Abstract: A sensing apparatus includes a sensing device having a hetero-junction structure, a light coupler connected to the sensing device and a readout device connected to the light coupler.

Abstract: A foot assistive device for improving drop foot gait comprises an assistive device body and an elastic module. The assistive device body comprises a foot support base and a brace. The foot support base is movably connected to the brace. The elastic module connects the foot support base to the brace. The elastic module has a spring, a preset support included angle is formed between the foot support base and the brace under an elastic force of the spring. The support included angle is not larger than 90°. Thereby, when the foot is raised up, the foot support base is unlikely to drop excessively due to the foot weight, the drop foot gait is improved effectively.

Abstract: A fingerprint flash drive includes a circuit board, an enclosure and a fingerprint recognizer. The enclosure encloses the circuit board. An insertion direction of the fingerprint flash drive is defined as a front-to-rear direction. The enclosure has a top surface extending along the insertion direction of the fingerprint flash drive, and a front surface connected with a front edge of the top surface. The front surface and the top surface of the enclosure are noncoplanar. A rear end of the enclosure cooperates with the circuit board to form a plug. The fingerprint recognizer is electrically connected with the circuit board and fastened to the front surface of the enclosure. A front surface of the fingerprint recognizer is exposed outside.

Abstract: A display panel includes a substrate, a pixel array and a plurality of driving module. The substrate is defined with a wire area and a active area. The pixel array is disposed in the active area. The driving module is disposed in the wire area. Each driving module is electrically to corresponding and multiple pixels in the pixel array through a plurality of wire. Each driving module receives one of multiple starting signals. Each driving module provides a plurality driving signal to the pixels according to the received driving module. A first wire and a second wire are defined among the wires. The first wire is longer than the second wire. The time delay reference to a reference time point of the driving signal provided to the first wire from the driving module is smaller than the time delay reference to a reference time point of the driving signal provided to the second wire.

Abstract: A sensing device includes a first III-V compound stack and a second III-V compound stack. The first III-V compound stack has a first sensing area, and the second III-V compound stack has a second sensing area. A passivation layer fully covers the second sensing area. The first III-V compound stack is physically separated from the second III-V compound stack, and has material compositions and structures same as the second III-V compound stack.

Abstract: A source driving device includes a locking module, a controlling module and a decoding module. The locking module executes a locking process selectively in a first band or a second band according to a band setting signal in order to lock a first clock signal synchronized with a first display signal. The controlling module is coupled to the locking module for comparing a control voltage with a reference voltage in the locking process and generates the band setting signal accordingly. The decoding module is coupled to the locking module for generating a decoded signal according to the first display signal and the first clock signal.

Abstract: A drive method for a source signal including: acquiring a transmitting delay time of a gate signal; generating a plurality of delayed trigger signal according to the transmitting delay time of the gate signal, and sequentially outputting a plurality of delayed source signal to a plurality of pixel circuit according to the delayed trigger signal.

Abstract: A source driving device includes a locking module, a controlling module and a decoding module. The locking module executes a locking process selectively in a first band or a second band according to a band setting signal in order to lock a first clock signal synchronized with a first display signal. The controlling module is coupled to the locking module for comparing a control voltage with a reference voltage in the locking process and generates the band setting signal accordingly. The decoding module is coupled to the locking module for generating a decoded signal according to the first display signal and the first clock signal.

Abstract: A panel includes a timing controller module and a source driver module. The timing controller module is for receiving a first display signal encoded with a first encoding method. The first display signal includes a plurality of first symbols. The timing controller module generates a second display signal with a second encoding method according to the first display signal. The second display signal includes a plurality of second symbols. The plurality of second symbols sequentially and one-to-one correspond to the plurality of first symbols sequentially. Each of the plurality of second symbols includes a first bit and a second bit. The first bit and the second bit have different states. The source driver module is coupled to the timing controller module for decoding the second display signal according to the second encoding method. The source driver module generates a third display signal with the first encoding method.

Abstract: In one aspect of the invention, a driving circuit has a PCB, a transmitter disposed on the PCB for providing an input signal, first and second transmission lines disposed on the PCB and electrically coupled to the transmitter for transmitting the input signal, and a plurality of source drivers formed in a COF architecture disposed between the PCB and the display panel. The input signal is an encoded signal including first and second Gamma reference voltages control signals, and image data. The first and second Gamma reference voltages are transmitted by the PLC technology through the first and second transmission lines, respectively. The driving circuit is implemented with differential transmission of the Gamma voltages, the image data and the control signals.

Abstract: In one aspect of the invention, a driving circuit has a PCB, a transmitter disposed on the PCB for providing an input signal, first and second transmission lines disposed on the PCB and electrically coupled to the transmitter for transmitting the input signal, and a plurality of source drivers formed in a COF architecture disposed between the PCB and the display panel. The input signal is an encoded signal including first and second Gamma reference voltages control signals, and image data. The first and second Gamma reference voltages are transmitted by the PLC technology through the first and second transmission lines, respectively. The driving circuit is implemented with differential transmission of the Gamma voltages, the image data and the control signals.

Abstract: In one aspect of the invention, a driving circuit has a PCB, a transmitter disposed on the PCB for providing an input signal, first and second transmission lines disposed on the PCB and electrically coupled to the transmitter for transmitting the input signal, and a plurality of source drivers formed in a COF architecture disposed between the PCB and the display panel. The input signal is an encoded signal including first and second Gamma reference voltages control signals, and image data. The first and second Gamma reference voltages are transmitted by the PLC technology through the first and second transmission lines, respectively. The driving circuit is implemented with differential transmission of the Gamma voltages, the image data and the control signals.

Abstract: A water-proof connector includes an internal housing, a PCB, a shielding shell, a sealing ring and an external housing. The internal housing has a base portion and a tongue board. A central of the internal housing defines an inserting chamber. A rear of the base portion is concaved forward to form a first receiving cavity, and further concaved forward to form an extending cavity. The PCB includes a connecting portion and an inserting portion. A plurality of terminals are electroplated in the inserting portion. The inserting portion of the PCB is inserted in the inserting chamber and the connecting portion is inserted in the extending cavity. The shielding shell covers around the tongue board of the internal housing. The sealing ring sheathes an outside of the connecting portion of the PCB. The external housing is molded outside the internal housing, the PCB, the shielding shell and the sealing ring.

Abstract: A water-proof connector includes an internal housing, a PCB, a shielding shell, a sealing ring and an external housing. The internal housing has a base portion and a tongue board. A central of the internal housing defines an inserting chamber. A rear of the base portion is concaved forward to form a first receiving cavity, and further concaved forward to form an extending cavity. The PCB includes a connecting portion and an inserting portion. A plurality of terminals are electroplated in the inserting portion. The inserting portion of the PCB is inserted in the inserting chamber and the connecting portion is inserted in the extending cavity. The shielding shell covers around the tongue board of the internal housing. The sealing ring sheathes an outside of the connecting portion of the PCB. The external housing is molded outside the internal housing, the PCB, the shielding shell and the sealing ring.

Abstract: In one aspect of the invention, a driving circuit has a PCB, a transmitter disposed on the PCB for providing an input signal, first and second transmission lines disposed on the PCB and electrically coupled to the transmitter for transmitting the input signal, and a plurality of source drivers formed in a COF architecture disposed between the PCB and the display panel. The input signal is an encoded signal including first and second Gamma reference voltages control signals, and image data. The first and second Gamma reference voltages are transmitted by the PLC technology through the first and second transmission lines, respectively. The driving circuit is implemented with differential transmission of the Gamma voltages, the image data and the control signals.

Abstract: A card connector includes an insulating housing defining a card recess, first electrical terminals and second electrical terminals disposed in the insulating housing. Each first electrical terminal has a base strip, a first fixing arm, a first elastic arm extending forward and inclining upward from the first fixing arm, a second elastic arm slantwise extending forward and upward from a substantial middle of the base strip and apart located under the first elastic arm, and a contact portion protruding upward from a front end of the base strip and apart located under the second elastic arm. A distal end of the first elastic arm elastically stretches upward into the card recess, and can be pressed downward to resist against the second elastic arm so as to make the second elastic arm further contact with the contact portion when an electronic card is inserted into the card recess.

Abstract: A card connector includes an insulating housing defining a card recess, first electrical terminals and second electrical terminals disposed in the insulating housing. Each first electrical terminal has a base strip, a first fixing arm, a first elastic arm extending forward and inclining upward from the first fixing arm, a second elastic arm slantwise extending forward and upward from a substantial middle of the base strip and apart located under the first elastic arm, and a contact portion protruding upward from a front end of the base strip and apart located under the second elastic arm. A distal end of the first elastic arm elastically stretches upward into the card recess, and can be pressed downward to resist against the second elastic arm so as to make the second elastic arm further contact with the contact portion when an electronic card is inserted into the card recess.

Abstract: A receptacle connector includes an insulating housing defining a receiving chamber having a front opened freely, and positioning fillisters each longitudinally opened in a bottom wall of the receiving chamber. Two fastening fillisters are oppositely concaved into two opposite inner sides of the positioning fillister. A plurality of electrical terminals each has a base arm disposed in the positioning fillister and a contact arm extending upward from a front end of the base arm and inclined rearward at an acute angle with respect to the base arm. The contact arm stretches into the receiving chamber. The front end of the base arm has two opposite side edges protruded outward to form two fastening ears stabbed in fronts of the fastening fillisters to avoid the front end of the base arm curling upward and rearward when a plug connector is inserted into the receiving chamber.

Abstract: An electrical connector includes an insulating body having a base portion and a tongue portion extending forward from a front side of the base portion. A top surface of the tongue portion defines a plurality of terminal fillisters each extending along a front-to-rear direction to penetrate through the tongue portion and the base portion. Two inner sides of a front end of each terminal fillister protrude face-to-face to form two holding portions with an interval therebetween gradually narrowing from rear to front. A plurality of terminals each has a contact arm disposed in the terminal fillister. A shielding shell encloses the insulating body to define an inserting space between the shielding shell and the tongue portion. The contact arm has a front end thereof held between the holding portions to avoid curling under the action of inserting a mating connector into the inserting space.

Abstract: A connector soldered to a PCB has an insulating housing of which two opposite ends are recessed to form a pair of holding recesses, terminals mounted in the insulating housing with soldering portions projected out of a bottom of the insulating housing, a pair of supporting members mounted to two opposite ends of the insulating housing and a pair of supporting members. A bottom of the supporting member extends perpendicularly to form an inserting slice having a portion thereof punched sideward to form a projection. The positioning member mounted to the inserting slice has a soldering tail and a base slice having two opposite ends thereof bent sideward and then extended toward each other to form a pair of clasping portions. A guiding slot is opened in the base portion for receiving the projection. The projection can move up and down in the guiding slot to adjust the position of the positioning member to keep the soldering portions and the soldering tails level even when there is tolerance in production.