Abstract: A laser emitting device includes: a laser oscillator; an electrical part; a protection member; and a shutter. The laser oscillator is configured to emit a laser beam in an emitting direction. The protection member is interposed between the laser oscillator and the electrical part to shield the laser oscillator. The shutter is disposed to form a prescribed angle with respect to an optical path of the laser beam emitted from the laser oscillator. The shutter is movable between a first position at which the shutter interrupts the laser beam and a second position at which the shutter does not interrupt the laser beam. When the shutter is at the first position, the shutter damps and reflects the laser beam as a reflected beam. The reflected beam advances toward a space between the laser oscillator and the protection member. The reflected beam forms the prescribed angle with respect to the shutter.

Abstract: A laser emitting device includes: a laser oscillator; an electrical part; a protection member; and a shutter. The laser oscillator is configured to emit a laser beam in an emitting direction. The protection member is interposed between the laser oscillator and the electrical part to shield the laser oscillator. The shutter is disposed to form a prescribed angle with respect to an optical path of the laser beam emitted from the laser oscillator. The shutter is movable between a first position at which the shutter interrupts the laser beam and a second position at which the shutter does not interrupt the laser beam. When the shutter is at the first position, the shutter damps and reflects the laser beam as a reflected beam. The reflected beam advances toward a space between the laser oscillator and the protection member. The reflected beam forms the prescribed angle with respect to the shutter.

Abstract: Provided are a housing (10) for a portable display device (1) having a holding section (11) located on one side to the center line of the housing (10) that is provided with a weight adjusting section which sets a weight of the holding section (11) side of the housing (10) heavier than a weight of that portion of the housing (10) which is opposite the holding section (11), and whose weight is adjusted by at least one of methods of changing a type of a material for the housing (10), a specific gravity of the material, a density thereof, and an amount used thereof, mixing a weight adjusting substance (14) in the material, and mounting a weight adjusting substance to the housing (10), and a portable display device.

Abstract: In manufacturing a display device which includes a display panel, a touch panel mounted on a surface side of the display panel, and a cover body having an open portion in which the touch panel is held, an edge peripheral portion of the touch panel is welded to a brim portion of the open portion of the cover body by melting the brim portion of the open portion of the cover body such that the brim portion has a large thickness compared to a portion around the brim portion thus forming a thick wall portion having a large thickness compared to the portion around the thick wall portion and a mounting portion on which the edge peripheral portion of the touch panel is mounted on the brim portion of the opening of the touch panel.

Abstract: There are included an antenna transmitting and receiving information through a radio communication with a RFID circuit element, a signal processing circuit and a transmission portion of a radio frequency circuit configured to execute write or read of information with respect to an IC circuit part of the RFID circuit element, a tape-feeding-roller drive shaft for feeding out a base tape from a first roll, a cutter configured to cut the base tape fed out by this tape-feeding-roller drive shaft to a predetermined length to produce a RFID label, a print head making a print in a predetermined print region of the base tape, and a control circuit configured to control this print head so as to be capable of being switched between the print in a forward direction and the print in a rotation direction inverting this forward direction with respect to a predetermined print region.

Abstract: An apparatus for fixing RFID tags fixes a RFID circuit element on a print label to produce a RFID label. At this time, a barcode provided on the print label side is read by a barcode sensor, and information to be written corresponding to barcode information is written into the RFID circuit element through an antenna via wireless communication. The barcode on the print label is associated with the label print, whereby a RFID label with print can be produced in which the label print and the information to be stored in the RFID circuit element are associated with each other.

Abstract: Provided are a housing (10) for a portable display device (1) having a holding section (11) located on one side to the center line of the housing (10) that is provided with a weight adjusting section which sets a weight of the holding section (11) side of the housing (10) heavier than a weight of that portion of the housing (10) which is opposite the holding section (11), and whose weight is adjusted by at least one of methods of changing a type of a material for the housing (10), a specific gravity of the material, a density thereof, and an amount used thereof, mixing a weight adjusting substance (14) in the material, and mounting a weight adjusting substance to the housing (10), and a portable display device.

Abstract: This disclosure discloses an apparatus for producing RFID label includes: a cartridge holder detachable with respect to a cartridge having a base tape provided with a RFID circuit element provided with an IC circuit part and a tag antenna, a loop antenna configured to transmit/receive information with the RFID circuit element via radio communication, and a cartridge connector configured to supply power to the loop antenna; a tape feeding roller configured to feed the base tape; and an apparatus connector configured to supply power to the cartridge connector.

Abstract: In manufacturing a display device which includes a display panel, a touch panel mounted on a surface side of the display panel, and a cover body having an open portion in which the touch panel is held, an edge peripheral portion of the touch panel is welded to a brim portion of the open portion of the cover body by melting the brim portion of the open portion of the cover body such that the brim portion has a large thickness compared to a portion around the brim portion thus forming a thick wall portion having a large thickness compared to the portion around the thick wall portion and a mounting portion on which the edge peripheral portion of the touch panel is mounted on the brim portion of the opening of the touch panel.

Abstract: This disclosure discloses an apparatus for producing RFID label includes: a cartridge holder detachable with respect to a cartridge having a base tape provided with a RFID circuit element provided with an IC circuit part and a tag antenna, a loop antenna configured to transmit/receive information with the RFID circuit element via radio communication, and a cartridge connector configured to supply power to the loop antenna; a tape feeding roller configured to feed the base tape; and an apparatus connector configured to supply power to the cartridge connector.

Abstract: There are included an antenna transmitting and receiving information through a radio communication with a RFID circuit element, a signal processing circuit and a transmission portion of a radio frequency circuit configured to execute write or read of information with respect to an IC circuit part of the RFID circuit element, a tape-feeding-roller drive shaft for feeding out a base tape from a first roll, a cutter configured to cut the base tape fed out by this tape-feeding-roller drive shaft to a predetermined length to produce a RFID label, a print head making a print in a predetermined print region of the base tape, and a control circuit configured to control this print head so as to be capable of being switched between the print in a forward direction and the print in a rotation direction inverting this forward direction with respect to a predetermined print region.

Abstract: A communication distance between a device antenna and a tag antenna is kept substantially constant all the time so that a stable communication range can be obtained and secure and stable communication is performed. A cartridge is provided with a rib contact face to be a positioning reference at attachment, and a cartridge holder portion of an apparatus for communicating with a RFID tag has a positioning pin provided in correspondence with the rib contact face so that even if various cartridges with mutually different tag attribute parameters such as the size of a base tape, an arrangement pitch of a RFID circuit element To and the like are replaced and used appropriately, a distance between a tag antenna and a device antenna is kept substantially constant in cooperation with the positioning pin provided on the side of the apparatus for communicating with a RFID tag corresponding to the rib contact face, regardless of the type of the cartridge.

Abstract: An apparatus for communicating with a RFID tag comprises a housing configured to include a carry-out exit, an antenna configured to have directivity for performing radio communication with an IC circuit part of a RFID circuit element To contained in a base tape and that is provided to the housing, a tape feeding roller configured to feed the base tape and a tag label tape with print to the carry-out exit, and a storage space configured to store a RFID label discharged from the carry-out exit by the feeding roller after radio communication is performed from the antenna; in which the storage space is disposed from the antenna in a direction other than a main lobe direction thereof.

Abstract: An apparatus for fixing RFID tags fixes a RFID circuit element on a print label to produce a RFID label. At this time, a barcode provided on the print label side is read by a barcode sensor, and information to be written corresponding to barcode information is written into the RFID circuit element through an antenna via wireless communication. The barcode on the print label is associated with the label print, whereby a RFID label with print can be produced in which the label print and the information to be stored in the RFID circuit element are associated with each other.

Abstract: An in-car storage box which can be reliably fastened on a seat in a vehicle. A container body 1 is formed with a belt groove 9 substantially orthogonal to the front-to-back direction of the container body 1. A seat belt B is hung on the belt groove 9 and tightened, so that the storage box can be firmly fastened onto the seat. Thus, it is possible to prevent the storage box from being moved within the vehicle even though a force of inertia is exerted thereupon by stepping on a brake or the like. Further, as at least one side of the belt groove is formed with a hook, the seat belt can stay in the belt groove without coming off there, thus ensuring the fastening of the seat belt. Still further, as the belt groove 9 is formed on an extension portion 7 which extends toward the inside of an opening 9, it is possible to make the storage box compact as a whole.