摘要:
A printer having a platen roller and a module that are engagable with each other for printing on paper is disclosed. The printer includes a status detecting mechanism including a detecting part having a detection function for detecting a status of the printer, a restricting part for restricting the detection function of the detecting part, and a function restriction releasing part for releasing the restricted function of the detecting part. The engagement of the platen roller and the module displaces the function restriction releasing part. The displacement causes the function restriction releasing part to release the restricted function of the detecting part.
摘要:
A printer (10) with automatic cutter is provided with a built-in type cutting section. The printer includes a printing section (12), a cutting section (14) arranged downstream of the printing section (12) in a paper feeding direction, a support mechanism (24, 26) for supporting the printing section (12) and the cutting section (14), and a drive source (60) provided in the cutting section (14). The printing section (12) acts to provide a print to printing paper fed continuously thereto. The cutting section (14) includes a fixed blade (20) and a moveable blade (22) which cooperate with each other to cut the printing paper, the fixed blade (20) and the movable blade (22) being shiftable relative to each other between a cooperative mutually-adjoining position and an uncooperative mutually-remote position. The support mechanism includes a first support member (24) supporting the fixed blade (20) of the cutting section (14) and a second support member (26) supporting the movable blade (22) of the cutting section (14), the first support member (24) being fixedly arranged to specify an operative printing point in the printing section and the second support member (26) being shiftably arranged relative to the first support member (24). The drive source (60) generates a driving force to move the movable blade (22) on the second support member (26), the drive source (60) being mounted on the first support member (24).
摘要:
A touch panel including a fixation side substrate (11) and an operation side substrate (12) disposed in opposition and adhered to each other, having a fixation side conductive film and an operation side conductive film respectively formed on opposing faces of the fixation side substrate and the operation side substrate, and being capable of detecting any contact point on the fixation side conductive film and the operation side conductive film as a 2-dimensional coordinate, wherein a bending section (16) is formed between one end and the other end thereof, and wherein two input operation regions (14,15) are defined and formed on both sides of the bending section.
摘要:
A portable printer device (30) is capable of holding a plurality of paper rolls (210). The portable printer device comprises a single printing portion (31) which is provided for printing of each of the plurality of paper rolls. A paper roll hold device (32) includes a plurality of paper roll hold portions (32-1, 32-2) each of which holds one of the plurality of paper rolls, and includes a plurality of paper passages (81, 82) each of which is provided to deliver a paper from one of the plurality of paper roll hold portions (32-1, 32-2) to the printing portion (31).
摘要:
A method of assembling a photoelectric conversion module is disclosed. The photoelectric conversion module includes a circuit board (112) on which are mounted a light emitting element (122), a light receiving element (123), and an optical element (113) optically connected to the light emitting element and the light receiving element. The light emitting element (122) is positioned on the circuit board (112) based on a positioning mark formed on the circuit board beforehand. The light receiving element (123) and the optical element are positioned based on a position of a light emission point of the light emitting element.
摘要:
A printer apparatus (10) is disclosed that includes a main body having a paper roll installing part containing a paper roll (1) therein; a cover (40) covering the paper roll installing part (12) when the cover is closed; a printing part for printing data onto a part of the paper roll(1); and a presenter unit part (41) mounted on the cover (40). The presenter unit part (41) is configured to accommodate the printed portion of the paper roll, cut off the printed portion from the paper roll, and discharge the cut-off printed portion therefrom.
摘要:
A printer apparatus (10) is disclosed that includes a printer unit (30), a first chassis (11), and a second chassis (20) that is arranged to open/close through rotation. The printer unit (30) includes a thermal head (35), a first module (31) having a motor, and a second module (50) having a platen roller (52) and a rotating body. The first chassis (11) includes a heat sensitive paper roll accommodating portion (16) and a mount portion to which the first module (31) is mounted. The second chassis (20) includes mount portions to which the second module (50) and a printed paper roll shaft are mounted, a printed paper roll accommodating portion, and a rotation transmitting mechanism. When the second chassis (20) is closed, the heat sensitive paper roll accommodating portion (16) is closed, the second module (50) is coupled to the first module (31), the rotating body is rotated by the motor, and the shaft (59) is rotated by the motor via the rotating body and the rotation transmitting mechanism.
摘要:
The present invention discloses an antenna apparatus (100) including a flexible dielectric substrate on which an element including a conductive material pattern (122) is formed. The dielectric substrate is a film.
摘要:
A micro-relay includes a first substrate (10) having stationary contacts and a stationary electrode, a second substrate (30) arranged so as to face the first substrate, and a movable plate (20) arranged between the first and second substrates. The movable plate has a frame (25) and a movable portion (21). The frame is sandwiched between the first and second substrates to realize a hermetical sealed structure. The movable portion has a movable electrode facing the stationary electrode, and a movable contact faces the stationary contacts. The movable portion moves between the first and second substrates due to electrostatic attraction that develops between the movable electrode and the stationary electrode.