TWM496890U - Wireless charger holding adjustment structure - Google Patents

Description

Wireless charger's mounting adjustment structure

This creation is about the structural design of a wireless charger, especially a mounting adjustment structure for a wireless charger.

With the advent of the era of high-tech industries, all kinds of electronic products that are carried with you have become an indispensable corner in the lives of modern people. No matter the work, entertainment or communication, the use of electronic products is indispensable. Electronic products are used at a high rate and often need to be charged to maintain their normal operation. Therefore, related companies have introduced portable wireless chargers (ie, mobile power), which allows users to charge various electronic products anytime, anywhere, even when they are not at home. Moreover, the portable electronic product can be charged wirelessly only by being placed on the wireless charger, thereby eliminating the inconvenience of requiring the charger connector to be inserted and removed.

However, the wireless charging transmitter module currently on the market has its wireless charging and transmitting coil module directly fixed on the charging panel, and the power supply device or the electronic product must correctly correspond to the wireless charging transmitting coil module. The charging is performed on the ground. Therefore, the wireless charger on the market can only be charged in a horizontal manner, so that the user can not clearly watch the important information or the phone displayed on the display panel during the work, and the manufacturer develops the erect. Wireless chargers, and with the development of electronic digital products, various models or types of electronic products, such as smart phones and tablet phones, have emerged. Vertical wireless chargers cannot meet different specifications. The current situation of electronic products that cannot be charged, and the existing wireless chargers have been difficult to meet the various needs of users.

Therefore, in view of the lack of the aforementioned wireless charger, the main purpose of the present invention is to provide a wireless charger's mounting adjustment structure, which can wirelessly charge the electronic device to be charged at any angle, and can adjust the wireless charging module. The height is more conducive to the charging of various types or types of electronic products.

The present invention provides a mounting adjustment structure for a wireless charger including a socket, a wireless charging module, and a carrier, wherein the socket has a pair of bearing members. The wireless charging module has a transmitting coil, wherein the carrier is coupled to the receiving seat.

The slab includes a slanted back plate, a slidable carrier plate slidably coupled to the slanted back plate, and the transmitting coil of the wireless charging module is disposed in the slidable carrier plate The inclined back plate includes a pair of shafts, a pair of rails, and a positioning portion, the slidable carrier plate includes a pair of guiding slots corresponding to the pair of guiding rails of the inclined backing plate, the slidable carrier plate is at When the user is operated in an upward sliding direction, the pair of guiding grooves of the slidable carrier plate moves along the pair of guiding rails of the inclined backing plate, so that the slidable carrier plate slides relative to the inclined backing plate Moving, thereby adjusting the height of the transmitting coil relative to the top surface of the socket to accommodate different charging requirements of the electronic device to be charged.

a positioning groove, the at least one positioning portion of the inclined back plate is engaged with the at least one positioning of the inclined back plate when the slidable carrier slides on the inclined back plate along the upward sliding direction The slot is positioned to position the slidable carrier on the sloping backplane.

Wherein the pair of shafts are rotatably coupled to the pair of bearing members of the socket, such that the inclined backing plate is operatively rotated by the pair of shafts as a center of rotation, thereby adjusting the inclined backing plate to correspond to the bearing The angle of inclination of the seat.

The sloping back plate further includes a gear, the slidable carrier further includes a straight rack, and the slidable plate is disposed along the upward sliding direction, and the straight rack is engaged with the inclined back Plate gears.

The receiving seat is adjacent to the receiving seat, and a receiving socket is formed for positioning the bottom edge of one of the electronic devices to be charged.

In terms of effect, through the wireless charger's receiving adjustment structure, the wireless charging transmitting device can be placed flat and tilted, and the electronic device to be charged can be charged in a horizontal manner, or the electronic device to be charged can be charged in a vertical manner. This can achieve the purpose of creating a wireless charging transmitter that can be placed flat and tilted. In addition, the wireless charging module can also easily adjust its high and low position, so that the electronic device to be charged does not have the disadvantage of being unable to be charged due to differences in different models and specifications.

The specific techniques used in this creation will be further illustrated by the following examples and accompanying drawings.

100‧‧‧Fixed charger mounting adjustment structure

1‧‧‧ socket

11‧‧‧ bearing components

12‧‧‧ socket housing

2‧‧‧Wireless charging module

21‧‧‧Transmission coil

3‧‧‧ board

31‧‧‧Sloping backplane

31a‧‧‧ shaft

31b‧‧‧rail

31c‧‧‧ Positioning Department

32‧‧‧Slidable plate

32a‧‧‧Guide

32b‧‧‧ positioning slot

4‧‧‧ Gears

41‧‧‧straight rack

P‧‧‧Electrical devices to be charged

P1‧‧‧Induction coil

G‧‧‧Upward down direction

H‧‧‧ Height

I‧‧‧ tilt angle

Figure 1 is a schematic diagram showing a preferred embodiment of the present invention.

Figure 2 is a cross-sectional view showing the section A-A of Figure 1.

Figure 3 is a schematic view showing the slanting of the deck in the present creation.

Figure 4 is a cross-sectional view showing the section B-B of Figure 3.

Figure 5 is an exploded view showing the slanted back panel member of the present invention.

Figure 6 is an exploded view showing the slidable carrier member of the present invention.

Fig. 7 is a schematic view showing the slippage of the slippery plate of the present invention.

Figure 8 is a cross-sectional view showing the section C-C of Figure 7.

Figure 9 is a schematic view showing the adjustment of the socket in the present creation.

Figure 10 is a cross-sectional view showing the section D-D of Figure 9.

FIG. 11 is a schematic diagram showing the charging of the electronic device to be charged in the present invention.

Referring to FIG. 1 to FIG. 4 , the mounting adjustment structure 100 of the present invention includes a socket 1 , a wireless charging module 2 , and a carrier 3 . The socket 1 is provided with a pair of bearing members 11 . The wireless charging module 2 includes a transmitting coil 21, and the wireless charging module 2 is disposed on the carrier 3 and has a plane or an inclined angle I with the top surface of the receiving base 1 to provide an electronic device P to be charged. The use of charging, the shape of the socket 1 For any form, this creation takes the form of a circular shape as an example.

A receiving slot 12 is formed at a selected position of the recessed space of the socket 1 for receiving and positioning the electronic device P to be charged on the bottom edge of the receiving socket 12.

Please refer to FIG. 5 and FIG. 6. FIG. 5 is an exploded view showing the slanted back plate member of the present invention and FIG. 6 is an exploded view showing the slidable plate member of the present invention. As shown, the carrier 3 is formed by a combination of a sloping back plate 31 and a slidable carrier plate 32. The slanted back plate 31 is provided with a pair of shafts 31a at selected positions, and the pair of shafts 31a can be The pair of bearing members 11 of the socket 1 are rotatably coupled. A pair of guide rails 31b are disposed on the left and right sides of the inclined back plate 31. The pair of guide rails 31b include a plurality of positioning portions 31c, and the plurality of positioning portions 31c are disposed adjacent to each other in the middle of the pair of guide rails 31b. There is a gear 4.

The slidable carrier 32 includes the wireless charging module 2 and the transmitting coil 21 in the wireless charging module. The left and right sides of the sliding carrier 32 are provided with a pair of guiding slots 32a. The pair of guiding slots 32a The plurality of positioning grooves 32b are included, and the plurality of position grooves 32b are adjacent to each other, and the straight rack 41 is disposed at the middle of the pair of guiding grooves 32a.

The pair of guide rails 31b of the inclined back plate 31 correspond to the pair of guide grooves 32a of the slideable support plate 32, and the slideable carrier plate 32 is slidable when the user is operated in an upward sliding direction. The pair of guide grooves 32a of the transfer plate 32 are moved along the pair of guide rails 31b of the inclined back plate 31 to slide the slidable carrier plate 32 relative to the inclined back plate 31, thereby adjusting the transmitting coil 21 relative to each other. The height H of the top surface of the socket 1 is used to provide different relative specifications of the wireless charging module 2 and the carrier 3 due to differences in specifications when charging the electronic device P to be charged.

The gear 4 in the inclined back plate 31 and the straight rack 41 in the slidable carrier 32 are disposed on the slidable carrier 32 along the upward sliding direction, and the straight rack 41 The gear 4 meshing with the inclined back plate 31 increases the stability of the carrier 3 when it is adjusted.

The positioning portion 31c of the inclined back plate 31 and the slidable carrier 32 The positioning groove 32b is corresponding to each other. When the slidable carrier 32 slides on the inclined back plate 31 along the upward sliding direction, the at least one positioning portion 31c of the inclined back plate 31 is slidable. The at least one positioning groove 32b of the transfer plate 32 is fixed to the inclined back plate 31.

Referring to FIG. 7 to FIG. 10 , the mounting base 1 is adjacent to the mounting base 1 , and a receiving socket 12 is formed for the electronic device to be charged P to be placed at the bottom of the receiving socket 12 . The edge is positioned. The receiving socket 12 can be adjusted up and down according to different electronic devices P to be charged to conform to different types of electronic devices P to be charged.

Please refer to FIG. 11 , which is a schematic diagram showing the charging of the electronic device to be charged. As shown in the figure, a receiving socket 12 is formed adjacent to the recessed space of the socket 1 for positioning the bottom edge of the electronic device P to be charged. The wireless charging module 2 is coupled to the carrier 3, and the carrier 3 is rotated by the pair of shafts 31a. The wireless charging module 2 is separated from the recessed space by the user to form an oblique angle I for the electronic device to be charged. The P is placed on the panel of the wireless charging module 2 at an oblique angle, and receives an electromagnetic signal emitted by the wireless charging module 2 through an induction coil P1 disposed inside the electronic device P to be charged, and is treated after being converted. The battery inside the charging electronic device P is charged.

100‧‧‧Fixed charger mounting adjustment structure

1‧‧‧ socket

12‧‧‧ socket housing

3‧‧‧ board

31‧‧‧Sloping backplane

32‧‧‧Slidable plate

H‧‧‧ Height

Claims (3)

A mounting adjustment structure for a wireless charger includes: a socket having a pair of bearing members; a wireless charging module having a transmitting coil; and a carrier plate coupled to the mounting seat; The carrier includes: a sloping back plate comprising: a pair of shafts; a pair of rails, wherein the pair of shafts are rotatably coupled to the pair of bearing members of the socket, such that the inclined back panel is Actuating the shaft as a center of rotation, thereby adjusting the angle of inclination of the inclined backing plate corresponding to the receiving seat; at least one positioning portion; a slidable carrier plate slidably coupled to the inclined backing plate The transmitting coil of the wireless charging module is disposed in the slidable carrier, the slidable carrier includes: a pair of guiding slots corresponding to the pair of guiding rails of the inclined backboard, the slidable When the shifting plate is operated by the user in a downward sliding direction, the pair of guiding grooves of the slidable carrier plate are moved along the pair of guiding rails of the inclined backing plate, so that the slidable carrier plate is inclined relative to the inclined plate Sliding back the plate, thereby adjusting the transmitting coil relative to the bearing The height of the top surface to meet the charging requirements of different electronic devices to be charged; at least one positioning groove, when the slidable carrier slides on the inclined back plate along the upward sliding direction, the inclined back The at least one positioning portion of the plate is captured in the at least one positioning groove of the inclined back plate, and the slidable carrier plate is positioned on the inclined back plate. The mounting adjustment structure of the wireless charger of claim 1, wherein the inclined backing plate further comprises a gear; the slidable carrier further comprises a straight rack, disposed along the upward sliding direction. In the slidable carrier, the straight rack engages the gear of the slanted back plate. The mounting adjustment structure of the wireless charger of claim 1, wherein the receiving seat is adjacent to the receiving seat, and a receiving socket is formed for the bottom edge of the electronic device to be charged. Positioning.