Abstract: An object of the present invention is to provide an equipment state detecting device, an equipment state detecting method, and a program that can create a 3D model of a cable based on three-dimensional coordinates acquired using a laser scanner or the like, and precisely estimate the tension for the entirety of the cable even if the entirety of the cable is not three-dimensionally modeled in the cable model. An equipment state detecting device of the present invention creates a 3D model of a cable based on three-dimensional coordinates acquired using a laser scanner or the like, acquires a sag and a straight line connecting ends of the 3D model based on the 3D model, and calculates the tension of the cable using a known cable load per unit length.

Abstract: Annotation can be easily performed on a three-dimensional point cloud and a working time can be reduced. An interface unit 22 displays a point cloud indicating a three-dimensional point on an object, and receives designation of a three-dimensional point indicating an annotation target object and designation of a three-dimensional point not indicating the annotation target object. A candidate cluster calculation unit 32 calculates a value of a predetermined evaluation function indicating a likelihood of a point cloud cluster being the annotation target object based on the designation of a three-dimensional point for point cloud clusters obtained by clustering the point clouds. A cluster selection and storage designation unit 34 causes the interface unit 22 to display the point cloud clusters in descending order of the value of the evaluation function, and receives a selection of a point cloud cluster to be annotated.

Abstract: Provided is a point cloud analysis device that curbs a decrease in model estimation accuracy due to a laser measurement point cloud. A clustering unit (30) clusters a point cloud representing a three-dimensional point on an object obtained by a measurement unit mounted on a moving body and performing measurement while scanning a measurement position, within a scan line, to obtain a point cloud cluster. A central axis direction estimation unit (32) estimates a central axis direction based on the point cloud cluster. A direction-dependent local effective length estimation unit (34) estimates a local effective length based on an estimated central axis direction and an interval of scan lines, the local effective length being a length when a length of projection of the point cloud cluster in a central axis direction for each of the point cloud clusters is interpolated by an amount of a loss part of the point cloud.

Abstract: A three-dimensional point cloud label learning and estimation device includes: a clustering unit that clusters a three-dimensional point cloud into clusters; a learning unit that makes a neural network learn to estimate a label corresponding to an object to which points contained in each of the clusters belong; and an estimation unit that estimates a label for the cluster using the neural network learned at the learning unit. In the three-dimensional point cloud label learning and estimation device, the neural network uses a total sum of sigmoid function values (sum of sigmoid) when performing feature extraction on the cluster.

Abstract: A heat dissipation structure for a battery includes a plurality of heat dissipation members. The heat dissipation members are each provided with: a heat conductive sheet having a shape that extends while winding in a spiral shape for transferring the heat from the heat source, a cushion member which is provided on an annular rear surface of the heat conductive sheet and can be more easily deformed to conform to the outer surface shape of the heat source than the heat conductive sheet, and a penetration path penetrating in the direction in which the heat conductive sheet extends while winding. The plurality of heat dissipation members is connected to each other by connection members in a state of being aligned in a direction perpendicular to the direction in which the beat conductive sheet extends while winding.

Abstract: A rolling guide device includes a track member, a moving member, and a plurality of rolling bodies. Rolling-body rolling surfaces that come into contact with an rolling-body outer circumferential surface of a rolling body are respectively formed in wall surfaces of a pair of wall portions included in the track member facing each other, a scraper including a pressing portion that presses the rolling-body rolling surfaces is turnably installed in the moving member, the scraper includes at least an attachment portion and a pressing portion, and is formed such that a frictional force of the pressing portion with respect to the rolling-body rolling surfaces is smaller than a frictional force of the attachment portion with respect to an attachment shaft formed in the moving member.

Abstract: A heat dissipation structure including a plurality of heat dissipating members, and a support plate for supporting the heat dissipating members. Each of the heat dissipating members includes a plurality of cushion members each having a hollow or a solid shape, and a heat conduction sheet covering an outer surface of the cushion members. The support plate includes a plurality of grooves for supporting the heat dissipating members in a direction orthogonal to a longitudinal direction of the heat dissipating members. Each of the grooves is a curved recess portion formed in a thickness direction, opened to the side of the heat dissipating member, formed to have a radius of curvature larger than a radius of curvature of the heat dissipating member, and to have a depth smaller than a circular conversion diameter of the heat dissipating member, and a battery provided with the heat dissipating structure.

Abstract: A heat dissipating structure for a battery is provided between a heat source and a cooling member and enables heat dissipation from the heat source by conducting heat from the heat source to the cooling member. The heat dissipating structure includes: a thermally conductive sheet containing at least one of metal, carbon, and ceramic and settable between the heat source and the cooling member; and a cushion member at least partially covered with the thermally conductive sheet.

Abstract: A multilayer sheet disposed at least between a plurality of heat sources and capable of conducting heat from the heat sources includes: a rubber sheet made of a rubber-like elastic body; heat insulating sheets laminated on both surfaces of the rubber sheet and capable of reducing heat conduction between the plurality of adjacent heat sources; and first heat conductive sheets laminated outside the heat insulating sheets in a separated manner and having more excellent heat conductivity than the rubber sheet and the heat insulating sheets, in which the heat insulating sheets have a bag shape wrapping the rubber sheet, and a cell unit including the multilayer sheet.

Abstract: A heat dissipation structure for a battery includes a plurality of heat dissipation members. The heat dissipation members are each provided with: a heat conductive sheet having a shape that extends while winding in a spiral shape for transferring the heat from the heat source, a cushion member which is provided on an annular rear surface of the heat conductive sheet and can be more easily deformed to conform to the outer surface shape of the heat source than the heat conductive sheet, and a penetration path penetrating in the direction in which the heat conductive sheet extends while winding. The plurality of heat dissipation members is connected to each other by connection members in a state of being aligned in a direction perpendicular to the direction in which the beat conductive sheet extends while winding.

Abstract: Provided are a heat dissipating structure that deforms to detachably come close contact with the battery cells, is disposed between the battery cells and a cooling member in order to reduce a risk of leakage of liquid inside the battery cells, and is excellent in heat dissipating property, and a battery including the heat dissipating structure. The present invention relates to a heat dissipating structure that is provided between battery cells and a cooling member, conducts heat from the battery cells to the cooling member to promote heat dissipation from the battery cells, and includes holding members detachably holding end parts of the respective battery cells, and to a battery including the heat dissipation structure.

Abstract: A heat dissipating structure for a battery is provided between a heat source and a cooling member and enables heat dissipation from the heat source by conducting heat from the heat source to the cooling member. The heat dissipating structure includes: a thermally conductive sheet containing at least one of metal, carbon, and ceramic and settable between the heat source and the cooling member; and a cushion member at least partially covered with the thermally conductive sheet.

Abstract: A separator for fuel cells includes 15-40 parts by mass of a resin and 85-60 parts by mass of conductive materials that have higher electrical conductivities than the resin, while having the forms of particles and fibers. The conductive materials mainly include graphite particles and carbon fibers so that the graphite particles are included in a larger amount than the carbon fibers in terms of mass ratio.

Abstract: Provided are a heat dissipating structure that deforms to detachably come close contact with the battery cells, is disposed between the battery cells and a cooling member in order to reduce a risk of leakage of liquid inside the battery cells, and is excellent in heat dissipating property, and a battery including the heat dissipating structure. The present invention relates to a heat dissipating structure that is provided between battery cells and a cooling member, conducts heat from the battery cells to the cooling member to promote heat dissipation from the battery cells, and includes holding members detachably holding end parts of the respective battery cells, and to a battery including the heat dissipation structure.

Abstract: Input device in which a defect of a control disk is eliminated while making use of an advantage of the control disk and an electronic device using the input device. The input device may include: an operation panel, which may be operated by a user; a board, which may be arranged to be opposed to a surface opposite to an operation surface of the operation panel operated by the user; a conductive elastic body and a pusher, which may be fixed on the operation panel; and a sensor portion and a member to be pressed, which may be placed on the board to be opposed to the conductive elastic body and the pusher, respectively.

Abstract: An ion implantation apparatus includes: a plurality of units for accelerating an ion beam generated in an ion source; and a plurality of units for adjusting a scan beam and implanting ions into a wafer. A horizontal U-shaped folder type beamline having opposite long straight portions includes the plurality of units for adjusting the scan beam in a long straight portion to have substantially the same length as the ion source and the plurality of units for accelerating the ion beam.

Abstract: Provided is an air purification device which can suppress production of side products when purifying air. An air purification device comprises a vent body through which air passes, a photocatalyst filter which is provided inside the vent body, an ultraviolet lamp which applies ultraviolet rays to the photocatalyst filter and an ozone lamp which is provided inside the vent body and generates ozone.

Abstract: A high-energy ion implanter includes a beam generation unit that includes an ion source and a mass analyzer, a high-energy multi-stage linear acceleration unit, a high-energy beam deflection unit that changes the direction of a high-energy ion beam toward a wafer, and a beam transportation unit that transports the deflected high-energy ion beam to the wafer. The beam transportation unit includes a beam shaper, a high-energy beam scanner, a high-energy beam collimator, and a high-energy final energy filter. Further, the high-energy beam collimator is an electric field type beam collimator that collimates a scan beam while performing the acceleration and the deceleration of a high-energy beam by an electric field.

Abstract: A high-energy ion implanter includes a beam generation unit that includes an ion source and a mass analyzer, a high-energy multi-stage linear acceleration unit, a high-energy beam deflection unit that changes the direction of a high-energy ion beam toward a wafer, and a beam transportation unit that transports the deflected high-energy ion beam to the wafer. The beam transportation unit includes a beam shaper, a high-energy beam scanner, a high-energy beam collimator, and a high-energy final energy filter. Further, the high-energy beam collimator is an electric field type beam collimator that collimates a scan beam while performing the acceleration and the deceleration of a high-energy beam by an electric field.