Abstract: An antenna assembly includes a first antenna, a second antenna, and at least one connecting member. The first antenna includes a radiator and at least one connecting portion connected to the radiator, and the radiator is a part of a housing of a wireless communication device. The at least one connecting member is connected to the at least one connecting portion to fix the first antenna to the wireless communication device to feed current to the first antenna and the second antenna.

Abstract: An antenna structure includes a main antenna and a diversity antenna spaced apart from the main antenna. The main antenna extends in a main antenna radiation direction. The diversity antenna includes a first radiation portion extending in a first radiation direction and a second radiation portion extending in a second radiation direction, the first radiation direction is substantially perpendicular to either the second radiation direction or an the main antenna radiation direction.

Abstract: An antenna structure includes a first circuit board having a first antenna unit and a second antenna unit, a second circuit board having a first radio member and a second radio member, and a sliding mechanism. The first antenna unit and the second antenna unit are configured for receiving and transmitting different wireless signals. The sliding mechanism slides the second circuit board relative to the first circuit board, to separate or connect the first antenna unit with the first radio member and the second antenna unit with the second radio member, thus enabling the first antenna unit or a combination of the second antenna unit and the second radio member to receive and transmit a first wireless signal; the second antenna unit or a combination of the first antenna unit and the first radio member receive to transmit a second wireless signal.

Abstract: A wireless communication device includes a cover, an antenna, and an adjusting member. The adjusting member is slidably mounted to the cover and is made of non-conductive materials. The antenna includes a extending portion, the extending portion is sandwiched between the cover and the adjusting member. The adjusting member contacts and partially overlaps with the extending portion, the adjusting member slides relative to the cover to change contact positions of the extending portion and the adjusting member.

Abstract: In a method for unlocking an electronic device, one or more unlocking operations are defined, and one or more application groups are created. Each of the unlocking operations is associated with one or more of the application groups. According to the defined unlocking operations, a lock screen is generated and displayed on a display screen of the electronic device. When an unlocking operation is performed by a user, application groups associated with the unlocking operation are determined. The electronic device is unlocked according to the determined unlocking operation, and the determined application groups are displayed on the display screen.

Abstract: A wireless communication device includes a cover, an antenna, and an adjusting member. The antenna includes a first radiator and a second radiator separate from the first radiator. The adjusting member is slidably mounted to the cover and is made of conductive materials. The adjusting member is positioned between and connecting the first radiator and the second radiator. The adjusting member is slid relative to the cover to change connection positions of the adjusting member relative to the first radiator and the second radiator.

Abstract: A wireless communication device includes a cover, an antenna, and an adjusting member. The adjusting member is slidably mounted to the cover and is made of non-conductive materials. The antenna includes a radiator, the radiator is mounted on the cover and is shielded by the adjusting member. The adjusting member slides relative to the cover to shield different areas of the radiator.

Abstract: A wireless communication device includes a main body, a cover, a base board, an elastic member, and an antenna module. The cover is attached to the main body. The base board includes a feeding point and a grounding point. The elastic member is connected to one of the feeding point and the grounding point. The antenna module includes a first antenna and a second antenna connected to the other feeding point and the grounding point of the base board. The base board, the elastic and the antenna module are mounted in the cover. The elastic member selectively causes the first antenna or the second antenna to contact to the one of the feeding points and the grounding point of the base board when in an open or closed state.

Abstract: An antenna module includes an antenna, a connecting member attached to the antenna, a sliding board configured for sliding relative to connecting member, and a radiation member attached to the sliding board. When the sliding board is slid by a user, the radiation member makes contact with or separates from the connecting member, enabling one antenna module to receive and transmit wireless signals of different wavelengths.

Abstract: An electronic device includes a multi-layer circuit board, a main antenna, and an electronic element. The multi-layer circuit board includes an outer layer, a ground layer, and a plurality of vias defined therein electrically connected the outer layer and the ground layer. The main antenna is mounted on the outer layer and electrically connected to the ground layer by the vias. The electronic element is mounted on the outer layer, soldered on the main antenna, and electrically connected to the ground layer by the main antenna.

Abstract: An electronic device includes a multi-layer circuit board, a main antenna, and an electronic element. The multi-layer circuit board includes an outer layer, a ground layer, and a plurality of vias defined therein electrically connected the outer layer and the ground layer. The main antenna is mounted on the outer layer and electrically connected to the ground layer by the vias. The electronic element is mounted on the outer layer, soldered on the main antenna, and electrically connected to the ground layer by the main antenna.

Abstract: A wireless communication device includes a main body, a cover, a base board, an elastic member, and an antenna module. The cover is attached to the main body. The base board includes a feeding point and a grounding point. The elastic member is connected to one of the feeding point and the grounding point. The antenna module includes a first antenna and a second antenna connected to the other feeding point and the grounding point of the base board. The base board, the elastic and the antenna module are mounted in the cover. The elastic member selectively causes the first antenna or the second antenna to contact to the one of the feeding points and the grounding point of the base board when in an open or closed state.

Abstract: An automatic guided system transfers scrap glass resulted from at least one scrap glass source of a clean room to a scrap exit. The automatic guided system for transferring the scrap glass includes a rail module and a vehicle module. The rail module connects the scrap exit to the scrap glass source. The vehicle module is moved along the rail module for transferring the scrap glass from the scrap glass source to the scrap exit.

Abstract: A pulse laser system utilized for communication transmits a modulated pulsed laser beam having a precise wavelength to match a receiver. An etalon is positioned in the resonant cavity of the laser and is adjustable to tune the laser. A continuous wave reference beam is provided and is compared with the laser output beam and if the wavelength's bear other than a predetermined relationship with respect to one another, a control signal is generated to adjust the etalon in the laser resonant cavity. In one embodiment another etalon is placed in the reference beam path as well as the laser beam path with the transmitted beams being detected in order to derive normalized proportionality factors relating to each beam so that a comparison of the proportionality factors may be made and utilized for control purposes.

Abstract: A laser communication system in which a filter-detector is provided which has a high acceptance angle and a narrow bandwidth. The filter-detector contains vaporized selected atomic species or a molecular composition dissociable to the selected atomic species. The selected atomic species electronic ground state is not absorptive of the laser output wavelength, but the selected atomic species exhibits a metastable or long-lived energy state which when populated absorbs the laser output wavelength. A subsequent transition produces fluorescence from the atomic species as a function of the laser output.

Abstract: The invention provides a metal vapor Raman cell structure for laser wavelength conversion and a method for mounting a sapphire window onto a metal tube having a known outside diameter in the manufacture of the aforesaid Raman cell. According to the method of this invention, a sapphire window and a metal tube having a dissimilar coefficient of thermal expansion are mounted and sealed together. The method of sealing the sapphire window onto the metal tube comprises the steps of: (1) cutting a narrow circular groove in one face of the sapphire window; (2) mounting the metal tube into the seat defined by the groove cut into the sapphire window; and (3) disposing a sealing material between the outer face of the seat defined by the groove and the metal tube disposed therein. According to this technique, the sealing material disposed in the groove is placed under compression during the operation of the vapor Raman cell so constructed.

Abstract: Disclosed is a method of maintaining the power of the output of a xenon chloride laser. The gases in the lasing chamber are circulated between the lasing chamber and a reforming chamber. In the reforming chamber, the gases are contacted with at least one metal chloride which is chemically less stable than hydrogen chloride. The temperature of the metal chloride in the reforming chamber is maintained between the condensation temperature of hydrogen chloride and the dissociation temperature of the metal chloride used. Also disclosed is apparatus for performing this method.

Abstract: A laser utilizing mercury halides as the lasing medium is disclosed. Electrodes selectively coated with a mercury gettering material are utilized to establish a glow discharge in the lasing medium. Proper ratio of mercury to bromine is maintained in the lasing medium to ensure long life operation.

Abstract: A multilayer high temperature, low inductance capacitor consisting of alternate layers of metal and dielectric insulator materials which are inert with respect to metal halide environments is directly affixed to a planar electrode of a high temperature metal halide laser system to improve laser performance.

Abstract: A plurality of spaced-apart apertured discs constructed of electrical insulator material, are sealed within the quartz tube structure of a metal halide laser tube to increase the path length along the wall of the laser tube between the discharged electrodes to constrain the discharge to the central gaseous core rather than along the wall of the quartz tube. The use of electrical insulator apertured discs sealed with the laser tube of a metal halide laser facilitates the utilization of the halide species as the laser medium.