mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an implantable device using ultrasonic waves, comprising, at the implantable device: receiving ultrasonic waves comprising an operating mode command comprising a first portion and a second portion; determining that the first portion of the operating mode command corresponds to a pattern from a plurality of predetermined patterns; and setting an operating mode of the implantable device to one operating mode from a plurality of operating modes based on the pattern, wherein the plurality of operating modes comprises a downlink mode for downloading data from the received ultrasonic waves and an uplink mode for uploading data generated at the implantable device to an external device using the received ultrasonic waves; wherein: when the pattern is associated with uploading data, the method comprises setting the operating mode to the uplink mode for uploading device data associated with the uplink mode; and backscattering the ultrasonic waves, wherein the backscattered ultrasonic waves encode the device data in a backscatter of the second portion of the operating mode command; and when the pattern is associated with downloading data, the method comprises setting the operating mode to the downlink mode for extracting data from the second portion of the operating mode command. receiving ultrasonic waves comprising an operating mode command comprising a first portion and a second portion; determining that the first portion of the operating mode command corresponds to a pattern from a plurality of predetermined patterns; and setting an operating mode of the implantable device to one operating mode from a plurality of operating modes based on the pattern, wherein the plurality of operating modes comprises a downlink mode for downloading data from the received ultrasonic waves and an uplink mode for uploading data generated at the implantable device to an external device using the received ultrasonic waves; wherein: when the pattern is associated with uploading data, the method comprises setting the operating mode to the uplink mode for uploading device data associated with the uplink mode; and backscattering the ultrasonic waves, wherein the backscattered ultrasonic waves encode the device data in a backscatter of the second portion of the operating mode command; and when the pattern is associated with downloading data, the method comprises setting the operating mode to the downlink mode for extracting data from the second portion of the operating mode command. when the pattern is associated with uploading data, the method comprises setting the operating mode to the uplink mode for uploading device data associated with the uplink mode; and backscattering the ultrasonic waves, wherein the backscattered ultrasonic waves encode the device data in a backscatter of the second portion of the operating mode command; and when the pattern is associated with downloading data, the method comprises setting the operating mode to the downlink mode for extracting data from the second portion of the operating mode command.
An indoor unit for an air conditioner, comprising: a casing (1, 2, 3); a centrifugal fan disposed in the casing (1, 2, 3); a heat exchanger disposed in the casing (1, 2, 3) such that the centrifugal fan is surrounded by the heat exchanger on two or three sides; and a partition with which the centrifugal fan is surrounded in conjunction with the heat exchanger, the partition being connected to a first end of the heat exchanger and a second end of the heat exchanger and configured to guide air blown out by the centrifugal fan from the first end of the heat exchanger to the second end of the heat exchanger, wherein a distance between the centrifugal fan and the partition at a position near the second end of the heat exchanger is longer than that at a position near the first end of the heat exchanger, a part having the second end of the heat exchanger extends beyond the first end of the heat exchanger toward a wall of the casing (1, 2, 3), characterized in that the air from the centrifugal fan is blown out through a blow-out port located on a side opposite from the partition with respect to the centrifugal fan. a casing (1, 2, 3); a centrifugal fan disposed in the casing (1, 2, 3); a heat exchanger disposed in the casing (1, 2, 3) such that the centrifugal fan is surrounded by the heat exchanger on two or three sides; and a partition with which the centrifugal fan is surrounded in conjunction with the heat exchanger, the partition being connected to a first end of the heat exchanger and a second end of the heat exchanger and configured to guide air blown out by the centrifugal fan from the first end of the heat exchanger to the second end of the heat exchanger, wherein a distance between the centrifugal fan and the partition at a position near the second end of the heat exchanger is longer than that at a position near the first end of the heat exchanger, a part having the second end of the heat exchanger extends beyond the first end of the heat exchanger toward a wall of the casing (1, 2, 3), characterized in that the air from the centrifugal fan is blown out through a blow-out port located on a side opposite from the partition with respect to the centrifugal fan.
A method comprising: receiving, by a first application that is installed on a device, a request from a second application for permission to access data associated with the first application; accessing a permissions record for the second application, wherein the permissions record comprises an identification of the first application from which permission is needed; verifying that the permissions record is digitally signed by a recognised permissions authority, and permitting the second application to access the data associated with the first application based on said verification. receiving, by a first application that is installed on a device, a request from a second application for permission to access data associated with the first application; accessing a permissions record for the second application, wherein the permissions record comprises an identification of the first application from which permission is needed; verifying that the permissions record is digitally signed by a recognised permissions authority, and permitting the second application to access the data associated with the first application based on said verification.
An inter-board connection terminal that includes a group of numerous metal terminals which is to be inserted, individually at both tips thereof, into through-holes in boards (21,22) to electrically connect two boards (21,22) by soldering the tips of the metal terminals to the boards (21,22), wherein paired resin linking members (27,28) are provided, which have a predetermined space therebetween with respect to the group of metal terminals and which join the group of metal terminals into a single unit by linking the terminals in the form of a row at both tips thereof near the bases of portions to be inserted into the through-holes in the boards (21,22), wherein positioning protrusions (29,31) that are to be fitted into fitting holes provided in the two boards (21,22) are integrally provided in the paired resin linking members (27,28), characterized in that the positioning protrusions (29,31) are provided only on one end of the row of the group of metal terminals that are arranged in the form of a row along the paired resin linking members (27,28).
An ultrasound diagnosis apparatus comprising: a pressure measurer that measures a pressure value applied from a probe to a cervix; an image generator (122, 320) that scans an object to acquire an ultrasound image; a controller (170, 330) that detects a contour line from the ultrasound image, determines whether a cervix line is included in the ultrasound image based on the contour line, acquires the measured pressure value from the pressure measurer, corresponding to the ultrasound image, as a first pressure value when the cervix line is included in the ultrasound image, and acquires a second pressure value which is stored in a memory as a pressure value that is suitable for measuring a length of the cervix line; and an output unit that outputs pressure information based on the first pressure value and the second pressure value. a pressure measurer that measures a pressure value applied from a probe to a cervix; an image generator (122, 320) that scans an object to acquire an ultrasound image; a controller (170, 330) that detects a contour line from the ultrasound image, determines whether a cervix line is included in the ultrasound image based on the contour line, acquires the measured pressure value from the pressure measurer, corresponding to the ultrasound image, as a first pressure value when the cervix line is included in the ultrasound image, and acquires a second pressure value which is stored in a memory as a pressure value that is suitable for measuring a length of the cervix line; and an output unit that outputs pressure information based on the first pressure value and the second pressure value.
An image processing apparatus having a plurality of applications including at least an application for carrying out writing to a nonvolatile storage unit and an application for carrying out image processing executed thereon, the image processing apparatus comprising: a switch of a main power supply unit that is arranged to be switched between ON and OFF in response to a user's operation so as to switch the power supply between a supply of power and an interruption of the supply; a first notification unit (61, 63) that is configured to send an interrupt request notification for requesting to interrupt a process in a recoverable way to specific applications being executed when the switch of a main power supply unit is switched to OFF; and a power supply control unit (61, 65, 66) that is configured to interrupt the supply from the power supply when a time lapse, that is measured since a time when the notification unit (61, 63) has sent the interrupt request notification, exceeds a first predetermined time that is estimated to be sufficiently long for the process to be terminated in a recoverable way wherein a specific application is an application that has carried out a writing process to the storage unit at least once since a time when the power is supplied to activate the image processing apparatus on which the application has been executed. a switch of a main power supply unit that is arranged to be switched between ON and OFF in response to a user's operation so as to switch the power supply between a supply of power and an interruption of the supply; a first notification unit (61, 63) that is configured to send an interrupt request notification for requesting to interrupt a process in a recoverable way to specific applications being executed when the switch of a main power supply unit is switched to OFF; and a power supply control unit (61, 65, 66) that is configured to interrupt the supply from the power supply when a time lapse, that is measured since a time when the notification unit (61, 63) has sent the interrupt request notification, exceeds a first predetermined time that is estimated to be sufficiently long for the process to be terminated in a recoverable way wherein a specific application is an application that has carried out a writing process to the storage unit at least once since a time when the power is supplied to activate the image processing apparatus on which the application has been executed.
A diaphragm for a high pressure gas diaphragm valve with a valve body, the diaphragm comprising: a sealing body (116, 204) defining a sealing face for seating against a valve seat of the valve to close the valve; an outer flange (114, 202) for attaching the diaphragm to the valve, the outer flange (114, 220) defining a flange plane; and a deformable web (120, 206) that extends between the outer flange (114, 220) and the sealing body (116, 204) the deformable web (120, 206) including a gusset that has at least one convolute portion (322, 324), wherein the gusset is deformable to allow the sealing body (116, 204) to move between a natural configuration in which the sealing body (116, 204) is on a first side of the flange plane, and a raised configuration in which at least part of the sealing body (116, 204) is on the opposing side of the flange plane, and wherein the at least one convolute portion (322, 324) biases the sealing body (116, 204) towards the natural configuration; and wherein the deformable web (120, 206) further includes an annular groove between the sealing body (116, 204) and the gusset, and the diaphragm further comprises an o-ring that is located in the annular groove. a sealing body (116, 204) defining a sealing face for seating against a valve seat of the valve to close the valve; an outer flange (114, 202) for attaching the diaphragm to the valve, the outer flange (114, 220) defining a flange plane; and a deformable web (120, 206) that extends between the outer flange (114, 220) and the sealing body (116, 204) the deformable web (120, 206) including a gusset that has at least one convolute portion (322, 324), wherein the gusset is deformable to allow the sealing body (116, 204) to move between a natural configuration in which the sealing body (116, 204) is on a first side of the flange plane, and a raised configuration in which at least part of the sealing body (116, 204) is on the opposing side of the flange plane, and wherein the at least one convolute portion (322, 324) biases the sealing body (116, 204) towards the natural configuration; and wherein the deformable web (120, 206) further includes an annular groove between the sealing body (116, 204) and the gusset, and the diaphragm further comprises an o-ring that is located in the annular groove.
A subrack comprising: a frame defining a subrack space and adapted to receive a device module to an operative position in which the device module is located in the subrack space, the frame comprising four side walls (41 - 44) and an end wall; a subrack connector system adapted to be in electrically conducting connection with a device module connector system of the device module while the device module is in the operative position, the subrack connector system comprising a plurality of subrack connectors fastened to the end wall such that the plurality of subrack connectors is accessible from the subrack space, characterized in that the subrack comprises a coupling system adapted for coupling the subrack to four other subracks in order to form a subrack matrix, the coupling system comprising at least one wall recess on an inner surface of each of the side walls (41 - 44), and at least one primary screw hole in each of the side walls (41- 44) such that the at least one primary screw hole is located in the at least one wall recess, wherein each of the wall recesses is adapted to accommodate screw heads of at least one screw mounted to the at least one primary screw hole located in the wall recess, and extending outwards from the wall recess through the at least one primary screw hole such that the subrack space is adapted to receive the device module to the operative position while there is a corresponding screw mounted in each of the at least one primary screw hole. a frame defining a subrack space and adapted to receive a device module to an operative position in which the device module is located in the subrack space, the frame comprising four side walls (41 - 44) and an end wall; a subrack connector system adapted to be in electrically conducting connection with a device module connector system of the device module while the device module is in the operative position, the subrack connector system comprising a plurality of subrack connectors fastened to the end wall such that the plurality of subrack connectors is accessible from the subrack space, characterized in that the subrack comprises a coupling system adapted for coupling the subrack to four other subracks in order to form a subrack matrix, the coupling system comprising at least one wall recess on an inner surface of each of the side walls (41 - 44), and at least one primary screw hole in each of the side walls (41- 44) such that the at least one primary screw hole is located in the at least one wall recess, wherein each of the wall recesses is adapted to accommodate screw heads of at least one screw mounted to the at least one primary screw hole located in the wall recess, and extending outwards from the wall recess through the at least one primary screw hole such that the subrack space is adapted to receive the device module to the operative position while there is a corresponding screw mounted in each of the at least one primary screw hole.
A switched-capacitor balancing and characterization system for balancing and characterization of a plurality of stacked battery cells, the switched-capacitor balancing and characterizing system comprising: - at least one capacitor connectable to the plurality of stacked battery cells, wherein the at least one capacitor is adapted to move charge to and from the plurality of stacked battery cells; - a plurality of switches configured to connect and disconnect the at least one capacitor to the plurality of stacked battery cells; and - a processing unit (103, 109) configured to control the plurality of switches by applying true random or pseudo-random control signals to the plurality of switches, wherein the processing unit is configured to control the plurality of switches such that switching period lengths of the control signals have a random component thereby simultaneously performing active balancing of the plurality of stacked battery cells and providing characterization voltage and/or current at terminals of the plurality of stacked battery cells. - at least one capacitor connectable to the plurality of stacked battery cells, wherein the at least one capacitor is adapted to move charge to and from the plurality of stacked battery cells; - a plurality of switches configured to connect and disconnect the at least one capacitor to the plurality of stacked battery cells; and - a processing unit (103, 109) configured to control the plurality of switches by applying true random or pseudo-random control signals to the plurality of switches, wherein the processing unit is configured to control the plurality of switches such that switching period lengths of the control signals have a random component thereby simultaneously performing active balancing of the plurality of stacked battery cells and providing characterization voltage and/or current at terminals of the plurality of stacked battery cells.
An electric motor comprising an annular stator (12L, 12R) disposed so as to surround an axis, and a first rotor that is rotatable around the axis, wherein the stator (12L, 12R) is formed by arranging side by side in a direction of the axis a first row of armatures and a second row of armatures, the first row of armatures comprising a plurality of first armatures disposed in the circumferential direction and generating a first rotating magnetic field that rotates along the circumferential direction by means of magnetic poles generated by the plurality of first armatures in response to the supply of electric power, and the second row of armatures comprising a plurality of second armatures disposed in the circumferential direction and generating a second rotating magnetic field that rotates along the circumferential direction by means of magnetic poles generated by the plurality of second armatures in response to the supply of electric power, the first rotor is formed by arranging side by side in the axis direction a first row of permanent magnets and a second row of permanent magnets, the first row of permanent magnets comprising a plurality of first permanent magnets disposed so as to have magnetic poles with different polarities alternating at a predetermined pitch in the circumferential direction, and the second row of permanent magnets comprising a plurality of second permanent magnets disposed so as to have magnetic poles with different polarities alternating at the predetermined pitch in the circumferential direction, the first row of armatures and the first row of permanent magnets face respective radially opposite sides of the first row of induced magnetic poles, the second row of armatures and the second row of permanent magnets face respective radially opposite sides of the second row of induced magnetic poles, the phase of the poles of the first armature and the phase of the poles of the second armature of the stator (12L, 12R) coincide with each other wherein the electric motor further comprises a second rotor that is rotatable around the axis and is disposed between the stator (12L, 12R) and the first rotor, the second rotor is formed by arranging side by side in the axis direction a first row of induced magnetic poles and a second row of induced magnetic poles, the first row of induced magnetic poles comprising a plurality of first induced magnetic poles, made of a soft magnetic material, disposed at the predetermined pitch in the circumferential direction, and the second row of induced magnetic poles comprising a plurality of second induced magnetic poles, made of a soft magnetic material, disposed at the predetermined pitch in the circumferential direction, and the phase of the first induced magnetic pole and the phase of the second induced magnetic pole of the second rotor are displaced from each other by only half of the predetermined pitch in the circumferential direction, and the phase of the magnetic pole of the first row of permanent magnets and the phase of the magnetic pole of the second row of permanent magnets of the first rotor are displaced by only the predetermined pitch in the circumferential direction.
A travel track creation device that creates a travel track on which a vehicle travels on a road and which includes an inlet straight portion, an arc portion continuous to the inlet straight portion, and an outlet straight portion continuous to the arc portion, the travel track creation device comprising: a curvature waveform creator that creates a waveform representing a curvature of a reference travel track that is a track on which the vehicle travels along the road and includes an inlet straight track, an arc track continuous to the inlet straight track, and an outlet straight track continuous to the arc track; a first changer that changes each of a first edge portion and a second edge portion to a ramp shape and provides the waveform with a first ramp-shaped portion and a second ramp-shaped portion, the first edge portion and the second edge portion being two edges of the waveform; and a travel track creator that creates the travel track based on the waveform; characterized in that the travel track creation device further comprises a second changer that changes each end of each of the first ramp-shaped portion and the second ramp-shaped portion to a curve and provides the waveform with a first curve portion, a second curve portion, a third curve portion, and a fourth curve portion. a curvature waveform creator that creates a waveform representing a curvature of a reference travel track that is a track on which the vehicle travels along the road and includes an inlet straight track, an arc track continuous to the inlet straight track, and an outlet straight track continuous to the arc track; a first changer that changes each of a first edge portion and a second edge portion to a ramp shape and provides the waveform with a first ramp-shaped portion and a second ramp-shaped portion, the first edge portion and the second edge portion being two edges of the waveform; and a travel track creator that creates the travel track based on the waveform; characterized in that the travel track creation device further comprises a second changer that changes each end of each of the first ramp-shaped portion and the second ramp-shaped portion to a curve and provides the waveform with a first curve portion, a second curve portion, a third curve portion, and a fourth curve portion.