Abstract: A stacked multilayer connector includes two seat bodies oppositely disposed on a circuit board and two connection seats. Multiple electronic card units can be previously held between the connection seats as stacked layers and then the connection seats with the electronic card units can be plugged into the seat bodies into electrical contact with the circuit board. Each seat body has multiple terminal passageways in which multiple first terminals are inlaid. Each connection seat has multiple terminal passages in which multiple second terminals are inlaid. Each second terminal has multiple electronic card contact sections for clamping the electronic card units and a contact arm for contacting with the first terminal. The contact arm of the second terminal is a projection below the electronic card contact sections, whereby the width of the insulation main body of the connection seat is reduced to minify the required installation space and lower manufacturing cost.

Abstract: A stacked multilayer connector includes two seat bodies oppositely disposed on a circuit board and two connection seats. Multiple electronic card units can be previously held between the connection seats as stacked layers and then the connection seats with the electronic card units can be plugged into the seat bodies into electrical contact with the circuit board. Each seat body has multiple terminal passageways in which multiple first terminals are inlaid. Each connection seat has multiple terminal passages in which multiple second terminals are inlaid. Each second terminal has multiple electronic card contact sections for clamping the electronic card units and a contact arm for contacting with the first terminal. The contact arm of the second terminal is a projection below the electronic card contact sections, whereby the width of the insulation main body of the connection seat is reduced to minify the required installation space and lower manufacturing cost.

Abstract: A light-emitting cell module includes a base seat and multiple terminals respectively inlaid in the base seat. A first end of each terminal being exposed to outer side of a first end of the base seat. A second end of each terminal having a sharp thrust section protruding from a second end of the base seat. A connecting seat latched with the second end of the base seat, the connecting seat and the second end of the base seat together tightly clamping and holding multiple leads of positive electrode and negative electrode, the second ends of the terminals being aligned with the corresponding leads, whereby the thrust sections of the second ends thrust into the leads to electrically connect the terminals with the leads. A light-emitting cell having two pins which are soldered with the first ends of the terminals of the positive electrode and the negative electrode.

Abstract: A stackable connector is disclosed herein. The stackable connector includes an insulation housing having a plurality of trenches penetrating through the insulation housing, a protrusion portion, a concave portion opposite to the protrusion portion, and a plurality of terminals arranged in those trenches. The design, which the concave portion is engaged with the protrusion portion and the structure of the contact portions of those terminals are elastic, can achieve the stackable, space-saving, reliability-increasing and cost-down purposes.

Abstract: An electronic card connector including a plastic main body having a carrier board section. An electronic card receiving region is defined between two electronic card receiving channels. An entrance of the electronic card receiving region is formed at front end of the plastic main body. A circuit board is mounted between the sidewalls of the plastic main body. The circuit board includes multiple contact terminals extending into the electronic card receiving region for contacting with a corresponding contact of the chip of an electronic card inserted in the electronic card receiving region. The circuit board further includes multiple adaptive terminals. A first end of each adaptive terminal is connected to a corresponding contact terminal via a printed circuit. A second end of the adaptive terminal is connected with a circuit board of the card reader or plugged in a socket of the circuit board of the card reader.

Abstract: A fixing/grounding unit for electronic card includes a base seat integrally made of metal board. The base seat having a substrate section bridged over a grounding circuit of a circuit board. A middle portion of the substrate section being formed with a transverse fitting cavity. Two chucking members each integrally made of metal board. Each chucking member having a fixing insertion section snugly tightly inserted in each side of the fitting cavity. A resilient pressing projecting section extending from the fixing insertion section, whereby the electronic card can be tightly clamped between the substrate section of the base seat and the resilient pressing projecting section and grounded.

Abstract: An electronic card connector with fake card, including a main body. A front end of the main body is inward recessed to form an electronic card socket in which two different types of electronic cards can be inserted to respectively correspondingly connect with terminals at a bottom end of the electronic card socket. The fake card can be inserted in the electronic card socket. The fake card and the electronic card socket define therebetween a space in which only one corresponding type of electronic card can be inserted.

Abstract: A slide-out electronic card connector includes a seat body and a slide cavity being defined between two opposite sides of the seat body. Multiple terminals are inlaid in the seat body. A cartridge snugly slidably disposed in the slide cavity of the seat body. An electronic card can be stably received in an electronic card receiving cavity of the cartridge and electrically connected with the terminals in the seat body when the cartridge with the electronic card is slid into the seat body. When the cartridge is slid into the seat body, a resilient latch arm is correspondingly latched in a fixing latch dent for preventing the cartridge from slipping out of the seat body. When a user outward draws the cartridge, the resilient latch arm is unlatched from the fixing latch dent, permitting the cartridge to be drawn out of the seat body and totally separated therefrom.

Abstract: A cover body sliding/locating structure of SIM connector includes a plastic main body formed with multiple terminal cavities in which multiple terminals are inlaid. Two sides of one end of the plastic main body being respectively formed with two guide pins. A cover body has two sides of one end are respectively bent to form two cartridge sections for pivotally connecting with the guide pins of the plastic main body. At least one projecting locating section projects from inner side of each cartridge section for locating the cover body in a position where the cover body can be turned up or latched with the plastic main body. A projecting stopper board is formed at an opening of a second end of the cartridge section for stopping the guide pin. An L-shaped hook section downward projects from each lateral edge of the cover body for correspondingly latching with a locating block of the plastic main body.

Abstract: An electronic card connector capable of driving both sides of an electronic card to extract the electronic card. The electronic card connector includes a main body formed with an insertion socket. A terminal seat being disposed at front end of the insertion socket. A first and a second slide members respectively slidably disposed on a first and a second sides of the insertion socket. The first and second slide members serving to respectively abut against a first and a second side of an electronic card inserted in the insertion socket, a spring being hooked between each of the first and second slide members and the main body. A locating unit disposed between each of the first and second slide members and the main body. In the card-retreating operation, the first and second slide members are synchronously driven and retreated by the springs to push two sides of the electronic card.

Abstract: A three-in-one socket of an electronic card connector includes a plastic main body which is formed with a first, a second and a third types of terminal mounting orifice sections. The first type of terminal mounting orifice section is formed with two rows of terminal mounting orifices in each of which a first type of terminal is inlaid for correspondingly connecting with a terminal of a first type of electronic card connector. The second and third types of terminal mounting orifice section are formed with a row of terminal mounting orifices in each of which a second and third types of terminal are inlaid for correspondingly connecting with a terminal of a second type of electronic card connector, respectively.

Abstract: An electronic card connector with fixed lateral arms, including: a plastic main body in which multiple terminals are inlaid, at least one lateral arm projecting from each side of the main body, the two lateral arms defining therebetween an electronic card receptacle, a stopper block being formed on each lateral arm; and at least two resilient members respectively fitted on outer sides of the lateral arms. Each resilient member has a bent stopper board section projecting from the resilient member. The stopper board section projectively extends to the inner side of the lateral arm and is positioned above the electronic card receptacle.

Abstract: An electronic card connector includes a plastic main body having two lateral arms respectively extending from two sides of the main body and two grounding members respectively inserted with the lateral arms of the main body. Each grounding member has a U-shaped section for embracing the lateral arm so as to reinforce the lateral arm. The grounding member has a grounding resilient plate for resiliently abutting against a grounding contact of the bottom of an electronic card. The grounding member further has a grounding conductive plate for soldering with a grounding circuit of a circuit board. The grounding member further has two locating sections one of which abuts against a grounding contact of the top face of the electronic card to prevent the electronic card from upward skipping and the other of which extends into a locating dent of the electronic card to stop the electronic card from backing up.

Abstract: An electronic card connector including a plastic main body having two lateral arms respectively extending from two sides of the main body and two grounding members respectively inserted with the lateral arms of the main body. Each grounding member has a U-shaped section for embracing the lateral arm so as to reinforce the lateral arm. The grounding member has a grounding resilient plate for resiliently abutting against a grounding contact of the bottom of an electronic card. The grounding member has a grounding conductive plate for soldering with a grounding circuit of a circuit board. The grounding member has two locating sections one of which abuts against a grounding contact of the top face of the electronic card to prevent the electronic card from upward skipping and the other of which extends into a locating dent of the electronic card to stop the electronic card from backing up.

Abstract: A SIM connector with cover board grounding structure includes a plastic main body formed with multiple terminal cavities in which multiple terminals are inlaid. At least one grounding plate has a first end being fitted on a lateral edge of the plastic main body. A second end of the grounding plate is soldered with a circuit board. The second end of the grounding plate being bent to form a first adjoining section. One side of a metal-made cover board is pivotally connected with a first end of the plastic main body. A second adjoining section projects from a lateral edge of the cover board. After the cover board covers the plastic main body, the cover board can be horizontally slid along guide pins of the plastic main body, making the second adjoining section of the cover board contact with the first adjoining section of the grounding plate.

Abstract: A memory card socket with drawer-type cartridge seat, including a seat body and a cartridge seat. The seat body includes a bottom board section and a top board section which define therebetween a slide cavity. Multiple terminals are inlaid in the seat body. The cartridge seat includes a board body snugly sidably placed in the slide cavity of the seat body. At least one memory card chamber is formed on the board body, whereby a memory card can be stably overlaid on and received in the memory chamber. A front board is connected with front edge of the board body, whereby when the board body is slidably placed in the seat body, the front board totally blocks an entry of the slide cavity of the seat body, so that external alien articles or dust is prevented from entering the seat body through the entry.

Abstract: A multiple-contact micron connector including a base seat main body and a socket main body inserted in a longitudinal insertion channel of the base seat main body. Two sides of the insertion channel are formed with multiple terminal receptacles. Two sides of the socket main body are formed with multiple terminal receptacles. Multiple first type terminals are respectively inserted in the terminal receptacles of the base seat main body. Each first type terminal has a second leg and a contact pin. Multiple second type terminals are respectively inserted in the terminal receptacles of the socket main body. Each second type terminal has a first leg and a contact section. The second leg resiliently abuts against the first leg to form a first electric contact and the contact pin resiliently contacts with the contact section to form a second electric contact.

Abstract: An electronic card connector including a pin socket having two step sections at different heights. The lower connector has straightly extending conductive terminals bridged with the step sections from a lateral side of the pin socket. The upper face of the pin socket is formed with insertion holes. The upper connector has bending conductive terminals inserted in the insertion holes. The height of the pin socket is lowered so that when the pin socket passes through the soldering furnace along with the circuit board, the pin socket will not fall down. Moreover, the structure of conductive terminals of the two connectors are simplified and the manufacturing procedure is simplified.

Abstract: A flexible printed circuit connector capable of resisting against lateral pressure, includes an insulating base seat in which multiple terminals are inlaid. Each of two sides of the insulating base seat being formed with an insertion hole. Two pivot members, first ends of the pivot members being respectively inserted in two sides of the insulating base seat, each pivot member being formed with a stop plate near a second end thereof, in normal state, the stop plate abutting against a lateral side of the insulating base seat. A pressing cover board pivotally connected with the pivot members for correspondingly covering the insulating base seat and tightly pressing a flexible printed circuit to electrically connect with the terminals of the insulating base seat. The stop plate abuts against the lateral side of insulating base seat to resist against lateral external force and prevent the pivot member from being deformed.

Abstract: An electrically connecting terminal structure made of a metal sheet with unified thickness and including a first terminal section and a second terminal section. The second terminal section is bent from a lateral side of front end of the first terminal section and integrally axially extends therefrom. In a space defined by X axis, Y axis and Z axis, the thickness of the first terminal section parallel to X-Z plane is equal to the width of the second terminal section parallel to X-Y plane. Moreover, the thickness of the second terminal section parallel to X-Z plane is larger than the width of the second terminal section parallel to X-Y plane so that the second terminal section can meet the specification and a manufacturer can choose a thinner sheet material to manufacture the connecting terminal meeting the specification so as to reduce cost for the material.