TWM260031U - Electronic card connector - Google Patents

Description

M260031 、 Creation of creation (1) The new type of its connected technology field can produce electrons by connecting 5 kinds of electronic cards. 5 Electrical ground for electrical connection is lost. 7 6 This part of the electronic card connector (5) Previous technology] Electronic card Products' such as mobile sub-products. The card connector is secured with electrical contact. Same as taking out and inserting frequently, when the electronic daughter card or the conductive end of the ejector fails. Please refer to the electronic card (ware, stone, and more), especially a small electronic card with a small size by pushing and inserting the " where the withdrawal action of the electronic card is made. The card inside is connected with the electronic picture and the circuit board terminals are provided in the memory digital phase. The daughter card and the electronic card device must have a large sexual contact capacity when the card is connected. Achieve electrical connection and mention. Because electricity has sufficient smoothness, it is indeed, and generally, the durability of digital assisted electronic card power supply daughter card and supply and withdrawal card to make the electronic avoid electricity used for connectors such as connectors The circuit board function is inserted, and an electronic portable type is issued with a Vicat and an electronic card, and the electricity is shown in between to withdraw from the inserted daughter card smoothly, and the card ejection mechanism 8 and The portion 6 1 2 is 0, the first arm second arm portion 6 6 0, and the first space 6 3. The conductive end of each arm part of each card ejection mechanism 8 includes a conventional electronic card connector, which is used to be inserted therein, and includes an insulating body 6 and a conductive terminal covering the casing 9. The insulating body 6 has a base portion and a second arm portion 62, the first arm portion 6 丄 and two ends connected in parallel to the base portion 60, and a plug is formed between the base 61 and the first arm portion 62. 7 is provided at a base portion 60 of the insulating body 6. Moving member 8 0, elastic member 8 1, guide member 8 2

M260031 3. On the creation instructions and track music, and connect 1 and push, this piece 8 1 sets the connection 8 2 end 8 2 end 8 2 2 to cover the moving part 8 0 of the case 9 6 3 0 2 forward 2 travel in it, the action of the guide 8 slide 8 card is set at the first friction, guide each conductive end guide 8 2 8 one end of the normal electronic card connection daughter card the elastic member 8 an arm 6 1 The action of the card insertion terminal 8 2 2 The push arm 8 is frequently and easily contacted by the sliding 6 1 and the cover and the ejection card due to the electro-dynamic contact with the cover and the withdrawal card. The insert 6 1 and the sliding end 8 2 1 of the arm part 6 1 of the arm part 6 1 of the edge body 6 of the upper edge body 6 8 are provided on the first arm part 6 of the part 80 and have a sliding part 8 as Set in the card space 63 of the first arm part 6, the difference between the elastic moving part 80 and the guide end 8 2 the sliding part 8 〇1 track the curve groove 8, so that the sliding part 80 slides the first arm The part 61 and the shielding (2) wire groove 8 are close to the arm 80, and the pushing arm is connected to the first end 1 and is connected to the 9 cover 1 and the missing room. Conventionally, the electricity is stretched at the first to complete the 2nd derivative of 0, so that. However, the movement of one of the arms caused by the plug 7 is. 3, the base 6 2 and the 8 0 2 one arm is pivoted to the clear the first and the absolute insulation, when pushing the 1, the upper rail; when it is released again 0 pusher 8 〇The shielding case is not enough, and it may even be transposed or the electric curve of the electric slide guide of the belt-type electric plug is pushed twice and the ejection of the electric power is smoothed only between the 9 to make the ejection card fall off. 0 8 8 2 slot 8 3 This electronic component 8 daughter card, the sliding part 'easily affects the failure. Affect the volume of the guide, the pivot inside the guide. When the card is empty, push the arm 8 into the guide end 8 and position the card, the 1 pulls back to complete the withdrawal of the 8 0 1 clip, causing shaking, the electronic card, and the card withdrawal mechanism is small, making

M260031

The design of various components therein also needs to be reduced, which makes the assembly of the elastic member 8 丄 difficult, and it is easy to jump out due to its elastic force, which affects production efficiency. Therefore, it can be seen from the above that the conventional electronic card connector has obvious inconveniences and defects in practical use, and needs to be improved. The reason is that the author feels that the above-mentioned shortcomings can be improved. He has devoted himself to research and cooperated with the application of theories to finally propose a rational design and effectively improve the above-mentioned original creations. [New content] [Creation purpose]

The main purpose of this creation is to provide an electronic card connector (five) to make the action stroke of the card ejection mechanism smooth, so as to improve the smoothness of the insertion and withdrawal of the electronic card. The second purpose of this creation is to provide An electronic card connector (five 'makes the action of the card ejection mechanism more normal. Another purpose of this creation is to provide an electronic card connector (five' to make it easy to assemble to improve production efficiency. [Creative Features] In order to achieve the above purpose, this creation is mainly to provide an electronic card with 3 # cry,

W, e) 'includes an insulating body, a card ejection mechanism, and a shield case; 5 S 2 ^ A card insertion space is formed in the body, the insulating body has a first arm portion, and a guide groove is provided on the inner side of the second arm portion. The rear end of the first arm part is installed ^ 'The insulating body includes a plug member; the card ejection mechanism includes a sliding member, an elastic' f guide bow, 'and a guide block is protruded on the bottom surface of the sliding member, and the guide block cooperates with the sliding set. In the guide groove, the sliding member is provided with a trajectory curve groove, and the elastic member is provided from the security device.

Page 7 M260031 IV. Creation instructions (4) The holes are inserted through the two ends of the elastic member, and the guide bow is compared to the insulating body and the guide, so that the The sliding member thus improves the top of the electronic contact piece against the word to ensure the efficiency of its positive hole and plug. [Implementation] In order to further advance—means and effects, I believe in the understanding of this creation, and then [detailed explanation] for this creation. Please refer to connector (e) of the electronic card connector mechanism 3 and the inside of the first arm. The two ends abut against the pivot end and the guide end respectively, and the guide end moves on the rail, and the shielding shell is above the guide end. In the previous technology, the original slides smoothly, the card is inserted and the guide of the guide is usually moved; this device makes its assembly step idle. This creation μ Refer to the following purpose, characteristics and drawings. Restriction g Figures 2 to 11 are for insertion / f.) Includes a shielded case 4. On the side, the plug member is fixed in the plug member and the leading end, and the pivot track traces in a curved groove; the body is provided with a top abutment piece for smoothness through the guide block and the card ejection mechanism; The introduction of elastic parts is more convenient. From the detailed characteristics of the creation to achieve the intended purpose, when the reference and illustrations can be provided, the original electronic card (not shown on the edge body 1, guided by the mounting hole slide) The lead end is pivotally connected to the shielding case cover, the top abutting piece is slidably disposed on the guide slot, and the movement stroke is smooth. The shielding case is not easy to shift the safety of the insulating body and can improve the health. The technical details and drawings are in-depth and clear, not intended to be used as an electronic output. Among them, the electrical terminal 2 and the inner lead-back edge are set inward j top j production and operation j to card the card

M260031 IV. Creation instructions (5) Insulating body 1 arm portion 1 2 which is connected to the base portion 1 0 The second arm portion 1 2 Access path 1 3 1 Inserts the top surface 0 of the base portion 0 and the outer side surface is provided with 1 1 and the first arm groove 1 1 2 of the second arm body 1, the sliding groove 1 1 2 is parallel to the top surface of the end is provided with a pivot flange 1 1 6 4 and the front end has a flange 1 4 2, 3 And the groove 1 1 4 The plug member 14 is fastened to the groove conductive terminal 2 and the two ends 20 of the electric terminal 2 are located in the base space 1 3. Card ejection mechanism 3 pieces 3 2. For example, the tenth one has two ends of an arm portion 1, and a plug 1 1 2 is formed in the plug to form a moving area 1 1 in the outer portion 1 1 of the positioning block 1 1 2 The travel hole 1 1 5. The first pole of the insulated first pole portion, the groove is defined in the safety 1 1 4, which is provided at the base portion 1 of the welded portion 10 and the second parallel connection 11 and the extended portion 1 of the arm 1 The insulation is provided with a guide, and the inner side of the plug 1 after the guide 1 is a mask hole 1 1 13, 14 2 The section 1 1 2 is an arm sub daughter card which is the first 2 of the insulating body 1 respectively. 1 1 and the space 1 3 The outer part of the front end 14, 4 of the arm part 1 is a mounting hole 1 The flange bases 10, 1 and the second base 10 The card space 1 3 The card space 1 3 1 0 2 0 1. The absolute side is provided with a fixed inner side to form a slide 1 communicating with the diameter 1 3 1. The first arm body 1 includes another 1 4 1 and the rear 1 1 4 of the part 1 1 communicates with the mounting hole 1 1 3 0. The insulating body is connected to the outside 20 and the outside, each of which includes a sliding member 3 0 and As shown in the eleventh figure, the first arm arm portion 1 is located in the first electric power. The insulating local body block 1 moving area 1 card is empty of the first part 1 1 including the plug member and the plug 1 end is shaped in the safety, and the base 1 of the 1 and each lead contact end 2 1 are welded The contact end 21 is located on the bottom surface of the card, the elastic member 31, and the guiding member 30.

Page 9 M260031 IV. Creation instructions (6) The guide block 3 0 1 is convex. The guide block 3 0 1 of this embodiment is a long strip or a square or other shape. The guide block 3 0 1 cooperates with the slide The sliding groove 30 is disposed in the guide groove 1 12 of the insulating body 1 to slide the sliding member 30 in the sliding area 1 1 1 of the insulating body 1. The bottom surface of the sliding member 30 has a retaining wall 3 06 and a blocking angle 3 0 7. The sliding member 30 is provided with a perforation 3 0 5. The perforation 3 0 5 penetrates the bottom surface and the top surface of the sliding member 30. The card ejection mechanism 3 further includes an auxiliary terminal 3 3. The auxiliary terminal 3 3 has a supporting portion 3 3 1, a bending portion 3 3 2, and an elastic arm 3 3 3. The supporting portion 3 3 1 abuts against The retaining wall 3 0 6 of the sliding member 30, the supporting portion 3 3 1 is provided with a guide piece 3 3 4, and the guide piece 3 3 4 protrudes from the perforation 3 0 5 of the sliding member 3 0, and the elastic arm 3 3 3 is provided with an inner flap 3 3 5. The inner flap 3 3 5 protrudes into the card space 1 3 of the insulating body 1. The free end of the elastic arm 3 3 3 is stopped by the sliding member 3 0. The auxiliary terminal 3 3 is fixed to the inner side of the blocking angle 3 0 7. The top surface of the sliding member 3 0 is provided with a track curve groove 3 2 0. The sliding member 30 has a pushing surface 3 0 9, and the pushing surface 3 0 9 extends obliquely into the card space 1 3 of the insulating body 1. The sliding member 30 is further provided with a notch 3 0 8, and the flange 116 of the first arm portion 11 of the insulating body 1 is fitted to the notch 3 0 8 to increase stability. A mounting groove 3 0 3 is formed on the outer side of the sliding member 30. The sliding member 30 has a second lever portion 3 0 4, and the second lever portion 3 0 4 is located in the mounting groove 3 0 3. The mounting of the elastic member 31 is to directly pass the elastic member 31 from the mounting hole 1 1 3 of the insulating body 1 to the inside of the first arm portion 1 so that one end of the elastic member 31 is accommodated in the elastic member 31. Into the mounting groove 3 0 3, and then fix the plug 14 into the mounting hole 1 1 3 so that the

Page 10 M260031, creation description (7) the first end of the first rod 1 4 1 and the second end of the first-· ’one comment] 3 1 and the elastic member 3. 4 are respectively inserted through the elastic member [_ 4 and the sliding member 3 〇, so that the two ends of the ^ abut against the installation of the plug member, respectively, will not easily complete the elastic member 3 during assembly 1 | Elastic piece 3 1 Jump freely. Talking about the elasticity of the piece 3 1 which leads to the end 3 2 1 and the leading end 3 2 2, the two ends of γ 1 3 2 are pivot holes ii 5 of the main body 1 respectively, and Hengdao 3 2 1 is pivotally connected to The insulation μ guide 3 2 2 moves in the trajectory curve groove 3 02 on the sliding member 30. The shielding case 4 is covered on the insulating body 1. The shielding case 4 has an upper plate 40, two side plates 41, 42, and a rear plate 43. The upper plate 40 is provided with a top contact piece 4 0 1, an insert piece 4 0 2, a lower concave point 4 0 3 and a lower I concave portion 4 0 4, and each of the insert pieces 4 0 2 is respectively set and located in the insulating body 1 | Within each socket 1 02 of the base 10, the top abutment piece 4 01 abuts above the guide end 3 2 2 of the guide 32, and the lower recess 4 0 3 abuts against the guide Above the pivotal end 3 2. 1 of the lead 32, each of the recessed portions 4 0 4 projects into the card space 13, and each of the recessed portions 4 0 4 has a lead angle (not labeled). The upper plate 40 of the shielding case 4 forms a guide rail 405, and the guide rail 504 is parallel to the guide groove 1 of the insulating body 1 1 2 'the guide piece 3 of the auxiliary terminal 3 of the card ejection mechanism ^ 3 3 4 Sliding in the guide rail 405. | Each side plate 4 1, 4 2 forms a positioning hole 4 2 1, each positioning hole 4 2 1 is clamped to each of the first arm portion 1 1 and the second arm portion 12 of the insulating body 1 | the positioning block 1 2 1 . The rear plate 4 3 also forms a positioning hole 4 3 1 'The positioning hole 4 3 1 is fastened to the positioning block 1 〇1 of the base 10 of the insulating body 1, and the rear plate 4 3 covers the insulating body 1 The first real part of the 1 1

Page 11 M260031 IV. Creation Instructions (8) Mounting Hole 1 1 3 Outside

When one of the inserted electronic cards is contracted, the elastic member slider 30 is turned into a movable guide end 3 2 of the card, so that the pushing surface is inside the slider L 1 2, and the insertion and withdrawal are guided by the cover 0. Stability 3 hits 1 respectively, so that the guide moves normally. The electrical contact of the electronic card of the electronic card. The authoring electronic card pushes the slide 3 1 at the end, and the track's track composition; when again 2 is released and 309 pushes out 30 of the guide block, so that the slider is smoother and shields the casing 4. The shielding case is not connected to the guide member 3 2. The shielding shell is inserted, and the insertion is more stable and more reliable. The electronic card is connected to the insulating moving part 3, the lead 3, the wire slot 3, and the elastic 3 0 1 3 0 'and the guide rail 4 body 4. The 3 2 will be fixed by the concave part under the moving body 4. This ensures that the device (the five body 1 is inserted into the 0 push 2 and the guide 2 is inside the electronic card. The 3 1 pushes the card to complete the slide. In the smooth running auxiliary terminal 05, the top abutment piece 4 is a frequently recessed portion of the guide end 3 4 4 0 4 can be used for electronic cards and signal transmission) It can enter a card space 1 side 3 0 9 end 3 2 2 Guide back to the insulating body that slides into the ejection card, so that the 3 3 lead is increased by the 0 1 and the lower 2 2 and pivoted, and the 0 4 lead is against the quality of each conductive end of the electricity. The steps include the detection of 3, the special advancement and the advancement of the action, and the action of completing the action of the action of the action of the action of the action of the action of the action of the action. The electronic card is guided by the guide slot 1 3 3 4 slide 3 recess 4 〇 terminal 3 2 to ensure that the corner can guide the daughter card, so that the terminals 5 between the sub 2 5 'each detection terminal 5 is set on the insulating body The second arm portion 12 of 1 is used to detect the insertion positioning of the electronic card to confirm whether the electrical contact between the electrical contact of the electronic card and each conductive terminal 2 is conductive. Please refer to the twelfth figure, another embodiment of this creation. The insulation

Page 12 M260031 IV. Creation instructions (9) The bottom surface of the body 1 is provided with two flat pieces 30, which are respectively matched with the slide set of the slide set for smoother rotation. [The creation characteristics and advantages are as follows: 1. The slide The slide of the slider enhances the insertion of the electronic card 2. The leading end of the shield and the normal action of the 柩. 3. The elasticity makes its assembly more 4. The masking insertion is more stable and more reliable. 5. The auxiliary increases the slider. As detailed above, it is proposed according to the patent law to protect the creation. The guide grooves 1 1 2 in the row are retreated + two parallel guide blocks 3 ^], and the slide grooves 1 1 2 of the card mechanism 3 are set. By this way, the J guide block 3 0 1 is used to avoid the sliding point which may occur when the sliding member 30 operates.]

The electronic card connector A ^ C5 of this creation] has the following guide blocks slidably installed on the insulation and the card ejection mechanism: The guide grooves of the card ejection mechanism make the movement of the motion of the department I stable, so that it can be set and exited. Ride. The top contact piece of the housing and the eight concave U points are not intended to press against the guide connection, so that the guide is not easy to be displaced, so as to ensure that its parts fit the mounting holes and plugs of the insulating body. It is easy to organize, which can improve production efficiency. " The recessed part of the housing abuts against the electronic card, so that the electronic card, the electrical contact between the electronic card and each conductive terminal, guarantees the quality of signal transmission. The guide piece of the terminal is guided in the guide rail of the shielding case for stability. This creation fully meets the requirements for a new patent application, so if you want to apply for it, please check it out and ask for the benefits of the patent.

M260031, the suspicion of the creation note (ίο), please follow the instructions of the letter. , The above is only the specific implementation of this creation and the schematic benefits are not used to limit the characteristics of this creation and this creation, and it is clear that the "• 'equivalent modification along the spirit of this creation i = Xijie Ying Deng 3 is within the scope of the patent of this creation.

Page 14 M260031 Brief description of the drawings [Simplified description of the drawings] The first diagram is a partial three-dimensional assembly diagram of a conventional electronic card connector. The second picture is a three-dimensional exploded view of the electronic card connector (5) of this creation. The third picture is a partial three-dimensional combination diagram of the electronic card connector (five) of the original creation. The fourth picture is a three-dimensional exploded view of the electronic card connector (five) of the original creation. The fifth picture is a partial perspective combination diagram of the electronic card connector (five) from another perspective. The sixth picture is a three-dimensional exploded view of the electronic card connector (fifth) of this creation. The seventh picture is a partial perspective combination drawing of the electronic card connector (five) from another perspective. The eighth figure is a three-dimensional exploded view of the electronic card connector (five) at another angle. The ninth picture is a partial stereo combination diagram of the electronic card connector (five) from another angle in this creative work. The tenth figure is a perspective view of the slider of the card ejection mechanism of the electronic card connector (fifth) of this creation. Figure 11 is a perspective view of the slider of the card ejection mechanism of the original electronic card connector (5) from another angle. The twelfth figure is an exploded perspective view of another embodiment of the electronic card connector (fifth) of this creation. [Element Representative Symbol]

Page 2 M260031 Brief description of the drawings [Knowledge] Insulating body 6 Base 6 0 Second arm 6 2 Conductive terminal 7 Card ejection mechanism 8 Slider 8 0 Pushing arm 8 0 2 Guide 8 2 Guide end 8 2 2 Shielding case 9 [This creation] Insulating body 1 Base 1 0 Jack 1 0 2 Slide area 1 1 1 Installation? L 1 1 3 First arm part 6 1 Card space 6 3, Sliding part 801 Elastic member 81 Pivot end 821 Tracking groove 8 3 Pivot hole 11 Second arm part 12 Card space 13 Plug 1 4 Flange 1 4 Conductive terminal 2 Welding end 2 0 Positioning block 1 0 1 First arm part 1 1 Guide groove 1 1 2 Groove 1 1 4 Flange 1 1 6 Positioning block 1 2 1 Travel path 1 3 1 No.-rod part 1 4 1 Contact end 21

Page 16 M260031 Schematic description of the card ejection mechanism 3 Slider 30 Track curve slot 3 0 2 Second lever 304 Retaining wall 3 0 6 Notch 3 0 8 Elastic member 31 Pivot end 321 Auxiliary terminal 33 Bend portion 332 Guide piece 3 3 4 Shielding case 4 Guide block mounting slot Perforation block angle Pushing surface guide Guide end support part Elastic arm inner flap 3 0 1 3 0 3 3 0 5 3 0 7 3 0 9 3 2 3 2 2 3 5 Top plate 4 0 Top abutment piece 4 0 1 Insert piece 4 0 2 Depressed point 4 0 3 Depressed portion 4 0 4 Guide 4 0 5 Side plate 4 1 、 4 2 Positioning hole 4 2 1 Back plate 4 3 Positioning Hole 4 3 1 5 Detection terminal

Page 17

Claims (1)

M260031 V. Application for patent scope 1. An electronic card connector (5) 'includes an insulating body which forms a card space therein, the insulating body has a second arm portion, and a guide groove is provided inside the first arm portion A mounting hole is formed at the rear end of the first arm portion, the insulating body includes a plug member, and a card ejection mechanism including a slide member, an elastic member and a guide member, and a guide block is protruded on the bottom surface of the slide member, and the guide block cooperates It is set in the guide groove, the sliding member is provided with a track curve groove, the elastic member is penetrated from the mounting hole to the inside of the first arm portion, and the plug member is fixed in the mounting hole. The two ends abut against the plug member and the sliding member, respectively. The two ends of the guide member are respectively a pivot end and a guide end, the pivot end is pivotally connected to the insulating body, and the guide end moves on the track. Inside the curved groove; and a shielding case, which is covered on the insulating body; the shielding case is provided with a top abutment sheet, the top abutment sheet abuts above the guide end of the guide member. 2. The electronic card connector (5) according to item 1 of the scope of patent application, wherein the insulating body is provided with two parallel guide grooves, and the bottom surface of the sliding part of the card ejection mechanism is provided with two parallel guide blocks. Each guide block is slidably arranged in each guide slot. 3. The electronic card connector (5) according to item 1 of the scope of patent application, wherein the insulating body has a base portion, the first arm portion and a second arm portion, and the first arm portion and the second arm portion are respectively The two ends of the base portion are connected in parallel, and the card insertion space is formed in the base portion, the first arm portion, and the second arm portion. 4. The electronic card connector (5) as described in item 1 of the scope of patent application, wherein the sliding part of the card ejection mechanism has a pushing surface, and the pushing surface extends obliquely into the card insertion space. Page 18 M260031 The 3rd conductive end of the groove is a sliding formed by the soldering end located on the 1st side. The 1st arm of the groove is provided with a patent application range 5. If applied, it includes a conductive base that guides the base of each conductive terminal. Outside 6. If applied, 'wherein the first card space, 7. If applied,' where the terminal of the card exemption patent application electrical terminal, each of the two ends are on the side, and each connection please request the patent scope of the one arm The card ejection mechanism may be patented in May. The first slide of the Yuanyuanyuan body is provided in the electronic sliding area described in the card space of the absolute end and the contact end, and the electronic slide is provided in the electronic area. There is a slot in the front end, the convex card connector (the base of the I-edge body, each soldering end 'inside. Card connector (the jade sliding area communicates with the sliding area. Card connector (five sides are provided with flanges' edge fit) Due to this deficiency), 1 Φ ^ Please refer to the electronic card connector described in the first item of the patent scope (five formed concave ladder Ϊ two pieces have flanges, the rear end of the first arm portion of the insulating body is called "" groove communication At the mounting hole, the flange latch The groove η 0 ′, 9. The electronic card connector according to item 1 of the patent application park (彡 ^, wherein the plug member has a first lever portion, and the sliding member of the card ejection mechanism forms a mounting groove; the sliding The member has a second rod portion, the second rod portion is located in the installation, one end of the elastic member is received in the installation groove, and the first rod portion and the 3 first rod portion are respectively passed through the two ends of the elastic member. 10. The electronic card connector (5) according to item 3 of the scope of patent application, wherein the shielding case has a rear plate, the rear plate forms a positioning hole, and a positioning block is provided on the outer side of the base of the insulating body. The positioning hole is fastened to the positioning block, and the rear plate is shielded from the installation hole of the insulating body. Page 19 M260031 V. Patent application scope 1 1. The electronic card connector (5) as described in item 1 of the patent application scope, wherein the shielding shell has an upper plate, and the upper plate is provided with the top abutment piece. 12. The electronic card connector (5) according to item 11 of the scope of patent application, wherein the upper plate is provided with a depression, which abuts above the pole end of the guide. 1 3. The electronic card connector (5) according to item 1 of the scope of patent application, wherein the shielding shell has an upper plate, the upper plate is provided with recesses, and each of the recesses protrudes into the card space. 14. The electronic card connector (5) according to item 13 of the scope of patent application, wherein each of the recessed portions has a lead angle. Page 20