Abstract: A thermal dissipating device includes a base, at least a heat pipe, a plurality of fins and a fan. The heat pipe is fixed on the base and has an end extending outwards. The fins are fitted to the heat pipe. The fan has an airflow entering side and an airflow exiting side along an airflow path. The fan is provided beside the fins and has the airflow entering side or the airflow exiting side facing gaps between the fins. The fins have hollow portions on edges proximal to the fan, and a buffer space is formed between the fins and the fan. Therefore, the buffer space increases a distance between the fins and the fan to reduce the resistance on the airflow entering the fins that may reduce the noise of the airflow of the fan.

Abstract: An all-in-one card connector includes a base frame, a plurality of terminal sets, two pivotable stoppers, and a shell. Each of the two pivotable stoppers includes a pivotable portion having one end pivoted to a front part of one of two sides of the base frame; and a stopping portion extending transversally from the other end of the pivotable portion toward an inside of the base frame. The two pivotable stoppers are spaced from each other for such an interval that a relatively wide card can work on the two pivotable stoppers at the same time and a relatively narrow card cannot do so. The interval between the two pivotable stoppers is smaller than width of the relatively narrow card. Two springy members are mounted between the base frame and the two pivotable stoppers respectively. The shell covers a part of the base frame.

Abstract: A multi-in-one card connector includes a base having two upright sidewalls and a downwardly backwardly extending sloping groove at each upright sidewall, and two slanting, two terminal sets mounted in the base at different elevations, a partition plate mounted in the base and movable along the downwardly backwardly extending sloping grooves of the upright sidewalls between two positions to control insertion of only one single card member into contact with one terminal set in the base, a cover plate covering the base, and two spring members connected between the base and the partition plate to support the partition plate in one of the two positions.

Abstract: A card connector composed of a housing, a connection socket, and an inclined guiding edge. The housing includes an opening. The connection socket is mounted to a rear part inside the housing, having a plurality of terminals. The inclined guiding edge is mounted in the housing. The housing further includes a guiding piece formed on a top side thereof. The guiding piece has a front guiding portion extending downward rearward toward one side from the housing for a predetermined length, and a limiting portion extending rearward upward for a predetermined length from the front guiding portion. The limiting portion at a peak thereof is connected with the top side of the housing. The guiding piece is located above the relatively wider portion. Therefore, the card connector is capable of guiding the small card is structurally more simplified.

Abstract: A multi-in-one card connector allowing exclusive entry of one single card once and having the characteristics of low profile and short length is disclosed to include an electrically insulative housing, which has two upright sidewalls at two sides of a bottom panel thereof and a cover plate covering the upright sidewalls and defining with the bottom panel a front opening and a card-receiving space, multiple sets of metal terminals mounted on the bottom panel inside the housing at different locations, a lift board vertically movably mounted in the housing and dividing the front opening into relatively adjustable first opening and second opening, two first positioning devices bilaterally provided in the housing, two second positioning devices bilaterally provided at the lift board, and two spring members respectively connected between the first positioning devices and the second positioning devices to force the lift board vertically in one direction.

Abstract: A flat heat pipe including: a tubular member having two sealed ends, a capillary wick being disposed at the internal sidewall of said tubular member and a liquid contained in said tubular member. Said tubular member defines a flat section and a thicker section at least. By the way, the present invention can solve the problem of the accumulated water inside the heat pipe of prior art and keeps a good efficiency of uniform temperature, and the radiation efficiency is better then the heat pipe of prior art.

Abstract: A combination assembly of LED and liquid-vapor thermally dissipating device includes a liquid-vapor thermally dissipating device including a metal shell with capillarity structures therein and at least one LED unit provided on the metal shell of the liquid-vapor thermally dissipating device. The LED unit includes a LED chip with two electrode plates at a top thereof and an insulating layer at a bottom thereof to be mounted on the metal shell of the liquid-vapor thermally dissipating device, two wires, an insulating plate, two transmitting plates provided on the insulating plate, two wires connecting the electrode plates and the transmitting plates respectively and an encapsulant partially encapsulating the insulating plate and the transmitting plates. The heat of the LED unit may be transmitted to the heat sink directly for heat transmission. The present invention provides a greater heat transmission efficiency.

Abstract: A combination assembly of LED and liquid-vapor thermally dissipating device includes a liquid-vapor thermally dissipating device, a circuit board and at least one LED unit. The liquid-vapor thermally dissipating device includes a metal shell with liquid and capillarity structures therein. The circuit board is provided on the liquid-vapor thermally dissipating device. The LED unit includes a heat transmission base provided on the metal shell of the liquid-vapor thermally dissipating device, a LED chip provided on the heat transmission base, a package device encapsulating the LED chip and two transmitting plates having ends electrically connected to the LED chip and ends exposed out of the package device and electrically connected to the circuit board. The heat of the LED unit may be transmitted to the heat sink directly for heat transmission. The present invention provides a greater heat transmission efficiency.

Abstract: A combination assembly of LED and heat sink includes a heat sink having a substrate and a plurality of fins, a circuit board provided on the substrate and at least one LED unit provided on the heat sink and electrically connected to the circuit board. The heat of the LED unit may be transmitted to the heat sink directly for heat transmission. The present invention has a greater heat transmission efficiency.

Abstract: A card connector, which may secure a card inserted therein, includes a housing, a sliding block and a lock hook. The housing includes a substrate with a slot. The sliding block is received in the slot for reciprocation along the slot. The lock hook includes a main member, a curved fixing piece projected from a rear of the main member and a curved lock portion projected upwardly from a front of the main member. The substrate has a protrusion at a second side thereof adjacent to the fixing terminal portion and a front space and a rear space at opposite sides of the protrusion. The main member of the lock hook is on the protrusion. The present invention may secure the card inserted therein firmly and is thinner and more flexible in space design.

Abstract: A card connector for automobile includes a main member, three sliding blocks, a first elastic device, a first elastic device, and three terminal sets. The main member includes a space therein, an opening at a front thereof, a hollow portion communicated with the space and the opening, a stop device, an elastic piece and a releasing device on the elastic piece. The sliding blocks are received in the space of the main member and reciprocated along a card path. The first elastic device, which is provided in the main member, urges the first sliding block outwards. The terminal sets are provided in the main member and corresponds to the sliding block. The present invention has a powerful shockproof function, an easy way to eject card and dustproof function.

Abstract: A drawer-type all-in-one card connector includes a housing defining an insertion chamber; a plurality of card contact terminals; a sliding box slidably mounted in the insertion chamber of the housing and having a card receiving chamber for receiving one of memory cards of different specifications and a plurality of terminal slots accommodating the card contact terminals for contact with the memory card inserted into the card receiving chamber; and a cover covered on the housing, a first ejection spring stopped between the housing and the sliding box, a limiter provided between the housing and the sliding box for guiding movement of the sliding box relatively to the housing in course, and adapter means electrically connected between a circuit board and the card contact terminals of the sliding box.

Abstract: A card connector composed of a base frame, a plurality of conductive terminals, a first conductive tongue, a second conductive tongue, and a slide member. The base frame includes a rear sidewall. The conductive terminals are inserted close to a first side of the rear sidewall. The first and second conductive tongues are inserted close to a second side of the terminals. The first tongue includes a main body, a contact portion, a bended portion bending upward from one end of the main body, and a press portion extending toward one side of the second conductive tongue from a distal end of the bended portion. The second tongue includes a main body. The press portion of the first tongue is located above the main body of the second tongue. When the press portion is moved downward to contact the main body of the second tongue, the electrical conduction is enabled.

Abstract: An LED and liquid-vapor heat-dissipating device assembly is composed of a liquid-vapor heat-dissipating device and at least one LED unit. The liquid-vapor heat-dissipating device includes a metal housing, a predetermined amount of liquid, and a capillary member. The LED unit includes an LED chip mounted to and electrically connected with the metal housing, an insulating board mounted to the surface of the metal housing, an electrode located on the insulating board, a wire having two ends connected with the LED chip and the electrode respectively, and a sealant fully encapsulating the wire and the LED chip and at least partially encapsulating the insulating board and the electrode. Accordingly, the heat generated by the LED chip can be directly conducted to the liquid-vapor heat-dissipating device and, such that the present invention has preferably thermally conductive/dissipating efficiency.

Abstract: A card connector includes a housing having a base plate, a stationary terminal area located at a first side of the base plate, a slide way located at a second side of the base plate, and a hollow portion formed at a front end of the slide way; a slide member slidably mounted at a second side of the stationary terminal area; and an anti-run member having a main body and a buckle piece extending and protruding upward from a front end of the main body. When the slide member is moved to a rear end of the slide way, the buckle piece engages a concavity located at one side of the card. Because the buckle piece is supported by the slide way and have a larger part engaged in the concavity of the card, even if the card connector is violently shocked or wobbled, the buckle piece will not disengage from the concavity of the card.

Abstract: A multi-purpose multiple-slot card connector for use with one single card once only includes a base frame having three slots defined as a left slot, a right slot, and an upper slot, a partition spacing the left slot from the right slot, and a spacer located at a bottom side of the upper slot and having a first hollow portion formed at a midsection thereof; a horizontal swivel member located between the left and right slots and two stop walls for interference with either of the left and right slots; a vertical pivot member corresponding to the first hollow portion and pivotably mounted to two lateral sidewalls of the upper slot and having a stop plate and two extensions extending toward one side from the stop plate and located above the left and right slots; and a plurality of terminals mounted in each of the slots.

Abstract: A flexible pipe includes a tubular member and a capillary material. The tubular member includes two closed ends and defines a flexible section having a sidewall of wavelike embossment. The capillary material is mounted to an inner side of the tubular member. Accordingly, the wavelike embossment of the flexible section facilitates the bending of the pipe to allow the user to bend the pipe directly by hands thereof without over-bending or depression of the pipe.

Abstract: A card connector capable of preventing a card from accidental disengagement therefrom includes a housing having a base plate, a stationary terminal area located at a first side of the base plate, and a slide channel located the base plate; a slide member slidably mounted in the slide channel; and an anti-run member having a main body, a fastening piece mounted on the slide member, and a buckle portion having an extension piece. A convexity is formed on the second side of the base plate and located close to the stationary terminal area. An opening is formed on the base plate and located in front of the convexity. In light of this, the convexity blocks the movement of the buckle portion toward the second side, thus securely locking the buckle portion in the concavity of the card and effectively preventing the card from backing and disengagement from the card connector.

Abstract: A card connector capable of preventing a card from accidental disengagement therefrom includes a housing having a base plate, a stationary terminal area located at a first side of the base plate, and a slide channel located the base plate; a slide member slidably mounted in the slide channel; and an anti-run member having a main body, a fastening piece mounted on the slide member, and a buckle portion having an extension piece. A convexity is formed on the second side of the base plate and located close to the stationary terminal area. An opening is formed on the base plate and located in front of the convexity. In light of this, the convexity blocks the movement of the buckle portion toward the second side, thus securely locking the buckle portion in the concavity of the card and effectively preventing the card from backing and disengagement from the card connector.

Abstract: A mobile phone capable of injecting/ejecting a SIM card includes a main body and a SIM card connector. The main body includes a housing, a display screen, a plurality of keypads, a circuit module, and an antenna. The housing has a SIM slot. The SIM card connector is mounted in the housing, having a shell, a plurality of terminals mounted in the shell and connected with the circuit module, an opening formed at the shell and corresponding to the SIM slot, and an injecting/ejecting device having a linear cam, a spring, a positioning member, and a heart-shaped groove formed at the linear cam. In light of this, the mobile phone allows the user to change the SIM card externally without opening the housing of the mobile phone, thus being very convenient for the changeover of the SIM card.