TWM294748U - Socket connector - Google Patents

Description

M294748 VIII. New description: [New technical field] The B-mode is connected, especially, to the circuit board to hold a = connector to electrically connect the chip module to the circuit board. Prior art] at(Land Gnd Array Package)^^^ : The central processing unit of the computer host is installed on the socket of f--the circuit board to cry on the alpha and the other; static, 谪 如 如 + + 5 上 插座The connector includes an insulated terminal and a latch assembly. The conductive terminals are disposed in the body of the bar, the body, and the body. The insulating system carries a wafer module, and the m-chip module is mounted on the insulating body, such that: the electrical contact of the == surface can be electrically contacted to the insulating body, and the electric contact is The board is electrically connected to the circuit board via the shrine. : 曰: The top surface of the chip module is coated with a layer of adhesive: 2. The socket connector is attached to the top surface of the wafer die: the heat of the wafer is cooled. When the heat sink is taken up, the lock group = free of the stack is taken up with the heat sink and the socket connector is replaced, as disclosed in February 21, 2005: Republic of China Patent Certificate (4) The "grid array electrical connector" disclosed in M257534 includes an insulating substrate, a frame body, and a pressure = rod. The side edge of the mounting portion of the insulating base is provided with a plurality of bumps. The inner edge of the hollow bottom wall of the frame limb is provided with a plurality of grooves. The bumps M294748 are respectively fitted to the grooves such that the insulating substrate is bonded to the frame. The pressure cover and the lever are respectively pivotally connected to opposite ends of the frame. The frame, gland and lever of the above conventional socket connector are made of a thermally conductive metal material. The conductive terminals of the receptacle connector are soldered to a circuit board by heating of a reflow oven. When the socket connector and the circuit board are fed into the reflow furnace for heating, since the frame body, the gland and the lever are easy to absorb heat and are all coupled to the insulating substrate, the insulating substrate is highly susceptible to heat. Deformation. Further, when the socket connector and the circuit board are fed into the reflow furnace, heat generated by the reflow furnace is extremely concentrated to the frame, the gland, and the lever. As a result, the amount of heat required to solder other electronic components to the board is insufficient. Therefore, the temperature of the reflow oven must be increased to compensate for the heat required to solder other electronic components to the board. Thus, the manufacturing cost of the socket connector is increased, and the insulating substrate is more susceptible to thermal deformation. Moreover, the frame, the gland, and the material of the lever are in high demand, so that the socket connector is expensive to manufacture. In use, a wafer module is grasped by a finger to be placed on the insulating substrate. Then, the gland is covered on the wafer module. Then, the lever is locked to the cover. However, the accuracy of the placement of the wafer module on the insulating substrate by the finger is poor and the wafer module is easily dropped to damage the conductive terminals provided on the insulating substrate. Therefore, it can be seen from the above that the above-mentioned conventional socket connector is obviously inconvenient and lacking in actual use, and needs to be improved. The reason is that this creator feels that the above-mentioned deficiencies can be improved. He is devoted to research and cooperation with academics, and finally proposes a design that is reasonable in design and effective in improving the above-mentioned missing of M294748. [New Content] [Creation Purpose] The main purpose of a creation is to provide a socket connection to cry, to be installed in its internal features, and to avoid damage to the socket when the wafer module is lost in the female clothing. The conductive terminal of the connector. The purpose of the backup is to provide a socket connector to avoid thermal deformation of the body of the % edge.

The other purpose is to provide a socket connector to avoid excessive heat absorbed by a board and soldered to the board. s八他电子 Another purpose of this creation is to provide a socket connector that reduces the manufacturing cost of the socket connector. [Creating Features] In order to achieve the above purpose, the present invention mainly provides a socket supporting a wafer module therein, the socket connector comprising a rim body, a plurality of conductive terminals and a frame; the conductive terminals are Following the insulative housing, the frame has a holding device that elastically holds the chip module to carry the wafer module to the insulative housing. The solid device: the device first holds the wafer module in the frame. Then, the frame is loaded with the die modulo=up, so that the chip module is mounted on the socket and the electrical chip module is dropped during installation to damage the M294748. In a preferred embodiment, the insulative housing carries the wafer module at a rear portion of the frame minus the rear portion of the insulative housing, and the frame has a resilient latching device at the front thereof, and the elastic latching device can be released. The device is latched on the body of the device and the frame blocks the chip module on the insulative housing. In a preferred embodiment, the insulative housing carries the die to be insulated The front of the body has a bullet The latch I is disposed, and the rear of the frame is at the rear of the body of the rim. The elastic latching device releasably locks the front portion of the frame, and the frame stops the chip module on the insulating body. The connector only needs to be pivotally connected to the insulating body. The second connector is connected to the insulating body. Therefore, when the socket is heated in the reflow furnace, the latch assembly of the socket connector absorbed by the frame body Therefore, the insulating body is not easily deformed by heat, and the heat absorbed by the frame does not affect the soldering of other electronic components on the circuit board. The material of the outer casing is less than that of the conventional buckle assembly. Therefore, the manufacturing cost of the socket connector is reduced. The lock [embodiment] is specifically understood, but the drawing is only used to limit the creation of the ice. For reference and explanation, it is not [detailed description] M294748 Please refer to the first to fourth figures for the first embodiment of the present invention. The present invention is a socket connector in which a holding-wafer module 3 is located. The wafer module 3 can be a planar grid Grid array package (Land (four) eight called f ackage) specifications Central processing module sheet, such as a host computer. [Lambda] is a receptacle connector comprising an insulating body 1, a plurality of conductive terminals 6 and a frame 2.

The far insulating body 1 has a rectangular shape. The insulative housing i has a front wall 1 1 , two side walls 12 , and a rear wall 3 . The front wall i i is located at the front of the insulative housing 1. The rear 3 is located at the rear of the insulating body bore. The front ends of the side walls 12 are respectively connected to the two ends of the front wall i1. The rear ends of the side walls 12 are respectively connected to the two ends of the rear wall i 3 . The top surface of the insulating body 1 is provided with a sinking mounting portion i 〇 between the front wall member 1, the side wall 12, and the back wall}3. The mounting portion i is provided with a plurality of terminal slots 1 〇 5. In the fourth figure, the two ends of the rear portion of the insulative housing 1 (i.e., the two ends of the rear wall 13 or the rear ends of the side walls 12) are each provided with a convex shaft 31. The front portion of the insulative housing 1 is provided with a fastening device. The fastening device has two protrusions 1 i i , two blocking portions 丄 1 2 , and two notches ^ j ^ notches 1 1 4 are located on the front side of the insulating body 1 . The notch 1 1 : between the bumps 1 1 ; The stoppers 2 are respectively formed on the upper edges of the opposite sides of the bumps 1 1 1 . The missing slots i i 3 are divided into the rear sides of the blocking portions 1 1 2 . Knife, > These conductive terminals 6 are respectively provided in the terminal 枰 1 0 5 of the mounting portion i 。. As shown in the first figure, each of the conductive terminals 6 is a surface (SMT, Surface Mount Technology) terminal. The bottom end and the top end of each of the conductive terminals 6 have a - 焯 junction portion 60 for soldering - solder balls::: and - contact portions 61. Each solder is used to electrically contact the wafer module 3-way board. Each of the contact portions 6 1 is a 夂遑 (Thr〇ugh Hole) terminal as shown in the first diagram. Each of the leads D is a perforated type having a soldering portion 60' and a connection; = ^ is used to pass through the perforation of the board _ ^ mouth to connect the 4 6 〇 contact portion for electrical contact == the circuit board. Each of the traits has a front baffle 21, two side strikers 2, and -= two Ϊ baffle Η located at the front of the frame 2. The back of the post ==. The front ends of the side support plates 2 2 are respectively the two ends of the opposite side of the vehicle. The rear ends of the side baffles 22 are respectively at the two ends of the rear support plate 23. The front plate 21, The side support plates 2 2 and the rear support plate 23 are connected to form a rectangular closed outer frame and a middle hole 25 5 therebetween. The frame 2 can also be a U without the rear support plate 2 3 . The open outer frame of the sub-type. • In addition, the rear portion of the frame 2 has two pivoting pieces 24. The pivoting ends 24 are respectively connected to the two ends of the baffle 2 3 of the frame 2 (or The rear end of the side baffle 22 is provided with a pivot hole 241. The pivot holes 241 are respectively pivotally connected to the convex shafts 13; The pivoting pieces 24 are respectively pivotally connected to the two ends of the rear portion of the insulative housing 1. Thus, the rear portion of the frame body 2 is inserted into the rear portion of the insulative housing 1. Referring to the fourth figure, after the insulative housing 1 The two ends of the portion are respectively provided with a recess 1 3 2 instead of the convex shaft 1 3 1 as shown in the fourth figure. The opposite inner sides of the pivoting pieces 24 are respectively provided with a convex portion 2 4 2 instead of the 10 M294748 pivot as shown in the fourth figure. The convex portions 2 4 2 of the holes are respectively pivotally connected to the concave portions 3 2 'The pivoting pieces 24 are pivotally connected to the rear portion of the insulative housing 1 respectively, and the rear portion of the 5 housing frame 2 can also be pivotally connected to the rear of the insulative housing 1. Please read the fourth As shown in Figure B, the insulative body i moxibustion is provided with a recessed portion. The tow tabs 24 are each provided with a pivot: a hole: 1. The socket connector of the present invention further comprises two habitats 丄 4. Each habitat Connected: 14 is pivotally connected to a corresponding pivot hole 2 4 丄 and a corresponding recess 3 f. Thus the rear portion of the body 2 can also be pivotally connected to the rear of the insulating body ,, the front of the body 2 The utility model has an elastic locking device. The locking device has a U-shaped locking elastic arm 20. The locking device is locked on the front edge of the front collision plate 21, and the locking buckle has a free end and two hook portions 201 respectively Furthermore, the frame 2 has an elastic retention. The embodiment of the holding device has two elastic clamping arms 26, and the two elastic arms 26 are opposite to the opposite sides of the frame 2. For example, the first = lost The arms 26 are respectively connected to the pivoting pieces 21, and the clamping arms 26 extend forward from the rear of the frame 2. The free ends of the fires 26 are provided with an inwardly bent clamping portion. (4) On the circuit board (not shown), the socket connection thief and the circuit board are fed into a reflow furnace and the conductive terminals 6 are connected to the circuit board. The (4) socket connector is the wafer module 3 When being mounted to the socket connector, first, the top portion of the 11 M294748 wafer module 3 is received in the hollow hole (4) of the frame 2, and the clamping portion 2 6 i of the clamp arm 26 is respectively clamped to the wafer mold: The 弹性 吏 吏 2 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性The front portion of the frame 2 is covered to the insulation and the free end of the latching spring arm 20 is pressed back and = 2 〇 1 passes through the slots 113, respectively. The free end of the arm of the temple hook (4) 2 q is released, so that the hooks 201 of the lock 1: 2 are hooked under the support 1 1 2 of the insulating body 2, and The elastic locking device is housed in the i14. Thus, the elastic latching device at the front of the frame 2 is releasably latched to the fastening portion of the front portion of the insulative housing 1. And the frame 2 carries the crystal >; the amount of 3 to _: the mounting portion 10 of the insulating body 1 carries the wafer module: the module 3 mosquito is located in the mounting portion 10. Therefore, the Wu group 3 is upgraded by the quasi-stone in the insulating body, and the module 3 is dropped in the material to damage the guide of the socket connector. 2, the material (4) board 2, and the back panel 2T above the outer shoulder portion 31 of the wafer module 3, so that the frame 7 is on the insulating body 1 and the The top surface of the wafer module corresponds to the hollow hole 25 of the frame 2. Therefore, the wafer module 3 is carried and blocked in the socket connector. The top surface of the wafer module 3 is coated with a layer of thermal grease (not shown). a 12 M294748 heat is placed on the docking connector and contacts the heat spread paste applied to the top surface of the wafer module 3 via the hollow hole 25 to press the wafer mold, and The heat dissipation effect of the wafer module 3 is provided. The conductive contact of the bottom surface of the chip module can electrically contact the contact portion 161 of the socket connector conductively connected to the circuit board 6 to be electrically connected to the circuit board via the conductive terminals 6. When the heat release of the child is taken up, the frame 2 can block the wafer module 3 to prevent the 5 chip module 3 from being picked up as the heat sink is also removed. The leading edge of the w baffle 2 1 is further provided with a rib 2 1 1 extending 'up' to strengthen the strength of the frame 2. The trailing edge of the front baffle 21 is further provided with a rib 2 1 2 extending upward to strengthen the strength of the frame 2. The inner edge of at least one of the side fences 2 2 is further provided with a rib $2 1 extending upward to strengthen the strength of the frame 2. The outer edge of at least one of the side fences 2 2 is further provided with a rib 2 2 2 extending downward to enhance the strength of the frame 2. The leading edge of the tailgate 23 is further provided with a rib 2 31 extending upward to strengthen the strength of the frame 2. Thus, the frame body 2 can more reliably block the wafer module 3 on the insulative housing 1. When the wafer module 3 is to be removed from the socket connector, the free ends of the latch arms 20 are post-pressed and moved up such that the hooks 2 〇 1 pass through the slots 1 1 3, respectively. Thus, the resilient latching device is released so that the front portion of the frame 2 can be released to disengage the fastening means in front of the insulative housing i. Then, the wafer module 3 can be taken out. Referring to Figures 5 and 6, the socket connector of the present invention further includes a suction plate 4. The suction plate 4 has at least two hook arms 41 respectively located on opposite sides of the suction plate 4 and extending downward. The insulation 13 M294748 ΐ ί ί ί step is provided with at least two sentence slots 121 respectively located on opposite sides of the insulating 丄 2 \ ! Each of the hook arms 41 is hooked to the corresponding hook groove 2 such that the suction plate 4 is coupled to the insulative housing 1. The crying plate 4 is for the suction of a suction device, so that the socket connection is quickly transported to the circuit board. Thus, the socket connector is soldered to the circuit board. In addition, the socket is detached. After the board, the pickup board 4 can be easily disassembled: see the seventh embodiment and the eighth figure as the second embodiment of the creation. The difference between the example and the first embodiment is that the casing of the insulative body factory is provided with the elastic locking device and the elastic holding device. In this embodiment, the fastening device has two protrusions i 1 1 -, =112' and - notch I", and the insulating body J °/hig recess 114 is located between the bumps 111. The side two] are respectively formed on the bumps. The opposite inner arm elastic locking device has an extension plate 27 and two latching springs. The upper end of the extension plate 2 7 is connected to the other 2 of the front baffle 2 1 . The rear end of each of the latch arms 20/ is coupled to a corresponding one side of the lower end of the extension plate 27/ and extends forward. Each latch arm 2 〇 / front / is - free end. 1 and the elastic holding device has two elastic claw plates 26/, and the γ-shaped claw plates 26/ are respectively located at two opposite sides of the frame body 2/[== Figure 7 and the first figure The elastic claw plates 26 fly over the upper end S to the side support plates 2 2 . Each of the elastic claw plates 26 has a lower end that is a free end 14 M294748 and is provided with an inwardly bent hook portion m. When the chip module 3 is mounted to the socket connector, first, the top of the wafer module 3 is received in the hollow hole 25 of the frame 2 /. = The elastic claw plate 2 6 is hooked on the opposite sides of the crystal group 3, so that the elastic holding device of the frame 2 elastically holds the remote chip module 3 In the frame 2 > Next, the front portion of the frame 2 / is covered to the portion of the insulative housing i / , and the free ends of the latching elastic arms 2 are respectively hooked to the insulation by the free ends of the seek latches # 2 0 Under the blocking portion 1 i 2 > of the fastening device of the main body, and the elasticity is inside the notch 1 14 . The casing 2 carries the wafer module 3 to the insulating body, such that the mounting portion i of the insulating body factory carries the wafer module 3 = thereon, and the wafer module 3 is positioned for the mounting Range of part i = = When the wafer module 3 is taken out from the socket connector, the free ends of the latches #20 are relatively internally pressed and moved inward. Thus, the buckle is released, so that the front portion of the frame 2 can be released to disengage from the fastening body of the insulative housing 1, the front portion. Then, it can be taken out. The door, and d, as shown in the ninth figure, is the third embodiment of the creation. The difference between the third embodiment and the second embodiment is the elastic holding device of the frame 2, and in the present embodiment, each of the elastic claw plates 2 of the seventh figure has at least one opening 2 6 2 > Form at least two elastic claws ^ M294748 3 >. The elasticity of the elastic claw piece 2 6 3 / of the third embodiment is better than that of the elastic claw plate 2 6 of the second embodiment. Each of the elastic claw pieces 2 6 3 is lower than a free end and is provided with an inwardly bent hook portion 2 6 4 -. The hook portions 2 6 4 of the elastic claw pieces 2 6 3 ' are respectively hooked on the opposite sides of the wafer module 3, so that the elastic holding device of the frame 2 elastically holds the wafer mold Group 3 is in the frame 2 -.

2 See the tenth figure, which is the fourth embodiment of the present creation. The difference between the fourth embodiment and the second embodiment is the elastic holding device of the frame 2〃. In this embodiment, the elastic holding device has an elastic arm 2 ′. The elastic pressing arm 2 stands on the tailgate 23. The free end of the elastic arm 2 6 extends toward the hollow hole 25 and is provided with a bead 2 &6; extension, upward. Thus, the rib 2 2 2 of the front baffle 21 and the bead 2 =1 are located on opposite sides of the hollow hole 25. The elastic pressing member 2 6 17 / presses the wafer module 3 to contact the rib 212 of the front plate, so that the elastic pressing arm 2 holds the wafer mold, and the top of the 3 is in the hollow hole 25 . example. In the eleventh and twelfth drawings, the front portion of the insulative housing 5 of the fifth embodiment of the present invention has a resilient latch. The elastic lock buckle is disposed in place of the insulation of the first embodiment and the elastic lock device of the frame 2. ^ In the example of the case, the edge elastic locking device is formed on the front wall 11. The hollow portion 2 has a latching elastic arm 5 5, a connecting portion 56, and a lock Z elastic arm 7°. The connecting portion 56 is located at the front side of the front wall 11 and the lower end of the 5 flat mountain 5 5 is connected. At the joint portion 5 Θ. The latching arm 5 is a free end and has a hook portion 55 1 . The hollow portion 5 7 16 M294748 is formed on the tweeting and rear side of the snap elastic arm 5 5 . The elastic locking device is inserted into the front side of the wall 11 of the stomach portion, and the pressing portion 58 is connected to the second pressing portion 58 at the front lower end.丨b 8 is connected to the field of the latching arm 5 5 安装u 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑 脑The wafer module 3 and the frame are combined to improve the stability of the wafer module 3. The front portion of the frame 2 is attached to the front portion of the insulative housing 5, and the front bezel 21 pushes the free end of the latching arm 5 5 forward.

The free end of the latching arm 5 5 is elastically reset, so that the hook portion 5 5 i of the free end of the latching arm 5 5 is hooked on the striker 2 1 before the frame 2 . As such, the front portion of the insulative housing 5 is releasably latched to the front of the frame 2. When the Tamken self-extinguishing socket is connected to take out the wafer module 3, the pressing portion 58 is pressed down to twist the connecting portion 5 6 so that the hook portion 55 1 moves forward, or the hook portion 5 5 1 It is directly pressed forward to move forward, so that the front bezel 21 is released. Thus, the front portion of the frame 2 can be released to disengage the elastic latching device at the front of the insulative housing 5. Then, the wafer module 3 can be taken out. Please refer to the thirteenth figure, which is the sixth embodiment of the present creation. The difference between the sixth embodiment and the fifth embodiment is the elastic holding device of the frame 2 /. The elastic holding device of the frame 2 of the sixth embodiment is an elastic holding device of the frame 2 > of the second embodiment. The eyepiece is shown in Fig. 14, which is the seventh embodiment of the creation. The seventh embodiment 17 M294748 The difference between the embodiment and the fifth embodiment is the object. The elastic holding device of the frame 2 of the seventh embodiment is an elastic holding device of the frame 2 > of the third embodiment. Please refer to the fifteenth figure, which is the eighth embodiment of the present creation. The difference between the eighth embodiment and the seventh embodiment is the elastic locking device of the insulative housing 5 / and its position. The Yishen implements the money, and the Yanhai elastic locking device is formed on the crotch portion of the side wall workers 2. The elastic locking device has two locking elastic arms 5 5 and two connected companies

= 5 6, and two hollows 5 7 . The connecting portion 5 6 (4) is located outside the side wall 1 2, and the lower ends of the latching arms 5 5 are respectively connected to the connecting portions 56. The upper end of each latching arm 5 5 is a free end and has a hook 5 5 1 . The hollow portions 57 are formed on the inner side of the lower ends of the latching arms 5 5 and the inner sides of the connecting portions 56, respectively. The elastic locking device further has two pressing portions 58 respectively located outside the side walls 12, and the pressing portions 58 are respectively connected to the lower ends of the latches $5 5 . ,stomach

When the device is first, the elastic holding device such as < When the wafer module 3 is mounted to the socket connection and the second embodiment and the third embodiment, the frame 2 elastically holds the wafer module 3 in the frame 2 > The front portion of the frame 2 / is covered to the front of the insulative housing 5 > and the side baffles 2 2 respectively push the self-ends of the latching arms 5 5 relatively outward. The free end of the material lock fastener 5 5 is elastically reset, so that the hook portion 55 1 of the free end of each of the head buckles 5 5 is hooked on a baffle 22 . The corresponding side of the relay 18 M294748 is intended to be taken from the guessing dock. The crystal portion 5 is pressed down to twist the joints 5 6 such that the hooks 5 5 1 are privately moved 'or The hooks 55 1 are directly pressed externally to move outward, so that the side fences 2 2 are released. Thus, the front portion of the frame 2 > can be released to disengage the elastic locking device of the front portion of the insulative housing 5. Then, the wafer module 3 can be taken out. The frame of the first to eighth embodiments may be made of a metal material or a plastic material.

Referring to the sixteenth figure, the ninth embodiment of the present invention is shown. The difference between the ninth embodiment and the first embodiment is the fastening device of the insulative housing i and the elastic locking device of the frame 2. In addition, the front baffle 2 1 , the side unshield 2 2 , the rear baffle 23 , the pivoting piece 24 , and the elastic clamping arm 26 of the frame 2 are made of a metal material, and the frame 2 is The elastic locking device is made of plastic material. # In this embodiment, the fastening device has a card block 丄i 5 located on the front side of the insulating body 1. The elastic locking device is insert-molded to the front bezel 2丄. The elastic locking device is a holding portion 273, a locking elastic arm 27.2, a connecting $^ and a hollow portion 274. The holding portion 27 is coupled to the front baffle 21. The connecting portion 273 is connected to the holding portion 273, and the upper end of the latching arm 27.2 is connected to the connecting portion 273. The lower end of the latching arm 27.2 is a free end and has a hook portion 275. The crucible 4 is formed on the rear side of the upper end of the latching elastic arm 273 and the rear side of the ties 7. The elastic locking device further has a _ press screen portion located on the front side of the front bezel 2!, and the pressing portion 276 is connected to the = 19 M294748 Ψ 2 7 2 03⁄4 ± ^ 弹性 elastic lock of the embodiment a buckle device, and the latching arm 2" is hooked to the latch 丄 15. In addition, in another embodiment, the built-in person is formed on the _ plate 2丄 and proceed: step cover the front baffle 2 1 , the side baffle 22 and the rear plate 荨. [Creating Features and Advantages] Therefore, through the socket connector of the present invention, as described below Features ·· 中:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: m The insulative body ± makes the day and day frequency increase the accuracy of the financial body, and avoids the chip module being aware of the conductive terminal of the socket connector. σ The device only needs to be pivotally connected to the insulating body to the die body. Therefore, when the plug is less than the lock of the conventional socket connector The heat absorbed by the piece is (4) the edge body is not easily deformed by heat, and the frame is hot! It does not affect the soldering of other electronic components to the circuit board i. 3 The material requirement of the frame is less than the conventional socket connection. The lock of the device, the piece. Therefore, the manufacturing cost of the socket connector is reduced. The above is only a detailed description of the specific embodiment of the present invention, and the Asian and African are used to limit the features of the present creation and the present creation. The person who has the usual knowledge in the money, along the creation of the original; the political modification or change, should be included in the patent spoon of the creation of the 20 M294748 [Illustration of the simple description] Figure of the creation of the socket connector - the embodiment and - day and day (a perspective exploded view of the module. Fig. AA is a perspective view of another embodiment of the conductive terminal of the present socket connector. The second figure is the present embodiment of the socket connector - the wafer die A three-dimensional combination diagram of the group in which the wafer module is held in the frame of the socket connector. The third diagram is the first embodiment of the present invention, and the other embodiments of the wafer socket module. 4 of the third figure 4 is a cross-sectional view of the first embodiment of the present invention, wherein the frame of the plug connector is pivotally connected to the protruding shaft of the insulative housing of the socket connector. The frame of the socket connector is pivotally connected to the recess of the insulative housing of the socket connector with its convex portion. • FIG. 4B is a cross-sectional view of the first embodiment of the present socket connector, wherein the socket is connected with the hub The connector is connected to the socket to connect the pivot hole of the crying frame and the recess of the insulating body of the socket connector. The fifth embodiment is a perspective view of the first embodiment of the present invention, further comprising a suction plate, wherein The frame of the socket connector is not shown. The first embodiment of the socket connector further includes a three-dimensional combination diagram of the suction plate, wherein the frame of the socket connector is not shown as 21 M294748. . The seventh figure is a perspective assembled view of the second embodiment of the present socket connector. The eighth figure is another three-dimensional combination of the second embodiment of the present invention. The nine-figure diagram is a three-dimensional combination diagram of the third embodiment of the present invention. The tenth figure is another three-dimensional combination diagram of the fourth embodiment of the present socket connector. The eleventh drawing is a combination of a fifth embodiment of the present socket connector and a wafer module, wherein the wafer module is held in the frame of the socket connector. Figure 12 is another perspective view of a fifth embodiment of the present socket connector and a wafer module. F13 is a perspective assembled view of the sixth embodiment of the present socket connector. = Fourteen is a three-dimensional combination of the seventh embodiment of the present socket connector. F15 is a three-dimensional combination diagram of the first embodiment of the present socket connector. Fig. 16 is a perspective assembled view of the ninth embodiment of the present socket connector. [Main component symbol description] [This creation] Insulation body 0 Terminal groove bump missing slot block groove 10 Anshang front wall 2 4 Retaining recess side wall 22 M294748 Rear wall 13 Recessed part 13 Insulating body 1 / Bump 11 Notch 11 Frame 2 Locking arm 2 0 Front bezel 21 Rib 2 1 Rib 2 2 Rear baffle 2 3 Pivot piece 24 Protruding part 2 4 Elastic clamping arm 2 6 Retaining part 27 Connecting part 27 Hook part 2 7 Frame lock arm 2 2 Hook part 26 Elastic claw piece 2 6 Extension plate 2 7 Frame 2 〃 Convex shaft 13 Pivot part 14 Stall part 11 Hook part 2 0 1 Rib 2 11 Side baffle 22 Rib 2 2 2 Rib 2 3 1 Pivot hole 2 4 1 Hollow hole 25 Clamping part 261 Locking arm 2 7 2 Hollow part 274 Pressing part 276 Elastic claw plate 2 6 > Opening 2 6 2 Hook part 264 23 M294748 Elastic pressure Arm 2 6 r / bead 2 6 1 wafer module 3 outer shoulder 3 1 suction plate 4 hook arm 4 1 insulative body 5 latch arm 5 5 hook 5 5 1 joint 5 6 hollow 5 7 press 5 8 Insulation body 5 〆 Conductive terminal 6 Welded part 6 0 Contact part 6 1 Conductive terminal 6 Welded part 6 0 ^ contact 6 r

twenty four

Claims (1)

M294748 IX. Patent application scope: A wafer module is held therein, wherein the socket connector socket comprises: an insulating body; (four) a conductive terminal disposed in the insulating body; and _ strong: The frame f' is pivotally connected to the insulative housing, and the frame has an elastic fixing device: the holding device elastically holds the chip module on the frame, and the frame covers the wafer module to the insulation On the body. The socket connector of the first aspect of the invention, wherein r is early; the split has two elastic clamp arms, and the elastic clamp arms are located on opposite sides of the frame. ^ 3. The socket connector of claim 2, wherein the back of the X C body is attached to the rear of the insulating body #, and the elasticity extends forward from the rear of the frame. W ί , the socket connector of claim 3, wherein there are two pivoting pieces, the pivoting pieces are respectively pivotally connected; the two ends of the rear part of the t technology, and the elastic clamping arms respectively Connected to the pivoting tabs. 5. If the socket connector described in the second paragraph of the patent application is applied, the free end of the 1st member = the clamp arm is provided with a clamping portion that is folded inwardly, and the inch 4/knife is not lost in the Two opposite sides of the wafer module. 6. The socket connector as described in the application for the patent scope. The smashing hammer has two elastic claw plates, and the elastic claw plates are respectively located at two opposite sides of the frame. Knife 7 The socket connector described in claim 6 of the scope of the patent application, wherein 25 M294748 $^ has a side panel, and the upper ends of the elastic claws are respectively connected to the temple side sill. 8' The socket connector of claim 7, wherein the lower end of the raw claw plate is a free end and is provided with an inwardly bent hook portion 0 9 , as claimed in the eighth item The socket connector, wherein the two claws are provided with at least one opening and at least two elastic claw pieces. #10。 The socket connector according to claim 1, wherein the frame body forms a middle ★ /, ^ middle hole, the elastic holding device has an elastic pressure and " The top of the wafer module is in the hollow hole. 1^, as claimed in claim 10 of the socket connector, the free end of the elastic arm is provided with a bead extending upward. The receptacle connector of claim 11, wherein the frame is provided with a rib extending upwardly, and the rib and the bead are respectively located at opposite sides of the hollow hole. ^3. The socket connector of claim i, wherein the frame has - (four) plates and - (10) plates, and the JL biasing arm is located at the tailgate. The socket is connected as described in claim 13 of the patent application, wherein the free end of the elastic pressing arm extends toward the pupil and is provided with a bead extending upward, and a rear edge of the front bezel is provided with a The ribs extend upward. The socket connector of claim i, wherein the m-edge body carries the wafer module thereon, the rear portion of the frame is inserted into the rear portion of the insulating body, and the front portion of the frame body With - elastic locking device 26 M294748 ί:: the locking device can be releasably locked "and ν frame stop the wafer module on the insulating body. Li 2 6 = 1 patent range 15th rhyme socket connector , the Muir department is provided with a fastening device, and the elastic locking device is releasably locked to the fastening device. The center is applied for the socket connector described in item 16 of the scope of interest, and the lock m has a seesaw The elastic locking device has a rear end of a u-shaped elastic arm connected to the front playing board, and the locking buckle is a free end and hooked to the fastening device. The socket connector of the item 17 is characterized in that the wrong buckle (four) μ t is provided with two collision portions on the front side of the insulating body, and the free end of the '·' mouth spoon has two hook portions respectively located on the j: two sides, and the The hooks are hooked under the same section. The side and the temple are in the 18th item of the patent model 11 The receptacle connector, 箄=, the garment has two missing slots on the front side of the insulating body, and the missing slot is divided into the rear side of the blocking portion. The socket connector, such as 'Qiu Ba Yi has a bump on the front side of the insulating body, and /, Tian " not formed on the opposite inner side of the bumps. Among them Hit Shen 4 patent The socket connector of the second aspect of the invention, the Z-position-to-clothing has a notch located at a front side of the insulative housing, the recessed ... between the temple bumps, and the elastic locking device is received in the recess In the mouth, the body has a socket connector as described in item 16, which has an armor plate, and the elastic locking device has an extension plate 27 M294748 IK = corresponding side connected to the lower end of the extension plate And extending the front end of the lunar lock spring arm to be a free end and hooked to the socket connector according to the second application item of the second application patent scope, i et al. The front side of the insulating body, and the free ends of the ° Temple lock (4) are respectively hooked to the same In the case of the socket connector described in Item 2, $ip#x, and the eighth has a bump on the front side of the insulative body, and the "see" portion is formed in the bumps respectively. The upper edge of the opposite inner side. Among them, the socket connector described in the 24th patent of the May patent dry circumference, Er Li 2:! The garment has a recess on the front side of the insulative housing, between the concave temple bumps, and the elastic locking device is received in the recess π 〇J:: 2: 凊 利 利 range 16th The socket connector, f-type; = "1# board", the elastic locking device is molded into the core:: the elastic locking device has a - locking elastic arm, the fastening device has - a card block, and the latching arm is hooked to the card block. 2 7. The socket connector according to the sixth application of the patent application, the frame has a front panel and two side panels, the elasticity The locking device 箄: two inserts are formed on the front slab and further enclose the front slab and the sling; the elastic locking device has a latching elastic arm, and the fastening device has a block. And the latching arm is hooked to the card block. The socket connector according to the above application, wherein the insulative housing carries the chip module thereon, and the front portion of the insulative housing 28 M294748 After the second and second two sets of the fuses, the rear part of the frame is pivoted on the insulating body to lift the 3 liter chip module on the insulating body. 2. The socket connector of claim 28, wherein the insulative housing has a front wall, and the elastic locking device has the shape of the socket: the socket connection described in item 29. The elastic latching device has a latching elastic arm with a free end and a hook to the front plate. The latch connector of the patent range 30, the front block The early free end of the board has a hook portion, and the hook portion is hooked to the lower end of the latching elastic arm: the connection =: is located at the front side of the front wall and the locking bolt & has a hollow portion. And the hollow portion is formed on the rear side of the lower end and the rear side of the joint portion. The pressing portion is connected to the lock: the elastic arm: two: located on the front side of the front wall and its 41 edge range is 2 8 The socket connector of the item, the front side wall of the side wall and the elastic locking device are formed in the socket connector described in claim 35, 29 M294748, wherein _ γ目丨私^ Buckle arm, each lock =: =============================================================== The socket connector of the third aspect of the invention, wherein the free end of each of the locking dance arms has a corresponding side baffle. i each hook π hooked at - in the middle of the patent scope of the third item The outer connector device of the socket connector has two connecting portions respectively located at the side walls, and the lower ends of the latching elastic arms are connected to the connecting portions. 3 9. If the patent application model (4) 38 items The socket connection boundary, wherein the elastic lock button and the old _ mouth ° ^ " /, there are a part of the work department, and the hollow portions respectively define the inner side of the lower end of the lock arm and the same The inner side of the connecting portion. The socket device of claim 38, wherein the fastening device has two pressing portions respectively located at the side walls, 贞', and the pressing portions are respectively connected to the locking bolts The lower end of the arm. The socket connector of claim i, wherein the frame has a front bezel, two side baffles, and a rear plate, and the front ends of the baffles are respectively connected to The two ends of the front baffle are respectively connected to the two ends of the tail baffle, and the front baffle, the side baffles and the rear baffle are connected to form a rectangular closed frame And a hollow hole therebetween ′ and the top surface of the wafer module corresponds to the hollow hole. 4. The socket connector of claim 41, wherein the front baffle is provided with a rib extending upward. 4. The socket connector of claim 41, wherein at least one of the side fences is provided with a rib extending upward. 30 M294748 4 4. If the patent cage F is applied, at least one of the side baffles is provided with a rib extending downward. The socket connector of claim 1, wherein the frame has two pivoting pieces at the rear, and the frame tabs are respectively framed at the two ends of the rear portion of the insulating body. The receptacle connector of claim 45, wherein the two ends of the rear portion of the insulative housing are respectively provided with a "convex shaft", and each of the pivoting tabs is provided with a pivot hole, and the pivot holes They are pivotally connected to the convex axes, respectively. The receptacle connector of claim 45, wherein the two ends of the rear portion of the insulative housing are respectively provided with a recess, and the opposite sides of the plug strip are respectively provided with a convex portion, and the The convex portions are pivotally connected to the portions. 4, as claimed in claim 45, wherein the socket connector comprises two pivoting members, and the two ends of the rear portion of the insulating body are each provided with a concave pivoting piece of the temple. And the pivoting members are pivotally connected to a corresponding bore and a corresponding recess. 4. The socket connector of claim 2, wherein the socket connector comprises a suction plate, and the suction plate is coupled to the insulation body. 5 〇, as claimed in claim 49, wherein the suction plate has at least two hook arms respectively located on the two sides of the suction plate and extending downwards. The insulating body is provided with at least Two hook grooves are respectively located in two corresponding hook grooves of the insulating body. To the side, and each hook arm is hooked to the -phase M294748 wall and a back wall, and the front ends of the side walls are respectively connected to the arrow wall, and the rear ends of the side walls are respectively connected to the two ends of the *樯The second mounting portion is provided with a plurality of terminal slots, wherein the conductive terminals are respectively disposed in the terminal block of the 5th temple, and the wafer module is positioned within the range of the mounting portion. 5 2. According to the socket connector described in claim 5, the conductive terminals are a surface-adhesive terminal. 3. The socket connector of claim 5, wherein each of the conductive terminals is a perforated terminal. 32