Abstract:
PURPOSE:To almost completely fix a toner image by permitting a power source switching circuit to switch and flash fixing flash lamps disposed on a black board display material side and transfer device side. CONSTITUTION:The changeover switch 34 of a trigger power source 33 is so constituted to be operated by a signal switching the display action of an electrostatic recording medium 1 and the transfer action of a transfer mechanism 21. The fixing flash lamps 16 and 25 on the side of the electrostatic recording medium 1 and the side of the transfer mechanism 21 are switched to flash in response to the switching of the display and transfer actions of trigger electrodes 16c and 25c, with respect to the trigger power source 33, and therefore a display toner image on the side of the electrostatically recording medium 1 and a transfer toner image on a recording paper P on the side of the transfer mechanism 21 are surely adhered in a heat-molten condition, and they are not peeled off even if a user touches them carelessly. Consequently, the toner image is clearly displayed on the electrostatically recording medium 1, and clearly transferred onto the recording paper P. Thus, a toner image is stably adhered, thereby achieving sharp display and transfer.
Abstract:
PURPOSE:To simplify the structure of a device and to form a sufficiently miniaturized image reading and writing device by reading and writing an image with a common member. CONSTITUTION:By providing closely an LED array 13 to a photodetecting element array 14, the focusing of irradiating light can be executed at the time of reading and writing with a single 'Selfoc lens(R)' array 15 and the Selfoc lens array 15 can be used in common. Namely, at the time of reading, the light of a light emitting source is irradiated through an above-mentioned light focusing lens to a reading image, the reflecting light is photodetected through a light focusing lens to a photodetecting part and a reading operation is executed. At the time of writing, the light of the light emitting source is irradiated through the light focusing lens to a photosensitive body, the writing operation can be executed, and the head device to execute the reading operation and a head member 12 to execute the writing operation can be used in common.
Abstract:
PURPOSE:To enable easy cancellation of a check card by recording required data in a recording section of a check card when issuing a check and at the same time, allowing data which is read from a memory means and data recorded in the check card to be cancelled after storing the data in the memory means. CONSTITUTION:A check card 1 is inserted through a card in/out port 13 on the title check drawing device 10, and if required data is input, an amount to be drawn and data are printed in the printing area. Then a check card 1A having such data recorded in magnetic stripes 2 is discharged through the in/out port 13. The check drawing device 10 is so designed as to store data such as an amount of a drawn check card 1A and data whenever issued into an internally provided memory device. All the stored contents are printed out on an external printer connected to a memory. The check drawing device 10 further can cancel data recorded in the check card 1A once issued, thus cancelling the corresponding data of the memory following the cancellation of the check card 1A.
Abstract:
PURPOSE:To enable a past check drawing status, a deposit balance, etc. to be known by recording required data in a recording block of a check card whenever a check is drawn, storing the data in a memory and transmitting the data red from the memory to a monitor for display. CONSTITUTION:ATM 101 or OTM 103 verifies the balance of a checking account of a card drawer on-line by inserting a check card 1A into a check card reader 102. Then it permits registration of deposits or cashing only when the check is drawn within the limits of a balance. A check drawing device 10 stores the amounts of checks drawn with a check card 1A into an internally provided memory. When information is sought on an amount of check drawn using a check issuance date, the amount is displayed on a monitor 12, if a data is input. When information is sought regarding the amounts in the order of issuances, they are sequentially displayed by pressing operating keys. All of the memory contents are printed out by connecting the check drawing device 10 to an external printer 104.
Abstract:
PROBLEM TO BE SOLVED: To form a plurality of luminous layers without using a press plate when forming the luminous layers by a printing method.SOLUTION: A display device includes: a step forming member for forming a step to make a first region higher than a second region in a view from a substrate, between the first region and the second region on the substrate; a first luminous layer to be transferred onto the first region; and a second luminous layer to be transferred onto the first region and the second region and having a luminous wavelength shorter than that of the first luminous layer.
Abstract:
PROBLEM TO BE SOLVED: To provide an organic electroluminescent device capable of suppressing deterioration in color purity, a method for manufacturing the organic electroluminescent device, and an electronic apparatus.SOLUTION: The organic electroluminescent device of the present disclosure includes: a plurality of light-emitting layers different in color from each other; a first electrode and a second electrode for applying voltages to the light-emitting layers respectively; and a charge transport layer provided between one or more of the light-emitting layers and the first electrode.
Abstract:
PROBLEM TO BE SOLVED: To provide an ink composition, with which by a high-definition patterning, printing can be performed, and to provide a printing method and a method for manufacturing a display device.SOLUTION: An ink composition comprises: an organic material; and a solvent having a dipole moment of 1.3 or more and 3.0 or less and having a π covalent bond in a molecular frame.
Abstract:
PROBLEM TO BE SOLVED: To provide an ink composition for reverse printing which allows for printing with uniform thickness and high definition patterning, and to provide a printing method and a manufacturing method of a display device.SOLUTION: The ink composition 22 for reverse printing being applied to a blanket 21 is produced by dissolving a polymer material and a low molecular weight material composing a red light-emitting layer and a green light-emitting layer into a solvent containing an aromatic hydrocarbon and a straight chain hydrocarbon. The straight chain hydrocarbon decreases the contact angle of the ink composition 22 for reverse printing to the blanket 21. The low molecular weight material suppresses film formation of the ink composition 22 for reverse printing (a transfer layer 22a, a pattern layer) on the blanket 21.
Abstract:
PROBLEM TO BE SOLVED: To provide a liquid discharge device effectively performing cleaning of a wipe member. SOLUTION: The liquid discharge device comprises: a liquid discharge head 3 having a liquid discharge surface 27 on which liquid discharge nozzles 26 for discharging a liquid are arranged; the wipe member 34 sliding in contact with the liquid discharge surface 27 to wipe out the liquid discharge surface 27; a moving member 5 having the wipe member 34 disposed thereon and moving the wipe member 34 between a position where the wipe member 34 is opposed to the liquid discharge head 3 and a position where the wipe member 34 is evacuated from the liquid discharge head 3; and a wipe cleaning belt 103 cleaning the wipe member 34 by sliding in contact with the wipe member 34 moved to the position where the wipe member 34 is evacuated from the liquid discharge head 3 and having rugged shape on its surface opposed to the liquid discharge surface 27. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a liquid discharge device effectively performing cleaning of a wipe member. SOLUTION: The liquid discharge device comprises: a liquid discharge head 3 having a liquid discharge surface 27 on which liquid discharge nozzles 26 for discharging a liquid are arranged; the wipe member 34 sliding in contact with the liquid discharge surface 27 to wipe out the liquid discharge surface 27; a moving member 5 having the wipe member 34 disposed thereon and moving the wipe member 34 between a position where the wipe member 34 is opposed to the liquid discharge head 3 and a position where the wipe member 34 is evacuated from the liquid discharge head 3; and a cleaning mechanism 100 having a wipe cleaning belt 103 laid over a pair of rotary supporting shafts and performing the cleaning of the wipe member 34 by sliding in contact with the wipe member 34 moved to the position where the wipe member 34 is evacuated from the liquid discharge head 3, and a reverse rotation preventing means regulating the rotating directions of the respective rotary supporting shafts to one direction so as to feed the wipe cleaning belt 103 in the one direction. COPYRIGHT: (C)2009,JPO&INPIT