Abstract: The measuring jig for the rotary machine is a measuring jig for a rotary machine including a casing that extending about an axis, a rotor that is disposed in the casing and extends in an axial direction about the axis, and a plurality of bearings that are disposed at intervals in the axial direction and supports the rotor in the casing. The measuring jig includes a plurality of casing fixing portions that are respectively attachable to and detachable from bearing holding portions to which the bearings are attached in the casing; a main member that extends in the axial direction so as to connect the plurality of casing fixing portions to each other; an arm that extends from the main member in an orthogonal direction orthogonal to the axial direction; and a reference surface that is disposed at a distance from a measurement target part of the casing.

Abstract: A lifting jig can lift a rotor and a diaphragm of a steam turbine including a casing that covers the rotor that can be divided with a division surface and the diaphragm that can be divided into an upper half diaphragm and a lower half diaphragm with a division surface. A lifting jig has a diaphragm fixing unit that can be fixed to the upper half diaphragm, a first rotor supporting unit that is integrally formed with a diaphragm fixing unit and can support one end portion of the rotor in an axial direction, and a second rotor supporting unit that is integrally formed with the diaphragm fixing unit and can support the other end portion of the rotor in the axial direction.

Abstract: An operation input device includes a knob disposed in a display region of a touch display, and a conductor column provided in the knob that can be detected as a touch point irrespective of whether or not the knob is in a state of being touched with a user's finger. The operation input device detects a plurality of touch points including the touch point corresponding to the conductor column and outputs touch information related to the plurality of detected touch points, determines the touch point corresponding to the conductor column among the detected plurality of touch points, calculates a touch strength value at the touch point corresponding to the conductor column, and determines whether or not the knob is in a state of being touched with the user's finger based on the touch strength value.

Abstract: The operation input device determines an operation of one or a plurality of operation devices on the basis of the distance between touch points and the positional relationship of three or more touch points, and determines an operation corresponding to the touch point determined not to depend on the operation device as a touch operation.

Abstract: A touch screen device includes: a touch screen that includes an operation surface on which touch operations are performed, and in which capacitances change at regions of the operation surface touched by conductors; a pressure sensor unit to output a signal corresponding to a pressing value of a pressing force applied to the operation surface; and a controller to calculate coordinates indicating positions of the touch operations on the operation surface based on the capacitances. The touch operations include first and second touch operations. The controller determines touch operation information input by the second touch operation to be valid when a condition is satisfied, and determines the touch operation information to be invalid when the condition is not satisfied. The condition is that the first touch operation is being performed and a pressing value of a pressing force of the first touch operation is within a predetermined reference pressure range.

Abstract: A touch panel device includes a touch panel on which capacitance in a conductor contact region of an operation surface changes, at least one pressure sensor to output a pressure detection signal according to pressing force applied to the operation surface and a pressing position, and a controller to calculate first coordinates on the operation surface based on the capacitance and calculates second coordinates on the operation surface based on a pressure value indicated by the pressure detection signal. The controller outputs an operation signal based on the first coordinates when a first region as a region where the capacitance is higher than predetermined threshold capacitance is detected, size of the first region is less than or equal to a predetermined certain value, and the pressing force is greater than predetermined threshold pressing force.

Abstract: A touch operation is performed on a touch panel on which a knob for input operation can be placed, using the knob or another operation object. A touch detection unit detects the touch operation in a first detection method and a second detection method which are different from each other. Based on the result of detection in the first detection method, a knob touch point determining unit identifies the position where the touch operation has been performed by the knob, and outputs the touch information. A knob-finger contact determining unit determines whether a finger is in contact with the knob based on the touch information and the result of detection in the second detection method. It is possible to perform, without fail, the determination as to whether a knob or another object is in contact with the touch panel, and whether a finger is in contact with the knob which is in contact with the touch panel.

Abstract: A probe device includes a probe that detects a state of a rotary shaft, a probe holding member having a first end fixed to a bearing portion, in which the probe is fixed to the first end, a cylindrical guide sleeve inserted into a communication hole of a casing, a second end of the probe holding member being inserted into the cylindrical guide sleeve, and a plurality of elastic support members disposed at an interval in an extending direction of the probe holding member between the second end of the probe holding member and an inner peripheral surface of the guide sleeve, and formed of an elastic material to form an annular shape extending along an outer peripheral surface of the probe holding member.

Abstract: A steam turbine assembling method includes an upper half assembling step of, after disposing an upper half partition plate having an upper half partition plate division surface on the inner peripheral side of an upper half casing having an upper half casing division surface, attaching an upper half position defining portion to the upper half casing and the upper half partition plate so as to form an upper half assembly, and a lower half assembling step of disposing a lower half partition plate having a lower half partition plate division surface capable of abutting against the upper half partition plate division surface on an inner peripheral side of a lower half casing having a lower half casing division surface capable of abutting against the upper half casing division surface so as to form a lower half assembly.

Abstract: A steam turbine assembling method includes: disposing an upper half partition plate having an upper half partition plate division surface on an inner peripheral side of an upper half casing having an upper half casing division surface to form an upper half assembly; and, after disposing a lower half partition plate having a lower half partition plate division surface capable of abutting against the upper half partition plate division surface on an inner peripheral side of a lower half casing having a lower half casing division surface capable of abutting against the upper half casing division surface, fixing a lower half position defining portion to the lower half partition plate in a state where a lower half abutment surface abuts against the lower half casing division surface and the lower half partition plate division surface to form a lower half assembly.

Abstract: The present invention provides a steam turbine blade and a steam turbine capable of further improving efficiency. A steam turbine blade includes a proximal end portion T11 which is formed in a blade shape having an intermediate reaction degree, an intermediate portion T12 which is formed in a blade shape having a low reaction degree; and a distal end portion T13 which is formed in a blade shape having a high reaction degree.

Abstract: An operation input device includes a knob for operations, disposed in a display region of a touch display; a plurality of conductor columns provided in the knob; a touch point detecting unit that detects a touch point corresponding to at least one of the plurality of conductor columns; a location determining unit that determines a location of at least one of the plurality of conductor columns, using a result of the detection by the touch point detecting unit; and a location estimating unit that estimates, when there is a conductor column that has not been detected as a touch point by the touch point detecting unit, a location of the conductor column that has not been detected as a touch point by the touch point detecting unit, using positional relationship information indicating a positional relationship between the plurality of conductor columns in the knob and location history information indicating a history of locations of the respective plurality of conductor columns.

Abstract: A touch panel includes a cover panel, a touch sensor substrate in which a sensor electrode for detecting a position of a pointing object is disposed in a detection region, an adhesive agent being disposed between the cover panel and the touch sensor substrate, a first electrode being disposed in an outer region of a region corresponding to the detection region of a second surface of the cover panel, and a second electrode being disposed to overlap a part of the first electrode in plan view in an outer region of the detection region of a third surface of the touch sensor substrate.

Abstract: A method for measuring a pre-twist amount of a blade includes a spreading dimension acquiring step, a misalignment acquiring step, a correcting step, and a pre-twist amount acquiring step. In the spreading dimension acquiring step, circumferential spreading dimensions of each shroud of two rotor blades are acquired. In the misalignment acquiring step, a misalignment amount in the direction of the axis between the shrouds of two rotor blades adjacent to each other in the circumferential direction is measured. In the correcting step, the spreading dimension acquired in the spreading dimension acquiring step is corrected on the basis of the misalignment amount acquired by the misalignment acquiring step. In the pre-twist amount acquiring step, the pre-twist amount of the blade is acquired on the basis of the spreading dimension corrected in the correcting step.

Abstract: A touch input judgment device includes: a rotation direction judgment unit that determines a selection value change amount, to be added to a current selection value, when a rotation operation in a normal direction is inputted through a touch panel and stores rotation direction information in a storage unit when a rotation operation in the normal direction as a first rotation operation is performed; and a selection value change unit that sets a new current selection value after a change to a value obtained by adding a first selection value change amount to the current selection value when a rotation operation subsequent to the first rotation operation is a rotation operation in the normal direction and maintains the current selection value without change when the subsequent rotation operation is judged to be the return operation of the finger position.

Abstract: A touch panel device includes a touch panel on which capacitance in a conductor contact region of an operation surface changes, at least one pressure sensor to output a pressure detection signal according to pressing force applied to the operation surface and a pressing position, and a controller to calculate first coordinates on the operation surface based on the capacitance and calculates second coordinates on the operation surface based on a pressure value indicated by the pressure detection signal. The controller outputs an operation signal based on the first coordinates when a first region as a region where the capacitance is higher than predetermined threshold capacitance is detected, size of the first region is less than or equal to a predetermined certain value, and the pressing force is greater than predetermined threshold pressing force.

Abstract: A touch screen device includes: a touch screen that includes an operation surface on which touch operations are performed, and in which capacitances change at regions of the operation surface touched by conductors; a pressure sensor unit to output a signal corresponding to a pressing value of a pressing force applied to the operation surface; and a controller to calculate coordinates indicating positions of the touch operations on the operation surface based on the capacitances. The touch operations include first and second touch operations. The controller determines touch operation information input by the second touch operation to be valid when a condition is satisfied, and determines the touch operation information to be invalid when the condition is not satisfied. The condition is that the first touch operation is being performed and a pressing value of a pressing force of the first touch operation is within a predetermined reference pressure range.

Abstract: An operation support device that is placed on a touch panel detecting a change in electrostatic capacitance or a change in a contact region, includes: a case part; a first member attached inside the case part; a first deforming member that is an elastic member provided on an end of the first member and is provided between the first member and the touch panel; and a wall part that is attached inside the case part and sets a direction of deformation of the first deforming member when the case part approaches the touch panel, to a predetermined direction. As the case part approaches the touch panel, the electrostatic capacitance in a region facing the first defaming member increases due to defamation of the first deforming member or area of the contact region of the first defaming member increases due to deformation of the first defaming member.

Abstract: An operation input device is provided with: a knob for operations, disposed in a display region of a touch display; a conductor column that is provided in the knob, and that can be detected as a touch point irrespective of whether or not the knob is in a state of being touched with user's finger; a touch point detecting unit for detecting a plurality of touch points including the touch point corresponding to the conductor column, and outputting touch information related to the plurality of detected touch points; a knob touch point determining unit for determining, by using the touch information, the touch point corresponding to the conductor column among the plurality of touch points detected by the touch point detecting unit; and a touch strength value calculating unit for calculating a touch strength value at the touch point corresponding to the conductor column by using the touch information and a determination result by the knob touch point determining unit; and a finger-touch-on-the-knob determining unit

Abstract: An operation input device includes a knob for operations, disposed in a display region of a touch display; a plurality of conductor columns provided in the knob; a touch point detecting unit that detects a touch point corresponding to at least one of the plurality of conductor columns; a location determining unit that determines a location of at least one of the plurality of conductor columns, using a result of the detection by the touch point detecting unit; and a location estimating unit that estimates, when there is a conductor column that has not been detected as a touch point by the touch point detecting unit, a location of the conductor column that has not been detected as a touch point by the touch point detecting unit, using positional relationship information indicating a positional relationship between the plurality of conductor columns in the knob and location history information indicating a history of locations of the respective plurality of conductor columns.