TWM257058U - Power supply structure used at side of wireless communication device - Google Patents

Description

M257058

This article belongs to a new type of technical field. This creation is about a power supply structure for a wireless communication device, especially a power supply structure on the edge of a communication device. [Previous technology] In recent years, under the trend of the liberalization of Dian Zuo Bai # σ, the helmet field has grown rapidly, and it has brought about ^ 1…, the city of wire communication devices “moving from people…”, the boom of wire communication. And a call Qin τ < old M ", a combination of sub-communication wireless communication, short work • Digital Assistant (PerS〇nal assistant; PDA), due to the π God's Eye Regulations ^ digital power, can charge eight, $ $ 彳Qianfan 冋 Shou has the portability and data processing ability. J charge the knife to meet the needs of automatic work, early α ρ 屮 士 Dashi = point in short, the personal digital assistant in addition to having a calendar, electricity %, Memo,, ledger, to-do list, computer, etc .; (Personal Inf〇rmati〇n Management; piM) function, dvd, can be connected with a personal computer 'to receive data in both directions and: Right In addition, the personal digital assistant is powerfully matched with the wireless network of far-reaching, which has greatly exerted the === ability of the personal digital assistant's powerful database. The above advantages not only make the personal digital assistant's crying device marketing market occupy an important place, but also the latest darling of the people. Ai Chengdian (please refer to the first figure, showing the structure of the wireless communication device 10 in the conventional art. As shown in the figure, the housing of the wireless communication device 丨 〇 丨 the back is the opposite side of the display panel ） There is a battery room 丨 2,1: & / 中 中 电

M257058 4. Creation instructions (2) The depth d 1 of the pool chamber 12 is less than the height h 丨 of the wireless communication device 10. As for the space between the display panel (not shown here) and the battery compartment 12, various active components and passive components (not shown here) are made. The connector 14 is installed in the casing 11 adjacent to the battery chamber 丨 2, and an elastic piece 16 is provided on the end face i4a of the connector facing the inside of the battery chamber 12. The rechargeable battery 18 has a front end 18a and a rear end 18b, wherein the front end 18a is a conductive end. When the front end 1 8 a (conductive end) of the rechargeable battery 18 is slantly inserted into the battery compartment 12 and the elastic sheet 16 is pressed toward the end surface 丨 4 a, the rechargeable battery will then be known that 1 8 b will then be pressed down. In the direction shown by the arrow, the final rechargeable battery 18 is tightly embedded in the battery chamber 12 by the elastic force of the elastic piece 16. It is important to note that 'because users have light, thin, small, and small expectations of wireless communication devices, the power supply structure produced in the second wireless communication device in the conventional technology is expected to make wireless communication Significant new content of the device thinning process] The purpose of the creation of the composition is to provide a power supply edge of the wireless communication device. The purpose is to provide-a kind of thinning made by the wireless communication device and a providing-a way to make the wireless communication device to this creation Power supply structure of wireless communication device, where

M257058 Ma, creation instructions (3) One side and one place of the wireless communication device, and the internal battery compartment runs through the housing and is located in a housing with a guide chamber. In the side of the pool chamber, the electric end. Push the card and squeeze the housing inside the room. The opening has a telescopic guide and has a wall, and the other end rebounds when the charging tongue is retracted, and the edge has an electrical structure to the connector system pair, in which the electric component. -^ The tenon and the extension to the electric are connected with the guide of the tenon battery, and the electric components are less than the opening of a battery room. The engaging part of the connector provided in the housing is a spring. The electric end is charged by the side with an elastic spring of a squeezing spring, and the electric connector, the abutting electric includes an extension which is installed in the shell and has a tenon. Spring connection. The opening of the charging surface is spring-loaded until the force can make an engaging part on the side wall of the card pool to the battery chamber body adjacent to the front end and one end of the battery. [Mode] This creation discloses a power supply structure of a wireless communication device. Now, according to a preferred embodiment of this creation, the details are as follows. Please refer to the second figure 'shows the power supply structure of the creative wireless communication device i 〇〇, where the power supply structure includes a battery room 12 0, a connector 1 3 0, the engaging portion 1 40 and a rechargeable battery 1 5 0 . As shown in the figure, a battery compartment 120 is provided on the edge of the casing 110 of the wireless communication split 100, and the battery compartment 120 has a side opening 120a. It is worth mentioning that all kinds of passive components and active components required by the wireless communication device 1000 have been made in the housings 110 to 100 (as shown in the figure). In other words, the passive components and active components element

M257058 IV. Creative Instructions (4) The shells are more densely installed in p to p, and the shell space is used for more integrated operation of the electrical structure. The purpose of the line communication device is to be effective and thin. The number of passive parts and active components ["The passive element connector 130 required in the original system is installed adjacent to the housing 110 and is opposite to the above-mentioned side opening 120a. Where 1 = 120, the connector of the part The end surface 13a includes: another electrical component 13b is a telescopic conductive component; and in another embodiment of the present invention, the elastic conductive component 130b is an elastic piece. Referring to the third figure, the engaging portion 140 includes a The frame body 1401, a card 02, and a spring 1 4 03, wherein the frame body 1401 is installed in the housing u0 and is adjacent to the side wall i2〇b of the battery chamber 120; The spring 1 ^ 4 0 3 constitutes an elastic fastener. The tenon 丨 4 〇2 is installed in the frame η 〇1. The front end 1402a of this tenon 1402 passes through the side wall 120b of the battery chamber 120 and extends to Inside the battery chamber 120. One end of the spring 1403 is fixed on the inner side wall 1401 & of the frame 1401, as shown in the figure. For the side wall of the battery chamber 1 2 0 2 0 b. The other end of the spring 1 4 0 3 is connected to the rear end 1 4 2 of the tongue 1 2 0 2b. In a preferred embodiment of the present invention, 'spring 1403' The elastic force can cause the tenon 1402 to stretch and compress in the frame 1401. It is worth noting that the above penetrates the battery chamber 丨 2O side wall 丨 2 〇b and extends to the front end 1420 of the tenon inside the battery chamber 120, which The left wall 1402c and the battery to the side wall 1 2 0 b have an acute angle 0 as shown in the third figure, so that

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4. Creation instructions (5) The front end u〇2a of the tenon in the battery chamber 120 becomes a trapezoidal plate. In other words, a part of the left side wall i402c of the front end of the tenon 1402a has an inclined surface that is inclined in the direction of the connector. In the preferred embodiment of the present invention, the rear end of the tenon 142b further includes a shaft body 1 40 2d extending backward, and one end of the spring 1 40 3 is a ring sleeve on the outer side of the shaft body 1 40 2d, and It is connected to the rear end 1 402b of the tenon 1 40 2 and the other end of the spring 1 4 0 3 is fixed to the inner side of the frame 1 4 0 1 as described above. In the three figures, when one end of the spring 1 4 0 3 encloses the entire shaft body 1 402d, and is connected to the rear end 1 40 2 of the tenon 1 40 2, there is one on both sides of the shaft body 14 2 (1 The first extension 1402e extending rearward from the rear end of the tongue 1 4 0 2 b. The above-mentioned shaft body 1402d and the extension body 1402e are used to ensure that the tongue 1 2 0 2 is more smooth when retracted. As shown in the figure, A part of the frame body 14 01 located on the periphery of the right side wall 1 4 〇 2 f is provided with a first opening 14 lb, and the right side wall 1402 f of the bar has a first extension extending to the right and passing through the first opening 14 0 lb. The extension 1402g. It is worth noting that since the width of the first opening i ^ oib is greater than the width of the second extension 1402g, the tenon 142 can be appropriately expanded and contracted in the frame 1 4 0 1 Referring to the second and third figures, the rechargeable battery 150 has a front end 150a and a rear end 150c, where the front end 150a of the rechargeable battery 150 is a conductive end. When the front end of the rechargeable battery 150 is 150a (i.e. The conductive end) is inserted into the battery chamber 120 through the side opening 120a in the direction shown by the arrow. This rechargeable battery 150 will follow the aforementioned inclined surface, and the front end of the tenon 14a will leave the battery chamber 120. Push and compress in the direction (that is, push the front end of the tenon i4〇2a backwards from the electricity

Page 9 M257058 4. Creation instructions (6) " Chizhi), then, the rechargeable battery 1 50 continues to be pushed in the direction of the connector 丨 3 〇 until the front end 150a contacts and squeezes the telescopic conductive element 13〇 b. The elastic force of the impeachment 1 40 3 makes the entire tenon 14 2 bounce back to the battery chamber 120 automatically, and engages with a groove 丨 5 〇b provided on the side wall of the rechargeable battery 150. Referring to the fourth figure, a trigger plate 1402h is further provided on the back of the mortise 142, where the trigger plate 1402h is parallel to the second extension portion i4〇2g. In a preferred embodiment, the trigger plate 1402h is integrally formed when the tenon 1402 is manufactured. With reference to the fifth figure, the trigger plate 1420 h passes through the second opening 110a provided on the surface of the body 110¾, and is exposed outside the housing 110. It is worth noting that the width ~ 2 of the second opening 110a is larger than the width w1 of the trigger plate 1402h. When you want to perform the charging procedure for the rechargeable battery 150, first pull the trigger plate 1 2 0 2h in the direction shown by the arrow, and then drive the entire tenon 1 4 0 2 to the rear end of the tenon 1 40 2b. Move in the direction until the front end of the tenon 1 4 02a retracts into the housing 1 10, and the elasticity of the telescopic conductive element 1 3 0b can push the rechargeable battery 15 0 rear end 1 5 0 c out of the battery compartment 1 2 0. Finally, the user only needs to take the rechargeable battery 150 out of the battery compartment 120 and put it in a charger (not shown) to perform the charging process. Because the present invention is to more passively configure the passive components and active components required by the wireless communication device in the p to p, housing as shown in the second figure, and the battery chamber is made on the edge of the housing, so that Raised before changing the area of the existing wireless communication device, the thickness of the wireless communication device is effectively reduced. Although this work illustrates the above with better examples, other equivalent transformations or modifications that do not depart from the spirit disclosed in this work should be considered as the original work.

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The M257058 diagram on page 11 is a simple illustration. With the following detailed description combined with the attached diagrams, you can easily understand the above content and many advantages of this creation. Among them: The first diagram shows the power supply of wireless communication devices in the conventional art. Side view of the structure, the second figure shows the side view of the power supply structure of the wireless communication device in this creation, the third picture shows the side view of the engaging part of the creation, the fourth picture shows the side view of the tenon, and the fifth picture is located on the card Side view of the tongue at the back of the tongue through the second opening of the housing. Drawing number comparison table: Wireless communication device 1 〇 Housing 11 Back 11 a Battery compartment 1 2 Connector 1 4 End face 1 4 a Shrapnel 16 Rechargeable battery 1 8 Front end 1 8 a Rear end 1 8 b Wireless communication device 1 0 0 Housing 11 0

Page 12 M257058 The diagram briefly explains the second opening 1 1 0 a Battery compartment 1 2 0 Side opening 1 2 0 a Connector 1 3 0 End face 1 3 0 a Engaging portion 1 4 0 Frame 1 4 0 1 Inner side wall 1 4 0 1 a Tenon 1402 Front end 1 40 2a Left side wall 1 4 0 2 c First extension 1 4 0 2e Second extension 1 4 0 2g Impeachment 1 4 0 3 Rechargeable battery 1 5 0 Front 1 5 0 a Rear end 1 5 0 c Side wall 1 20b Flexible conductive element 1 3 0 b First opening 1 4 0 1 b Rear end 1 40 2b Shaft body 1 40 2d Right side wall 1 4 0 2 f Trigger plate 1 40 2h Groove 1 50b

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Claims (1)

M257058 5. Scope of patent application 1. A power supply structure located on the edge of a wireless communication device, wherein a battery compartment is provided on the edge of the housing of the wireless communication device, and the battery compartment has a first opening. The power supply structure includes at least: The connector is installed in the casing adjacent to the battery room and is opposite to the first opening, wherein the connector includes an elastic conductive element extending to the interior of the battery room; an engaging portion is installed Wherein the casing is adjacent to the battery chamber, the engaging portion has an elastic fastener, the elastic fastener extends through the sidewall of the battery chamber to the inside of the battery chamber; and A rechargeable battery has a conductive end. When the conductive end of the rechargeable battery is placed into the battery chamber through the first opening, the elastic fastener will be pushed in a direction away from the battery chamber until the conductive end is compressed. When the elastic conductive element is contacted and squeezed, the elastic fastener automatically rebounds to the interior of the battery chamber, and engages with a groove provided on a side wall of the rechargeable battery. 2. The power supply structure according to item 1 of the patent application scope, wherein the elastic conductive element is a telescopic conductive element. 3. The power supply structure according to item 1 of the patent application scope, wherein the opening is an opening on one side. 4. The power supply structure according to item 1 of the patent application scope, wherein the elastic fastener comprises: '-^ tenon, the front end of which extends through the side wall of the battery chamber and extends to the interior of the battery chamber; and a spring, one end of which is fixed In the case, the other end is connected with the card Page 14 M257058 ---------- V. Scope of patent application --- ------- The back ends of the tenon are connected. 5. The power supply structure in item 4 of the patent application scope further includes a shaft body extending rearwardly from the rear end of the tenon, and one end of the spring is sleeved on the outer side of the shaft body, and is opposite to the rear end of the tenon. connection. 6. The power supply structure according to item 4 of the scope of patent application, wherein a part of the left side wall of the front end of the tenon has an inclined surface inclined toward the connector. When the charging terminal is also placed through the opening, After entering the battery chamber, the latch will be pushed backward from the battery chamber along the inclined surface. 7. The power supply structure according to item 4 of the patent application scope, further comprising a trigger plate on the back of the tenon. 8. The power supply structure according to item 7 of the patent application scope, wherein the trigger plate is penetrated through a second opening provided on the back of the case and is exposed outside the case. 9 · If the power supply structure in the scope of patent application item 8, wherein the width of the second opening is greater than the width of the trigger plate, when the trigger plate is pulled backwards, the tenon can be driven to move backward, waiting for the front end of the tenon Leaving the battery chamber, the elasticity of the spring can spring the rechargeable battery slightly away from the battery chamber. 1 0 · —A power supply structure at the edge of a wireless communication device, wherein a battery chamber is provided at the edge of the casing of the wireless communication device, and the battery chamber has a side opening. The power supply structure includes at least: a connector, which is installed The casing is adjacent to the battery chamber and is opposite to the side opening, wherein the connector includes a plurality of telescopic conductive elements extending to the interior of the battery chamber, and an engaging portion is installed in the casing. Adjacent to the battery chamber, wherein the engaging portion has' Page 15 M257058 5. The scope of the patent application extends to the electric tenon 'the front end runs through the battery chamber side wall and the interior of the cell; after Zen! L! Connect it: the end is fixed in the casing' and the other end is connected with The card ^ a rechargeable battery has a conductive end. When the conductive end of the rechargeable battery is placed into the battery chamber through the side opening, it will push the tenon to move ^ and connect the T compression spring until the The conductive end contacts and squeezes the "stretching guide", and the elastic force of the pin can automatically apply the tenon to the battery chamber = rebound 'and engage with a groove provided on the side wall of the rechargeable battery. 11' For example, the power supply structure of the & patent application scope item No. 0 further includes a shaft body extending rearward from the tongue and groove, and one end of the spring is sleeved on the side of the shaft body and the rear end of the tongue and groove. The power supply structure of the eighth patent application scope item 10, wherein the left side wall of the front end of the tenon filling knife has an inclined surface inclined toward the connector, and when the conductive end of the slave battery is inserted through the opening The battery compartment will follow the J-plane Push back away from the battery compartment. • For example, the power supply structure of the tenth patent scope of the Shenyang patent, which has a yoke on the dowel back 4. The power supply structure of the Shangmenshen patent scope of the 13th. The trigger plate is penetrated through a second opening provided on the back of the casing, and is exposed outside the casing. ^ Σ The power supply structure for item 14 of the patent application scope, wherein the second opening = $ degree is greater than the The width of the trigger plate. When the trigger plate is pulled backwards, the belt can be moved backward. After the front end of the tongue leaves the battery chamber, the spring Page 16 M257058 5. The elasticity of the scope of patent application can make the rechargeable battery slightly pop out of the battery compartment. Page 17