Abstract:
PROBLEM TO BE SOLVED: To provide a transport device for transporting a sheet materials into a folding and gluing machine. SOLUTION: The transport device (10) for transporting sheet materials into the folding and gluing machine comprises two longitudinally extended support structures (10a and 10b), and at least a transferring gliding member (20), one or more main screws and a belt-driving drive shaft (40) are installed between support structures. At least one of longitudinal members (60a and 60b) supports at least one endless conveyer belt (70) driven by a shaft (40). The longitudinal members (60a and 60b) are mounted on the transferring gliding member (20) and the driving shaft (40) in freely glidable connection state. to form a spiral connection with the main screws. A protective device covering the drive shaft (40) prevents a user from coming close to the shaft. The protective device connects two longitudinally extending support structures (10a and 10b) in the traversing direction. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide an apparatus capable of transferring a foil material wider than the width of the frame window of a machine from the outside to the inside of the machine. SOLUTION: In the apparatus for transferring the foil material (2) from the outside (4) to the inside (6) of the machine (5), the machine (5) has a longitudinal axis composed by a frame having a first wall (3) and a second wall (7). and a window (10) positioned between the regions of the outside and inside (4) and (6) is installed in the frame. The foil material (2) is supported to the outside (4) by a first idling roller installed in another frame (20). By the guide of the first idling roller, the foil material (2) is transferred from the outside (4) to the inside (6), and at least one progressive turning of the foil material (2) is performed during its passage through the window (10). COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide an anti-backlash device capable of solving defects of conventional technology. SOLUTION: In this anti-backlash device, a driving element is divided into two coaxial toothed members 2, 3 attached to each other through an elastic means 5. The first toothed member 2 of the toothed members is fixed to a shaft 1, and the second toothed member 3 is freely mounted on the shaft. A flat face of the second toothed member at a side opposite to the first toothed member is provided with seats 4 around the shaft to receive first end parts of flexible rods extended to the external of the second toothed member together with the shaft. A flange 7 provided with an axial passage for receiving an end part 1a' of the shaft is further provided with seat 6 around the axial passage to receive the second end parts of the defrection rods. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a press unit to separate a punched blank of a sheet which solves a problem of a known technology. SOLUTION: The press unit has a pressure rail 4 interdependent on at least two parallel rods 2. The parallel rods are slidably mounted between two end positions through a horizontal upper supporting body 1 via a connection means 3. The press unit further has an elastic pull-back means 8 disposed between the upper supporting body and the pressure rail so that the pressure rail is maintained at the position with the maximum width from the horizontal upper supporting body 1, and the position is determined by a stop 9 interdependent on the parallel rods. The connection means has an abutting surface 3f working on an upper surface of the upper supporting body and at least two deformable claws 3a disposed symmetrically to the axis in the longitudinal direction of a passage 3d, and each claw 3a has an abutting surface 3b working on a lower side of the supporting body. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a tool supporting and heating device for a tool such as a printing plate which is used for cutting and hot pressure transfer of a portion of a metallic film on a substrate. SOLUTION: This device (20) is equipped with a base plate (40) which is applied against one of the sides of a honeycomb chase (24). This base plate is made of a sequence of at least one insulating surface (21, 23, 41) and at least one electrically conductive surface (22, 42, 44) capable of feeding power to at least one heating device (30) intended to be inserted inside each one of apertures (25) in order to heat the printing plate (17) fastened against a second side of the honeycomb chase (24). COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a member for assembling to be used for considerably shortening assembling time for a flat tool, minimizing the number of elements required for assembling and reducing total cost required for assembling. SOLUTION: This member 1 for assembling is for the flat tools 2 and 3 parallel to each other provided with a pair of non-threading opening parts 13. The member 1 has a cylindrical unit 4 for fixing a rotation axis 12. At least two means 5 capable of fixing the flat tools 2 and 3 over the whole of the openings 13 and fastening the tools 2 and 3 by rotating the member 1 around the rotation axis 12 by less than 360° without adding a material, an adhesive element or another mechanical fastening part are provided to abut on the cylindrical unit 4. COPYRIGHT: (C)2004,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a means for reducing or eliminating the evaporation of oil caused by the operation of a machine. SOLUTION: In a machine cyclically operated during a period when cyclical excessive air pressure is generated in the covered part of the machine, especially, a molding press, the covered part has an opening (6) and a diaphragm is fixed to the periphery of the opening (6) and made of an elastic material substantially having impermeability and resistance with respect to oil which lubricates the machine (9). The diaphragm can be constituted of a fabric 3 substantially permeable to air, and the fabric (3) is pulled on the frame (2) surrounding the opening (6).
Abstract:
PROBLEM TO BE SOLVED: To provide a means by which the positioning work of a bar composing a non-stop receiving grid for a blank on a forming press in remarkably speeded up. SOLUTION: A master tool of a receiving station of a press which forms paper sheets or a cardboard is provided with a movable slider (21) and a lot of bars (1) which form the grid which receives the blank at a non-stop state. Further, a separation tool for bottom blank composed of two boards (4, 5) which are adjustable on two horizontal beams (9, 10) of the movable slider is provided, each board has a peripheral edge part whose contour is identical with that of the other, the counter of the peripheral edge part includes a lot of saw-shaped recessed parts (7, 8) whose form is identical with the cross section of the bar (1), the saw-shaped recessed part coincides with the horizontal position of the opening of the separation tool for bottom blank.
Abstract:
PROBLEM TO BE SOLVED: To provide a sheet positioning device in a sheet processing machine station without intervening the control of a lateral linear motor nor disabling a position compensation system. SOLUTION: This sheet positioning device in a sheet processing machine station is provided with a moving back face for holding at least an edge zone of the sheet, an actuator means for moving the back face on this surface, and a gripping means following the back face during the movement and capable of gripping and releasing the edge zone of the sheet between the sheet gripping means 16 and the back face. The sheet gripping means 16 contacts the back face via at least one joint provided with several levers 10, 18 forming a polyarticular parallelogram around the horizontal pivot axes 11, 13, 17, 19.
Abstract:
PROBLEM TO BE SOLVED: To optimize the action of a brake device of a receiving station in a machine for machining a sheet form article. SOLUTION: This brake device is provided with, at least, a flexible brake means 1 extending across the track of the sheet 2 and rotationally provided about a lateral axis 4, the track about the lateral axis crosses the track of the sheet 2, and the rotation direction of the end of the flexible brake means 1 crossing the track of the sheet 2 is reverse to the moving direction of the sheet. The brake device has a drive means rotationally moving the brake means 1 according to the longitudinal dimension of the sheet 2 and the passing frequency of the sheet. The drive means has a transmission electromechanical actuator 5 connected to a control means for recording parameters related to the longitudinal dimension of the sheet 2 and the passing frequency of the sheet at real time.