CN209046279U - It is a kind of can Ping Keli wireless charger - Google Patents

Abstract

The utility model discloses it is a kind of can Ping Keli wireless charger, including framework and be located at the intracorporal wireless charger ontology of frame；The two sides of wireless charger ontology are rotatablely connected with the two sides of framework respectively, and wireless charger ontology can rotate between the closed position and the open position relative to framework；When wireless charger ontology turns to closed position, wireless charger ontology, which lies low, to be contained in framework, at this time can lie against wireless charger on desktop, and electronic equipment is lain against on wireless charger ontology to carry out wireless charging for electronic equipment；When wireless charger ontology turns to open position, one end support wireless charger ontology that framework is located at the wireless charger ontology back side stands on its inclination on desktop, framework is located at the positive one end of wireless charger ontology and is vacantly used to support electronic equipment, it is supported on electronic device and carries out wireless charging for electronic equipment, it is user-friendly, and structure is simple, volume is frivolous, manufacturing cost is low.

Description

It is a kind of can Ping Keli wireless charger

Technical field

The utility model relates to wireless charger technical field, more particularly to it is a kind of can Ping Keli wireless charger.

Background technique

Wireless charger lies low or tilts and put two kinds of charging modes, in the market when electron equipment is charged The wireless charger for most starting to release, which is all only used for lying low or tilt, to be put electron equipment and charges, and user experience is caused It is bad, thus be proposed again on existing market it is a kind of can Ping Keli wireless charger, can lie low put electron equipment into Row charging, and can tilt to put and electronic equipment is supported to give its charging, it is user-friendly, so that user experience is more preferably, but existing Can the wireless charger of Ping Keli its structure is complicated, volume is heavy, manufacturing cost is high.

Therefore, it is necessary to design it is a kind of new can Ping Keli wireless charger to solve the above problems.

Summary of the invention

In order to overcome shortcoming and defect existing in the prior art, the purpose of this utility model is to provide one kind, can put down can Vertical wireless charger, structure is simple, volume is frivolous and manufacturing cost is low.

To achieve the above object, the utility model uses following technical scheme:

It is a kind of can Ping Keli wireless charger, for electron equipment carry out wireless charging characterized by comprising Framework and be located at the intracorporal wireless charger ontology of the frame；The two sides of the wireless charger ontology respectively with the two sides of framework Rotation connection, the wireless charger ontology can rotate rotation relative to the framework between the closed position and the open position；When When the wireless charger ontology turns to closed position, the wireless charger ontology, which lies low, to be contained in the framework；When When the wireless charger ontology turns to open position, the framework is located at one end support institute at the wireless charger ontology back side Stating wireless charger ontology makes its inclination stand, and the framework is located at the positive one end of wireless charger ontology and is vacantly used to support The electronic equipment.

Further, the framework includes the first side wall, second sidewall, third side wall and the 4th side wall, first side Wall and the third side wall are oppositely arranged, and the second sidewall and the 4th side wall are oppositely arranged, the second sidewall and Four side walls are rotatablely connected with the two sides of the wireless charger ontology respectively close to one end of the third side wall.

Further, the inside of the first side wall is equipped with stop section, and the stop section is from the inside of the first side wall It is extended to form towards the direction close to the third side wall, when the wireless charger ontology turns to closed position, the block Portion stops the wireless charger ontology excessively to rotate down close to one end of the first side wall.

Further, the two sides of the stop section are separately connected the second sidewall and the 4th side wall, the block The upper surface in portion is the first inclined surface extended to form from top to bottom towards the direction close to the third side wall, the stop section Lower surface is horizontal plane.

Further, the wireless charger ontology is from top to bottom towards far from described close to the end face of the first side wall The second inclined surface that the direction of the first side wall extends to form, when the wireless charger ontology turns to closed position, the gear Stop is located at below second inclined surface.

Further, the inner surface of the first side wall is to extend shape towards the direction close to the third side wall from top to bottom At third inclined surface, the lower end of first inclined surface from the third inclined surface is continued inclination and is extended to form, described wireless Charger body lies low when being contained in the framework, between being formed between second inclined surface and the third inclined surface Gap.

Further, the wireless charger ontology is from top to bottom towards far from described close to the end face of the third side wall The 4th inclined surface that the direction of the first side wall extends to form, the inner surface of the third side wall are from top to bottom towards far from described the The 5th inclined surface that the direction of one side wall extends to form, the wireless charger ontology lies low when being contained in the framework, institute The 5th inclined surface is stated to fit with the 4th inclined surface.

Further, the inside of the one end of the second sidewall and the 4th side wall close to third side wall has extended towards respectively Shaft, the two sides of the shaft are respectively equipped with convex block and blocked block, and the convex block is located at the shaft towards the third side wall Side, the blocked block is located at the shaft backwards to the side of the third side wall；The wireless charger ontology includes shell Body, the two sides of the shell are respectively corresponded equipped with axis hole, and the shaft is contained in the axis hole so that the wireless charging Electric appliance ontology and the framework are rotatablely connected, and are equipped with and are located above the shaft corresponding to the position of the axis hole in the shell Locating piece and the stop block below the shaft, it is described when the wireless charger ontology turns to closed position The part of the surface of convex block fastens with the locating piece；When the wireless charger ontology turns to open position, institute Another part surface for stating convex block fastens with the locating piece and the blocked block is mutually fixed with the stop block.

Further, the surface of the convex block is cambered surface, and the side of the locating piece is recessed with the first cambered surface portion and second Cambered surface portion；When the wireless charger ontology turns to closed position, the part of the surface of the convex block and second cambered surface Portion fastens；When the wireless charger ontology turns to open position, another part surface of the convex block and described the One cambered surface portion fastens and the blocked block is mutually fixed with the stop block.

Further, the position that the upside of the convex block connects with the shaft is formed with the first receiving portion of indent, institute State the second receiving portion that the position that the downside of convex block connects with the shaft is formed with indent；The locating piece is in first arc It is facial that smooth transitions are additionally provided between second cambered surface portion, it is formed between first cambered surface portion and the transition part First fin is formed with the second fin, the wireless charger ontology rotation between second cambered surface portion and the transition part When to closed position, second fin is sticked in first receiving portion, and the wireless charger ontology turns to opening When position, first fin is sticked in second receiving portion.

Compared with prior art, the utility model has the following beneficial effects:

The utility model can Ping Keli wireless charger, including framework and be located at the intracorporal wireless charger ontology of frame； The two sides of wireless charger ontology are rotatablely connected with the two sides of framework respectively, so that wireless charger ontology can closed with respect to framework Coincidence is set to be rotated between open position；When wireless charger ontology turns to closed position, wireless charger ontology lies low It is contained in framework, wireless charger can be lain against on desktop at this time, electronic equipment is lain against on wireless charger ontology Think that electronic equipment carries out wireless charging, when wireless charger ontology turns to open position, framework is located at wireless charger One end support wireless charger ontology at the ontology back side makes its inclination stand, and framework is located at the positive one end of wireless charger ontology It vacantly is used to support electronic equipment, is supported on electronic device and carries out wireless charging for electronic equipment, user is facilitated to make With, and structure is simple, volume is frivolous, manufacturing cost is low；In addition, the utility model wireless charger ontology is at open position, It is to be suspended on the positive one end of wireless charger ontology by using framework to support electronic equipment, rather than with the prior art one Sample is that bulge-structure is arranged in wireless charger body surface to support electronic equipment, therefore the utility model wireless charger energy Enough so that wireless charger body surface keeps smooth, external form is more aesthetically pleasing.

Detailed description of the invention

Fig. 1 is located at stereoscopic schematic diagram when closed position for the charger body of the utility model wireless charger；

Fig. 2 is located at stereoscopic schematic diagram when open position for the charger body of the utility model wireless charger；

Fig. 3 is located at cross-sectional view when closed position for the charger body of the utility model wireless charger；

Fig. 4 is located at cross-sectional view when open position for the charger body of the utility model wireless charger；

The perspective exploded view of Fig. 5 the utility model wireless charger；

Fig. 6 is the perspective exploded view after the utility model wireless charger turns.

Specific embodiment

For convenient for better understanding the purpose, structure, characteristics and efficacy of the utility model, now in conjunction with attached drawing and specific The utility model is described in further detail for embodiment.

Referring to figure 1, figure 2 and figure 5., the utility model discloses it is a kind of can Ping Keli wireless charger, for electricity Sub- equipment carries out wireless charging, which can be the electronic equipments such as mobile phone or tablet computer, and wireless charger includes frame Body 1 and the wireless charger ontology 2 in framework 1；The two sides of wireless charger ontology 2 are rotated with the two sides of framework 1 respectively Connection, wireless charger ontology 2 can rotate between the closed position and the open position relative to framework 1, when wireless charger ontology 2 When turning to closed position, wireless charger ontology 2, which lies low, to be contained in framework 1, wireless charger can be lain against table at this time On face, electronic equipment can be lain against on wireless charger ontology 2 to carry out wireless charging for electronic equipment；Work as wireless charger When ontology 2 turns to open position, one end support wireless charger ontology 2 that framework 1 is located at 2 back side of wireless charger ontology makes Its inclination is stood on desktop, and one end that framework 1 is located at wireless charger ontology 2 positive (i.e. charging surface) is vacantly used to support Electronic equipment is supported on electronic device and carries out wireless charging for electronic equipment, user-friendly.

Specifically, framework 1 includes the first side wall 11, second sidewall 12, third side wall 13 and the 4th side wall being sequentially connected 14, the first side wall 11 and third side wall 13 are oppositely arranged, and second sidewall 12 and the 4th side wall 14 are oppositely arranged, and first, second, Three, the 4th side wall surrounds the square frame shaped of hollow form jointly, and second sidewall 12 and the 4th side wall 14 are close to third side wall 13 One end be rotatablely connected respectively with the two sides of wireless charger ontology 2, the inside of the first side wall 11 is equipped with stop section 15, stop section 15 are extended to form from the inside of the first side wall 11 towards the direction close to third side wall 13, and wireless charger ontology 2, which turns to, to be closed When coincidence is set, stop section 15 stops wireless charger ontology 2 excessively to rotate down close to one end of the first side wall 11, so that wirelessly Charger body 2, which lies low, to be contained in framework 1.

In the utility model, the two sides of stop section 15 are separately connected second sidewall 12 and the 4th side wall 14, so that gear 15 structure of stop is more firm, is hardly damaged, and the upper surface of stop section 15 is from top to bottom towards the direction close to third side wall 13 The first inclined surface 101 extended to form, the lower surface of stop section 15 are horizontal plane；Certainly in other embodiments, stop section 15 It is also possible to extend to form from the middle position of the first side wall 11 towards the direction close to third side wall 13, and the two sides of stop section 15 It is not connect respectively with second sidewall 12 and the 4th side wall 14.

Fig. 3, Fig. 4 and Fig. 5 are please referred to, further, wireless charger ontology 2 is from upper close to the end face of the first side wall 11 And lower the second inclined surface 102 extended to form towards the direction far from the first side wall 11, wireless charger ontology 2 turn to closure position When setting, stop section 15 is located at 102 lower section of the second inclined surface, thus by stopping the second inclined surface 102 to prevent wireless charger Ontology 2 is excessively rotated down close to one end of the first side wall 11；The inner surface of the first side wall 11 is from top to bottom towards close to third The third inclined surface 103 that the direction of side wall 13 extends to form, the first inclined surface 101 are continued from the lower end of third inclined surface 103 Inclination extends to form, and the horizontal bottom of stop section 15 is extended to form from the external lower horizontal of the first side wall 11, wireless charging Device ontology 2 lies low when being contained in framework 1, is formed with gap 10 between the second inclined surface 102 and third inclined surface 103, thus So that user, when needing wireless charger ontology 2 turning to open position from closed position, user can be by stretching finger Enter in gap 10 to dial up wireless charger ontology 2 close to one end of the first side wall 11 so that wireless charger ontology 2 opposite frameworks 1 turn to open position, user-friendly；The utility model is by designing the inner surface of the first side wall 11 For third inclined surface 103, and the upper surface of stop section 15 is designed as continuing the extend to form first inclination from third inclined surface 103 Face 101 is designed in this way when wireless charger ontology 2 is located at closed position to form the inclined surface of an entirety, facilitates use Family finger smoothly stretches in gap 10 to stir wireless charger ontology 2.

Wireless charger ontology 2 is to prolong from top to bottom towards the direction far from the first side wall 11 close to the end face of third side wall 13 The 4th inclined surface 104 to be formed is stretched, the inner surface of third side wall 13 is to extend from top to bottom towards the direction far from the first side wall 11 The 5th inclined surface 105 formed, wireless charger ontology 2 lies low when being contained in framework 1, i.e., wireless charger ontology 2 is located at When closed position, the 5th inclined surface 105 fits with the 4th inclined surface 104, is designed in this way, and structure is more reasonable, while also can Wireless charger ontology 2 is prevented to be rotated up close to one end of third side wall 13；It preferably, can also be in wireless charger ontology 2 are arranged anti-skidding silica gel on the end face of third side wall 13, so that wireless charger ontology 2 is when tilting standing, it is anti-skidding Silica gel is contacted with desktop, to increase wireless charger ontology 2 and the direct frictional force of desktop, so that wireless charger ontology 2 It stands more firm；It specifically, is towards close to the direction of the first side wall 11 inclination station when the inclination of wireless charger ontology 2 is stood Vertical, the angle between desktop is 75 to 85 degree, preferably 81 degree；The thickness of wireless charger ontology 2 and the thickness of framework 1 It is essentially identical, so that the upper and lower surface of wireless charger ontology 2 is just when wireless charger ontology 2 is contained in framework 1 It is flushed with the upper and lower surface of framework 1.

Fig. 3, Fig. 4 and Fig. 6 are please referred to, specifically, second sidewall 12 and the 4th side wall 14 are close to one end of third side wall 13 Inside extended towards shaft 16 respectively, the two sides of wireless charger ontology 2 are respectively corresponded equipped with axis hole 20, and shaft 16 accommodates In in axis hole 20 so that wireless charger ontology 2 and framework 1 are rotatablely connected；Certainly in other embodiments, can also be Wireless charger ontology 2 is respectively equipped with shaft close to the two sides of one end of third side wall 13, and second sidewall 12 and the 4th side wall 14 are correspondingly provided with axis hole, be equally contained in axis hole 20 by shaft 16 so that wireless charger ontology 20 with 1 turn of framework Dynamic connection；Further, the two sides of shaft 16 are respectively equipped with convex block 161 and blocked block 162, convex block 161 be located at shaft 16 towards The side of third side wall 13, the surface of convex block 161 are cambered surface, and blocked block 162 is located at side of the shaft 16 backwards to third side wall 13.

Wireless charger ontology 2 includes shell, and shell includes the face-piece 21 and bottom case 22 of mutual assembly and connection up and down, is also wrapped Circuit board 23 is included, circuit board 23 is set in face-piece 21 and the accommodating space of the assembling formation of bottom case 22, and the upper surface of circuit board 23 is set There are a Wireless charging coil 24 and LED light 25, Wireless charging coil 24 carries out wireless charging for electron equipment, and LED light 25 Divide the charged state for being exposed to and being used to show outside shell when wireless charger electron equipment is charged；It further include power supply line 26, one end of power supply line 26 is electrically connected to circuit board 23, and the other end is equipped with plug (not shown), by the way that plug is inserted into power supply In the interface of power end, so as to be wireless charger power supply；In the utility model, the lower surface of face-piece 21 is equipped with stud 211, Bottom case 22 is correspondingly provided with perforative screw hole 221 up and down, is tightened in stud 211 to make by the way that screw 27 is passed through screw hole 221 It obtains face-piece 21 to be fixedly connected with the assembling of bottom case 22, certainly in other embodiments, face-piece 21 and bottom case 22 can also be and pass through card Buckle structure realizes that assembling is fixedly connected；Specifically, face-piece 21 is equipped with the axis hole 20, and the position of axis hole 20 is corresponded in face-piece 21 The locating piece 28 above shaft is installed, the position of the corresponding axis hole 20 of bottom case 22 is equipped with the stop block for being located at 16 lower section of shaft 29, the side of locating piece 28 is recessed with the first cambered surface portion 281 and the second cambered surface portion 282；It is closed when wireless charger ontology 2 turns to When coincidence is set, the part of the surface of the convex block 161 in shaft 16 fastens with the second cambered surface portion 282；When 2 turns of wireless charger ontology When moving to open position, another part surface of the convex block 161 in shaft 16 fastens with the first cambered surface portion 281, and blocked block 162 fix with 29 phase of stop block, so that wireless charger ontology 2 is located in open position.

Referring to Fig. 6, further, the position that the upside of convex block 161 connects with shaft 16 is formed with the first receipts of indent Appearance portion 163, the position that the downside of convex block 161 connects with shaft 16 are formed with the second receiving portion 164 of indent；Locating piece 28 is in Smooth transitions 283 are additionally provided between one cambered surface portion 281 and the second cambered surface portion 282, the surface of transition part 283 is also cambered surface, the It is formed with the first fin 284 between one cambered surface portion 281 and transition part 283, is formed between the second cambered surface portion 282 and transition part 283 There is the second fin 285, when wireless charger ontology 2 turns to closed position, the second fin 285 is sticked in the first receiving portion 131 Interior, when wireless charger ontology 2 turns to open position from closed position, the convex block 161 in shaft 16 slips over the transition part 283, the first fin 284 is sticked in the second receiving portion 164 and blocked block 162 is fixed with 29 phase of stop block, so that wirelessly Charger body 2 is positioned at open position；Preferably, shaft 16 is additionally provided with fluting 165 between convex block 161 and blocked block 162, Since shaft 16 is when charger body 2 turns to open position from closed position, can be squeezed with locating piece 28, by setting The fluting 165 is set, the elastic deformability of shaft 16 can be effectively increased, shaft 16 is prevented to be damaged.

To sum up, the utility model can the wireless charger of Ping Keli needing to be lain against on desktop with electron equipment When carrying out wireless charging, its (specific ginseng that lies low and be contained in framework 1 can be made by the way that charger body 2 is turned to closed position Read Fig. 1), then the plug of 26 one end of power supply line is inserted into the interface of power supply, then electronic equipment is lain against wirelessly In charger body 2, wireless charging can be carried out for electronic equipment；It stands needing to tilt wireless charger to support electronics When equipment carries out wireless charging to it, charger body 2 can be turned to open position (referring particularly to Fig. 2) from closed position, Then electronic equipment is supported in the front of wireless charger ontology 2, can electron equipment carry out wireless charging, incline in this way When oblique standing electron equipment is charged, user can also watch the video in electronic equipment simultaneously, user-friendly, when So when wireless charger ontology 2 is located at open position, the utility model wireless charger can also be used when bracket, with support Electronic equipment is in the ideal angle of user；In addition, the utility model wireless charger ontology at open position, be by using Framework is suspended on the positive one end of wireless charger ontology to support electronic equipment, rather than is wireless as the prior art Bulge-structure is arranged to support electronic equipment in charger body surface, therefore the utility model wireless charger enables to wirelessly Charger body surface keeps smooth, and external form is more aesthetically pleasing.

Although the embodiments of the present invention are disclosed above described, it is not intended to limit the utility model, it is any ripe Relevant art is practised, without departing from the spirit and scope of the utility model, such as according to described in application scope of the utility model Shape, construction, feature and spirit, which are worked as, can do a little change, therefore the scope of patent protection of the utility model must regard this patent power Subject to sharp claim defines.

Claims (10)

1. one kind can Ping Keli wireless charger, for electron equipment carry out wireless charging characterized by comprising frame Body and be located at the intracorporal wireless charger ontology of the frame；The two sides of the wireless charger ontology turn with the two sides of framework respectively Dynamic connection, the wireless charger ontology can rotate between the closed position and the open position relative to the framework；When the nothing When line charger body turns to closed position, the wireless charger ontology, which lies low, to be contained in the framework；When the nothing When line charger body turns to open position, one end support that the framework is located at the wireless charger ontology back side is described wireless Charger body makes its inclination stand, and the framework is located at the positive one end of wireless charger ontology and is vacantly used to support the electricity Sub- equipment.

2. wireless charger as described in claim 1, it is characterised in that: the framework includes the first side wall, second sidewall, Three side walls and the 4th side wall, the first side wall and the third side wall are oppositely arranged, the second sidewall and the 4th side Wall is oppositely arranged, the second sidewall and the 4th side wall close to one end of the third side wall respectively with the wireless charger sheet The two sides of body are rotatablely connected.

3. wireless charger as claimed in claim 2, it is characterised in that: the inside of the first side wall is equipped with stop section, institute It states stop section to extend to form from the inside of the first side wall towards the direction close to the third side wall, the wireless charger sheet When body turns to closed position, the stop section stops the wireless charger ontology excessive close to one end of the first side wall It rotates down.

4. wireless charger as claimed in claim 3, it is characterised in that: the two sides of the stop section are separately connected described second Side wall and the 4th side wall, the upper surface of the stop section are to extend shape towards the direction close to the third side wall from top to bottom At the first inclined surface, the lower surface of the stop section is horizontal plane.

5. wireless charger as claimed in claim 4, it is characterised in that: the wireless charger ontology is close to first side The end face of wall is the second inclined surface extended to form from top to bottom towards the direction far from the first side wall, the wireless charger When ontology turns to closed position, the stop section is located at below second inclined surface.

6. wireless charger as claimed in claim 5, it is characterised in that: the inner surface of the first side wall is court from top to bottom The third inclined surface extended to form close to the direction of the third side wall, first inclined surface is under the third inclined surface End is continued inclination and is extended to form, and the wireless charger ontology lies low when being contained in the framework, second inclined surface and Gap is formed between the third inclined surface.

7. wireless charger as claimed in claim 2, it is characterised in that: the wireless charger ontology is close to the third side The end face of wall is the 4th inclined surface extended to form from top to bottom towards the direction far from the first side wall, the third side wall Inner surface is the 5th inclined surface extended to form from top to bottom towards the direction far from the first side wall, the wireless charger sheet Body lies low when being contained in the framework, and the 5th inclined surface fits with the 4th inclined surface.

8. wireless charger as claimed in claim 2 or claim 3, it is characterised in that: the second sidewall and the 4th side wall are close to The inside of one end of three side walls has extended towards shaft respectively, and the two sides of the shaft are respectively equipped with convex block and blocked block, described Convex block is located at side of the shaft towards the third side wall, and the blocked block is located at the shaft backwards to the third side wall Side；The wireless charger ontology includes shell, and the two sides of the shell are respectively corresponded equipped with axis hole, the shaft receiving In, so that the wireless charger ontology and the framework are rotatablely connected, the shell is interior corresponding to described in the axis hole The position of axis hole is equipped with the locating piece being located above the shaft and the stop block below the shaft, when the wireless charging When electric appliance ontology turns to closed position, the part of the surface of the convex block fastens with the locating piece；When the wireless charging When device ontology turns to open position, another part surface and the locating piece of the convex block fasten and the clamping Block is mutually fixed with the stop block.

9. wireless charger as claimed in claim 8, it is characterised in that: the surface of the convex block is cambered surface, the locating piece Side be recessed with the first cambered surface portion and the second cambered surface portion；It is described when the wireless charger ontology turns to closed position The part of the surface of convex block fastens with second cambered surface portion；When the wireless charger ontology turns to open position, institute Another part surface for stating convex block fastens with first cambered surface portion and the blocked block is mutually fixed with the stop block.

10. wireless charger as claimed in claim 9, it is characterised in that: the upside of the convex block connects with the shaft Position is formed with the first receiving portion of indent, and the position that the downside of the convex block connects with the shaft is formed with the second of indent Receiving portion；The locating piece is additionally provided with smooth transitions between first cambered surface portion and second cambered surface portion, and described It is formed with the first fin between one cambered surface portion and the transition part, is formed between second cambered surface portion and the transition part Two fins, when the wireless charger ontology turns to closed position, second fin is sticked in first receiving portion, When the wireless charger ontology turns to open position, first fin is sticked in second receiving portion.