Adapter for an optical fiber cable

An adapter with a 3.5φ plug end and a toslink socket end for receiving a toslink-type plug carrying an optical fiber cable. The socket includes a bore, and a square counter bore defined by four straight sidewalls of equal length and height. Each straight sidewall includes a longitudinal channel sized to slidably receive one of two opposed longitudinal ridges of the toslink plug, and a transverse slot in communication with the respective channel and sized to receive one of two resilient transverse ribs of the toslink plug. The adapter can receive the toslink plug in four different positions by turning the plug 90° about its longitudinal axis prior to its insertion in the adapter.

Plug connector for light guides facilitating correct, and unweakened transmission of signals by connecting filaments

The connector includes tube (16) pushed into pipe-shape pieces (124,144) of body elements (12,14) made of plastics having sufficient flexibility in order to insert the enlarged ends (144,166) into pipe-shaped pieces to connect the body elements. A protection jacket (20) shields the body elements connected with each other. Each body element has graduated structure arranged at connection between area (122,142) formed in the first end of body element and pipe-shaped piece. The tube has a middle piece (162) with an external diameter equal or same as that of pipe-shaped piece, and has opposite enlarged ends (164,166) as well as shoulder (163,165) which is enlarged at corresponding connections between the middle piece and the enlarged ends.

Cable connector

Combined transmitter

A combined transmission unit for TMDS signals and LVDS signals. A first (LVDS) transmission unit comprises a set of first input terminals to receive first data, and a second (TMDS) transmission unit comprises a set of second input terminals to receive second data. A switching controller enables the first transmission unit to transmit the first data to the first external input units through a pair of signal lines coupled to a set of common output line or enables the second transmission unit to transmit the second data to the second external input units through a pair of signal lines coupled to the set of common output line, according to a mode selection signal.

Optical fiber connector

An improved optical fiber connector includes a pair of female bodies, each having a first end and a second end, a cavity defined in the first end and a tubular portion extending from the second end, the tubular portion having a diameter smaller than that of the cavity; and a tube fixedly held between the tubular portions and connecting the female bodies.

Convertible fiber-optic plug

A convertible fiber optic plug includes a hollow body with a filament movable with respect to the body and a rotation portion convertible relative to the body and provided with a first head and a second head. Each of the first head and the second head is selectively connected to the filament, such that the plug is able to adapt to different acoustic devices.

Combined transmitter

A combined transmission unit for TMDS signals and LVDS signals. A first (LVDS) transmission unit includes a set of first input terminals to receive first data, and a second (TMDS) transmission unit includes a set of second input terminals to receive second data. A phase locked loop (PLL) generates a first set of output clock signals to the first transmission unit in a first mode and a second set of output clock signals to the second transmission unit in a second mode according to a mode selection signal. The first and second transmission units are able to transmit the first data to the first and second external input units in the first and second modes respectively, according to the mode selection signal and the first and second sets of output clock signals.

Optical fiber socket with an integral switch

An optical fiber socket with an integral switch includes a housing, a cartridge fitted to an under face of the housing, and a switch device sandwiched between the housing and the cartridge. The housing includes a recess which can receive an optical fiber plug therein when a flap covering the recess is raised. Raising and lowering of the flap actuates or isolates the switch of the socket.

Illuminating dust proof cap for an optical fiber socket

A dust proof cap includes a holding portion, a flange integrally formed with the holding portion by means of a first neck, an engaging portion integrally formed with the flange by way of a second neck and a plug extending out from a center of the engaging portion to correspond to the through hole of the socket. An indent with a multifaceted inner face is defined in a free end face of the holding portion so that a light is observed from a side of the dust proof cap.

Dual-function drivers

Dual-function drivers capable of outputting LVDS or TMDS differential signals by sharing output terminals under differential modes. In the dual-function driver, an input control unit receives a first input signal compliant with a first specification in a first mode and a second input signal compliant with a second specification in a second mode by sharing a pair of input terminals, and a current steering circuit comprises first and second differential pairs. The input control unit enables the first and second differential pairs to output a first differential signal compliant with the first specification through a pair of output terminals during the first mode, and the input control unit disables the first differential pair and enables the second differential pair to output a second differential signal compliant with the second specification on the pair of output terminals during the second mode.

LVDS and TMDS dualfunction device

A LVDS and TMDS dualfunction transmitter for both LVDS and TMDS output channels is disclosed, including an encoder and a serializer. The encoder encodes twenty eight bits of LVDS signals to thirty bits of TMDS signals. The serializer includes four serializer channels for converting the LVDS signals to a serial signal when a LVDS mode is enabled, or converting the TMDS signals to the serial signal when a TMDS mode is enabled. Wherein a first serializer channel is coupled to seven bits of the LVDS signals and outputting a first pair of differential signals. Second, third and fourth serializer channel are coupled to seven bits of the LVDS signals and ten bits of TMDS signals, and outputting a second, third and fourth pair of differential signals, respectively.

Combined transmitter

A combined transmission unit for TMDS signals and LVDS signals. A first (LVDS) transmission unit comprises a set of first input terminals to receive first data, and a second (TMDS) transmission unit comprises a set of second input terminals to receive second data. A switching controller enables the first transmission unit to transmit the first data to the first external input units through a pair of signal lines coupled to a set of common output line or enables the second transmission unit to transmit the second data to the second external input units through a pair of signal lines coupled to the set of common output line, according to a mode selection signal.

Combined transmitter

A combined transmission unit for TMDS signals and LVDS signals. First (LVDS) and second (TMDS) transmission units are both coupled to a first set of input terminals. A switching controller, according to a mode selection signal, enables the first transmission unit to transmit the first data on the set of input terminals to first external input units through a pair of first signal lines or enables the second transmission unit to transmit the first data on the set of input terminals to the second external input units through a pair of second signal lines.

Combined transmitter

A combined transmission unit for TMDS signals and LVDS signals. A first (LVDS) transmission unit includes a set of first input terminals to receive first data, and a second (TMDS) transmission unit includes a set of second input terminals to receive second data. A phase locked loop (PLL) generates a first set of output clock signals to the first transmission unit in a first mode and a second set of output clock signals to the second transmission unit in a second mode according to a mode selection signal. The first and second transmission units are able to transmit the first data to the first and second external input units in the first and second modes respectively, according to the mode selection signal and the first and second sets of output clock signals.

Adapter for an optical fiber plug

An adapter for an optical fiber plug has a tubular body. The body has an opening defined through a peripheral wall thereof. A pin is mounted on a front end of the body. The pin has an optical fiber provided therein. A strip is received in the body through the opening. The strip has a hole defined through a central portion and in alignment with the pin, and at least one wing extending from the central portion to a rear end of the body. A housing covers the body. A ring mounted at a rear end of the housing. An optical fiber plug can be inserted in the adapter through the ring for matching a terminal unadapted to the plug.

Universal optical fiber plug

A universal optical fiber plug includes a body, a neck formed on the body, a tube extending out from the neck and an annular sealing ring formed on the neck near the joint with the tube to correspond to the recesses in the socket. A blank plug has a blank plug body, a blank plug neck formed on the blank plug body, a blank plug tube extending out from the blank plug neck, and a sealing ring extending out radially from the blank plug neck. A cap is further formed at a joint of the blank plug body and the blank plug neck to prevent contamination of the filament inside the socket.

WATER CATCHMENT DEVICE FOR UMBRELLA

Provided is a water catchment device for an umbrella, the water catchment device including: a cover, a protrusion, and an absorbent element. The protrusion further has an insertion channel for an umbrella to be inserted into and combined with the water catchment device. Furthermore, a catchment is formed between the cover and the protrusion and an absorbent element is mounted in the catchment. The absorbent element can absorb rainwater and retain the rainwater in the catchment. The water catchment device prevents the rainwater from overflowing from the catchment and dripping around. In addition, the cover and the protrusion are made of flexible materials. The absorbent element in the catchment can be dried by pressing the cover. The absorbent element also can be removed from the catchment for drying or replacement whenever needed. 2. The water catchment device as claimed in claim 1 , wherein the cover and the protrusion are made of flexible materials claim 1 , and the absorbent element fills the catchment partially or fully.3. The water catchment device as claimed in claim 2 , wherein the flexible materials are elastoplastic or rubber claim 2 , and the absorbent element is a sponge.4. The water catchment device as claimed in claim 1 , wherein an edge around the top comprises an outer rim and the outer rim further has at least one fastener; the water catchment device further has a ring and the ring embeds at least one fixed element; the fastener for fixing to the fixed element claim 1 , and the ring is selectively fixed on the outer rim.5. The water catchment device as claimed in claim 2 , wherein an edge around the top comprises an outer rim and the outer rim further has at least one fastener; the water catchment device further has a ring and the ring embeds at least one fixed element; the fastener for fixing to the fixed element claim 2 , and the ring is selectively fixed on the outer rim.6. The water catchment device as claimed in claim 3 , wherein an edge around ...

Combined output driver

A combined output driver for TMDS signals and LVDS signals. First and second output drivers output first and second differential signals to a first external input unit and a second external input unit, respectively, through a pair of signal lines according to first and second input signals. In the second output driver, a driver buffer is coupled to a first voltage and a first node respectively to generate two control signals according to the second input signals. An output unit generates the second differential signal according to the two control signals. A power supply provides a second voltage higher than the first voltage to power the driver buffer and the output unit when the first output driver outputs the first differential signal to the first external input unit.

Magnetic ring

Provided is a magnetic ring for an umbrella, the magnetic ring including: a top, a bottom, an inner side part, and an outer side part. The magnetic ring is a hollow ring. The bottom further has an annular groove and at least one magnetic component mounted in the annular groove. The magnetic ring further has a first chamfer between the top and the inner side part and a second chamfer between the bottom and the inner side part. After use of the umbrella, the magnetic ring can be encircled around and slid along the folded canopy without scratching or damaging the canopy. In addition, the magnetic ring can be attracted temporarily on the umbrella stem by the magnetic component when the umbrella is unfolded. Enhanced convenience is provided for umbrella users and the magnetic ring can be used with durable fastening function.

Combined output driver

A combined output driver for TMDS signals and LVDS signals. A first output driver includes a first differential unit generating a first differential according to first input signals in a first mode and a first clamping device coupled between the first node and the first differential unit to clamp potentials at two power terminals below a second power voltage. The second output driver includes a second differential unit generating a second differential signal according to second input signals in a second mode and a second clamping device to clamp potentials at two output terminals of the second differential unit below the second power voltage.

DUAL-FUNCTION DRIVERS

Dual-function drivers capable of outputting LVDS or TMDS differential signals by sharing output terminals under differential modes. In the dual-function driver, an input control unit receives a first input signal compliant with a first specification in a first mode and a second input signal compliant with a second specification in a second mode by sharing a pair of input terminals, and a current steering circuit comprises first and second differential pairs. The input control unit enables the first and second differential pairs to output a first differential signal compliant with the first specification through a pair of output terminals during the first mode, and the input control unit disables the first differential pair and enables the second differential pair to output a second differential signal compliant with the second specification on the pair of output terminals during the second mode.

Optical fiber plug with an indicating function

An optical fiber plug has an inner sleeve made of a transparent or semi-transparent material. The inner sleeve has a head formed at a front end thereof. A passage is longitudinally defined through the head. A tubular part is formed at a rear end of the inner sleeve. A chamber is defined in the tubular part and in communication with the passage. A flange is formed between the head and the tubular part. A tapering recess of which a cross section is polygonal is defined between the passage and the chamber. An outer sleeve covers on the tubular part of the inner sleeve. A core extends through the passage, the tapering recess, and the chamber.

LAMP

A lamp includes a lamp shade, a support frame and a light strip. The lamp shade is a pull string bag. The support frame is mounted inside the body of the lamp shade to prop and expand the lamp shade to define the accommodation space within the body of the lamp shade. The light strip is mounted inside the accommodation space of the lamp shade, is located within the support frame, and has a power connection terminal formed on one end of the light strip and electrically connected to an external power source. The lamp can be operated in collaboration with a mobile power pack for the lamp to be placed at anywhere to provide lighting. 1. A lamp comprising: a body having an open end;', 'an accommodation space defined inside the body;', 'an opening formed around a rim of the open end of the body and communicating with the accommodation space;', 'a pull string penetrating an edge portion of the open end of the body adjacent to the opening with a part of the pull string retained inside the edge portion and a remaining part of the pull string exposed; and', 'a retainer mounted through by the pull string and movably attached to the pull string to adjust a size of the opening;, 'a lamp shade havinga support frame mounted inside the body of the lamp shade to prop and expand the lamp shade to define the accommodation space within the body of the lamp shade; anda light strip mounted inside the accommodation space of the lamp shade, located within the support frame, and having a power connection terminal formed on one end of the light strip and electrically connected to an external power source.2. The lamp as claimed in claim 1 , wherein the lamp shade is made of a piece of transparent fabric.3. The lamp as claimed in claim 1 , wherein the external power source is a mobile power pack.4. The lamp as claimed in claim 1 , wherein the power connection terminal is connected to the external power source through a transformer.5. The lamp as claimed in claim 1 , wherein the support frame is ...

Optical fiber selector

An optical fiber selector includes a housing, a rod pivotally mounted inside the housing, a switch controlling the pivotal movement of the rod, a sliding plate connected to a free end of the rod. An in/out port is mounted on a front side of the housing to be connected with a main optical fiber, and multiple connecting ports are also mounted on the front side and adjacent to the in/out port to be respectively connected to multiple branch optical fibers. The sliding plate has a connecting head connected to the in/out port via an internal optical fiber, and the connecting head is able to be selectively connected with one of the connecting ports. Therefore, the user is able to select which branch optical fiber is to be connected with the main optical fiber.

Antenna

Package assembly

Combined output driver

A combined output driver for TMDS signals and LVDS signals. First and second output drivers output first and second differential signals to a first external input unit and a second external input unit, respectively, through a pair of signal lines according to first and second input signals. In the second output driver, a driver buffer is coupled to a first voltage and a first node respectively to generate two control signals according to the second input signals. An output unit generates the second differential signal according to the two control signals. A power supply provides a second voltage higher than the first voltage to power the driver buffer and the output unit when the first output driver outputs the first differential signal to the first external input unit.

Combined transmitter

A combined transmission unit for TMDS signals and LVDS signals. First (LVDS) and second (TMDS) transmission units are both coupled to a first set of input terminals. A switching controller, according to a mode selection signal, enables the first transmission unit to transmit the first data on the set of input terminals to first external input units through a pair of first signal lines or enables the second transmission unit to transmit the first data on the set of input terminals to the second external input units through a pair of second signal lines.

Dewatering structure of umbrella

本創作係一種雨傘之除水結構，其包含：一殼體與一吸水體，該殼體包含一頂面、一底面、一容置空間、一頂面開口與一底面開口，該頂面係與該底面相對，該容置空間係成形於該殼體之內部，該頂面開口係貫穿該頂面並與該容置空間相連通，該底面開口係貫穿該底面並與該容置空間相連通且與該頂面開口相對；該吸水體係塞設於該容置空間內並包含一穿孔，該穿孔係穿設該吸水體並與該底面開口相對。本創作利用該吸水體吸收雨傘上之雨水，藉此減少雨傘上之雨水滴落之問題。

Package assembly

A package assembly includes a frame body, a first copper article and a die. The frame body has a die installation region for the first copper article having a first surface and a second surface opposite to the first surface formed above the die installation region, and a thickness of the first copper article is not less than a thickness of the die installation region. The die has a third surface and a fourth surface opposite to the third surface, and the die is disposed above the second surface of the first copper article with the third surface thereof. Accordingly, materials of the frame body can be decreased, and cooling efficiency of the die can be enhanced, so that effects of reducing fabrication cost and extending lifetime of electronic device can be achieved.

Combined output driver

A combined output driver for TMDS signals and LVDS signals. First and second output drivers output first and second differential signals to a first external input unit and a second external input unit, respectively, through a pair of signal lines according to first and second input signals. In the second output driver, a driver buffer is coupled to a first voltage and a first node respectively to generate two control signals according to the second input signals. An output unit generates the second differential signal according to the two control signals. A power supply provides a second voltage higher than the first voltage to power the driver buffer and the output unit when the first output driver outputs the first differential signal to the first external input unit.

Combined output driver

A combined output driver for TMDS signals and LVDS signals. A first output driver includes a first differential unit generating a first differential according to first input signals in a first mode and a first clamping device coupled between the first node and the first differential unit to clamp potentials at two power terminals below a second power voltage. The second output driver includes a second differential unit generating a second differential signal according to second input signals in a second mode and a second clamping device to clamp potentials at two output terminals of the second differential unit below the second power voltage.

HI-FI AUDIO SIGNAL OPTICAL FIBER CABLE

A Hi-Fi audio signal optical fiber cable has an optical fiber bundle provided coaxially inside a snake tube. The optical fiber bundle has multiple optical fibers. Both ends of the optical fiber bundle protrude from the snake tube and are installed with a connector respectively. An air gap is formed between the optical fiber bundle and the snake tube so that ordinary air fills in the air gap. When a signal source inputs an optical signal via one connector, the optical signal is transmitted within each optical fiber by total reflection and goes out from the other connector. Since the refractive indices of the optical fiber bundle and the air have a significant difference, the total reflection is better, thereby achieving high fidelity. Each optical fiber has a smaller numerical aperture, and the optical path of the optical signal is shorter and signal attenuation in the material is avoided.

Optical fiber plug

Combined transmitter

A combined transmission unit for TMDS signals and LVDS signals. First (LVDS) and second (TMDS) transmission units are both coupled to a first set of input terminals. A switching controller, according to a mode selection signal, enables the first transmission unit to transmit the first data on the set of input terminals to first external input units through a pair of first signal lines or enables the second transmission unit to transmit the first data on the set of input terminals to the second external input units through a pair of second signal lines.

Adapter

Dual-function driver

Combined output driver

A combined output driver for TMDS signals and LVDS signals. A first output driver includes a first differential unit generating a first differential according to first input signals in a first mode and a first clamping device coupled between the first node and the first differential unit to clamp potentials at two power terminals below a second power voltage. The second output driver includes a second differential unit generating a second differential signal according to second input signals in a second mode and a second clamping device to clamp potentials at two output terminals of the second differential unit below the second power voltage.

Optical fiber connector

Magnetic Ring

Provided is a magnetic ring for an umbrella, the magnetic ring including: a top, a bottom, an inner side part, and an outer side part. The magnetic ring is a hollow ring. The bottom further has an annular groove and at least one magnetic component mounted in the annular groove. The magnetic ring further has a first chamfer between the top and the inner side part and a second chamfer between the bottom and the inner side part. After use of the umbrella, the magnetic ring can be encircled around and slid along the folded canopy without scratching or damaging the canopy. In addition, the magnetic ring can be attracted temporarily on the umbrella stem by the magnetic component when the umbrella is unfolded. Enhanced convenience is provided for umbrella users and the magnetic ring can be used with durable fastening function.

Adapting connector for a video machine

An adapting connector for a video machine has an S terminal, a VIDEO terminal, and two filter units connected to the S terminal and the VIDEO terminal. The filter units of the adapting connector eliminate noise from the transmitting signal between the S terminal and the VIDEO terminal to output a high quality image.

Optical fiber connector

LVDS AND TMDS DUALFUNCTION DEVICE

A LVDS and TMDS dualfunction transmitter for both LVDS and TMDS output channels is disclosed, including an encoder and a serializer. The encoder encodes twenty eight bits of LVDS signals to thirty bits of TMDS signals. The serializer includes four serializer channels for converting the LVDS signals to a serial signal when a LVDS mode is enabled, or converting the TMDS signals to the serial signal when a TMDS mode is enabled. Wherein a first serializer channel is coupled to seven bits of the LVDS signals and outputting a first pair of differential signals. Second, third and fourth serializer channel are coupled to seven bits of the LVDS signals and ten bits of TMDS signals, and outputting a second, third and fourth pair of differential signals, respectively.

Combined transmitter

A combined transmission unit for TMDS signals and LVDS signals. A first (LVDS) transmission unit comprises a set of first input terminals to receive first data, and a second (TMDS) transmission unit comprises a set of second input terminals to receive second data. A switching controller enables the first transmission unit to transmit the first data to the first external input units through a pair of signal lines coupled to a set of common output line or enables the second transmission unit to transmit the second data to the second external input units through a pair of signal lines coupled to the set of common output line, according to a mode selection signal.

Connector for a fiber optic cable

The invention relates to a connector for a fiber optic cable. The connector has at least three clamps which respectively clamp the outer and the inner cover and also the filament of the fiber optic cable. Due to the engagement with the outer cover, the inner cover and the filament of the fiber optic cable, the connector of the invention is able to secure the alignment of two different filaments when connection therebetween is necessary.

Water removing structure of umbrella

LVDS and TMDS dualfunction transmitter

A LVDS and TMDS dualfunction transmitter for both LVDS and TMDS output channels is disclosed, including an encoder and a serializer. The encoder encodes twenty eight bits of LVDS signals to thirty bits of TMDS signals. The serializer includes four serializer channels for converting the LVDS signals to a serial signal when a LVDS mode is enabled, or converting the TMDS signals to the serial signal when a TMDS mode is enabled. Wherein a first serializer channel is coupled to seven bits of the LVDS signals and outputting a first pair of differential signals. Second, third and fourth serializer channel are coupled to seven bits of the LVDS signals and ten bits of TMDS signals, and outputting a second, third and fourth pair of differential signals, respectively.

Cable connector

Adaptor for an optical cable terminal

An adaptor for an optical cable terminal consists of an outer tube that contains an interior optical cable and is able to be used with a toslink socket provided in a household appliance, a clip contained in the outer tube, and an inner tube contained also in the outer tube. If a socket provided in a household appliance is for a 3.5 PHI optical cable terminal, the terminal can be inserted into the socket directly. However, if the socket is a toslink type, the terminal can be inserted into a central channel of the inner tube and then the adaptor can be inserted into the toslink. Therefore, with the adaptor of the invention, the 3.5 PHI terminal of an optical cable is able to be used with not only a 3.5 PHI socket but also with a toslink socket provided in a household appliance.

Combined transmitter

A combined transmission unit for TMDS signals and LVDS signals. A first (LVDS) transmission unit includes a set of first input terminals to receive first data, and a second (TMDS) transmission unit includes a set of second input terminals to receive second data. A phase locked loop (PLL) generates a first set of output clock signals to the first transmission unit in a first mode and a second set of output clock signals to the second transmission unit in a second mode according to a mode selection signal. The first and second transmission units are able to transmit the first data to the first and second external input units in the first and second modes respectively, according to the mode selection signal and the first and second sets of output clock signals.

Optical fiber plug

An optical fiber plug includes a body having a channel defined through the body, at least one set of recesses oppositely defined in a face of the body, and a clamping portion formed between the channel and a bottom face defining each of the at least one set of recesses. The deformation of the clamping portion is able to retain an insulating layer of an optical fiber.

Board Connector Assembly, Receptacle Connector and Plug Connector Thereof

A board connector assembly has a receptacle connector and a plug connector. The receptacle connector has a first insulative housing, two sets of first terminals and two first metal reinforcing members mounted respectively on two opposite ends of the first insulative housing. The plug connector is detachably engaged with the receptacle connector and has a second insulative housing, two sets of second terminals and two second metal reinforcing members mounted respectively on two opposite ends of the second insulative housing. The first and second metal reinforcing members enhance structural strength and durability of the receptacle connector and plug connector. 1. A board connector assembly comprising: [ a cavity defined in the first insulative housing and having two opposite mounting slots defined in the cavity; and', an end mounting section; and', 'two side sections connected to the end mounting section;, 'two end mounting portions formed respectively on two opposite ends of the first insulative housing, and each end mounting portion having'}], 'a first insulative housing having'}, 'two sets of multiple first terminals corresponding to and mounted oppositely and respectively in the mounting slots of the first insulative housing; and', a central section mounted on the end mounting section of a corresponding end mounting portion and having an outside end clamping tab formed on and protruding from the central section and embedded on an outer wall of the end mounting section; and', an outside clamping plate formed on and protruding from the extension section and embedded in an outside wall of a corresponding side section; and', 'an inside clamping plate formed on and protruding from the extension section and embedded in an inside wall of the corresponding side section; and, 'two opposite extension sections formed on and protruding respectively from two opposite ends of the central section and corresponding to and embedded respectively in the side sections of the ...

Electrical plug connector and electrical receptacle connector

An electrical plug connector includes a plug insulated housing which is integrally formed and plug terminals. A transition segment connected between first and second contact portions of each plug terminal allows the first contact portion to be in contact with and arranged substantially parallel to the second contact portion, so that connectors with reduced width can be manufactured. In addition, the shaping space between a first recessed portion and a second recessed portion of each plug terminal receive materials for forming the plug insulated housing, thus improving the structural strength of the connector. Moreover, embedded ends allow the plug terminals to be secured with the plug bottom wall, so that the plug terminals would not detach from the plug insulated housing easily during manufacturing or operation. The structural strength of the electrical plug connector can be improved, and the plug terminals can be properly assembled with the plug insulated housing.

Method for Performing an Online Multilevel Tournament Duel Game Between Players

A method for performing an online multilevel tournament duel game between players. The method includes the step of checking whether a player has bought a preset function, wherein the preset function enables the player to preset a plurality of game policies into a network game server and enter the duel game with the plurality of game policies. If yes, an account of the player logins the duel game automatically. Then, it is checked if an opponent player is available on a lowest game level. If with the preset function, one of three duel symbols is automatically selected with one of the plurality of game policies within the preset timeframe. The method further includes the step of comparing the selected duel symbols of the players when the preset timeframe has passed to determine a duel match winner. 1. A method for performing an online multilevel tournament duel game between players who are connected to an open network for data and telecommunication through respective computerized devices , each with a screen , wherein a network game server hosts said duel game and a network game database connected to said server stores at least one of game data and registered player data , the method comprising the steps of:receiving game start notifications on said computerized devices;checking whether an account of a player has bought a preset function or not by an account managing module, wherein said preset function enables said player to preset a set of game policies which include a plurality of game policies into said network game server and enter said duel game with said plurality of game policies in a predetermined sequence;if yes, said account of said player logging in said duel game automatically;if no, checking if said account of said player logins said duel game within a predetermined time by an online account checking module;checking if an opponent player is available on a lowest game level;if said account of said player has not bought said preset function, selecting one ...

Electrical plug connector and electrical receptacle connector

An electrical plug connector includes a plug insulated housing which is integrally formed and plug terminals. A transition segment connected between first and second contact portions of each plug terminal allows the first contact portion to be in contact with and arranged substantially parallel to the second contact portion, so that connectors with reduced width can be manufactured. In addition, the shaping space between a first recessed portion and a second recessed portion of each plug terminal receive materials for forming the plug insulated housing, thus improving the structural strength of the connector. Moreover, embedded ends allow the plug terminals to be secured with the plug bottom wall, so that the plug terminals would not detach from the plug insulated housing easily during manufacturing or operation. The structural strength of the electrical plug connector can be improved, and the plug terminals can be properly assembled with the plug insulated housing.

ELECTRICAL PLUG CONNECTOR AND ELECTRICAL RECEPTACLE CONNECTOR

An electrical plug connector and an electrical receptacle connector adapted to be mated with the electrical plug connector are provided. The electrical receptacle connector includes an insulated housing integrally formed as a whole and a plurality of receptacle terminals. Based on a supporting arm of a first side arm of the receptacle terminal, when the plug terminal is abutted against the first side arm, the supporting arm is abutted against an abutting surface of the electrical receptacle connector for supporting the first side arm and improving the structural strength of the first side arm. Therefore, the first side arm can be prevented from being deformed or broken. In addition, based on a supporting segment of a second side arm of the receptacle terminal, the flexibility of second side arm can be improved and the structural strength of the second side arm can be enhanced. 1. An electrical plug connector , comprising:a plug insulated housing comprising a plug bottom wall, a pair of first sidewalls, and a pair of first end walls, wherein the pair of first sidewalls is configured to the plug bottom wall along a longitudinal direction, the pair of first end walls is configured to the plug bottom wall along a transversal direction, the pair of first sidewalls and the pair of first end walls define a first connecting space; and a first contact portion located in the first connecting space and abutted against one of two surfaces of the corresponding first sidewall, wherein the first contact portion defines a groove facing the first connecting space, the groove is at an outer lateral surface of the first contact portion;', 'a second contact portion located at the other surface of the corresponding first sidewall and aligned parallel to the first contact portion, wherein one end of the second contact portion is extended to one of two ends of the first contact portion through a transition segment, a shaping space is defined between the first contact portion and the ...

Board-to-board plug electrical plug connector, board-to-board electrical receptacle connector, and board-to-board electrical connector assembly

An electrical plug connector includes a plug insulated housing, first plug terminals, and second plug terminals. The plug insulated housing includes a bottom wall, a first side wall, a second side wall, and two end walls connected to the first side wall and the second side wall to enclose an insertion cavity. First plug-terminal assembling portions are on the first side wall. Second plug-terminal assembling portions are on the second side wall. The first plug-terminal assembling portions correspond to the second plug-terminal assembling portions in a one-to-one manner. The first plug terminals include one or more pair of first plug signal terminals. The second plug terminals include one or more pair of second plug signal terminals. The pair of the first plug signal terminals is shifted relative to the pair of the second plug signal terminals along a transversal direction.

Multi-Channel Power Source

A multi-channel power source includes at least one first power conversion unit, at least one second power conversion unit and a heat dissipation device. The first power conversion unit has a plurality of first subsidiary units. The first subsidiary units are electrically connected with each other. Each of the first subsidiary units has at least one first heating element. The second power conversion unit has a plurality of second subsidiary units. The second subsidiary units are electrically connected with each other. Each of the second subsidiary units has at least one second heating element. The heat dissipation device is configured to dissipate a heat generated by the first heating elements and the second heating elements along at least one heat dissipation medium direction. The first subsidiary units and the second subsidiary units are arranged in an at least partially staggered manner along the heat dissipation medium direction.

LIGHT-EMITTING DEVICE AND MANUFACTURING METHOD THEREOF

A light-emitting device is provided. The light-emitting device comprises a substrate; an insulating layer on the substrate, wherein the insulating layer comprises a first hole; a light-emitting stack on the insulating layer and comprising an active region comprising a top surface, wherein the top surface comprises a first part and a second part; and an opaque layer covering the first part of the top surface and exposing the second part of the top surface, wherein the second part is directly above the first hole. 1. A semiconductor device , comprising:a substrate;a semiconductor stack comprising an active region, a sidewall, and a top surface having a first part and a second part ; andan electrode on the semiconductor stack;a hole penetrating the electrode and exposing the second part;a contact layer between the substrate and the electrode and overlapping the second part;wherein a ratio of a cross-sectional area of the second part to a cross-sectional area of the top surface of the light-emitting stack is between about 1.5% and 5%.2. The semiconductor device according to claim 1 , further comprising a bonding structure between the substrate and the semiconductor stack.3. The semiconductor device according to claim 1 , wherein the electrode covers the first part and the sidewall of the semiconductor stack.4. The semiconductor device according to claim 1 , wherein the contact layer has a first width and the second part has a second width claim 1 , and a ratio of the first width to the second width is between 0.5 and 1.1 from a cross-sectional view of the light-emitting device.5. The semiconductor device according to claim 1 , further comprising a lower electrode covering the substrate.6. The semiconductor device according to claim 1 , further comprising a sidewall insulating layer covering the sidewall and covered by the electrode.7. The semiconductor device according to claim 1 , further comprising a bonding pad on the semiconductor stack and separated from the second ...

Micro-electro-mechanical systems (mems) terminal structure of board-to-board electrical connector and manufacturing method thereof

A micro-electro-mechanical systems (MEMS) terminal structure of board-to-board electrical connector and manufacturing method thereof are provided. The terminal of the terminal structure includes a side arm, a bent portion, and a flexible arm integrally formed as one component. The flexible arm includes a first portion and a second portion. The first portion and the side arm form an insertion space. The second portion and the side arm form a locking space. The second portion of the flexible arm has a contact portion. The insertion space is greater than the locking space. The terminal has curved and locking features to extend the moment arm of the terminal for improving the terminal flexibility. The terminal contacts a mating terminal through multiple points, thereby improving the contact stability and providing the locking function. Furthermore, by using the MEMS techniques for semiconductor industries, the terminal of micro board-to-board electrical connector can be manufactured.

LIGHT-EMITTING DEVICE

An object of the present invention is to provide a light-emitting device comprising: a substrate, a first light-emitting semiconductor stack having a first transverse width, the first light-emitting semiconductor stack comprising a first active layer emitting a first radiation of a first dominant wavelength during operation; a second light-emitting semiconductor stack having a second transverse width less than the first transverse width and comprising a second active layer emitting a second radiation of a second dominant wavelength shorter than the first dominant wavelength during operation; and a first conductive connecting structure between the first light-emitting semiconductor stack and the second light-emitting semiconductor stack, wherein the first conductive connecting structure is lattice-mismatched to the first active layer and to the second active layer, the first light-emitting semiconductor stack is between the substrate and the second light-emitting semiconductor stack. 1. A light-emitting device , comprising:a first light-emitting semiconductor stack having a first transverse width and comprising a first active layer, wherein the first active layer emits a first radiation of a first dominant wavelength during operation;a second light-emitting semiconductor stack having a second transverse width less than the first transverse width and comprising a second active layer on the first light-emitting semiconductor stack, wherein the second active layer emits a second radiation of a second dominant wavelength shorter than the first dominant wavelength during operation; anda first conductive connecting structure between the first light-emitting semiconductor stack and the second light-emitting semiconductor stack,wherein the first conductive connecting structure comprises multiple layers having refractive indices different from one another, and the refractive indices of the multiple layers of the first conductive connecting structure are decreased as the ...

Light-emitting device and manufacturing method thereof

A light-emitting device is provided. The light-emitting device comprises a substrate; an insulating layer on the substrate, wherein the insulating layer comprises a first hole; a light-emitting stack on the insulating layer and comprising an active region comprising a top surface, wherein the top surface comprises a first part and a second part; and an opaque layer covering the first part of the top surface and exposing the second part of the top surface, wherein the second part is directly above the first hole.

Light-emitting device and manufacturing method thereof

A light-emitting device is provided. The light-emitting device comprises a substrate; an insulating layer on the substrate, wherein the insulating layer comprises a first hole; a light-emitting stack on the insulating layer and comprising an active region comprising a top surface, wherein the top surface comprises a first part and a second part; and an opaque layer covering the first part of the top surface and exposing the second part of the top surface, wherein the second part is directly above the first hole.

Connector pin/cable end plug connector for stereo installations

The connector pin and cable end plug connector has an outer box (31) with a plug-in connector (33). The outer box has a circuit card, which connects the plug-in connector to a number of cables. Each cable has a plug-in male connector (37) at its far end.

CONNECTOR

Brewing equipment of tea products

Tri-cassette carrier

A tri-cassette carrier includes a first panel, two protrusions projecting from the first panel and each including a head formed at a free end portion, two hooks projecting from a free edge of the first panel and each including a barb formed on a free end potion, a second panel hinged to the first panel, two clips formed on the second panel, a third panel hinged to the second panel, two protrusions projecting from the third panel and each including a head formed at a free end portion, a strip projecting from a free edge of the third panel, and two barbs formed on the strip. The barbs formed on the hooks are engageable with the barbs formed on the strip for retaining the carrier in a closed position. The strip defines two recesses each forming a thin portion on which a corresponding one of the barbs is formed. Thickness of each of the thin portions of the strip plus the thickness of each of the hooks is equal to thickness of the strip so that the hooks lie flush with the strip when the barbs formed on the hooks are engaged with the barbs formed on the strip, resulting in a minimum profile of the carrier when the carrier is closed.

Protective cap for a fiberoptic cable

A protective cap has a hollow tubular cable clamp, a spacer integrally formed with and extending from mid-portion of the tubular cable clamp, a "T" shaped extension integrally formed on the free end of the spacer and two tubular caps respectively integrally formed on the ends of the extension. A cutout is defined in the tubular cable clamp and the side faces defining the cutout are inclined with respect to each other, such that the user is able to insert the fiber optic cable into the tubular cable clamp with ease.

Combined transmitter

Universal optical fiber plug

A universal optical fiber plug includes a body, a neck formed on the body, a tube extending out from the neck and provided with an annular sealing ring formed on the neck near the joint with the tube to correspond to the recesses in the socket. A cap is further formed at a joint of the body and the neck to prevent contamination of the filament inside the socket.

A combination spring and air cushion shock absorber for electronic equipment.

A COMBINATION SPRING AND AIR CUSHION SHOCK ABSORBER TO BE USED WITH ELECTRONIC EQUIPMENT. THE COMBINATION OF THE SPRING AND THE AIR CUSHION MAKES THIS SHOCK ABSORBER EFFECTIVE AT ABSORBING SHOCKS OF A WIDE RANGE OF SEVERITY, AND ALLOWS IT AFTER ABSORBING A SHOCK TO SMOOTHLY RETURN TO ITS EQUILIBRIUM POSITION. (FIG. 2)

Optical fiber plug

An optical fiber plug includes a body having a channel defined through the body, at least one set of recesses oppositely defined in a face of the body, and a clamping portion formed between the channel and a bottom face defining each of the at least one set of recesses. The deformation of the clamping portion is able to retain an insulating layer of an optical fiber.

Electrical plug connector and electrical receptacle connector

An electrical plug connector includes a plug insulated housing which is integrally formed and plug terminals. A transition segment connected between first and second contact portions of each plug terminal allows the first contact portion to be in contact with and arranged substantially parallel to the second contact portion, so that connectors with reduced width can be manufactured. In addition, the shaping space between a first recessed portion and a second recessed portion of each plug terminal receive materials for forming the plug insulated housing, thus improving the structural strength of the connector. Moreover, embedded ends allow the plug terminals to be secured with the plug bottom wall, so that the plug terminals would not detach from the plug insulated housing easily during manufacturing or operation. The structural strength of the electrical plug connector can be improved, and the plug terminals can be properly assembled with the plug insulated housing.

An improved electrical adapter for an automobile cigarette lighter.

AN IMPROVED ELECTRICAL ADAPTER FOR AUTOMOBILE CIGARETTE LIGHTERS HAS A CYLINDRICAL BODY WITH A RESILIENT PLATE ON ITS SIDE, A BEVELED T-SHAPED SNAPPING HEAD AT ONE END, AND AN ELECTRICAL CORD AT ANOTHER END. THE SNAPPING HEAD ENGAGES WITH AN INNER CLIP INSIDE A SEAT MEMBER OF THE AUTOMOBILE''S CIGARETTE LIGHTER. (FIG. 1)

Dual-function drivers

Dual-function drivers capable of outputting LVDS or TMDS differential signals by sharing output terminals under differential modes. In the dual-function driver, an input control unit receives a first input signal compliant with a first specification in a first mode and a second input signal compliant with a second specification in a second mode by sharing a pair of input terminals, and a current steering circuit comprises first and second differential pairs. The input control unit enables the first and second differential pairs to output a first differential signal compliant with the first specification through a pair of output terminals during the first mode, and the input control unit disables the first differential pair and enables the second differential pair to output a second differential signal compliant with the second specification on the pair of output terminals during the second mode.

Connector jack.

A CONNECTOR JACK INCLUDING A MOLDED RETAINER, A CONDUCTING PIN CENTRALLY LOCATED WITHIN THE MOLDED RETAINER, AND A RESILIENT CLAMPING ELEMENT. THE MOLDED RETAINER IS A CYLINDRICAL BODY HAVING A CENTRAL RECESS AT ITS FRONT END FOR RECEIVING AN ANNULAR PRONG OF A PLUG, TWO SLOTS AT ITS REAR END THEREOF FOR RECEIVING THE RESILIENT ELEMENT, AND A CENTRAL STEPPED RECESS AT ITS REAR END AND A PERFORATION FOR RECEIVING THE CONDUCTING PIN. THE RESILIENT CLAMPING ELEMENT HAS A CONDUCTING LEG, A FIXING LEG AND A T-SHAPED STEM WHICH CONNECTS THE TWO LEGS. THE TWO LEGS ARE INSERTABLE INTO THE SLOTS RESPECTIVELY. THE CONDUCTING LEG FURTHER INCLUDES A SEMICIRCULAR-SHAPED CONDUCTING END AT ITS INNER SIDE WHICH PROJECTS OVER THE SLOT INTO THE CENTRAL RECESS. (FIG. 1)

Structure improvement of computer case

Nucleic acid detection chip and the method and detection equipment using the same

The present invention relates to a nucleic acid detection chip, the method and detection equipment using the same. The test sample injects into the first injection hole on the slip plate into the groove on the substrate through the first guide hole. The test sample is heated to the first temperature and then cooled down. Displacing the top plate to align the second injection hole and the hole of the substrate. Injecting the light conversion material into the hole of the substrate to generate a detection sample. Displacing the plate again to move the detection sample to the substrate's top of the detection hole. Exposing the detection sample with the first light to generate the second light by the light conversion material in the detection sample. By absorbing the second light to generate a current that is closely dependent on the concentration of light conversion material in the detection sample.

Magnetic paper-feeding roller assembly

A magnetic paper-feeding roller assembly is adapted to feed a piece of paper in a machine that requires paper-feeding and that includes a casing. The magnetic paper-feeding roller assembly includes a first roller and a second roller, both of which are adapted to be pivotably mounted in the casing. The first roller is made of a magnetically attractive material. The second roller produces a magnetic force to magnetically attract the first roller toward the second roller so as to maintain a predetermined gap between the first roller and the second roller.

Improved structure for flash drive

Improved structure of the housing of a computer mainframe

Optical fiber socket with a chip seat

An optical fiber socket with a chip seat is consisted of a housing, a signal-transforming chip installed inside the housing, and a chip seat enclosing the signal-transforming chip inside the housing, therefore the signal-transforming chip is changeable to avoid waste of other parts of the socket when the chip malfunctions.

Adapter for an optical fiber plug

An adapter for an optical fiber plug has a tubular body. The body has an opening defined through a peripheral wall thereof. A pin is mounted on a front end of the body. The pin has an optical fiber provided therein. A strip is received in the body through the opening. The strip has a hole defined through a central portion and in alignment with the pin, and at least one wing extending from the central portion to a rear end of the body. A housing covers the body. A ring mounted at a rear end of the housing. An optical fiber plug can be inserted in the adapter through the ring for matching a terminal unadapted to the plug.

Optical fiber plug with an indicating function

An optical fiber plug has an inner sleeve made of a transparent or semi-transparent material. The inner sleeve has a head formed at a front end thereof. A passage is longitudinally defined through the head. A tubular part is formed at a rear end of the inner sleeve. A chamber is defined in the tubular part and in communication with the passage. A flange is formed between the head and the tubular part. A tapering recess of which a cross section is polygonal is defined between the passage and the chamber. An outer sleeve covers on the tubular part of the inner sleeve. A core extends through the passage, the tapering recess, and the chamber.

Structure of portable disk

Clavija de enchufe conectable a un aparato electrico.

CLAVIJA DE ENCHUFE CONECTABLE A UN APARATO ELECTRICO, CARACTERIZADA POR COMPRENDER: UNA ESPIGA DE ENCHUFE EN FORMA DE VARILLA (10) QUE TIENE UNA PARTE EXTREMA CONICA; UN MIEMBRO SALIENTE CILINDRICO (20) QUE INCLUYE UNA RANURA CIRCULAR, CENTRAL, ORIENTADA LONGITUDINALMENTE (21) PARA RECIBIR A DICHA ESPIGA (10), UNA RANURA RECTANGULAR ORIENTADA VERTICALMENTE (22), UNA HENDIDURA (23), DOS CAVIDADES (24 Y 25) EN SUS LADOS LATERALES, RESPECTIVAMENTE, Y DOS PLACAS DE FIJACION (26, 27) QUE SOBRESALEN LONGITUDINALMENTE DE UNA CARA EXTREMA ALEJADA DE DICHA RANURA (21); UN MANGUITO DE APRIETE (30) QUE INCLUYE UNA MUESCA (31), DOS CORTES (32, 33) ADEMAS DE DICHA MUESCA (31), DOS CUERPOS DE ENGANCHE (34, 35) ADYACENTES A LOS DOS CORTES CITADOS (32 Y 33), RESPECTIVAMENTE, SIENDO ENGANCHABLES LOS DOS CUERPOS DE ENGANCHE (34 Y 35) ANTES CITADOS EN LAS CAVIDADES (24 Y 25), RESPECTIVAMENTE, INCLUYENDO ADEMAS DICHO MANGUITO DE APRIETE (30) UNA ALARGADERA QUE ESTA FORMADA CON UN AGUJERO CIRCULAR (36) Y UN AGUJERO RECTANGULAR (37), EXTENDIENDOSE ADICIONALMENTE UN EXTREMO DE DICHA ALARGADERA PARA DEFINIR DOS PLACAS DE APRIETE (38, 39); UN CORDON (40) QUE INCLUYE UN HILO CONDUCTOR (41) Y UN HILO DE COBRE (42) EN SU INTERIOR, ESTANDO RECUBIERTO DICHO HILO CONDUCTOR (41) POR UNA CAPA AISLANTE (43); Y UN MANGUITO DE PLASTICO (50) RODEANDO A DICHO MANGUITO DE APRIETE (30); POR LO QUE DICHO HILO CONDUCTOR (41) ES CONETABLE A DICHA ESPIGA (10) MEDIANTE EL USO DE UN POLO ELECTRICO INFERIOR (61) Y UN POLO ELECTRICO SUPERIOR (62); DICHA CLAVIJA SE AJUSTA DE TAL FORMA QUE DICHO AGUJERO CIRCULAR (36) DEL CITADO MANGUITO DE APRIETE (30) ESTE EN ALINEAMIENTO CON DICHO POLO ELECTRICO INFERIOR (61) DE MANERA QUE DICHO POLO ELECTRICO INFERIOR (61) ESTE EN CONTACTO CON DICHA ESPIGA (10), DICHO POLO ELECTRICO SUPERIOR (62), QUE ESTA ELECTRIFICADO, ES PRESIONABLE CONTRA DICHA ESPIGA (10) A TRAVES DE DICHA MUESCA (33) Y DICHA RANURA RECTANGULAR (22), CON EL FIN DE PRESIONAR DICHO HILO CONDUCTOR (41) CONTRA ...

線繩轉接頭

Optical fiber selector

An optical fiber selector includes a housing, a rod pivotally mounted inside the housing, a switch controlling the pivotal movement of the rod, a sliding plate connected to a free end of the rod. An in/out port is mounted on a front side of the housing to be connected with a main optical fiber, and multiple connecting ports are also mounted on the front side and adjacent to the in/out port to be respectively connected to multiple branch optical fibers. The sliding plate has a connecting head connected to the in/out port via an internal optical fiber, and the connecting head is able to be selectively connected with one of the connecting ports. Therefore, the user is able to select which branch optical fiber is to be connected with the main optical fiber.

Adapting connector for a video machine

An adapting connector for a video machine has an S terminal, a VIDEO terminal, and two filter units connected with the S terminal and the VIDEO terminal. An older television with a VIDEO terminal is able to connect to a digital video machine with an S terminal via the video converter device. Furthermore, use of the television through the filter units of the adapting connector for a video machine is able to obtain a high quality image.

Clavija de enchufe conectable a un aparato electrico.

傘用水垂れ防止キャップ

【課題】 特に傘の布部から垂れた水を吸水し、集水溝からの漏れを防ぐ傘用水垂れ防止キャップを提供する。 【解決手段】 本発明本発明に係る傘用水垂れ防止キャップは、本体と、止めリングと、集水溝と、吸水部材を有し、その内、該本体は、底部に密閉状のベースが設けられ、上部に開口が形成され、該開口の周囲に上環縁が設けられ、該ベースと上環縁との間に側壁が設けられ、該止めリングは、該ベースから上環縁へ向かって延設され、底部にベースと連結する下端が設けられ、上部に上端が設けられ、該上端から囲まれた中央部に挿設開口が形成され、該下端と該上端との間に環状壁が設けられ、該環状壁の内部に挿設通路が形成され、該挿設通路の内径が上端から下端につれて狭くなり、該集水溝は、該本体の側壁と止めリングの環状壁との間に形成され、該吸水部材は、着脱可能に該集水溝に嵌め込まれるものである。 【選択図】 図１

Recording microphone

傘用の除水器

【課題】傘に付着した水が垂れ落ちて室内や車内の地面が濡れてしまうことを改善する。【解決手段】本発明に係る傘用の除水器は、ケーシングと、吸水体とを備え、該ケーシングは、上面と、該上面に対向する底面と、該ケーシング内に形成された収容空間と、該上面を貫通し且つ該収容空間に連通する上面開口と、該底面を貫通し且つ該収容空間に連通して該上面開口に対向する底面開口とを有し、該吸水体は、該収容空間内に詰め込まれ、該吸水体には、該吸水体を貫通し且つ該底面開口に対向する貫通孔が形成されている。本発明では、傘に付着した水を該吸水体で吸収するため、傘に付着した水が垂れ落ちることが抑制される。【選択図】図７

Brewing bottle for tea drink

行銷探勘方法及系統

一種行銷探勘方法及系統，該行銷探勘方法包括以下步驟：(A)依據數筆消費歷史資料，計算並記錄被購買率大於或等於一門檻值且產品項數最多之最大產品項集合，並且該最大產品項集合包含該目標產品項；(B)計算該最大產品項集合與各筆消費歷史資料交集之產品項數所占之比例值，其大於該門檻值者集為一相關消費者集合；(C)依據該相關消費者集合，計算一目標產品項除外之各產品項之數目並最大者為相關產品集合；及(D)未包含該目標產品項且包含該相關產品集合任一者為最適消費者。

Board connector assembly, receptacle connector and plug connector thereof

A board connector assembly has a receptacle connector and a plug connector. The receptacle connector has a first insulative housing, two sets of first terminals and two first metal reinforcing members mounted respectively on two opposite ends of the first insulative housing. The plug connector is detachably engaged with the receptacle connector and has a second insulative housing, two sets of second terminals and two second metal reinforcing members mounted respectively on two opposite ends of the second insulative housing. The first and second metal reinforcing members enhance structural strength and durability of the receptacle connector and the plug connector.