Abstract:
A printer (10) includes a printing mechanism section (50) for ejecting an ink onto a print paper (900), a main chassis unit (20) in which the printing mechanism section (50) is contained, an ink pack (310) in which an ink for ejecting is contained, and an upper chassis unit (30) which is pivotally attached to the main chassis unit (20) so as to be capable of freely opening/closing around a rotation shaft (350) and in which the ink pack (310) is contained.
Abstract:
PROBLEM TO BE SOLVED: To provide a fluid jetting device allowing a capacity increase of a fluid containing pack.SOLUTION: A printer 10 includes a printing mechanism section 50 which jets an ink onto a printing sheet, a body housing 20 which accommodates the printing mechanism section 50, an ink pack 310 which stores an ink to be jetted, and an upper housing 30 which turns around a turning shaft 350 and is pivotally attached to the body housing 20 so as to be openable and closable for storing the ink pack 310.
Abstract:
PROBLEM TO BE SOLVED: To provide a fluid injection device capable of coping with capacity expansion of a fluid storage pack. SOLUTION: This fluid injection device 10 for injecting a fluid includes a fluid delivery part for delivering the fluid to an injection object, a body casing 20 storing the fluid delivery part, the fluid storage packs 310 for storing the injecting fluid, and a storage case journalled onto the body casing 20 turnably around a rotary shaft 350 as the center to be openable and closable, and for storing the fluid storage packs 310. The fluid injection device 10 includes a plurality of holders 380 having an inclined plate 381 provided in an inside of the storage case and inclined to an inner bottom face of the storage case, and mounted with the respective fluid storage packs 310, under the condition where one side face of a bag part in each fluid storage pack 310 abuts on an upper face of the inclined plate, and the holders 380 are juxtaposed shiftedly along the inner bottom face of the storage case, under a condition overlapped with the inclined plate 381 in one of the holders 380, in an upper side of the fluid storage packs 310 mounted on the other holder adjacent in a side inclined with the inclined plate 381. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a fluid jetting device which can be adapted to enlargement of a fluid containing pack. SOLUTION: The printer 10 is equipped with a printing mechanism part 50 which ejects an ink to a printing paper 900, a body casing 20 which houses the printing mechanism part 50, an ink pack 310 which stores an ink for jetting, an upper casing 30 which holds the ink pack 310, and a holder 380 disposed in the upper casing 30 and having an inclined plate 381 where the ink pack 310 is placed. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To realize a connection method for firmly and surely connecting a metal member to an elastic member. SOLUTION: Elastic material is filled from one side of the metal member having a through hole with a varying cross section into the through hole to form the elastic member ranging from the other side of the metal member into the through hole so as to connect the formed elastic member to the metal member. COPYRIGHT: (C)2003,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a liquid ejection apparatus that can respond to capacity increase of a liquid storage pack.SOLUTION: A printer 10 includes a printing mechanism unit 50 for discharging ink to a printing sheet 900, a body casing 20 housing the printing mechanism unit 50, an ink pack 310 containing the ink to be ejected, and an upper casing 30 that is openably and closably pivoted to the casing body 20 so as to turn at the center of a turning shaft 350 and contains the ink pack 310.
Abstract:
PROBLEM TO BE SOLVED: To provide a fluid jetting apparatus which can meet enlargement of the capacity of a fluid containing pack. SOLUTION: The printer 10 includes a printing mechanism unit 50 which ejects an ink to a printing paper 900, a body case 20 in which the printing mechanism unit 50 is held, an ink pack 310 in which the ink for jetting is contained, and an upper case 30 which is pivotally attached to the body case 20 to be openable and closable by rotation about a rotation shaft 350 and in which the ink pack 310 is held. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To make a rotary developing device light in weight and adaptive to high-speed rotation by deterring a unit support from twisting when driven to rotate. SOLUTION: The rotary developing device in which a developing cartridge is inserted and extracted along a rotary shaft and disposed with the unit support 4 is characterized in that the rotary shaft is formed of a penetration shaft 2 and the disposition of the developing cartridge at least on a non-driving side is carried out on the penetration shaft side of the unit support 4 and directly by the penetration shaft 2. The unit support 4 is made of a resin and the penetration shaft 2 and unit support 4 are supported integrally by screw clamping. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a fluid jet apparatus which can be adapted to enlargement of a fluid containing pack. SOLUTION: The fluid jet apparatus which jets a fluid is equipped with a fluid ejecting part which ejects the fluid to a jetting object, a body casing 20 which houses the fluid ejecting part, the fluid containing pack which stores a fluid for jetting, and a container case which is pivoted on a rotary shaft 350 and pivoted to the body casing 20 to be able to open and close and holds the fluid containing pack. Because contact to the interior of the body casing 20 covered with the container case is given by opening and closing the container case, the degree of freedom of position where the fluid containing pack is placed can be improved. COPYRIGHT: (C)2009,JPO&INPIT