CN209488209U - Positioning component is installed and wireless charger installs locating structure - Google Patents

Abstract

The utility model provides a kind of installation positioning component, including the first positioning identifier, second positioning identifier, first phase magnet and the second phase magnet, first positioning identifier and second positioning identifier are set to the opposite sides of supporting body, first positioning identifier includes multiple first positioning holes set on the first mounting hole of center and set on corner location, second positioning identifier includes multiple second mounting holes set on the second mounting hole of center and set on corner location, first mounting hole and the second mounting hole face are arranged, first positioning hole and second location hole face are arranged, first phase magnet is installed on first positioning hole, second phase magnet is installed on the second location hole, first phase magnet is corresponded and is attracted each other with the second phase magnet.The utility model also provides a kind of wireless charger installation locating structure.The wireless charger installation locating structure of the utility model can understand exactitude position, improve charge efficiency, the loss of electric energy is avoided to waste.

Description

Positioning component is installed and wireless charger installs locating structure

Technical field

The utility model relates to wireless charging technical fields, more particularly to a kind of long-range installation positioning component and wireless charging Electric mounting locating structure.

Background technique

Wireless charging technology (English: Wireless charging technology；Wireless charge Technology it) is derived from wireless power transmission technology, low-power wireless charging and high-power wireless charging two ways can be divided into.

Low-power wireless charging is frequently with induction, such as to mobile phone charging Qi mode.Due to charger and electricity consumption Energy is transmitted with magnetic field between device, is not run wires between the two, therefore charger and the device of electricity consumption can be accomplished It is exposed without conductive junction point.

In the mobile terminals such as mobile phone, in order to provide wireless charging function, it usually needs provide in certain intervals distance Electric signal transmission, for example, usually user needs wireless charging transmitter to be installed on the desk back side, and by power device interval Set on desk front.

In the related art, mobile terminal is often placed on nontransparent platform and charges, for wireless charging transmitter Contraposition determines the charge efficiency of the wireless charging transmitter relative movement terminal whether accurate.But nontransparent platform is answered With in scene, consumer is difficult to precisely align, to reduce charge efficiency, and causes waste of energy.

For the prior art contraposition is inconvenient, charge efficiency is low and the defect of waste of energy, it is necessary to provide a kind of completely new The installation positioning component and wireless charger mounting structure of structure.

Utility model content

For installation contraposition is inaccurate between wireless charger and power device in the prior art, charge efficiency is low and electric energy The technical issues of waste, the utility model provide a kind of facilitate and align installation, charge efficiency is high and save the installation positioning of electric energy Component and wireless charger install locating structure.

The technical solution of the utility model is: a kind of installation positioning component, including the first positioning identifier and described first Positioning identifier relative spacing setting the second positioning identifier, be installed on first positioning identifier multiple first phase magnets and It is installed on multiple second phase magnets of second positioning identifier, first positioning identifier and second positioning identifier point It is not set to the opposite sides of supporting body, first positioning identifier is rectangular sheet comprising set on the first of center Mounting hole and multiple first positioning holes set on corner location, the shape of second positioning identifier and first positioning identifier Shape match comprising the second mounting hole set on center and multiple second location holes set on corner location, institute It states the first mounting hole and the second mounting hole face is arranged, the first positioning hole and the second location hole face are arranged, First phase magnet is installed on the first positioning hole, and second phase magnet is installed on the second location hole, institute It states the first phase magnet and corresponds and attract each other with second phase magnet.

Preferably, first positioning identifier, second positioning identifier, first mounting hole and second installation The central axes in hole are located along the same line.

Preferably, the quantity of the first positioning hole is four, and four first positioning holes are along the first positioning mark The central axes circular array of knowledge is distributed；The quantity of the second location hole is also four, and four second mounting holes are along institute State the central axes circular array distribution of the second positioning identifier.

Preferably, the shape of first mounting hole is selected from one of circular, square or triangle；Second installation The shape in hole is corresponding with the shape of first mounting hole.

Preferably, the supporting body is selected from desk tops or wall.

Preferably, first positioning identifier is fixedly connected with the supporting body by parting compound adhesive；The second positioning mark Knowledge is fixedly connected with the supporting body also by parting compound adhesive.

The utility model also provides a kind of wireless charger installation locating structure, including wireless charging transmitter, magnetic conduction sheet And above-mentioned installation positioning component, the magnetic conduction sheet guide the electromagnetic signal from the wireless charging transmitter, the magnetic conduction Piece match with the shape of first mounting hole and it is corresponding be installed on first mounting hole, the wireless charging transmitter with The shape of second mounting hole, which matches and corresponds to, is installed on second mounting hole.

Compared to the prior art, in the wireless charger installation locating structure of the utility model, using installation positioning group Part positions wireless charging transmitter and magnetic conduction sheet respectively, ease of assembly, when user charges to power device, Ke Yiqing Chu's exactitude position improves charge efficiency, the loss of electric energy is avoided to waste.

Detailed description of the invention

It, below will be to required in embodiment description in order to illustrate more clearly of the technical scheme in the embodiment of the utility model Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the utility model Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings Obtain other attached drawings, in which:

Fig. 1 is the mounting structure schematic diagram of wireless charger installation locating structure and supporting body provided by the utility model；

Fig. 2 is the stereogram exploded view of mounting structure shown in FIG. 1；

Fig. 3 is the cross-sectional view along line A-A of mounting structure described in Fig. 1；

Fig. 4 is the exploded view of cross-sectional view shown in Fig. 3；

Fig. 5 is the use state diagram that the wireless charger that utility model provides installs locating structure.

Specific embodiment

The technical issues of in order to keep the utility model solved, technical solution and beneficial effect are more clearly understood, below In conjunction with accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific implementation described herein Example is only used to explain the utility model, is not used to limit the utility model.

Please refer to Fig. 1 and Fig. 2, the utility model provides a kind of wireless charger installation locating structure 100 comprising Positioning component 10, wireless charging transmitter 20 and magnetic conduction sheet 30 are installed.

The installation positioning component 10 is for the wireless charging transmitter 20 and the location and installation of the magnetic conduction sheet 30.

Specifically, the installation positioning component 10 includes that the first positioning identifier 11 and first positioning identifier 11 are opposite It spaced second positioning identifier 12, multiple first phase magnets 13 for being installed on first positioning identifier 11 and is installed on Multiple second phase magnets 14 of second positioning identifier 12.First positioning identifier 11 and second positioning identifier 12 It is respectively arranged at the opposite sides of supporting body 200, the supporting body 200 is a medium with two opposed parallel surfaces, can To be office table surface, also either there is certain thickness wall etc., the supporting body 200, can for carrying power device With understanding, first positioning identifier 11 is fixedly connected with the supporting body 200 by parting compound adhesive；Second identifier with it is described Supporting body 200 is fixedly connected also by parting compound adhesive, can be convenient first positioning identifier 11 and second positioning identifier 12 Installation and removing.

Fig. 3 and Fig. 4 is please referred to, first positioning identifier 11 is the paster of rectangular sheet comprising is set to center The first mounting hole 111 and multiple first positioning holes 112 set on corner location.The shape of second positioning identifier 12 and institute The shape for stating the first positioning identifier 11 matches comprising set on second mounting hole 121 in middle position and set on corner location Multiple second location holes 122.State the first positioning identifier 11, second positioning identifier 12, first mounting hole 111 and institute The central axes for stating the second mounting hole 121 are located along the same line.

First mounting hole 111 is arranged with 121 face of the second mounting hole, the shape of first mounting hole 111 Selected from one of circular, square or triangle, the shape of the shape of second mounting hole 121 and first mounting hole 111 Shape is corresponding.

The first positioning hole 112 is arranged with 122 face of second location hole, the quantity of the first positioning hole 112 It is four, four first positioning holes 112 are distributed along the central axes circular array of first positioning identifier；Described second The quantity of location hole 122 is also four, and four second location holes 122 are in ring along the central axes of second positioning identifier 12 Shape array distribution.

First phase magnet 13 and second phase magnet 14 are one group of group of magnets to attract each other, described first Phase magnet 13 and second phase magnet 14 are cylindrical.First phase magnet 13 is installed on first positioning Hole 112 simultaneously matches with the quantity of the first positioning hole 112, and second phase magnet 14 is installed on the second location hole 122 and match with the quantity of the second location hole 122, first phase magnet 13 and second phase magnet 14 1 One is corresponding, is adsorbed in the opposite sides of the supporting body 200.In the present embodiment, first phase magnet 13 and described The quantity of second phase magnet 14 is four.

In an assembling process, first positioning identifier 11 supporting body 200 is attached to be used to carry power device 300 one side chooses the correspondence of the first phase magnet 13 and is installed on any one 112 kinds of described first positioning hole；It chooses The corresponding another side for being adsorbed in the supporting body 200 of one second phase magnet 14, it is to be understood that by adjusting institute The position for stating the second phase magnet 14, can determine the position with 13 face of the first phase magnet, i.e. adsorption capacity is maximum Successively remaining three the first phase magnets 13 and remaining three the second phase magnets are completed according to the method described above position Installation；Four the second mounting holes 122 of second positioning identifier 12 are corresponding with second phase magnet 14, and be sheathed on It on the phase magnet 14, is bonded second positioning identifier 12 with the supporting body 200, the installation positioning can be completed The installation of component 10, this kind of mounting means may be implemented first positioning identifier 11 and described second and determine using magneticaction Bit identification 12 nontransparent platform contraposition, it is easy to operate, it is easy to use.At this point, first mounting hole 111 and described second The setting of 121 face of mounting hole, first phase magnet 13 are installed on the first positioning hole 112, second phase magnet 14 are installed on the second location hole 122.After the installation is completed, first phase magnet 13 and second phase magnet 14 can To remove.

The wireless charging transmitter 20 is used for transmission of electromagnetic signals, is 300 wireless charging of power device.The wireless charging Electric transmitter 20 matches with the shape of second mounting hole 121 and corresponding is installed on second mounting hole 121.

Referring to Fig. 5, the magnetic conduction sheet 30 guides the electromagnetic signal from the wireless charging transmitter 20, believe electromagnetism Number concentrate, improve charge efficiency, the magnetic conduction sheet match with the shape of first mounting hole 111 and it is corresponding be installed on described in First mounting hole 111.It is understood that the power device 300 is placed on the magnetic conduction sheet 30 i.e. when needing to charge It can.

Further, the magnetic conduction sheet 30 and the wireless charging transmitter 20 and the supporting body 200 are also by glue-line Connection, is easily installed and separates.

Further, after the magnetic conduction sheet 30 and the wireless charging transmitter 20 are installed, first positioning Mark 11 and second positioning identifier 12 can be removed, so that only retaining the magnetic conduction sheet 30 and institute on the supporting body 200 Wireless charging transmitter 20 is stated, the space of the supporting body 200 is not take up, at this point, the magnetic conduction sheet 30 and the wireless charging Transmitter 20 keeps face, and efficiency of transmission is high, and charging rate is fast, and energy saving.

Compared to the prior art, it in the wireless charger installation locating structure 10 of the utility model, is positioned using installation Component 10 positions wireless charging transmitter 20 and magnetic conduction sheet 30, ease of assembly, when user charges to power device respectively When, it can understand exactitude position, improve charge efficiency, the loss of electric energy is avoided to waste.

The above description is only the embodiments of the present invention, and therefore it does not limit the scope of the patent of the utility model, all Using equivalent structure or equivalent flow shift made by the utility model description, it is applied directly or indirectly in other phases The technical field of pass, is also included in the patent protection scope of the utility model.

Claims (7)

1. a kind of installation positioning component, including the first positioning identifier, second with the first positioning identifier relative spacing setting Positioning identifier, multiple first phase magnets for being installed on first positioning identifier and it is installed on the more of second positioning identifier A second phase magnet, first positioning identifier and second positioning identifier are respectively arranged at the opposite sides of supporting body, It is characterized in that, first positioning identifier is rectangular sheet comprising set on the first mounting hole of center and set on side Multiple first positioning holes of Angle Position, the shape of second positioning identifier and the shape of first positioning identifier match, It includes the second mounting hole set on center and multiple second location holes set on corner location, first mounting hole with The second mounting hole face setting, the first positioning hole and the second location hole face are arranged, the first positioning magnetic Iron is installed on the first positioning hole, and second phase magnet is installed on the second location hole, first phase magnet It corresponds and attracts each other with second phase magnet.

2. installation positioning component according to claim 1, which is characterized in that first positioning identifier, described second are determined The central axes of bit identification, first mounting hole and second mounting hole are located along the same line.

3. installation positioning component according to claim 2, which is characterized in that the quantity of the first positioning hole is four, Four first positioning holes are distributed along the central axes circular array of first positioning identifier；The number of the second location hole Amount is also four, and four second mounting holes are distributed along the central axes circular array of second positioning identifier.

4. installation positioning component according to claim 1, which is characterized in that the shape of first mounting hole is selected from circle One of shape, rectangular or triangle；The shape of second mounting hole is corresponding with the shape of first mounting hole.

5. installation positioning component according to claim 1, which is characterized in that the supporting body is selected from desk tops or wall Body.

6. installation positioning component according to claim 1, which is characterized in that first positioning identifier and the supporting body It is fixedly connected by parting compound adhesive；Second positioning identifier is fixedly connected with the supporting body also by parting compound adhesive.

7. a kind of wireless charger installs locating structure, which is characterized in that wanted including wireless charging transmitter, magnetic conduction sheet and right The described in any item installation positioning components of 1-6 are sought, the magnetic conduction sheet guides the electromagnetic signal from the wireless charging transmitter, The magnetic conduction sheet matches with the shape of first mounting hole and corresponding is installed on first mounting hole, the wireless charging Transmitter matches with the shape of second mounting hole and corresponding is installed on second mounting hole.