mhurhangee/ep-ind-claims huggingface dataset:
A motor control apparatus for controlling speed of a motor on the basis of a speed command value and a feedback speed value, comprising a motor rotation-indicative quantity detection means (4, 4a) for detecting rotation-indicative quantity of the motor at predetermined intervals t (i), a counting means for counting the number of times i that the motor rotation-indicative quantity detection means has detected the rotation-indicative quantity of the motor, a measurement interval determination means for determining whether the number of times i counted by the counting means has exceeded a predetermined threshold N, wherein a measurement interval T is defined as T= N · t(i), a speed calculation means for calculating a feedback speed value when the measurement interval determination means determines that the number of times counted has exceeded the threshold N, the speed calculation means calculating the feedback speed value from a rotation-indicative quantity detected by the motor rotation-indicative quantity detection means immediately beforehand, a motor rotation-indicative quantity detected by the motor rotation-indicative quantity detection means immediately before the last time the measurement interval determination means determined that the number of times counted had exceeded the threshold N, and time that has elapsed since the last time the measurement interval determination means determined that the number of times counted had exceeded the threshold N, characterized by a measurement interval calculation means for setting the measurement interval for the measurement interval determination means to refer to, wherein the measurement interval calculation means is adapted to compare the feedback speed value calculated by the speed calculation means and a speed command value, to calculate a length which the measurement interval should have from a greater one of the two values compared such that the measurement interval is shorter when the speed command value is higher or the motor is rotating at higher speed, and to set the measurement interval to have the calculated length.
An electric rotary machine assembly comprising: an electric rotary machine having: a housing; a stator attached on the housing a rotor fixed on a rotating shaft; bearings for supporting the rotating shaft; brackets (11, 57) for supporting the bearings; a cooling fan disposed on anti-load side in the axial direction of the housing; a power converter for supplying driving current to an armature of the electric rotary machine; a control and interface board for inputting and/or outputting between an outside through a wireless/ wired manner and also for controlling an operation of said electric rotary machine through said power converter; and a plurality of cooling fins (52L, 52S) formed on an outer circumferential periphery of the housing, characterized in that: the electric rotary machine further comprises a substantially cylindrical cover for forming an airflow path by covering the outer peripheral surface of the housing and guiding airflow generated by the cooling fan to the outer peripheral surface of the housing; said power converter is disposed the outer circumferential periphery of said housing, on a plane portion, and said control and: interface board is disposed at a different position from said power converter between the outer circumferential periphery of said housing and said cover. a housing; a stator attached on the housing a rotor fixed on a rotating shaft; bearings for supporting the rotating shaft; brackets (11, 57) for supporting the bearings; a cooling fan disposed on anti-load side in the axial direction of the housing; a power converter for supplying driving current to an armature of the electric rotary machine; a control and interface board for inputting and/or outputting between an outside through a wireless/ wired manner and also for controlling an operation of said electric rotary machine through said power converter; and a plurality of cooling fins (52L, 52S) formed on an outer circumferential periphery of the housing, characterized in that: the electric rotary machine further comprises a substantially cylindrical cover for forming an airflow path by covering the outer peripheral surface of the housing and guiding airflow generated by the cooling fan to the outer peripheral surface of the housing; said power converter is disposed the outer circumferential periphery of said housing, on a plane portion, and said control and: interface board is disposed at a different position from said power converter between the outer circumferential periphery of said housing and said cover. the electric rotary machine further comprises a substantially cylindrical cover for forming an airflow path by covering the outer peripheral surface of the housing and guiding airflow generated by the cooling fan to the outer peripheral surface of the housing; said power converter is disposed the outer circumferential periphery of said housing, on a plane portion, and said control and: interface board is disposed at a different position from said power converter between the outer circumferential periphery of said housing and said cover.
An apparatus for treating a tooth, the apparatus comprising: a chamber having an access port which places the chamber in fluid communication with a treatment region of the tooth when the chamber is coupled to the tooth, the access port having a central axis; a fluid motion generator being arranged to generate rotational fluid motion in the chamber; characterized in that a suction port configured to be in communication with the chamber and positioned on a proximal side of the chamber opposite of the access port, and the suction port being disposed relative to the access port such that the central axis of the access port passes through the suction port. a chamber having an access port which places the chamber in fluid communication with a treatment region of the tooth when the chamber is coupled to the tooth, the access port having a central axis; a fluid motion generator being arranged to generate rotational fluid motion in the chamber; characterized in that a suction port configured to be in communication with the chamber and positioned on a proximal side of the chamber opposite of the access port, and the suction port being disposed relative to the access port such that the central axis of the access port passes through the suction port.
Pressure exchanger for transferring pressure energy from a first fluid flow to a second fluid flow, the pressure exchanger comprising: a cylindrical-shaped pressure vessel; a pair of end covers (21,22) located on opposing ends of the pressure vessel, each end cover having at least one passage formed therein; a rotor, disposed inside the vessel, comprising multiple through-going ducts each having an axis parallel to the longitudinal axis of the exchanger and arranged for rotation about a longitudinal axis of the exchanger between the pair of opposing end covers (21,22), the rotor adapted to guide fluid exchange both within and external to the rotor; a pair of fluid inlets (5,6); and a pair of fluid outlets (4,7) in communication with the fluid inlets to promote a first fluid flow and a second fluid flow through the rotor, wherein the opposing end cover passages pass low pressure fluids and are oriented with a degree of inclination with respect to the longitudinal axis to impart a uni-rotational impulse momentum onto the rotor regardless of flow direction of the first fluid flow and the second fluid flow relative to the pressure vessel through an inlet tangential flow vector component (V y in) in the direction of rotation and an outflow tangential flow vector component (V y out) in an opposite direction of rotation, characterized in that the surface of each end cover (21,22) that faces away from the rotor has an area subject to high pressure giving a normal pressure force substantially equal to a separating force between end cover (21,22) and rotor with their respective force centroids co-aligned. a cylindrical-shaped pressure vessel; a pair of end covers (21,22) located on opposing ends of the pressure vessel, each end cover having at least one passage formed therein; a rotor, disposed inside the vessel, comprising multiple through-going ducts each having an axis parallel to the longitudinal axis of the exchanger and arranged for rotation about a longitudinal axis of the exchanger between the pair of opposing end covers (21,22), the rotor adapted to guide fluid exchange both within and external to the rotor; a pair of fluid inlets (5,6); and a pair of fluid outlets (4,7) in communication with the fluid inlets to promote a first fluid flow and a second fluid flow through the rotor, wherein the opposing end cover passages pass low pressure fluids and are oriented with a degree of inclination with respect to the longitudinal axis to impart a uni-rotational impulse momentum onto the rotor regardless of flow direction of the first fluid flow and the second fluid flow relative to the pressure vessel through an inlet tangential flow vector component (V y in) in the direction of rotation and an outflow tangential flow vector component (V y out) in an opposite direction of rotation,
A multilayer film comprising: - at least one layer A comprising poly(butylene adipate-co-terephthalate) and an aliphatic polyester selected from polylactic acid, polyhydroxyalkanoate, polycaprolactone, and polyesteramides; and - at least one layer B comprising poly(butylene adipate-co-terephthalate), wherein said layer A comprises at least 15% by weight of poly(butylene adipate-co-terephthalate) based on the total weight of layer A and at least 60% by weight of aliphatic polyester based on the total weight of layer A; and wherein said layer B comprises from 80 to 100% by weight of poly(butylene adipate-co-terephthalate) based on the total weight of layer B. - at least one layer A comprising poly(butylene adipate-co-terephthalate) and an aliphatic polyester selected from polylactic acid, polyhydroxyalkanoate, polycaprolactone, and polyesteramides; and - at least one layer B comprising poly(butylene adipate-co-terephthalate),
A method for determining, by a source base station, a handover of a Packet Data Unit, PDU, session, the method comprising: determining whether a target base station or a target Next Generation Radio Access Network, NG-RAN, is unable to service the PDU session, based on a handover region list; selecting the target base station or the target NG-RAN which is determined to be unable to service the PDU session, based on a measurement report of a UE, wherein the handover region list is configured for the PDU session among a plurality of PDU sessions; wherein the method further comprises transmitting a handover request message that does not include context related to the PDU session to the target base station or the target NG-RAN; and deleting the handover region list based on the PDU session which is released. determining whether a target base station or a target Next Generation Radio Access Network, NG-RAN, is unable to service the PDU session, based on a handover region list; selecting the target base station or the target NG-RAN which is determined to be unable to service the PDU session, based on a measurement report of a UE, wherein the handover region list is configured for the PDU session among a plurality of PDU sessions; wherein the method further comprises transmitting a handover request message that does not include context related to the PDU session to the target base station or the target NG-RAN; and deleting the handover region list based on the PDU session which is released.
System for suppressing low frequency noise of magnetoresistive sensors with tunnel magnetoresistance, said suppression system including a device for measuring a magnetic field and modulation means, said suppression system comprising: - The device including at least one tunnel magnetoresistance sensor, said tunnel magnetoresistance sensor having a first sensitivity at a first operating point and a second sensitivity at a second operating point, the second sensitivity at the second operating point being different from the first sensitivity at the first operating point; said system being characterized in that it further comprises: - The modulation means being suitable to switching the tunnel magnetoresistance sensor from the first operating point to the second operating point and from the second operating point to the first operating point, said modulation means having a first configuration corresponding to the first operating point and a second configuration corresponding to the second operating point; - Means for processing the signal derived from the device for measuring a magnetic field, said processing means being suited to making a linear combination of a first response of the measuring device in the presence of the magnetic field at the first operating point corresponding to the first configuration of the modulation means and a second response of the measuring device in the presence of the magnetic field at the second operating point corresponding to the second configuration of the modulation means. - The device including at least one tunnel magnetoresistance sensor, said tunnel magnetoresistance sensor having a first sensitivity at a first operating point and a second sensitivity at a second operating point, the second sensitivity at the second operating point being different from the first sensitivity at the first operating point; - The modulation means being suitable to switching the tunnel magnetoresistance sensor from the first operating point to the second operating point and from the second operating point to the first operating point, said modulation means having a first configuration corresponding to the first operating point and a second configuration corresponding to the second operating point; - Means for processing the signal derived from the device for measuring a magnetic field, said processing means being suited to making a linear combination of a first response of the measuring device in the presence of the magnetic field at the first operating point corresponding to the first configuration of the modulation means and a second response of the measuring device in the presence of the magnetic field at the second operating point corresponding to the second configuration of the modulation means.
A modified conjugated diene polymer having a polymer block mainly comprising conjugated diene monomer units, and satisfying the following conditions (a), (b), (c) and (d): (a) a vinyl bond content before hydrogenation in the polymer block mainly comprising conjugated diene monomer units is 65% by mol or more based on 100% by mol of total of the conjugated diene monomer units; (b) at least one or more conjugated diene monomer units in the polymer block mainly comprising conjugated diene monomer units are hydrogenated; (c) a content of a polymer block mainly comprising vinyl aromatic monomer units in the modified conjugated diene polymer is 20% by mass or less based on the total amount of the modified conjugated diene polymer; and (d) the modified conjugated diene polymer has a modifying group. (a) a vinyl bond content before hydrogenation in the polymer block mainly comprising conjugated diene monomer units is 65% by mol or more based on 100% by mol of total of the conjugated diene monomer units; (b) at least one or more conjugated diene monomer units in the polymer block mainly comprising conjugated diene monomer units are hydrogenated; (c) a content of a polymer block mainly comprising vinyl aromatic monomer units in the modified conjugated diene polymer is 20% by mass or less based on the total amount of the modified conjugated diene polymer; and (d) the modified conjugated diene polymer has a modifying group.
A method of performing cell search in a mobile station of a wireless communication system, the method comprising: receiving a frame comprising a plurality of sync blocks, a plurality of first synchronization sequences having the same sequence, and a plurality of second synchronization sequences having different sequences; detecting a first synchronization sequence from the frame; detecting at least one second synchronization sequence from the frame; detecting a cell identifier used in the wireless communication system by a combination of the first synchronization sequence and a hopping code word specified by the at least one second synchronization sequence; wherein a part of cell identifiers is selected by the hopping code word; wherein one cell identifier among the part of cell identifiers selected by the hopping code word is detected by the first synchronization sequence; and wherein each of the sync blocks includes the first synchronization sequence and one of the plurality of second synchronization sequences, wherein the primary synchronization channel sequence and the one of the plurality of secondary synchronization channel sequence are located in adjacent symbols; and the sync block corresponds to a repetition cycle of the first synchronization channel. receiving a frame comprising a plurality of sync blocks, a plurality of first synchronization sequences having the same sequence, and a plurality of second synchronization sequences having different sequences; detecting a first synchronization sequence from the frame; detecting at least one second synchronization sequence from the frame; detecting a cell identifier used in the wireless communication system by a combination of the first synchronization sequence and a hopping code word specified by the at least one second synchronization sequence; wherein a part of cell identifiers is selected by the hopping code word; wherein one cell identifier among the part of cell identifiers selected by the hopping code word is detected by the first synchronization sequence; and wherein each of the sync blocks includes the first synchronization sequence and one of the plurality of second synchronization sequences, wherein the primary synchronization channel sequence and the one of the plurality of secondary synchronization channel sequence are located in adjacent symbols; and the sync block corresponds to a repetition cycle of the first synchronization channel.
A method of displaying a 3D representation of bones of the foot and bones attached thereto of a human or animal either when stationary or during motion using a pressure sensing device, the method comprising: capturing from the pressure sensing device pressures exerted by the foot during standing or motion and deriving therefrom pressure values for segments of the impacting foot surface, using a knowledge database having stored therein predetermined qualitative or quantitative relationships between pressure distributions and bone movement features of the bones in the kinematic chain attached to the foot or the foot itself and 3D representations of the lower limb including the bones of the foot and the kinematic chain of bones attached to the foot; deriving from the captured pressure values and said stored predetermined qualitative or quantitative relationships, changes in position of one or more of the bones; and displaying a 3D image of the foot and attached bones including the changes in position of the one or more bones. capturing from the pressure sensing device pressures exerted by the foot during standing or motion and deriving therefrom pressure values for segments of the impacting foot surface, using a knowledge database having stored therein predetermined qualitative or quantitative relationships between pressure distributions and bone movement features of the bones in the kinematic chain attached to the foot or the foot itself and 3D representations of the lower limb including the bones of the foot and the kinematic chain of bones attached to the foot; deriving from the captured pressure values and said stored predetermined qualitative or quantitative relationships, changes in position of one or more of the bones; and displaying a 3D image of the foot and attached bones including the changes in position of the one or more bones.
A collapsible lighting device having circuit wires and LED modules, comprising: a main sheet formed of fibers made of a soft material collapsible with no directionality and an electrical insulation material for insulating electricity flowing along the circuit wires, the fibers being resistant to a temperature greater than 250°C; the LED modules mounted on the main sheet in such a manner as to be electrically connected to the circuit wires; and a front sheet attached to top of the main sheet, characterized in that each LED module comprises: a first LED and a second LED having different color temperatures; first adhesive accommodation holes formed on left and right sides thereof around the first LED to accommodate the conductive adhesive materials therein; and second adhesive accommodation holes formed on left and right sides thereof around the second LED to accommodate the conductive adhesive materials therein, and wherein each LED module further comprises: a sewing hole formed between the first LED and the second LED; and a sewing line for binding the LED module to the main sheet through the sewing hole. a main sheet formed of fibers made of a soft material collapsible with no directionality and an electrical insulation material for insulating electricity flowing along the circuit wires, the fibers being resistant to a temperature greater than 250°C; the LED modules mounted on the main sheet in such a manner as to be electrically connected to the circuit wires; and a front sheet attached to top of the main sheet, characterized in that each LED module comprises: a first LED and a second LED having different color temperatures; first adhesive accommodation holes formed on left and right sides thereof around the first LED to accommodate the conductive adhesive materials therein; and second adhesive accommodation holes formed on left and right sides thereof around the second LED to accommodate the conductive adhesive materials therein, and a first LED and a second LED having different color temperatures; first adhesive accommodation holes formed on left and right sides thereof around the first LED to accommodate the conductive adhesive materials therein; and second adhesive accommodation holes formed on left and right sides thereof around the second LED to accommodate the conductive adhesive materials therein, and wherein each LED module further comprises: a sewing hole formed between the first LED and the second LED; and a sewing line for binding the LED module to the main sheet through the sewing hole. a sewing hole formed between the first LED and the second LED; and a sewing line for binding the LED module to the main sheet through the sewing hole.
Method for producing a moulded part which is formed in one piece from a thermosetting plastic and intended for cladding walls and masonry, the moulded part being produced by hot pressing, characterized in that the moulded part is produced from a plastics compound containing an urea-formaldehyde resin moulding compound with a bulk density of 1.49-1.52 g/cm 3 in accordance with DIN 53479, additives being added to the urea-formaldehyde resin moulding compound, the proportion of additives being <20 wt.%, preferably <10 wt.%. %, particularly preferably <2 wt.%, and the additives being selected from powdered materials or coloured moulding compounds.