly to form take-up space S (as shown in figure 11) with described first housing 42 and described second housing 46, described guidance part 420 is convexly equipped in the side deviating from described wrapping post 446 of described first housing 42, and described cable portion 66 is contained in described take-up space S.

Described pedestal 40 also comprises fixture 44, central dividing plate 45 and base 48.Described wrapping post 446 is convexly equipped in described fixture 44.Central dividing plate 45 to be contained in the second housing 46 and to be mounted opposite the both sides in take-up space S with fixture 44.Base 48 and the second housing 46 cooperatively interact, and utilize locking part 43 through fixture 44 and the second housing 46 and be locked in base 48.

In the first execution mode of the present invention, described guidance part 420, described wrapping post 446 and described first housing 42 are by one-body molded and make.

In the second execution mode of the present invention, described guidance part 420 is arranged on described first housing 42, described wrapping post 446 is arranged at described fixture 44, and through described fixture 44 being fixedly installed on described first housing 42, to realize the connection between described guidance part 420 and described wrapping post 446.

In other execution modes of the present invention, described guidance part 420 is flexibly connected with described wrapping post 446, and namely described guidance part 420 is arranged on the first housing 42, and described wrapping post 446 is rotationally connected with described first housing 42.

The architectural feature of each part of pedestal 40 will be described in detail below.

First housing 42 to coordinate with the bonnet 24 of body 20, and comprises a pair guidance part 420, first fixed part 421, pars intermedia 423 and the second fixed part 425 in hemisphere structure.Described guidance part 420 is convexly equipped in the first fixed part 421 and the second fixed part 425 respectively, arrange to make the first fixed part 421, pars intermedia 423 and the second fixed part 425 interval, namely pars intermedia 423 is located between described guidance part 420, and the first fixed part 421 and the second fixed part 425 lay respectively at the side deviating from described pars intermedia 423 of described guidance part 420.The sliding part 246 of body 20 is connected to the first housing 42, is coordinated with the chute 2460 of sliding part 246 by guidance part 420, to make body 20 slide by relative first housing 42, and then regulates the relative angle between body 20 and pedestal 40.Each guidance part 420 is provided with stopper slot 4200 and multiple positioning recess 4202, described stopper slot 4200 is positioned at the side deviating from described pars intermedia 423 of described guidance part 420, described positioning recess 4202 is arranged at intervals in described stopper slot 4200, to coordinate with the positioning convex point 2466 of sliding part 246.The curved extension of described stopper slot 4200, and identical with the radian of described chute 2460, the center of described arc-shaped limit groove 4200 is identical with the center of the first housing 42 of described hemisphere shape.During use, described guidance part 420 is contained in described chute 2460, described positioning convex point 2466 be contained in stopper slot 4200 and with the coordinating, guidance part 420 is positioned different angle positions from sliding part 246 in sliding process of positioning recess 4202.

Refer to Fig. 9, pars intermedia 423 is for accommodating the second side 2464 of sliding part 246, and described through hole 400 is located at described pars intermedia 423 and symmetrical centre along described first housing 42 is through.The second through hole 4232 that described through hole 400 comprises the first through hole 4230 and coaxially communicates with described first through hole 4230, passes for described connection cable 60.First through hole 4230 is positioned at the side of the described bonnet of vicinity 24 of described pars intermedia 423 and relative with connecting hole 2440 with accepting groove 2465, the side of the described fixture 44 of vicinity that described second through hole 4232 is positioned at described pars intermedia 423.The aperture of described first through hole 4230 is slightly less than the aperture of the second through hole 4232, and forms end difference 4231 between described first through hole 4230 and the second through hole 4232, to coordinate with institute fixture 44.

First housing 42 is also provided with host cavity 428, and described host cavity 428 is positioned at the side deviating from described guidance part 420 of described first housing 42 to accommodate described fixture 44.

Fixture 44 comprises location division 440, top 442, a pair fixed leg 444 and wrapping post 446.Described location division 440 is contained in described host cavity 428, and comprises first surface 4400 and the second surface 4402 relative with described first surface 4400.Described first surface 4400 is towards described host cavity 428, and described second surface 4402 is towards described connection cable 60.Top 442 is given prominence to along the first surface 4400 of location division 440 towards host cavity 428, and is provided with the 3rd through hole 4420 and the first breach 4422.Described top 442 is contained in described second through hole 4232 to be resisted against on described end difference 4231 (as shown in figure 11), described 3rd through hole 4420 is a part for described through hole 400, and with described second through hole 4232 and the first through hole 4230 mutually through.Described first breach 4422 is arranged at the lateral margin of described top 442 and mutually through with described 3rd through hole 4420.Described fixed leg 444 is outstanding in host cavity 428 along the first surface 4400 of described location division 440, and the both sides being positioned at described top 442 are to coordinate with the first housing 42.Described first fixed part 421 is provided with the first fixing hole 4210 and described second fixed part 425 is provided with the second fixing hole 4250, and described fixed leg 444 is provided with the 3rd fixing hole 4440.Utilize securing member 41 to be each passed through the first fixing hole 4210 and be locked in described 3rd fixing hole 4440 and pass the second fixing hole 4250 and be locked in the 3rd fixing hole 4440, so that described fixture 44 is fixedly connected with described first housing 42.

Referring to Figure 10, described wrapping post 446 is given prominence to along the second surface 4402 of described location division 440 towards described connection cable 60, for the cable 60 that is intertwined and connected, described 3rd through hole 4420 runs through described wrapping post 446 along described top 442, to make described wrapping post 446 in hollow form.Described 3rd through hole 4420 comprises collecting section 4424 (as shown in figure 11), described collecting section 4424 is positioned at one end away from described location division 440 of the described wrapping post of vicinity 446 of described 3rd through hole 4420, and in cone shape with positioning lock firmware 43, namely the aperture of described collecting section 4424 reduces along described wrapping post 446 gradually towards the direction away from described location division 440.

In the present embodiment, described location division 440, described top 442 and described wrapping post 446 are by one-body molded and make.

Fixture 44 also comprises threading portion 445 and multiple spacing fixture block 448.Described spacing fixture block 448 interval is convexly equipped in the periphery away from location division 440 of described wrapping post 446 to coordinate with central dividing plate 45, and gives prominence to extension to coordinate with the second housing 46 along the end of described wrapping post 446.In the present embodiment, described spacing fixture block 448 is arranged in the end of described wrapping post 446 in L-type wedge structure, and with described wrapping post 446 by one-body molded and make.In other embodiments, described spacing fixture block 448 and described wrapping post 446 are connected by mechanical means (as riveted, bolt be connected).Described threading portion 445 is arranged at the outer rim of described wrapping post 446 to coordinate with connection cable 60, and comprises a pair guide vane end stop 4450 and be provided with the second breach 4452.Described second breach 4452 is arranged at the lateral margin of described wrapping post 446 with mutually through with described 3rd through hole 4420, and the second breach 4452 is the extension of the first breach 4422 on wrapping post 446.Described guide vane end stop 4450 is convexly equipped in the outer rim away from described location division 440 of described wrapping post 446, and extends to the inwall of described wrapping post 446 along the side of described second breach 4452.Namely described guide vane end stop 4450 is arranged in the dual-side of described first breach 4422 relatively, and the axis be divided into by described second breach 4452 along described wrapping post 446 becomes width not wait and two mutually through breach, guide vane end stop 4450 is divided away from clamping part in one end of location division 440 due to the second breach 4452, and this part second breach 4452 is defined as the 3rd breach 4454, like this, 3rd breach 4454 to extend and mutually through with the maximum diameter of hole place ending at described collecting section 4424 with described 3rd through hole 4420 along the second breach 4452, and the width of the 3rd breach 4454 is slightly narrower than described second breach 4452, to clamp and to be fixedly connected with the cable portion 66 of cable 60.In the present embodiment, the surface of described guide vane end stop 4450 relatively and in the 3rd breach 4454 is wavy or zigzag, to clamp and to be fixedly connected with cable 60.In the present embodiment, the center line of the axis along the 3rd through hole 4420 of described first breach 4422, described second breach 4452 and described 3rd breach 4454 is located along the same line, and connects with each other.

Central dividing plate 45 be installed on described second housing 46 inner and utilize spacing fixture block 448 and the second housing 46 coordinate to be arranged at by central dividing plate 45 between fixture 44 and the second housing 46.

Central dividing plate 45 in round pie, and comprises disk body section 450 and a pair elastic portion 456, is also provided with multiple snap notches 452 and central through hole 454.Described disk body section 450 comprises first surface 4500 and the second surface 4502 relative with described first surface 4500, and described first surface 4500 is the surface of bearer connection cable 60, and second surface 4502 is held in the second housing 46.Elastic portion 456 is arranged at disk body section 450 with connection cable described in buckle 60, and comprises elastic arm 4560, snap fit end 4562 and a pair clearance groove 4564.In the present embodiment, utilize the mode of cutting to form elastic portion 456 on disk body section 450, like this, between elastic portion 456 and disk body section 450, form the clearance groove 4564 of through first surface 4500 and second surface 4502.Elastic arm 4560 extends along the radial direction of disk body section 450, with the both sides making clearance groove 4564 be positioned at described elastic arm 4560, thus makes elastic arm 4560 have elasticity.Snap fit end 4562 is the free end of elastic arm 4560, and along elastic arm 4560 towards first surface 4500, bending extends, for buckle connection cable 60.In the present embodiment, described disk body section 450 and described elastic portion 456 are by one-body molded and make.Described snap notches 452 is arranged at intervals at the edge of disk body section 450 and recessed along first surface 4500, to coordinate with the second housing 46.Central through hole 454 runs through first surface 4500 and second surface 4502 and is positioned at the center of disk body section 450, and like this, described elastic portion 456 is symmetricly set in the outside of described central through hole 454.Described central dividing plate 45 is also provided with multiple inner fovea part 458 to coordinate with the second housing 46, and described inner fovea part 458 is arranged at intervals at the lateral margin of described central through hole 454 and mutually through with described central through hole 454.In the present embodiment, described inner fovea part 458 is symmetrical about the center line of described elastic portion 456, namely described inner fovea part 458 is uniformly distributed in the both sides equivalent of the center line of described elastic portion 456, and such as 3 inner fovea parts 458 are equally distributed in the side of described center line.

Second housing 46 in hemisphere structure to coordinate with wrapping post 446, and for accommodating central dividing plate 45 and base 48.Described second housing 46 comprises housing section 460, drain pan 461, multiple snap projection 462, multiple card transfer part 466, convex rib 467, is also provided with accepting hole 464.Described drain pan 461 is in round pie, described housing section 460 is surrounded on the outer rim of described drain pan 461, described housing section 460 and described drain pan 461 form the first accommodation space 463 and the second accommodation space 465 jointly, and described first accommodation space 463 is for accommodating central dividing plate 45 and described second accommodation space 465 for partial receipt base 48.Described snap projection 462 is outstanding in the first accommodation space 463 along the edge of described housing section 460 respectively, to coordinate with described snap notches 452, thus is held in described first accommodation space 463 by described central dividing plate 45.Described accepting hole 464 is arranged at the center of drain pan 461, and in establish multiple end to end inner groovy 4640, to fix described base 48.Described convex rib 467 is along described drain pan 461 and described housing section 460 of fitting is outstanding in described first accommodation space 463, and is connected between housing section 460 and described card transfer part 466, to strengthen the intensity of described second housing 46.Described convex rib 467 contacts with each other with the second surface 4502 of described central dividing plate 45, and described central dividing plate 45 is arranged between described convex rib 467 and snap projection 462.Described card transfer part 466 is protruded along described drain pan 461 towards described first accommodation space 463, to be contained in the inner fovea part 458 of central dividing plate 45, like this, ensures being synchronized with the movement of central dividing plate 45 and the second housing 46.Each card transfer part 466 is also provided with card transit 4660, the opening direction of described card transit 4660 towards described accepting hole 464 to accommodate spacing fixture block 448.In the present embodiment, described card transfer part 466 is in concave shape structure or n character form structure.

In the present embodiment, the quantity of described card transfer part 466 is equal with the quantity of described spacing fixture block 448 and inner fovea part 458, and distribution mode is identical.

In other embodiments, described second housing 46 and described central dividing plate 45 are by one-body molded and make, and described snap fit end 4562 is given prominence to along the lateral margin of described housing section 460 towards the side away from described drain pan 461, to clamp described cable portion 66.

Base 48 is for being positioned over placed side by described electronic installation 100.In the present embodiment, described base 48 is sucker structure, has adsorption function, can fit on any smooth placed side.

Base 48 comprises placement section 480, joint pin 482 and a pair operating portion 486.Described placement section 480 has adsorption function in hat shape to make described base 48, and described joint pin 482, for coordinating with described second housing 46, is convexly equipped in described placement section 480 and towards the second housing 46 to be contained in described accepting hole 464.Described joint pin 482 is provided with multiple fin 4820 and the 4th fixing hole 4822, and described fin 4820 is surrounded on the outer rim of described joint pin 482 to coordinate with described inner groovy 4640, rotates relative to the second housing 46 to prevent base 48.Described 4th fixing hole 4822 is coaxial with accepting hole 464.Described operating portion 486 is given prominence to, for applying external force in base 48 along the outer rim of described placement section 480 towards the side of the second housing 46.

Referring to Figure 11 and Figure 12, the main installation process that pedestal 40 is described.

The joint pin 482 of base 48 is contained in the accepting hole 464 of the second housing 46 to make described second accommodation space 465 partial receipt placement section 480, and described fin 4820 is sticked in described inner groovy 4640, thus described base 48 is fixedly connected on the second housing 46.

The second surface 4502 of described central dividing plate 45 towards the second housing 46 side and central dividing plate 45 is contained in the first accommodation space 463, snap projection 462 is fastened in snap notches 452 and described card transfer part 466 is contained in corresponding described inner fovea part 458, to make described disk body section 450 be held between described snap projection 462 and convex rib 467, thus described central dividing plate 45 is fixedly installed in the second housing 46.

The spacing fixture block 448 of described fixture 44 is sticked in the card transit 4660 of described second housing 46, fixture 44 is positioned on the second housing 46, now, the location division 440 of described fixture 44 is relative with disk body section 450, and the second surface 4402 of described location division 440 is parallel to each other with the first surface 4500 of described disk body section 450.

Described locking part 43 passes the 3rd through hole 4420 and is locked in described 4th fixing hole 4822, and to fixedly mount on described base 48 by described fixture 44, now, described central dividing plate 45 and the second housing 46 are also completely fixed on base 48.

Location division 440 is contained in host cavity 428, second through hole 4232 of the first housing 42 is sheathed on top 442, the end face of described top 442 is held on described end difference 4231, described first fixing hole 4210 and described second fixing hole 4250 are mutually through with described 3rd fixing hole 4440 respectively, utilize securing member 41 to be each passed through the first fixing hole 4210 and be locked in described 3rd fixing hole 4440 and pass the second fixing hole 4250 and be locked in the 3rd fixing hole 4440, so that described fixture 44 is fixedly connected with described first housing 42.

In the present embodiment, the center line of the first through hole 4230, second through hole 4232, the 3rd through hole 4420, central through hole 454, accepting hole 464 and the 4th fixing hole 4822 is located along the same line.

Referring to Figure 13, the guidance part 420 of the first housing 42 is contained in the chute 2460 of body 20 to make positioning convex point 2466 be contained in stopper slot 4200, like this, by regulating the diverse location of positioning convex point 2466 in stopper slot 4200, to regulate the relative angle of body 20 and the first housing 42.And positioning convex point 2466 is sticked in positioning recess 4202 to make body 20 and the first housing 42 be fixed on a certain fixed angle position.Now, connecting hole 2440 and the first through hole 4230 mutually through.

First link 62 of connection cable 60 is through the second breach 4452, 3rd breach 4454 is to stretch in described 3rd through hole 4420 to make cable portion 66 be held on described 3rd breach 4454, successively through the 3rd through hole 4420, second through hole 4232 of the first housing 42 and the accepting groove 2465 of the first through hole 4230 and bonnet 24 and connecting hole 2440, to be connected with the connectivity port 262 of circuit board 26, cable portion 66 to be wound in turn on wrapping post 446 and to be held between the second surface 4402 of location division 440 and spacing fixture block 448, second link 64 is that free end is to connect external equipment.

Please referring again to Fig. 8 and Fig. 9, the first housing 42 also comprises the first wire collecting part 426 and the second housing 46 is provided with second wire collecting part 468 corresponding with the first wire collecting part 426.

Described first wire collecting part 426 is given prominence to along the side of the vicinity guidance part 420 of the first fixed part 421, and comprises first and fold portion 4,260 first support division 4264.Described first folds portion 4260 gives prominence to along the side deviating from host cavity 428 of the first fixed part 421, first support division 4264 folds portion 4260 along described first and extends towards the side away from the first fixed part 421, and in L-type with the holding division 642 of the cable 60 that is clamped and connected.First folds portion 4260 has first and supports 4266 (as shown in figure 14) of surface, and described first to support surface 4266 be the described first side towards the first support division 4264 folding portion 4260, to support described holding division 642.In the present embodiment, described first folds portion 4260 in grooved, and is provided with multiple first ribs 4262 to ensure that first folds portion 4260 Forming Quality in the fabrication process.

Similarly, described second wire collecting part 468 is given prominence to along described housing section 460 towards the side deviating from the first accommodation space 463, and comprise second and fold portion 4680 and the second support division 4684, described second folds portion 4680 gives prominence to along the side deviating from convex rib 467 of housing section 460, with with described first to fold portion 4260 relative, described second support division 4684 folds portion 4680 along described second and extends towards the side away from housing section 460, and in L-type with relative with the first support division 4264 with the holding division 642 of the cable 60 that is jointly clamped and connected.Second folds portion 4680 has second and supports 4686 (as shown in figure 14) of surface, and described second to support surface 4686 be the described second side towards the second support division 4684 folding portion 4680, to support described holding division 642.In the present embodiment, described second folds portion 4680 also becomes grooved with first to fold portion 4260 relative, and is provided with multiple second ribs 4682 to ensure that second folds portion 4680 Forming Quality in the fabrication process.

Please refer to Fig. 1 and Figure 14, be depicted as the stereogram of the first using state of electronic installation 100.Regulate body 20 to make sliding part 246 along guidance part 420 towards the Slideslip away from the first wire collecting part 426, be sticked in positioning recess 4202 so that body 20 is adjusted to required angle by positioning convex point 2466.Now, the cable portion 66 of connection cable 60 is held between the first housing 42 and the second housing 46, and utilize the snap fit end 4562 of central dividing plate 45 to be sticked in the outside away from wrapping post 446 in cable portion 66, the both sides of holding division 642 to be contained in respectively between the first support division 4264 and the second support division 4684 and to be held in first and fold first of portion 4260 and support surface 4266 and second and fold second of portion 4680 and support surface 4686, like this, connection cable 60 collapses in pedestal 40.Connection cable 60 is pulled to depart from the first support division 4264 and the second support division 4684 to make holding division 642, and the connector portions 640 being rotationally connected cable 60 is turned round with the side of the vicinity holding division 642 making cable portion 66 and is departed from the first wire collecting part 426 and the second wire collecting part 468, pull on moving-wire cable portion 66, just cable portion 66 can be pulled out, to reach the function of unwrapping wire.

Please refer to Figure 15 and Figure 16, be depicted as the stereogram of the second using state of electronic installation 100.Regulate body 20 to make the Slideslip of sliding part 246 along guidance part 420 towards the first wire collecting part 426, be sticked in positioning recess 4202 so that body 20 is adjusted to required angle by positioning convex point 2466.When stage portion 24625 is held in the side near the first wire collecting part 426 in cable portion 66, body 20 stands on pedestal 40.Forcing on the second link 64, to make holding division 642 depart from the first support division 4264 and the second support division 4684, by pulling cable portion 66, just cable portion 66 can be pulled out, to reach the function of unwrapping wire.Cable portion 66 is wound around along wrapping post 446, to be contained in respectively between the first support division 4264 and the second support division 4684 to make the both sides of holding division 642 and to be held in first and fold first of portion 4260 and support surface 4266 and second and fold second of portion 4680 and support surface 4686, and snap fit end 4562 is sticked in cable portion 66, reach the object of complete take-up.

Body 20 and external equipment are electrically connected by the connection cable 60 collapsed on pedestal 40, to realize the function of communication or transfer of data by the electronic installation 100 of the present invention.Body 20 is movably connected on pedestal 40, angular adjustment is realized with coordinating of guidance part 420 by regulating chute 2460, reach the object of different placed angle, and then can regulate for the position relationship between external equipment and body 20, to reach good communication efficiency.And the present invention uses base 48 to be positioned on placed side by pedestal 40, because base 48 has adsorption function, it is convenient to place, meanwhile, by regulating the placement location between pedestal 40 and external equipment, to reach the function regulating communication efficiency.

Claims (10)

1. an electronic installation, for communicating to connect with external equipment, is characterized in that, described electronic installation comprises:

Body, inside establishes circuit board, and is provided with chute;

Pedestal, comprise guidance part and wrapping post, and be provided with through hole, described guidance part is connected to the side of the described body of vicinity of described wrapping post, described guidance part coordinates with described chute to make described pedestal be movably connected on described body, thus regulating the relative angle between described body and described pedestal, the periphery of described wrapping post is provided with breach, and described through hole runs through described guidance part and described wrapping post and mutually through with described breach; And

Connection cable, the cable portion comprising the first link, the second link and be connected between described first link and described second link, described first link successively through described breach and described through hole to be electrically connected described circuit board, described cable portion is wound in described wrapping post, and described second link is for connecting described external equipment.

2. electronic installation as claimed in claim 1, it is characterized in that, described body comprises sliding part, described chute is arranged at described sliding part and is positioned at the side of described connecting hole, described sliding part is provided with positioning convex point outstanding in described chute, described guidance part is provided with stopper slot to accommodate described positioning convex point, and described positioning convex point slides along described stopper slot and forms arching trajectory.

3. electronic installation as claimed in claim 2, it is characterized in that, described guidance part is also provided with multiple positioning recess, described positioning recess is arranged at intervals in described stopper slot, in the process that described positioning convex point slides along described stopper slot, coordinate with described positioning recess the location realizing Difference angles between described guidance part and described sliding part by described positioning convex point.

4. electronic installation as claimed in claim 1, it is characterized in that, described wrapping post is provided with a pair guide vane end stop, described guide vane end stop is arranged in the dual-side of described breach relatively, and described breach is divided into axially becomes width not wait and two mutually through breach along described wrapping post, the surface towards described breach of described guide vane end stop is wavy or zigzag, to clamp and to fix described cable portion.

5. electronic installation as claimed in claim 1, it is characterized in that, described pedestal comprises the first housing and the second housing that are oppositely arranged, described wrapping post to be fixedly installed between described first housing and described second housing and jointly to form take-up space with described first housing and described second housing, described guidance part is convexly equipped in the side deviating from described wrapping post of described first housing, and described cable portion is contained in described take-up space.

6. electronic installation as claimed in claim 5, it is characterized in that, described second housing is provided with a pair buckle end, and described buckle end is given prominence near the edge of described second housing and towards the side of described first housing, to clamp described cable portion.

7. electronic installation as claimed in claim 5, it is characterized in that, described pedestal also comprises the central dividing plate be fixedly installed in described second housing, described central dividing plate comprises a pair elastic portion with connection cable described in buckle, described elastic portion comprises elastic arm and snap fit end, described elastic arm extends along the radial direction of described central dividing plate, and described snap fit end is positioned at the end of described elastic arm and the lateral buckling towards described first housing extends.

8. the electronic installation as described in claim arbitrary in claim 5 to 7, it is characterized in that, described first housing also comprises the first wire collecting part and described second housing is provided with the second wire collecting part be oppositely arranged with described first wire collecting part, described first wire collecting part is given prominence to along the side of the described guidance part of vicinity of described first housing, described second wire collecting part is given prominence to along the outer rim of described second housing, described first wire collecting part and described second wire collecting part lay respectively at the outside away from described wrapping post in described take-up space, with common for supporting the second link of described connection cable.

9. electronic installation as claimed in claim 8, it is characterized in that, described first wire collecting part comprises first and folds portion and the first support division, described first portion of folding is convexly equipped in described first housing, described first support division folds portion along described first and extends towards the side away from described first housing, described second wire collecting part comprises second and folds portion and the second support division, described second portion of folding is convexly equipped in described second housing and with described first to fold portion relative, described second support division along described second fold portion towards away from described second housing side extend and relative with described second support division, described second link to be partially housed between described first support division and described second support division and to be held in described first and folds portion and described second and fold between portion.

10. electronic installation as claimed in claim 5, it is characterized in that, described pedestal also comprises base, and described base is fixedly installed in the side deviating from described take-up space of described second housing, described base is the sucker with adsorption function, to be close on placed side by described electronic installation.