TWM277140U - Push movement block structure of card adaptor - Google Patents

Description

M277140

3. Creation instructions (1) [Technical field to which the new type belongs] The creation system provides a + Jiekou mouth sliding block with a structure that can be set to be μ ff for $ ff, especially smooth operation through the memory card 2 =; ;!;! The card of force is solid, so that the previous technology of r can be recorded] 4 cards who know the bad effect. Press, the flash memory asks itself 4 ,,, + fast expandability 1¾ storage-intensive devices are gradually replacing EEP (read-only memory) or battery-powered, the storage of flash memory has grown rapidly, so flash Multi-functions and characteristics of traditional storage media such as hard disk drives, etc. There are related types of memory cards. C 1 ati 0 η) C (Μ U 1 ti Μ edi C 0 m P act F 1 as 丨 S mart M edia Μ em 0 ry S tick D igita 1 M em 0 XD — P icture Since the second question, "Since the second question, U has a strong computing function and speed uter memory i ο na 1 η)" "At present, there are still MM a Card), CF (h Card), SMC (card), m S () SD (Secure ry Card) ^ XD (ard) and other specifications can be replaced, and

I side M277140 IV. Creation instructions (2) An almost indispensable tool, and the relative number of card connectors used also increases with demand. For the conventional card connector, such as the "Micro Card Connection Location and Card Exit Structure" of certificate number M 2 4 1 8 3 5, please refer to Figures 7 and 8, which are the conventional three-dimensional appearance and top-down action diagrams. It can be clearly seen from the figure that a slider B is housed on the frame member A 1 attached to the side of the body A, and the slider B is connected to the body a by a spring c. The slider is in The rear end is provided with an extension guide block B 1, and the front end is provided with an actuating hook portion B 2 ′, and a guide inclined portion b 3 is provided slightly behind the actuating hook portion B 2. The angle D of the end of the card 〇 relies on the slant ❹ 3 ′ of the bone moving member B to make the skin of the sliding member 6 move and the ID 2 to form a miniature card D. This kind of slider B is designed as a body. Therefore, the moving parts B are all made of plastic, have a large volume, and do not have elastic resistance. Therefore, it is easy to report the damage to the positioning opening of the micro-card D to the industrial hill B 2 〇2 Click on the hook to the surface of the positioning port 02 due to scratches, and even use 'more. As a result, the size of the micro-card D cannot be adjusted, and the size of the hook B 2 is restricted, and the shape of the body A makes the application type of this micro-card D is also limited: the system is made into a smaller size, so the industry has proposed another A conventional connection No. 5 1 6 7 4 "The application of the connector advance and retreat =, as shown in the announcement No. 5 is a top view of another conventional operation," referring to the ninth figure is attached to the insulating base E — The ancient and classic settings on the side can be clearly seen from the figure.

And, π moving part F M277140 7. Creation instructions (3) _ Positioning part G, Ϊ Positioning part G has-long and straight shape, I recognize i, and use this position 棹 G1 to position on the sliding part f The groove is inside; the front end of the positioning rod G1 is extended with a hook G2.

In the case of the insulating seat, the positioning member 0 is memorized laterally: The moving member F is pushed by the memory card 而 and moves toward the insulating seat 2 synchronously. At this time, the positioning member. The hook portion G 2 is just snapped into the J ΐ notch H 1 to form a positioning state; however, such a sliding member F 2 j is positioned on the insulating seat body by its long straight positioning rod G i. , So that the insulating base E must match the length of the positioning rod G 1 and = refer to the groove of the ice. This will reduce the strength of the insulating base E ^ = the difficulty of the base e and increase the manufacturing cost: The elastic force of the m-position pole must be increased. This will cause an increase in manufacturing costs. Changzhangzhi: Second, how to solve the above problems and shortcomings is an urgent need for related manufacturers in this industry to study and improve Directions [New content] ° Therefore, the creator has taken into account the above-mentioned problems, and has been evaluated and considered by various parties, and based on them. Here is a collection of relevant years of experience. The accumulator of a new type of patent for the structure of the moving block. The main purpose of the original creation of this card connector is that the moving block is a card solid that is embedded in the setting position. Flexible arm, allowing the memory card to be inserted When more two elastic resisting force called on more stable and prevents the card

Page 7 M277140 Fourth, the creation instructions (4) groove friction damage, enter. [Embodiment] In order to achieve the above-mentioned structure, the drawing function is as follows. Please refer to the exploded view and the three-dimensional exploded view of the moving block at the same time. The insulating block 1 B is provided with a plurality of conductive terminals 1 and the moving block 2 is provided with a recess. Slot 2 1 This card solid 2 2 is a guide slot cover 3 that is away from the elasticity and slides the block 2 at a far limit. Please also refer to the schematic intention before insertion. When it can be inserted through the opening, its arm 2 2 1, after positioning, will make the record to achieve smooth operation and prevent the damage of the memory card. The combination in the picture can be 'the absolute 2, then move the block 2 1 and extend the arm 2 2 away from the base 2 3, the effect, the better practical solution of this creation. It can be clearly seen from the insulating seat body in the second and third figures that the edge seat body 1 has an accommodation space, and the base groove 2 1 1 can increase the elasticity of the other side of the 1 and extend the other side of the 2 1. The technical means and examples used are detailed to explain its characteristics and illustrations. It is a three-dimensional external creation. The interior is empty 1 1 The interior 2 1 can hold the resistance. The base is set up. The card-connected three-dimensional moving block device is provided in the room with one side provided with the base portion-a solid elastic arm holding portion 2 2 which can be placed above the limit for a cover 2 1 for 2 2, 2 2 1 2 The parallel rod 1 3 is covered with the pictures from the fourth, fifth, and sixth figures. When the memory card is inserted, it is clear that when the front edge of the memory card 4 will touch the push block 2 and the preset connection on the memory card 4 is not connected: It is a schematic diagram of the memory created for this creation and the elastic displacement of the card 4 after it meets the card solid 2 2 in the storage space ，. When the memory card 4 is pushed to the point and the plurality of conductive terminals 丄 2

M277140 7. Creation description (5) The rod 1 3 will be in the guide groove 2 and the resisting portion 2 2 2 will be the elastic structure 2 2 of the card slot 4 due to the memory card 4 2 The connector will move the block structure 2 2 In order to use its elasticity and the overall elastic resistance to the card slot 4 of the memory card 4 to prevent the memory card 4 from being scratched, the body 2 2 only needs to move the block 1 1 so that the elastic arm 2 does not damage the whole block 2 A preferred form of this creation is not intended to limit the spirit of the technique revealed in this creation. It should be included in the content of the creation 3 to form a positioning, and the elastic arm 2 2 1 1 to form a positioning U shape. The design of the arm 2 2 1 is as follows, so that when the abutting portion 21 is more stable, the strength of the side surface of the base 2 1 of the groove 4 1 2 and the volume of the side edge of the container 1 are more stable. According to the feasible embodiment, the patent scope of the equal cover completed under the scope of patent application is electrically connected, and at the limit position, the elastic force of the card body 22 is elastically resisted. The above card solid 2 2 is based on this creative card. Φ (I) The creative card is fixed, and the 2 2 embedded setting position can be greatly increased, and the situation occurs. (1) The card of this creation can be fixed with a small groove and 2 positions, so the above detailed description is clear, but this embodiment: all other changes and modifications that do not depart from the original creation and modification are all described in this article. The structure of the block of the connector of the created card connector is enhanced during use. It is in line with the protection of novelty, creativity and progress. Apply! • The review committee handed this case to the author with hard work. If you have any suspicions, please do n’t hesitate

Page 9 M277140 IV. Creative Instructions (6) The letter indicates that the creator should cooperate with every effort and feel a sense of virtue.

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1H1I Page 10 M277140 Schematic description [Schematic description] The first image is a three-dimensional exploded view of the creation. The second picture is a three-dimensional external view of the transition block combined with the insulating base for the creation. The third picture is a three-dimensional exploded view of the transition piece of this creation. The fourth picture is the diagram before inserting the memory card of this creation. The fifth picture is the diagram when the memory card of this creation is inserted. The sixth picture is the diagram after inserting the memory card of this creation. The seventh figure is a conventional three-dimensional appearance. The eighth diagram is a conventional top-down action diagram. > The ninth diagram is another conventional top-view action diagram. [Description of main component symbols] 1. Insulating base 1 1. Receiving space 1 3. Limit rod 1 2. Conductive terminal 2. Pushing block 2 1. Base 2 1 1. Groove 2. 2. Card solid 2. 2 1 、 Elastic arm 2 2 2 、 Retaining part 2 3 、 Guide groove 3 、 Top cover

The M277140 diagram on page 11 is a simple description of the card memory slot. 4 \, 4 1 4 A, body A 1, frame member B, slide member B 1, guide block B 3, guide slope portion B 2, hook portion C, Spring D 2, positioning D, micro card D 1, end bevel E, insulating seat F, slider

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G

G locator

G Hook Η, memory card Η 1, missing slot

Page 12

Claims (1)

M277140 May 14 The scope of the patent application for the type of card connector's sliding block structure is attached to the housing of the insulating base body and is provided with a plurality of conductive terminals, and on the side of the plurality of conductive terminals: f limited slots, and in the accommodation space There is a moving block inside. Here is a pusher: There are guide grooves on the dragon for the limit lever to slide at its upper limit position. After multiple f electrical terminals are pushed into the insulating base of the memory card, multiple memories can be connected. The multiple conductive terminals corresponding to the points and the insulating base body are electrically connected, and the memory card can be pushed twice for one cycle to push: move the block to form a positioning or ejection state. The improvement is that the base of the moving block is: A card solid is provided for the card slot embedding position of the memory card, and the card solid is extended with an arm that can increase the elasticity against the elasticity. Of course, the movement of the card connector as described in item i of the patent application scope is blocked. Wherein, the upper part of the insulating base body can be covered with an upper cover. As for the sliding block structure of the card connector described in item i of the patent application scope, wherein the guide groove of the side sliding block is provided on the other side away from the base. Patent application The pushing block structure of the card connector according to item 1, wherein the card body is provided with a resisting portion on the other side away from the elastic arm, which can be & a card slot on the side of the memory card.-,;, such as The sliding block structure of the card connector described in item i of the scope of the patent application, wherein one side of the elastic arm of the card solid is accommodated in the groove provided by the sliding block. The card connector moves and blocks, wherein the elastic arm can be a U-shaped elastic arm. °