Abstract: A case includes a main body, a cover, and first and second operation units. The main body includes first and second side portions, and a recessed portion between the first and second side portions. The second side portion is positionable at a first position at which a longitudinal end is aligned with a first longitudinal end of the first side portion and at a second position at which the longitudinal end is aligned with a second longitudinal end of the first side portion. The recessed portion is configured to receive, therein, a portable electronic device. The cover is rotatably attached to the first side portion. The first operation unit is on a surface of the cover that faces the front surface of the portable electronic device when the cover is at the closed position. The second operation unit is on an outer surface of the second side portion.

Abstract: A case includes a main body, a cover, and first and second operation units. The main body includes first and second side portions, and a recessed portion between the first and second side portions. The second side portion is positionable at a first position at which a longitudinal end is aligned with a first longitudinal end of the first side portion and at a second position at which the longitudinal end is aligned with a second longitudinal end of the first side portion. The recessed portion is configured to receive, therein, a portable electronic device. The cover is rotatably attached to the first side portion. The first operation unit is on a surface of the cover that faces the front surface of the portable electronic device when the cover is at the closed position. The second operation unit is on an outer surface of the second side portion.

Abstract: According to one embodiment, an antenna apparatus includes a leaky coaxial cable and a power supply apparatus. The power supply apparatus that provides a voltage for operating a mobile terminal receiving a radio wave radiated from the leaky coaxial cable when a high-frequency signal is provided.

Abstract: According to one embodiment, an antenna apparatus includes a leaky coaxial cable and a power supply apparatus. The power supply apparatus that provides a voltage for operating a mobile terminal receiving a radio wave radiated from the leaky coaxial cable when a high-frequency signal is provided.

Abstract: According to one embodiment, an antenna device includes a leaky coaxial cable, an electrical device and a cover. The cover which is formed with a slender internal space having a first and second ends in the length direction and a first and second vent holes that respectively connect the internal space with the outside at each of the neighbourhood of the first and second ends, and houses the leaky coaxial cable and the electrical devices in the internal space.

Abstract: According to one embodiment, an antenna apparatus comprises a leaky coaxial cable, an superposing circuit, a separation circuit, a terminator and an electrical apparatus. The superposing circuit configured to superpose a high frequency signal with a direct-current voltage and supply a transmission signal as the superposition result to the first end of the leaky coaxial cable. The separation circuit that is connected with the second end of the leaky coaxial cable and separates the high frequency signal and the direct-current voltage from the transmission signal transmitted through the leaky coaxial cable. The terminator configured to terminate the high frequency signal separated by the separation circuit. The electrical apparatus that is arranged nearby the second end of the leaky coaxial cable and is actuated by the direct-current voltage separated by the separation circuit.

Abstract: According to one embodiment, a wireless communication system comprises a leaky coaxial cable configured to send and receive electric wave to and from a wireless communication terminal and a retainer member configured to vertically arrange the leaky coaxial cable on a given setting surface.

Abstract: Barcode scanning device (3) includes a rotatable polygon mirror (27) and a first fixed reflection mirror (33). The polygon mirror (27) comprises a first reflection surfaces (c), (e) and a second reflection surfaces (a), (b), (d), (f). The first reflection surfaces (c), (e) reflect laser light and thus emitting first scanning light in a range of ±20° with respect to an optical axis (29). The second reflection surfaces (a), (b), (d), (f) reflect laser light and thus emitting second scanning light in a range larger than ±20° with respect to an optical axis (29). The first fixed reflection mirror (33) reflects the first scanning light and second scanning light forming scanning patterns in an object readable area. These scanning patterns are composed of a plurality of second scanning lines each parallel with other and first scanning lines disposed between the second scanning lines.

Abstract: Barcode scanning device (3) includes a rotatable polygon mirror (27) and a first fixed reflection mirror (33). The polygon mirror (27) comprises a first reflection surfaces (c), (e) and a second reflection surfaces (a), (b), (d), (f). The first reflection surfaces (c), (e) reflect laser light and thus emitting fist scanning light in a range of ±20° with respect to an optical axis (29). The second reflection surfaces (a), (b), (d), (f) reflect laser light and thus emitting second scanning light in a range larger than ±20° with respect to an optical axis (29). The first fixed reflection mirror (33) reflects the first scanning light and second scanning light forming scanning patterns in an object readable area. These scanning patterns are composed of a plurality of second scanning lines each parallel with other and first scanning lines disposed between the second scanning lines.

Abstract: Barcode scanning device (3) includes a rotatable polygon mirror (27) and a first fixed reflection mirror (33). The polygon mirror (27) comprises a first reflection surfaces (c), (e) and a second reflection surfaces (a), (b), (d), (f). The first reflection surfaces (c), (e) reflect laser light and thus emitting first scanning light in a range of ±20° with respect to an optical axis (29). The second reflection surfaces (a), (b), (d), (f) reflect laser light and thus emitting second scanning light in a range larger than ±20° with respect to an optical axis (29). The first fixed reflection mirror (33) reflects the first scanning light and second scanning light forming scanning patterns in an object readable area. These scanning patterns are composed of a plurality of second scanning lines each parallel with other and first scanning lines disposed between the second scanning lines.

Abstract: A cable extends from a ceiling section of a unit body to a bottom section of the unit body, is wound around a lower half circumference of a pulley, and extends to the ceiling section of the unit body. A fixed end as one end of the cable is fixed to the ceiling section of the unit body. A handy scanner is connected to a free end as the other end of the cable. The ceiling section of the unit body has a passing section through which the cable passes. The pulley rotates and rises and falls between the bottom section and the ceiling section along the longitudinal direction of the unit body.

Abstract: Barcode scanning device (3) includes a rotatable polygon mirror (27) and a first fixed reflection mirror (33). The polygon mirror (27) comprises a first reflection surfaces (c), (e) and a second reflection surfaces (a), (b), (d), (f). The first reflection surfaces (c), (e) reflect laser light and thus emitting first scanning light in a range of ±20° with respect to an optical axis (29). The second reflection surfaces (a), (b), (d), (f) reflect laser light and thus emitting second scanning light in a range larger than ±20° with respect to an optical axis (29). The first fixed reflection mirror (33) reflects the first scanning light and second scanning light forming scanning patterns in an object readable area. These scanning patterns are composed of a plurality of second scanning lines each parallel with other and first scanning lines disposed between the second scanning lines.

Abstract: A controller of a distributed POS terminal includes a control box frame which stores various hardware components for performing merchandise sales data processing, a top cover which covers an upper face and side faces of a control box frame, and a front cover which covers a front face of the control box frame. The control box frame includes a stepped part at a front portion thereof, such that a front portion of the control box frame is lower than a back portion thereof. When the control box frame is used for the distributed type POS terminal, an additional frame is fixed to the step portion to increase the supporting strength of the top cover. When the control box frame is used for an integrated POS terminal, the stepped part provides a space to place a keyboard.

Abstract: A cutter unit including a cutter for cutting long paper in a direction orthogonal to a paper feeding direction is disposed on one side of a printer body provided with a printing mechanism. A cover is attached to the printer body so as to cover an outer surface of the cutter unit. The cutter unit and the cover are independently pivotable.

Abstract: A controller of a distributed POS terminal includes a control box frame which stores various hardware components for performing merchandise sales data processing, a top cover which covers an upper face and side faces of a control box frame, and a front cover which covers a front face of the control box frame. The control box frame includes a stepped part at a front portion thereof, such that a front portion of the control box frame is lower than a back portion thereof. When the control box frame is used for the distributed type POS terminal, an additional frame is fixed to the step portion to increase the supporting strength of the top cover. When the control box frame is used for an integrated POS terminal, the stepped part provides a space to place a keyboard.

Abstract: In a hard disk drive unit having a hard disk drive, the hard disk drive is held by a reinforcing member for reinforcing the rigidity of a housing of the hard disk drive, and a supporter elastically supports the reinforcing member to elastically support the hard disk drive. The supporting member is adapted to support the hard disk drive while outside of a housing of a merchandise sales data processing apparatus.