TWM262868U - All-in-one memory card socket novel structure - Google Patents

Description

M262868 Creation instructions (1) [New type of creation: Insert multiple types of memory cards to push down the sliders to prevent [previous technology] Flash memory to store data, and to different specifications of related electrical industries due to different memory meters The specifications can be inserted into multiple cards; however, for living in one place, the memory card is inserted in the memory card with a width and depth (long sockets are generally only borrowed and used to determine the activation; however, often, Layer

Memory) due to the special characteristics of the driver, it is also necessary to have many data, so it is necessary, because the purpose is to take a multi-card reader, which can share two mechanisms, and it has become a heavy specification. The design or the insertion position does not share multiple designs, in which the body (Flash does not need the horse's favor, flash memory cards, card readers with multiple specifications to welcome the card reader, which can reduce the size of the embedded cavity. Let ’s set up the problem of sharing a hole, to distinguish the difference) The degree and contact are distinguished by the inserted rail terminals. In order to satisfy a stack of methods, the technical field is a unified memory card socket. … To make the stacked connection ends: the push of displacement produces no 闾 谂 # 咚 上山 子 the contact end has the wrong touch of the 4 card terminal of different specifications or the wear of the plug. It can be guaranteed after the power is cut off ^ 'So soon, the merchants have developed their own transmission mediums; the card renewal interface also needs to be set up. How can different types of memory cards be used to discriminate between different requirements? Because of the difference in the number of terminals on a memory card through the shape, thickness, and differentiation ’, the same mechanism is used to make cards of different specifications.

Page 5 M262868 IV. Creative Instructions (2) When it is the same or similar, you will touch the wrong touch of a memory card. Because of this, the connection terminal and the recording will be caused. Therefore, when the connection terminal needs to be raised by the host when m needs to be connected, the connection will be wrong: j: There is a current supply, which is in case it is bad. The short circuit and destruction of the memory card or the host side of the creator. In view of this, the author is ^ ^ ^ ^ ^ ^ ^ ^ When the memory card was inserted, Jiang Shishi, τ from /, moon block, Rural structure, using Lu Ji to connect two stacked connection terminals ;: The knot f generates a downward movement, and the card is inserted into the wrong or worn contact & to prevent different specifications from being memorized

[New content] = ^, the main purpose of the novel structure of the memory card socket of Xikou is to mention that,% = f card reader socket of Xijiji memory card, to prevent the λ 〇 crime prevention of the pivot and slider structure. Mishaps when inserting different specifications of memory cards in the same cavity

The secondary purpose of this novel multi-in-one memory card socket novel structure is to provide a card socket that is embedded with multiple memory cards. The use of a pivot seat and slider structure can be used to insert multiple specifications of memory cards. The embedded cavities are arranged in a stacked manner, and provided in the same embedded cavities can be inserted into a variety of memory cards, thereby reducing the size of the overall all-in-one memory card socket. Therefore, 'this creation not only integrates a variety of card readers with different specifications, but also greatly reduces the overall card reader volume, and the connection terminal configuration also takes into account maintenance issues. The points mentioned above are in full compliance with the patent application. Essentials' of the detailed description and technical content of this creation, now with drawings

Page 6 M262868

The description is as follows: [Embodiment] First, please refer to the "Figures 丨 and 2" at the same time: the card reader 1 made of bean at least includes an upper socket n and a base plate 12 and a lower socket 13 and a plurality of The starting and connecting terminals are composed of a base plate 12 on the top surface of which is provided with an upper socket 11 and an upper socket u is provided with a recessed cavity 110 on the front side of the side. A variety of memory cards of different specifications can be inserted into the same recessed hole 110, and a plurality of through grooves 112 are provided at the bottom of the hole 110 for connection.

The memory card contacts to complete the connection. The metal terminals soldered on the substrate 12 can be divided into connection terminal opening terminals, where the function of the connection terminals is in contact with the memory card, and the transmission of τ τ files is mainly for Start-up control when different memory cards are inserted; 'However, in order to meet the needs of different specifications: The connection terminal A1 is arranged on the edge of the substrate 12, and a terminal M1 is provided on one side to control the memory card A1. When the specification is inserted, the connection: A1 punched with a stepped drop | 'and at one end is the welding part one: ^ From there-the contact end A12 is in a frictional connection with the memory card AiO (as shown in Figure 5) There is a connection terminal A2 on the back of the base plate 12—the terminal A2 1 is used for the plug-in connection of the memory card A20 (as shown in FIG. 5). The connection terminal A2 is bent at a right angle, and is connected to the card. End A22 bulges a horizontal curve, and has an elastic force at first, and

M262868 Fourth, the creation instructions (4) behind the connection terminal A 2 are sequentially provided with a connection terminal a 3 and a connection terminal A4 ', and each of them is provided with a start terminal A3ι, A41' on the side, respectively For the specification insertion of the memory cards A30 and A40 and the contact ends A32 and A42 (as shown in Figure 6); In addition, there is no B1 connection terminal soldered under the substrate 12 'The B1 connection terminal is located after Among the lower sockets 13, the lower sockets 13 are provided with corresponding rails 30 on both sides for the B10 memory card to be inserted (as shown in FIG. 5). ~ Because the connection terminals A 2 and A 3 are arranged in a stacked relationship, and the contact end A 2 2 is ahead of the contact end A 3 2 to distinguish the connection positions of the memory cards of different specifications; however, The connection terminals A2 and A3 have the same inserted track travel, so when the memory card A30 of the latter connection terminal A3 is inserted, the memory card A30 is bound to contact the contact end A22 of the connection terminal ^ first, due to the power of the memory card The system needs to be provided by the host, so in case of accidental contact, it will cause short circuit and destruction of the memory card or host. Please also refer to "Figures 3 and 4" at the same time. The creator is equipped with an anti-misreading device at the contact end A22 of the connection terminal A2. The anti-misoperation device includes: a corresponding pivot base 14 is provided on the substrate. A rotatable anti-reading slider 2 is embedded between the two pivot seats 丨 4 on the 12 and the two sides of the anti-reading slider 2 are provided with corresponding ^ ^ joints 2 1, 2 1 'to be embedded in the corresponding In the pivot base 14 of this, the shaft of the entire anti-reading slider 2 3 is rotated; in addition, the anti-reading slider 2 is sequentially formed with a drop surface 2 2 and a plurality of through grooves 23 and a horizontal The pressure lever 24 is formed with a front stopper 25 between the horizontal pressure lever 24 and the through slot 23 for the memory card a 2 0 to be embedded and positioned, please refer to "Figure 5" at the same time; and the through slot 23 The number corresponds to the number of connection terminals A2, and ^

M262868 4. Creation instructions (5) The contact end A22 of the connection terminal A2 is changed through, and the connection terminal is inserted into 2 metal material = elasticity, so that one end of the anti-reading slider 2 is up for the memory card ... ❹ Embedded positioning f at the same time Refer to "Figure 6" as shown below. If the memory card A30 size is inserted, the thickness and length of the memory card A3G are larger than the memory card. Therefore, * when the memory card A30 is inserted, the read-proof The slider 2 is pushed down. At that time, the non-slip block 2 will use the 14 end of the pivot base as the axis, and the horizontal crossbar 24 at the far end will be pushed down, and the contact end A22 of the connection terminal A2 will be placed in the punch. , And further = the accidental contact between the memory card A30 and the connection terminal A2 or the abrasion of the contact end A 22. The structure design of the integrated if-reading can reduce the size of the overall card socket by using multiple specifications of memory cards. Patent scope done for the preferred embodiment used in this creation = scope. In other words, it is covered by this application. Branching and modification are all covered by the creation patent. M262868 Simple illustration of the drop surface 2 2 Slot 23 Cross bar 24 Front stop 25

Claims (1)

MM2 ^ m 5. Scope of Patent Application [Scope of Patent Application] 1 · A novel structure of a multi-in-one memory card socket refers to a device that is equipped with an anti-misreading device inside the socket that can be inserted with multiple memory cards. The installation includes: a corresponding pivot base, which is provided on the base plate for a built-in anti-reading slider and is a rotating shaft; an anti-reading slider, one end of which is embedded in the pivot base, and the other end of which is hung It is set at the contact end of the connection terminal, and the end of the anti-reading slider is raised by the elasticity of the metal material of the connection terminal itself; `` The displacement is promoted when the thicker memory card is embedded to make the layer suitable. The contact end of the connection terminal has a pressing action to prevent mis-touching or insertion wear of the memory t terminals of different specifications. • As described in item 1 of Shenqing's patent scope, the novel junction of the all-in-one memory card socket, the connection terminals are designed on the substrate in a layered structure, and the second and fourth positions are in contact, making it in a recess. Can be used for a variety of different specifications of memory card insertion w 3 such as 2 纟 ® small overall socket volume. Structure, σ S, please apply the novel combination of the all-in-one memory card socket described in the first item of the patent scope, in which the connection terminals are formed with a right angle, and the contact ends are horizontal, lying horizontally, and with appropriate elasticity. 4. The novel structure of the all-in-one memory card socket described in item 1 of φ Gu & j & τ Ming profit-seeking range, in which a drop surface and a plurality of through grooves are sequentially formed on the Φ ^ and 喟 anti- 喟 sliders. And a horizontal pressure M Fen 5 such as = ~ front stall for memory card embedded positioning. Structure, ° 1 eye of the new range of all-in-one memory card sockets described in the patent scope, where the number of slots of the anti-reading slider corresponds to the number of embedded connection terminals Page 12 M262808 V. The number of patent applications and the contact end of the connection terminal is embedded. 1111 Page 13