TWM288436U - Common module structure for positioning and releasing battery on electronic device - Google Patents

Description

M288436 IV. Creation Notes (1) [New Technology Area] This creation is about a common module structure for battery positioning and release, especially a common device installed on the base of an electronic device (such as a notebook computer). The module structure enables the common type design of the common module structure to conform to the two types of cancer demanders of the conventional automatic card key and a passive card key. [Prior Art] In recent years, due to the maturity of the industry, the technology of notebook computers (η 〇teb ο 〇k ) has been continuously improved and improved, and the price has been lowered downwards year by year, and it has gradually gained the height of consumers. Favored, although the notebook computer sacrificed some of the possibilities of the upgrade, there are many manufacturers and models to choose from when upgrading from a desktop computer. However, due to its ultra-thin design, the notebook computer is designed to be ultra-thin. It is far more lightweight, thinner and shorter than a desktop computer, so its mobility and convenience are beyond the reach of the desktop computer. Generally, the notebook computer can be divided into two types, one is to install a CD player and a floppy disk machine in the notebook computer. This type of notebook computer weighs about three kilograms, and the burden on the portable device is large, but its The performance and use of @ is more convenient; the other type of notebook computer is connected to the optical disc drive or a floppy disk, etc., so the weight can be reduced to about 2 kg, so it is more convenient to carry, but this type Notebook computers are not as good as the previous one in terms of performance and performance. At present, the battery used in the notebook computer is mainly a lithium battery.

Page 6 M288436 9. Creation instructions (2) ___ Pool (Li - Ion) is the main factor, which is due to nature, and the so-called "memory characteristics, the lithium battery does not have a special memory when the memory is generated - The second means that when a battery is repeatedly charged, no matter how it is charged, the method uses "memory characteristics", so the Japanese pool not only has no such problem - electricity and electricity; the amount 2 - the specific amount of electricity. Li Power is a big manufacturer, and its size is light, so it is quite the most important battery type of the notebook. Traditionally, the battery used in the notebook computer has been designed as a long plug-in battery. However, it is known that the long-plug battery can be set on the base of the notebook computer. Two sets of embedded card keys cooperate to transmit and release the long plug-in battery through the two sets of embedded card keys; wherein, a set of embedded card keys is designed to be automatic (ie: automatic embedded The card key), the other set of card keys, is designed to be passively driven by a user's hand (ie: passive card key) 'by this' the passive card key, which is available for manual locking ( Lock) and release lock (Unlock); when the passive card key is in a locked state, even if the automatic card key is toggled, the long-bar battery cannot be removed. In addition, when a user wants to remove the long plug-in battery from one of the receiving slots of the notebook base, the two sets of embedded cards located on the base and the back can be simultaneously operated. The key (that is, the automatic card key and the passive card key) causes the two sets of card-insertion keys to be detached from one of the elongated plug-in batteries, and smoothly taken out from the receiving slot . The following is a schematic diagram of the external and internal parts of the automatic card key and the passive card key, as shown in Figures 1 and 2...

Page 7 M288436 Creation Instructions (3) Department, the notebook computer base 1G is provided with a receiving groove η (as shown in the t-th figure), the receiving groove is used as an embedded one, and the strip is inserted. On the side wall of the two sides of the battery 20, each point: =% slot 21 i rail, and the corresponding side wall of the accommodating slot 11 is provided with 〆2 s, respectively: The pedestal of the battery 20 is disposed on the corresponding side of the accommodating slot 11 and has an automatic card key 13 and a passive card key 14 and the passive card key 14 For the internal components, please refer to 丨, 2, wherein the automatic card key 13 is formed by a latch 丨5 and a key 丨6, and is limited to the inside of the base 1 限In the position 丨7, one end of the yoke latch 15 is provided with a rod body 151, and the rod body 151 is sleeved with a 〃 spring 152, and the other end of the spring 152 abuts against the limiting portion 丨7 At the other end, when the automatic card key 13 is displaced, an automatic reply action is performed; and the key body 16 is passed through an upper inlay 丨6 J (as shown in FIG. 2). , the embedded card in the lock asks 15 The hole 153 is formed to constitute the automatic card key 13. Furthermore, the passive card key 14 is also composed of a latch 15 and a key body 96, and is limited to the other limit portion i 8 inside the base frame. Each of the two ends of the flash 1 5 is provided with a resilient arm 丨 5 4 , and the free ends of the two elastic arms 154 are respectively provided with a flange 丨 5 5 , and the two flanges 15 5 can be abutted against the other The at least one convex portion 1,8 1 of the other end two corresponding sides of the limiting portion 1 8 makes the passive rear key 14' as a manual lock (L〇ck) and a release lock (Unlock); the key body 丨6 Then, through one of the upper inlays 1 6 Γ, it is loosely stuck on one of the latches 5 5 ' of the latch 1 5 ' to form the passive card key 14 .

M288436 Hook, creation description (4) Thereby, the user can operate the automatic card key 13 and the passive card key 14 to make the other end 156 of the second lock flash 5, 15' (as shown in Fig. 1 As shown, and because of the graphical relationship, only the reference numeral 156) can be seen, respectively, from the insertion hole 22 of the long-bar battery 20, and the long-plug battery 20 is smoothly The inside of the accommodating groove 11 is taken out. However, as is clear from the foregoing, the automatic card key 13 and the passive card key 14 on the base of the notebook computer are designed by two different combinations of components. It is clear to the public that, as a result, the automatic card key 13 and the passive card key 丨4 must be activated. Each group of modules must be opened except for two sets of molds. (3) is to make the cost more expensive, and at the same time it is relatively complicated in the management of stock preparation, pipe material and inventory quantity; in addition, the assembly personnel are also prone to relative errors in discriminating materials. Therefore, the design method of the combination of the automatic card erasing button 13 and the passive card key 14 has gradually failed to meet the needs of the current economic era, and the disadvantages caused by the above are the current notebook computer manufacturing. The actual problems encountered by manufacturers in manufacturing and assembly, from the current circulation of the notebook computer, and sold around the world, if the manufacturer can not effectively improve the above problems, it is bound to make it difficult for manufacturers In the fiercely competitive, information market, it stands out from the crowd's ability to reduce its market competitiveness. The team's one, one, and one can rush J < to enhance the competitor's competitive strength in such products. In fact, in the above-mentioned industry, the characteristics are the manufacturers to win. The way, therefore, how to design a kind of shortcomings that can improve the above-mentioned shortcomings, in order to enhance the competitiveness of the industry in this kind of products, it is a luxury, the course to be solved 4 ° Page 9 M288436 Fourth, the creative description (5 [New content] In view of the above mentioned, various shortcomings of the prior art; therefore, how to design a positioning and release structure of a shared module is the focus of the creation of the case, so that the creator can effectively solve the existing problems. After a long period of hard work in research and experimentation, I finally developed and designed a "battery positioning and release sharing module structure for electronic devices." The purpose of this creation is to solve the shortcomings caused by the design of two sets of different components of the combination of the automatic embedded key and the passive embedded key on the base of the notebook computer. An accommodating slot is disposed on the base of the notebook computer, and the inner portion of the base is adjacent to the two side walls of the accommodating slot, and is respectively provided with a limiting portion and another limiting portion, wherein the limiting portion is provided therein An automatic card key is formed by a latch and a key body, and a passive card key composed of a latch and a key body is also disposed in the other limiting portion, and the two latches are respectively An insertion hole is provided, and one end of the two latches is a locking tongue, which can be respectively exposed outside the two ends of the receiving slot, and the other end of the two latches extends horizontally with a rod body, wherein the automatic embedded card a flange is disposed on the outer edge of the rod, and a flange is disposed on the outer edge of the rod, and a flange is fastened on the outer edge of the rod. One of the other end sides of the other limiting portion is at least one convex portion, one of the two key bodies Exposed on the outside of the base, and one of the inlays on the other side of the two keys is respectively inserted into one of the holes of the two latches; thereby, the automatic embedded key is The component of the passive embedded card key is a shared module structure, which not only simplifies the number of mold opening, but also effectively

Page 10 M288436

Reduce the production cost, and at the same time, through the design of the shared module structure, the simplification of inventory quantity management. In order to facilitate the members of the Board of Directors to have a better understanding and understanding of the purpose, characteristics and functions of the shape, structure and device of this creation, the following examples are combined with the drawings, and the details are as follows: [Embodiment] This creation is a kind of " In the embodiment of the present invention, the electronic device is a notebook computer as an explanation, please refer to the figures 3 and 4, the notebook computer 3 There is a base 3 1 , and a side of the base 31 1 is provided with an elongated receiving groove 32 . The inside of the base 31 is adjacent to the two side walls of the receiving groove 32 , and is respectively provided with a limiting portion. 3 3 and another limiting portion 3 4 (as shown in FIG. 3), wherein the limiting portion 33 is provided with an automatic card key 35, and the automatic card key 35 is composed of a latch 351 and a The latch body 351 is formed with a through hole 35 2 , and one end of the lock flash 3 51 is a bevel lock tongue 353 and can be exposed outside one end of the receiving groove 3 2 . The other end of the latch 3 5 1 extends horizontally with a rod 354 which is one of its lengths A flange 35 5 is disposed on the outer edge of the outer edge, and the free end of the rod 354 and the flange 3 55 are provided with a resilient member 3 5 8 (such as a spring). The two corresponding ends of the elastic member 35 8 respectively abut against the other end of the limiting portion 33 and the flange 355, so that the automatic card key 35 can be quickly restored after being subjected to an external force and being displaced. State position; again, one of the keys 356

Page 11 M288436 IV. Creation Instructions (7) The bare body is outside the ahai base 3 1 (as shown in Figure 4), and the other side of the key body 3 5 6 is provided with an inlay 357, the inlay 35 7 is embedded in the insertion hole 352 of the lock flash 351 to constitute the automatic card key 35. In addition, the other limiting portion 34 (shown in FIG. 3) is provided with a passive card key 3 6 '. The passive card button 3 6 is also composed of a lock flash 3 6 1 and a key body 3 6-6, the latch 361 is provided with a through hole 3 6 2, the lock flash 3 6 1 - one end is a bevel lock tongue 363, and can be exposed to the accommodating groove 32. The other end of the latch 361 is horizontally extended with a rod body 3 64. The rod body 364 is provided with a flange 3 6 5 at a distance from the outer edge thereof. The j flange 3 6 5 The passive card key 36 can be used as a manual lock and an unlock lock (Unlock) at least one of the other end sides of the other limit portion 34. One side of the key body 366 is exposed on the outside of the base 31 (as shown in FIG. 4), and the other side of the key body 36 6 is provided with an inlay 3 67, and the inlay 367 is embedded in the The insertion hole 3 62 of the flash 361 is locked to constitute the passive card key 36. Referring to FIG. 4, the accommodating slot 3 2 of the base 3 1 can be embedded in a battery 40. The opposite ends of the battery 40 are respectively provided with a through hole 41 ′ side. The through hole 41 is such that the bevel lock tongue 353 on the automatic enemy card key 35 and the bevel lock tongue 363 on the passive insert key 36 are respectively inserted therein (as shown in Fig. 3). In addition, the two opposite end walls of the accommodating groove 32 are adjacent to the slanting tongues 3 5 3 and 3 6 3 , and each of the two opposite ends of the battery 40 is adjacent to each other. The insertion holes 41 are respectively provided with a sliding groove 42. The two sliding rails 32 and the two sliding grooves 42 cooperate to allow the battery 40 to be smoothly inserted into the receiving groove 32 to achieve the combination. Convenience.

Page 12 M288436 Authoring Instructions (8) By means of a user who can operate the automatic card key 35 and the passive insert, the key 3/, ', the bevel lock 353 on the automatic card key 35 can be made. , ^ and 4, move, the key lock 3 3 3 on the card key 3 6 , respectively, detached from the "Hui 肷 hole 4 1" on the battery, and smoothly the battery 40 from the accommodating Take out inside the slot 32. With the above components, it is clear that the difference between the automatic card key 35 and the components of the & sweet card key 36, and their structural features are only in this The automatic button 35' needs to be disposed on the free end of the win 4 and the portion of the flange 3 55 to set the elastic member so that the /an automatic card key 35 is subjected to external force and displacement , can quickly 3 ^ f-like & position, and when the elastic element 3 5 8 is not set, then 4 can be used to manually lock (Lock) and release lock (Unlock). The advantage of the sub-creation is that the automatic embedding key 35 and the passive sub-key 36 are formed by the same set of design patterns to achieve the purpose of sharing the module structure; thus, not only can ^ Huazhi knows that it is necessary to open the shortcomings of the number of molds, effectively reducing the production cost and at the same time, by the design of the shared module structure, the simplification of the preparation and the S-inventory number is achieved. The design has *, the above is only the best embodiment of the present creation, but the present (6) = structural features are not limited to this, any person familiar with the art in the * * ί domain, can easily All changes or modifications should be covered in the scope of the patent application in this case.

Page 13 M288436 Simple description of the drawing [Simple description of the drawing] Figure 1 is an external schematic diagram of the automatic embedded key and passive embedded key on the base of the notebook computer; Figure 2 is a conventional notebook computer base The internal embedded card key and the passive card key are not intended. The third figure is the internal schematic diagram of the shared module structure of the present invention installed on the notebook computer base; the fourth figure is the shared module structure of the present creation. An external schematic mounted on the base of the notebook.

I [Description of main component symbols] Notebook computer...30 base...31 accommodating slot...32 limiter...33 another limiter...34 automatic card key...35 latch...351 ^ 361 hole...352,362 , 41 beveled tongue...353, 363 rod...354,364 flange...355 ^ 365 key body"•356 ^ 366 inlay...357 ^ 367 elastic element"•358 passive card key...36 boss ...341 Battery...40 Slipper"•322 Chute•••42

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Claims (1)

M288436 V. Patent Application Area 1. A battery positioning and release sharing module structure of an electronic device includes: a base, one of which is provided with a receiving groove on one side of the base, and the inside of the base is adjacent to the receiving groove The two side walls are respectively provided with a limiting portion and another limiting portion; an automatic card key is disposed in the limiting portion, and the automatic card key is composed of a latch and a key body, the lock The latch is provided with a pole hole. One end of the latch is a locking tongue, and is exposed outside one end of the receiving slot. The other end of the latch extends horizontally with a rod body. A flange is disposed on the outer edge of the distance, and the free end of the rod body and the section of the flange are provided with an elastic member, and one of the key bodies is exposed outside the base. The other side of the key body is provided with an inlay, the embedded system is embedded in the insertion hole of the lock; a passive embedded key is disposed in the other limiting portion, and the passive embedded key is also The utility model is composed of a latch and a key body, and the latch is provided with a through hole. One end of the latch is a latching tongue, and is exposed outside the other end of the receiving slot. The other end of the latch is horizontally extended with a rod body. The rod body is provided with a rod at a distance from the outer edge of the length. a flange that abuts against at least one convex portion of one of the other end sides of the other limiting portion, one side of the key body is exposed outside the base, and the other side of the key body is fastened There is an inlay, and the embedded system is stuck in the insertion hole of the lock. 2. The battery positioning and release sharing module structure of the electronic device according to claim 1, wherein the accommodating groove is embedded in a battery, and the opposite end wall of the battery is respectively provided with an embedded Hole, the two-hole system M288436 V. Patent Application Range The locking tongue on the automatic card key and the locking tongue on the passive card key can be inserted into it respectively. 3. The battery positioning and releasing common module structure of the electronic device according to the second aspect of the invention, wherein the opposite end walls of the receiving groove are adjacent to the locking tongues, and each of the sliding rails is provided. The two opposite end walls of the battery are adjacent to the respective insertion holes, and each of the batteries is provided with a sliding slot. 4. The battery positioning and release sharing module structure of the electronic device of claim 1, wherein the locking tongue on the automatic card key has a sloped shape. The battery positioning and release sharing module structure of the electronic device according to claim 1, wherein the locking tongue on the passive card key has a sloped shape. Page 16