Abstract: A bread slicing apparatus comprises: a plurality of drums disposed spaced apart from each other and adapted to be wound with an endless blade; a plurality of rotation shafts on which the plurality of drums are coaxially mounted, respectively; a shaft support frame member extending outside a cylindrical space defined by an outer circumference surface and its extending surface of the plurality of drums; a shaft support member including one end portion pivotably mounted on the shaft support frame member and another end portion removably mounted on the shaft support frame member, and the shaft support member being capable of supporting at least one end portion of the plurality of rotation shafts; and a drum placement mechanism capable of placing at least one of the plurality of drums thereon, wherein the shaft support member is capable of pivoting between inside of the cylindrical space and outside of the cylindrical space, and the shaft support member is capable of pivoting toward the outside of the cylindrical

Abstract: An easily cleanable horizontal mixer. This horizontal mixer (10) includes a mixing bowl (18) having an upper opening, a material feed port (20), a roof (22) configured so as to close the upper opening, a material feed tube (24) attached to the roof and extending upwardly from a periphery of the material feed port to define a material feed passage extending through the material feed port, and the lid (26) disposed in the material feed tube. The mixing bowl has a bottom wall (14), a peripheral wall (16) extending from the periphery of the bottom wall to the upper opening, and a scraper plate (32) at an upper end (16b) of the peripheral wall. The lid has an inner surface (26a) that is, at a position to close the material feed port, brought into a position where the inner surface is flush with an inner surface (22a) of the roof.

Abstract: An inkjet printer includes a platen having a placing face, a printing device, and a printing medium feeding device. A guide is provided on a feeding-out side via which a printing medium is to be fed out from the platen. The guide has a guide face. A printing medium temperature raising device is to heat the guide face so as to raise a temperature of the printing medium placed on the guide face. A temperature raising preventing device is provided between the guide face of the guide and a portion of the placing face facing a printing target region. The temperature raising preventing device is configured to prevent an extended portion of the printing medium from being heated by the printing medium temperature raising device. The extended portion corresponds an area which is extended to the feeding-out side by a predetermined length from the printing target region.

Abstract: An inkjet printer (P) is provided with a platen (20) which supports a printing medium, a printing means comprised of a carriage (40), an inkjet head (60) and the like for performing printing on the printing medium (M) that is supported by the platen (20), a medium feeding device (3) which supports a feeding shaft around which the printing medium (M) in an elongated sheet shape is wound and in which the feeding shaft is rotated to feed out the printing medium (M) toward the platen (20), and a medium winding device (4) which has the same shape as the medium feeding device (3) and supports a winding shaft for winding the printing medium (M) and in which the winding shaft is rotated for winding the printing medium (M) that has been fed out by the medium feeding device (3) and has been printed by the printing means.

Abstract: In an inkjet printer, a feeding side tension applying means is provided with a feeding side tension adjustment mechanism, which is structured of a feeding side ballast arm that is extended toward a winding side tension applying means and vertically swingable around a rotation shaft perpendicular to a feeding direction of a printing medium and a feeding side ballast member that is attached to a tip end of the feeding side ballast arm, and a winding side tension applying means is provided with a winding side tension adjustment mechanism which is structured of a winding side ballast arm that is extended toward the feeding side tension applying means and vertically swingable around a rotation shaft perpendicular to the feeding direction of the printing medium “M” and a winding side ballast member that is attached to a tip end of the winding side ballast arm.

Abstract: A dough dividing apparatus includes a dough discharge member (26) having a front end surface (30) having a recessed surface (28) extending substantially horizontally and having a circular arc-shaped cross-section and dough discharge holes (34) having outlets (32) opening on the front end surface, cutters (38) having cutting edges (36) extending in the longitudinal direction of the recessed surface (28), and a cutter driving device (40) that causes the cutting edges (36) to perform circular motion while keeping the cutters in a fixed posture so that the cutting edges periodically slide along the recessed surface downward from above it to cut and divide dough continuously extruded from the outlets (32).

Abstract: A kneaded dough dividing apparatus has a divider vessel body (24) having a dough inlet (18) and two dough outlets (20, 22) for discharging kneaded dough as two streams of dough. The divider vessel body is provided therein with an outlet control member (26) that simultaneously partially closes the two dough outlets. The outlet control member is displaceable relative to the two dough outlets (20, 22) to reduce the opening area of one of the two dough outlets when enlarging the opening area of the other of the two dough outlets and to reduce the opening area of the other dough outlet when enlarging the opening area of the one dough outlet.

Abstract: An easily cleanable horizontal mixer. The horizontal mixer (10) includes a mixing bowl (18), a roof (22) configured to close an upper opening of the mixing bowl, and a material feed tube (24) provided on the roof and communicated with a material feed port formed in the roof. A rotatable lid (26) is disposed in the material feed tube. The lid has an inner surface (26a) that can be set flush with an inner surface (22a) of the roof. The mixing bowl has a scraper member (32) provided at an upper end (16b) of the mixing bowl defining the upper opening. The scraper member slides on the inner surface of the roof when the mixing bowl is rotated from a mixing operation position to a non-mixing operation position.

Abstract: A manufacturing method of a laminated plate (19) includes: a first step of supporting, by a support member (9), a thermoplastic resin-made laminated material (1) in which a pair of plate-like members (3, 4) are laminated to each other while interposing a longitudinal wall portion (2b) so that a peripheral edge portion (1a) of the laminated material (1) can be exposed, and heating and softening the peripheral edge portion (1a) by blowing a hot air to the peripheral edge portion (1a); and a second step of pressing the plate-like member (4) as one of the pair of plate-like members (3, 4) against other plate-like member (3) by thrusting a cutting blade (17a) of a cutting die (17) against the heated and softened peripheral edge portion (1a), thereby bringing the pair of plate-like members (3, 4) into contact with each other and welding the plate-like members (3, 4) to each other, and then cutting the laminated plate (19) out of the laminated material (1).

Abstract: An easily cleanable horizontal mixer. This horizontal mixer (10) includes a mixing bowl (18) having an upper opening, a material feed port (20), a roof (22) configured so as to close the upper opening, a material feed tube (24) attached to the roof and extending upwardly from a periphery of the material feed port to define a material feed passage extending through the material feed port, and the lid (26) disposed in the material feed tube. The mixing bowl has a bottom wall (14), a peripheral wall (16) extending from the periphery of the bottom wall to the upper opening, and a scraper plate (32) at an upper end (16b) of the peripheral wall. The lid has an inner surface (26a) that is, at a position to close the material feed port, brought into a position where the inner surface is flush with an inner surface (22a) of the roof.

Abstract: A backup method, a backup apparatus, a program for executing a backup operation, and a recording medium for storing the program are disclosed for high-speed backup operations without any large-sized backup medium. The backup method backs up data stored in a first virtual recording medium into a backup medium under control of a virtual storage system. In the backup method, first, a second virtual recording medium is created to include a duplicate of only an actual data recording area, in which actual data are recorded, in a recording area of the first virtual recording medium. Then, backup data recorded in the second virtual recording medium are backed up into the backup medium.

Abstract: A commodity information provision method for detecting a customer in a store who is in trouble and for providing such a customer with information about an appropriate commodity. A position detection device which the customer carries when shopping transmits position information indicative of current position, and customer position information acquiring unit periodically acquires the position information from the position detection device. Stop judging unit judges whether the customer has stopped or not in accordance with the position information. When the customer is at a stop, message determining unit determines a guidance message to be presented to the customer in accordance with a commodity displayed on a rack near the stop position, and message transmitting unit transmits the determined guidance message to the position detection device.

Abstract: A commodity information provision method for detecting a customer in a store who is in trouble and for providing such a customer with information about an appropriate commodity. A position detection device which the customer carries when shopping transmits position information indicative of current position, and customer position information acquiring unit periodically acquires the position information from the position detection device. Stop judging unit judges whether the customer has stopped or not in accordance with the position information. When the customer is at a stop, message determining unit determines a guidance message to be presented to the customer in accordance with a commodity displayed on a rack near the stop position, and message transmitting unit transmits the determined guidance message to the position detection device.

Abstract: A resistor for an electron gun assembly is configured to apply a voltage, which is divided with a predetermined resistance division ratio, to an electrode provided in the electron gun assembly. The resistor includes an insulating substrate, an electrode element provided in association with each of a plurality of terminal portions on the insulating substrate, a resistor element having a pattern for connecting the electrode elements and obtaining a predetermined resistance value, and an insulating coating layer that covers the resistor element. In at least one terminal portion B, the electrode element is disposed spaced apart from the insulating coating layer, and an intermediate resistor element is disposed between the electrode element and the insulating coating layer. The intermediate resistor element has a resistance value that is different from a resistance value of the electrode element.

Abstract: The present invention relates to a data file system having: a data access server that has a physical storage for storing data and accesses the physical storage in response to an access request; and a data file server that performs data filing by transmitting an access request to the data access server and using the data access server for data saving. When a logical block becomes unused, the physical block associated with the logical block is effectively released. For example, data backup software that accesses all the physical blocks being used within a predetermined time is activated to search through logical blocks assigned respective physical blocks for a logical block for which no access request is made within the predetermined time during which the data backup software runs. The physical block associated with the logical block is released from the association and included in unused physical blocks.

Abstract: A resistor for an electron gun assembly is configured to apply a voltage, which is divided with a predetermined resistance division ratio, to an electrode provided in the electron gun assembly. The resistor includes an insulating substrate, an electrode element provided in association with each of a plurality of terminal portions on the insulating substrate, a resistor element having a pattern for connecting the electrode elements and obtaining a predetermined resistance value, and an insulating coating layer that covers the resistor element. In at least one terminal portion B, the electrode element is disposed spaced apart from the insulating coating layer, and an intermediate resistor element is disposed between the electrode element and the insulating coating layer. The intermediate resistor element has a resistance value that is different from a resistance value of the electrode element.

Abstract: A backup method, a backup apparatus, a program for executing a backup operation, and a recording medium for storing the program are disclosed for high-speed backup operations without any large-sized backup medium. The backup method backs up data stored in a first virtual recording medium into a backup medium under control of a virtual storage system. In the backup method, first, a second virtual recording medium is created to include a duplicate of only an actual data recording area, in which actual data are recorded, in a recording area of the first virtual recording medium. Then, backup data recorded in the second virtual recording medium are backed up into the backup medium.

Abstract: A dynamic focus electrode has a vibration-damping portion formed by a beading process at a peripheral portion of an electron beam passage hole thereof, a plate face thereof, or an embedment portion thereof. Thereby, vibration of the dynamic focus electrode is suppressed.

Abstract: A main lens of an electron gun assembly comprises a sixth grid, a seventh grid, an eighth grid, and a ninth grid. An asymmetric lens section is created between a fifth grid and the sixth grid on a cathode side of the main lens. The asymmetric lens section has such asymmetry that lens functions of the asymmetric lens section acting on the electron beams are different between the horizontal direction and the vertical direction, and has a lens power varying in synchronism with the deflection of the electron beams. In this asymmetric lens, the asymmetry for a center beam differs from that for side beams.

Abstract: In a color cathode ray tube, an electron gun assembly is received in a neck and includes three cathode electrodes, which are heated by heaters, respectively, and a plurality of electrodes. A sealing portion is welded to a stem section of the neck, and stem pins holding the electron gun are buried in the sealing portion. A wire is connected at one end to the stem pin and also connected at the other end to the electrode corresponding to the stem pin so as to electrically connect the electrode to the stem pin. The wire is provided with a folded portion. Even if the wire is thermally expanded, the thermal expansion is absorbed by the folded portion so as to suppress the fluctuation of the cathode current flowing into the electrode.