CN208417990U - Modularity electronic clamp bracket easy to assemble - Google Patents

Abstract

The utility model discloses a kind of modularity electronic clamp bracket easy to assemble, includes shell, electronic clamping mould group, bottom support arm, Wireless charging coil, circuit board；Electronic clamping mould group includes mould group internal frame and the removable driving motor being installed in mould group internal frame, left clamping limb, right clamping limb, driving motor is connected to left clamping limb and/or right clamping limb by transmission mechanism, and left clamping limb, right clamping limb are stretched out respectively outside the corresponding left and right side of mould group internal frame；Left clamping limb, right clamping limb are stretched out respectively outside the corresponding left and right side of shell；Wireless charging coil is stacked at the front side of electronic clamping mould group, and bottom support arm stretches out outside the bottom end of shell；Circuit board is connected with the induction module for incuding mobile electronic device pick-and-place movement；Take this, driving motor, left clamping limb and right clamping limb three modularity are formed into an entirety, easy to disassemble, later period maintenance and replacement are convenient, but also inner body positioning is more acurrate, improve product quality and installation effectiveness.

Description

Modularity electronic clamp bracket easy to assemble

Technical field

The utility model relates to electronic clamping field of stents technologies, refer in particular to a kind of modularity electronic clamping branch easy to assemble Frame.

Background technique

Existing electronic clamp bracket, installation trouble, such as: its left clamping limb, right clamping limb and driving motor difference It is fixed in the inside of electronic clamp bracket, in subsequent maintenance replacement, disassembling operations are cumbersome, in addition, its single zero Part assembles the mode of positioning respectively, and the assemble stable for also resulting in entire electronic clamp bracket is not good enough, has limited to the group of product Fill precision and service performance stability.

Therefore, it is necessary to develop the new technical solution of one kind to solve the above problems.

Utility model content

In view of this, the utility model is in view of the existing deficiencies of the prior art, main purpose is to provide a kind of modularity Driving motor, left clamping limb and right clamping limb three modularity are formed an entirety, are convenient for by electronic clamp bracket easy to assemble Dismounting, later period maintenance and replacement are convenient, but also inner body positioning is more acurrate, improve product quality and installation effectiveness.

To achieve the above object, the utility model is using following technical solution:

A kind of modularity electronic clamp bracket easy to assemble, include shell and be installed in shell electronic clamping mould group, Bottom support arm, Wireless charging coil, circuit board；

The electronic clamping mould group includes mould group internal frame and the removable driving motor being installed in mould group internal frame, left clamping Arm, right clamping limb, the driving motor are connected to left clamping limb and/or right clamping limb by transmission mechanism, the left clamping limb, Right clamping limb is stretched out respectively outside the corresponding left and right side of mould group internal frame；

The electronic clamping mould group is installed in shell by the way that mould group internal frame is removable, the left clamping limb, right clamping limb It is stretched out outside the corresponding left and right side of shell respectively；The Wireless charging coil is stacked at the front side of electronic clamping mould group, the bottom Portion's support arm stretches out outside the bottom end of shell；

The circuit board is connected to Wireless charging coil and driving motor, and, the circuit board is also connected with use In the induction module of induction mobile electronic device pick-and-place movement.

As a preferred embodiment, the driving motor is located at the top position of left clamping limb and right clamping limb, the electricity Road plate is located at the lower position of electronic clamping mould group.

As a preferred embodiment, the mould group internal frame includes the preceding internal frame and rear internal frame of split settings, the rear internal frame With the clamping part that one extends forward, it is recessed with card slot on front side of the preceding internal frame, the preceding internal frame is connected with rear internal frame, institute Clamping part is stated to adapt in card slot.

As a preferred embodiment, the installation being recessed on front side of the preceding internal frame for placing Wireless charging coil is recessed Position, the Wireless charging coil are located in installation recess.

As a preferred embodiment, the transmission mechanism includes gear shaft, left rack gear and right rack gear, aforementioned driving motor Output shaft tooth connection wheel shaft, the gear spindle drive is connected to left rack gear and right rack gear, and the left rack gear connects right clamping limb, The right rack gear connects left clamping limb.

As a preferred embodiment, left elastic component and right elastic component, the right elasticity are also installed in the mould group internal frame The right end of part is fixed with respect to rack position in mould group, and the left end of the right elastic component acts on right clamping limb, the left elasticity to the left The left end of part is fixed with respect to rack position in mould group, and the right end of the left elastic component acts on to the right left clamping limb；The left rack gear Right end be butted on the left end of right clamping limb, the left end of the right rack gear is butted on the right end of left clamping limb；

When the induction module induction mobile electronic device takes movement, the induction module controls driving motor forward driving Left tooth form item and right tooth form item move outward, and the left tooth form item, which is turned right, pushes right clamping limb, the right tooth form item turn left to Push away left clamping limb；

When the induction module induction mobile electronic device puts movement, the induction module control driving motor is driven in the reverse direction Left tooth form item and right tooth form item move inward, and the left clamping limb is turned right to be displaced under the reset response of left elastic component and be clamped, The right clamping limb is turned left to be displaced under the reset response of right elastic component and be clamped.

As a preferred embodiment, the bottom support arm includes the adjusting block and bottom supporting block of front and back assembling setting, The rear side of the adjusting block is equipped with adjusting gear rack, and the adjusting gear rack is in being vertically arranged, and the front side of the bottom supporting block is with after Side is respectively equipped with adjusting fixture block and sliding block, the adjusting fixture block slidably adapt to adjusting gear rack, be formed with confession in previous housings The sliding slot of sliding block sliding, the sliding block adapt in sliding slot.

As a preferred embodiment, the shell includes front cover and rear shell, aforementioned electronic clamping mould group, circuit board, bottom Support arm is sequentially connected to from top to bottom on the front inner wall of rear shell, and the circuit board is stacked at the front side of bottom support arm.

The utility model has clear advantage and beneficial effect compared with prior art, specifically:

It mainly by the way that driving motor, left clamping limb and right clamping limb three modularity are formed an entirety, is convenient for Dismounting, later period maintenance and replacement are convenient, especially, are designed by modularity, so that inner body positioning is more acurrate, are conducive to mention High yield quality and installation effectiveness；

Followed by, compact overall structure, especially driving motor are provided separately up and down with circuit board, are reserved and are filled to circuit board The design space divided efficiently uses the installation space of interior of shell convenient for the design of circuit board and the arrangement of electronic component, so that Topology layout in shell is more reasonable, also avoids the heat of both circuit board and driving motor from influencing each other and is superimposed, so that entirely The heat dissipation performance of electronic clamp bracket is more preferable；

And by bottom support arm, guarantee that the bottom stability of strutting system of mobile electronic device especially passes through adjusting The adjustable design of bottom support arm, better wearing band charging equipment size, user are realized in the cooperation of fixture block and adjusting gear rack Just, there is preferable practicability.

For the structure feature and effect for more clearly illustrating the utility model, come with reference to the accompanying drawing with specific embodiment pair The utility model is described in detail.

Detailed description of the invention

Fig. 1 is the three-dimensional assembling structure schematic diagram of the embodiment of the utility model；

Fig. 2 is the front view of the embodiment of the utility model；

Fig. 3 is the decomposition texture schematic diagram of the embodiment of the utility model；

Fig. 4 is the electronic clamping mould splits solution structure schematic diagram of the embodiment of the utility model；

Fig. 5 is the electronic clamping mould group cross section structure schematic diagram of the embodiment of the utility model；

Fig. 6 is the interior mounting support structure schematic diagram of the embodiment of the utility model；

Fig. 7 is the bottom support arm decomposition texture schematic diagram of the embodiment of the utility model；

Fig. 8 is another angle decomposition structural schematic diagram of bottom support arm of the embodiment of the utility model；

Fig. 9 is that the state of the embodiment of the utility model uses figure.

Description of drawing identification:

10, shell 11, front cover

12, rear shell 122, sliding slot

13, USB interface 20, mounting portion

30, electronic clamping mould group 31, left clamping limb

311, left clamping part 32, right clamping limb

321, right clamping part 33, driving motor

331, gear shaft 341, preceding internal frame

342, rear internal frame 343, installation recess

344, clamping part 345, card slot

346, mounting ears 347, screw fixed hole

348, through hole 35, left rack gear are installed

36, right rack gear 37, interior mounting bracket

371, the first sliding rail 372, the second sliding rail

373, gear shaft installation position 38, left elastic component

39, right elastic component 40, bottom support arm

401, support convex 41, adjusting block

411, adjusting gear rack 42, bottom supporting block

421, fixture block 422, sliding block are adjusted

50, Wireless charging coil 60, circuit board

71, identification module 72, releasing module

80, mobile electronic device.

Specific embodiment

It please refers to shown in Fig. 1 to Fig. 9, that show the specific structure of the embodiment of the utility model, a kind of modularity Electronic clamp bracket easy to assemble, include shell 10 and be installed in shell 10 electronic clamping mould group 30, bottom support arm 40, Wireless charging coil 50, circuit board 60, in which:

The shell 10 is equipped with usb 13, and the usb 13 is electrically connected to circuit board 60.The shell 10 Rear side is connected with mounting portion 20, vehicle-mounted for clamping or being adsorbed in.

The shell 10 includes front cover 11 and rear shell 12, aforementioned electronic clamping mould group 30, circuit board 60, bottom support arm 40 It is sequentially connected on the front inner wall of rear shell 12 from top to bottom, the circuit board 60 is stacked at the front side of bottom support arm 40.

The electronic clamping mould group 30 includes mould group internal frame and the driving motor 33, the left clamping limb that are installed in mould group internal frame 31, right clamping limb 32, interior mounting bracket 37, left elastic component 38 and right elastic component 39, the electronic clamping mould group pass through in mould group Frame is removable to be installed in shell 10, and the left clamping limb 31, right clamping limb 32 are stretched out respectively outside the corresponding left and right side of shell 10 Portion；The right end of the right elastic component 39 is fixed with respect to rack position in mould group, and the left end of the right elastic component 39 acts on the right side to the left The left end of clamping limb 32, the left elastic component 38 is fixed with respect to rack position in mould group, and the right end of the left elastic component 38 is made to the right For left clamping limb 31；The right end of the left rack gear 35 is butted on the left end of right clamping limb 32, and the left end of the right rack gear 36 is butted on The right end of left clamping limb 31.

The Wireless charging coil 50 is stacked at the front side of electronic clamping mould group 30, in the present embodiment, following preceding internal frames 341 front side is recessed with the installation recess 343 for placing Wireless charging coil 50, and the Wireless charging coil 50 is located at installation In recess 343.The interior mounting bracket 37 is equipped with the first sliding rail 371 and the second sliding rail 372 extended in left-right direction, described Left clamping limb along the first sliding rail 371, reciprocally install by displacement-type, and the right clamping limb 32 is along the second sliding rail 372 reciprocally displacement-type Installing.

In the present embodiment, the mould group internal frame includes the preceding internal frame 341 and rear internal frame 342 of split settings, interior after described The clamping part 344 that there is frame 342 one to extend forward, the front side of the preceding internal frame 341 is recessed with card slot 345, the preceding internal frame 341 and rear internal frame 342 connect, the clamping part 344 adapts in card slot 345.

And in 342 the two of the preceding internal frame 341 and rear internal frame, one is equipped with mounting ears 346, another to be equipped with screw Fixation hole 347, the center of the mounting ears 346 are equipped with installation through hole 348, the first screw by installation through hole 348 with Screw fixed hole 347 is fixed on the inner wall of shell 10.

The driving motor 33 is located at the top position of left clamping limb 31 and right clamping limb 32, and the circuit board 60 is located at electricity The lower position of dynamic clamping mould group 30.The driving motor 33 is connected to left clamping limb 31 and/or right clamping by transmission mechanism Arm 32, the left clamping limb 31, right clamping limb 32, which are stretched out respectively outside the corresponding left and right side of mould group internal frame, forms corresponding left folder Hold portion 311 and right clamping part 321.The transmission mechanism includes gear shaft 331, left rack gear 35 and right rack gear 36, aforementioned driving The output shaft tooth connection wheel shaft 331 of motor 33, the transmission connection of gear shaft 331 is in left rack gear 35 and right rack gear 36, the left side Rack gear 35 connects right clamping limb 32, and the right rack gear 36 connects left clamping limb 31.

The output end of the driving motor 33 is equipped with the gear shaft for be sequentially connected left rack gear 35 and/or right rack gear 36 331, the recessed sprocket drive spindle installation position 373 of the interior mounting bracket 37, aforesaid gears axis 331 adapts to gear shaft installation position 373 It is interior.

The circuit board 60 is connected to Wireless charging coil 50 and driving motor 33, and, the circuit board 60 is also It is connected with the induction module for incuding mobile electronic device pick-and-place movement.The induction module includes identification module 71 and releases Module 72, in the present embodiment, the identification module 71 are set to the front side of shell 10, and the releasing module 72 is set to shell 10 periphery；Preferably, the identification module 71 is optoelectronic induction module or magnetic induction module, and the releasing module 72 is resistance Soft-touch control, capacitive touch switch or photoelectric sensor switch.

(i.e. identification module 71 detects mobile electronic device when the induction module induction mobile electronic device 80 puts movement 80 when being placed in the signal of shell 10), the induction module control driving motor be driven in the reverse direction left tooth form item and right tooth form item to Medial movement, the left clamping limb 31 are turned right to be displaced under the reset response of left elastic component 38 and be clamped, and the right clamping limb 32 exists Displacement of turning left under the reset response of right elastic component 39 clamps.

The induction module induction mobile electronic device 80 takes and (releases module 72 when movement and receive mobile electron of taking When the signal of equipment 80), the induction module control left tooth form item of driving motor forward driving and right tooth form item move outward, The left tooth form item 35, which is turned right, pushes right clamping limb 32, and the right tooth form item 36, which is turned left, pushes left clamping limb 31.

The bottom support arm 40, which stretches out, forms support convex 401 outside the bottom end of shell 10.In the present embodiment, described Bottom support arm 40 includes that the adjusting block 41 of front and back assembling setting and bottom supporting block 42, aforementioned support convex 401 are set to bottom In portion's supporting block 42, the rear side of the adjusting block 41 is equipped with adjusting gear rack 411, and the adjusting gear rack 411 is in be vertically arranged, described The front side of bottom supporting block 42 and rear side are respectively equipped with adjusting fixture block 421 and sliding block 422, the adjusting fixture block 421 are slidably fitted Assigned in adjusting gear rack 411, the sliding slot 121 slided for sliding block 422 is formed in previous housings 10, the sliding block 422 adapts to slide In slot 121.

The design focal point of the utility model is, mainly by by driving motor, left clamping limb and right clamping limb three Person's modularity forms an entirety, easy to disassemble, and later period maintenance and replacement are convenient, especially, is designed by modularity, so that interior Part positioning in portion's is more acurrate, is conducive to improve product quality and installation effectiveness；

Followed by, compact overall structure, especially driving motor are provided separately up and down with circuit board, are reserved and are filled to circuit board The design space divided efficiently uses the installation space of interior of shell convenient for the design of circuit board and the arrangement of electronic component, so that Topology layout in shell is more reasonable, also avoids the heat of both circuit board and driving motor from influencing each other and is superimposed, so that entirely The heat dissipation performance of electronic clamp bracket is more preferable；

And by bottom support arm, guarantee that the bottom stability of strutting system of mobile electronic device especially passes through adjusting The adjustable design of bottom support arm, better wearing band charging equipment size, user are realized in the cooperation of fixture block and adjusting gear rack Just, there is preferable practicability.

The above descriptions are merely preferred embodiments of the present invention, not makees to the technical scope of the utility model Any restrictions, therefore any trickle amendment made by the above technical examples according to the technical essence of the present invention, equivalent change Change and modify, is still within the scope of the technical solutions of the present invention.

Claims (8)

1. a kind of modularity electronic clamp bracket easy to assemble, it is characterised in that: include shell and be installed on it is electronic in shell Clamp mould group, bottom support arm, Wireless charging coil, circuit board；

The electronic clamping mould group include mould group internal frame and the removable driving motor being installed in mould group internal frame, left clamping limb, Right clamping limb, the driving motor are connected to left clamping limb and/or right clamping limb, the left clamping limb, the right side by transmission mechanism Clamping limb is stretched out respectively outside the corresponding left and right side of mould group internal frame；

The electronic clamping mould group is installed in shell by the way that mould group internal frame is removable, the left clamping limb, right clamping limb difference It stretches out outside the corresponding left and right side of shell；The Wireless charging coil is stacked at the front side of electronic clamping mould group, the bottom branch Brace is stretched out outside the bottom end of shell；

The circuit board is connected to Wireless charging coil and driving motor, and, the circuit board is also connected with for feeling The induction module for answering mobile electronic device pick-and-place to act.

2. modularity electronic clamp bracket easy to assemble according to claim 1, it is characterised in that: the driving motor is located at The top position of left clamping limb and right clamping limb, the circuit board are located at the lower position of electronic clamping mould group.

3. modularity electronic clamp bracket easy to assemble according to claim 2, it is characterised in that: the mould group internal frame includes The preceding internal frame and rear internal frame of split settings, the clamping part that there is the rear internal frame one to extend forward, the front side of the preceding internal frame It is recessed with card slot, the preceding internal frame is connected with rear internal frame, and the clamping part adapts in card slot.

4. modularity electronic clamp bracket easy to assemble according to claim 3, it is characterised in that: the front side of the preceding internal frame It is recessed with the installation recess for placing Wireless charging coil, the Wireless charging coil is located in installation recess.

5. modularity electronic clamp bracket easy to assemble according to claim 1, it is characterised in that: the transmission mechanism includes Gear shaft, left rack gear and right rack gear, the output shaft tooth connection wheel shaft of aforementioned driving motor, the gear spindle drive are connected to a left side Rack gear and right rack gear, the left rack gear act on right clamping limb, and the right rack gear acts on left clamping limb.

6. modularity electronic clamp bracket easy to assemble according to claim 5, it is characterised in that: in the mould group internal frame also It is installed with left elastic component and right elastic component, the right end of the right elastic component is fixed with respect to rack position in mould group, the right elastic component Left end act on right clamping limb to the left, the left end of the left elastic component is fixed with respect to rack position in mould group, the left elastic component Right end act on left clamping limb to the right；The right end of the left rack gear is butted on the left end of right clamping limb, the left end of the right rack gear It is butted on the right end of left clamping limb；

When the induction module induction mobile electronic device takes movement, the induction module controls the left tooth of driving motor forward driving Shape item and right tooth form item move outward, and the left tooth form item, which is turned right, pushes right clamping limb, and the right tooth form item, which is turned left, pushes a left side Clamping limb；

When the induction module induction mobile electronic device puts movement, the induction module control driving motor is driven in the reverse direction left tooth Shape item and right tooth form item move inward, and the left clamping limb is turned right to be displaced under the reset response of left elastic component and be clamped, described Right clamping limb is turned left to be displaced under the reset response of right elastic component and be clamped.

7. modularity electronic clamp bracket easy to assemble according to claim 1, it is characterised in that: the bottom support arm packet The adjusting block and bottom supporting block of front and back assembling setting are included, the rear side of the adjusting block is equipped with adjusting gear rack, the adjusting gear rack In being vertically arranged, the front side of the bottom supporting block and rear side are respectively equipped with adjusting fixture block and sliding block, the adjusting fixture block and can slide It is dynamic to adapt to adjusting gear rack, the sliding slot for sliding block sliding is formed in previous housings, the sliding block adapts in sliding slot.

8. modularity electronic clamp bracket easy to assemble according to claim 1, it is characterised in that: the shell includes front cover And rear shell, aforementioned electronic clamping mould group, circuit board, bottom support arm are sequentially connected to from top to bottom on the front inner wall of rear shell, The circuit board is stacked at the front side of bottom support arm.