| MATSUURA MACHINERY CORPORATION Patent applications |
| Patent application number | Title | Published |
|---|
| 20110257744 | Method for Producing Artificial Bone and Artificial Bone Produced by the Method - A method for producing an artificial bone capable of accurate molding at a joined part with appropriate strength, in which electromagnetic waves or electron beams are irradiated to a layer of at least type of powder selected from metal biomaterials, ceramics for the artificial bone and plastic resins for the artificial bone based on image data corresponding to a shape of the artificial bone, thereby effecting sintering or melting, and the thus sintered layer or melted and solidified layer is laminated, such that a surface finish step is adopted that inner faces and/or outer faces of both ends and their vicinities configuring the joined part to a human bone part are polished by a rotating tool based on the image data and also irradiation of electromagnetic waves or electron beams at both ends and their vicinities constituting the joined part is set greater than that at other regions, | 10-20-2011 |
| 20110256253 | Apparatus for Producing Three-Dimensional Shaped Product - An apparatus for producing a three-dimensional shaped product capable of decreasing thermal dissipation due to thermal conduction of a heating device or a cooling device loading a base plate, in which powder is sequentially sintered on a table and a base plate a inside a shaping tank wherein a space of vertical direction is formed on the table or the space is formed and a heat insulating material is filled into the thus formed region, a heating device or a cooling device which loads the base plate a supporting the sintered layer is firmly fixed. | 10-20-2011 |
| 20110256252 | Apparatus for Producing Three-Dimensional Shaped Product - An apparatus for producing a three-dimensional shaped product installs on a surface of a table a base plate which loads powder and a shaped article, with a vertical space being formed. A frame body is installed upright on the table The base plate is placed on a support horizontally projecting from the frame body and/or a step portion which provides an inner direction part of the table of the frame body. The base plate is supported so the center of gravity of the base plate is inside a triangle formed by three locations or a quadruple formed by four locations inside a region of the support or the step portion on which the base plate is placed, and the part projecting above the support and/or an inner wall of the frame body are contacted with a horizontally surrounding part of the base plate at three or more locations. | 10-20-2011 |
| 20110253035 | Apparatus for Producing Three-Dimensional Shaped Product - An apparatus for producing a three-dimensional shaped product in which a powder and a shaped article are loaded on a base plate, a frame body is installed upright on a table, a support projecting from the frame body and/or a projected streak provided at the top of the frame body are used to support the base plate, the base plate is supported by arranging the center of gravity of the base plate so as to be present, two or more recesses provided at the back of the base plate are fitted into two or more supports which cross each other and/or projected streaks, and projected parts provided on supports and/or wall parts of the frame body are contacted with horizontally surrounding parts of the base plate on both sides in the longitudinal direction of at least one recess among the recesses, thereby attaining the above object. | 10-20-2011 |
| 20100202914 | Method for Producing Three-Dimensional Shaped Article - A method for producing a three-dimensional shaped article, including molding by irradiation of an optical beam to powder and by a rotating tool, providing a hollow part in a base pedestal supporting a shaped object, filling the hollow part filled with powder, forming a powder layer in the upper part of the hollow part and a surrounding region thereof, after a sintering region supporting the shaped object from the underside is formed in a region containing the powder layer, molding three or more supports of the base pedestal and two or more support frames connecting the shaped object, then the molded product and the base pedestal are then reversed in a vertical direction, thereby cutting and removing the sintering region, and molding the bottom part to achieve the object based on the fact that the supporting frames and the shaped object are cut and separated. | 08-12-2010 |
| 20100004107 | Tool Replacement System - The present invention has an object to provide a tool replacement system that is capable of preventing the waiting time from occurring as much as possible although an intermediate magazine arranged therefore has a smaller capacity than prior arts. In the tool replacement system, programs pertaining to the sequence of operation and operation time of operating tools | 01-07-2010 |
| 20090065993 | Clamp Instruction Method - A clamp of less waste instruction method for an addition axis, which omits instructions for clamping and unclamping and working in response to those instructions, includes the steps of, at a stage of working a work piece with a tool, measuring a rotational torque generated by the working with respect to the addition axis coupled to a table which supports the work piece or a pallet having the work piece mounted thereon; and generating a clamp instruction to the addition axis when the rotational torque exceeds a predetermined reference value. | 03-12-2009 |
| 20080271530 | Vibration State Detecting Method at Machining Stage of Work and/or Tool - A vibration state detecting method at a machining stage of a work and/or tool, includes the steps of mounting the work and/or tool on a predetermined rotational device and measuring a deviation size and/or deviation average speed corresponding to each rotational number of the work and/or tool; presetting the deviation size and/or the deviation average speed measured by using the rotational device, a vibration amplitude and/or vibration average speed when each machine tool having a work and/or tool mounted thereon is rotated, with a common unbalance amount and at a rotational speed, and proportional fixed number of both thereof; and calculating a vibration amplitude and/or vibration average speed corresponding to each number of rotations when the work and/or tool is mounted on each machine tool by using a measurement value of the deviation size and/or deviation average speed of using rotational device, and the proportional fixed number. | 11-06-2008 |
