mhurhangee/patent-ind-claim-en huggingface dataset:
A traveling collector for picking up and collecting fallen objects scattered on a surface while traveling on the surface, comprising: a collection member adapted to pick up fallen objects from the surface; a controller configured to perform traveling control of the traveling collector on the surface, and acquire information on a position of the traveling collector detected by a positioning system ; and a sensor for detecting that each fallen object picked up by the collection member has been collected, at the position detected by the positioning system , characterised in that the sensor is a contact-type sensor configured to detect a fallen object picked up by the collection member when the fallen object has touched the sensor , and the controller is configured to determine an actual position where each fallen object was picked up using a movement distance of the traveling collector from a time the fallen object was picked up from the surface by the collection member till the fallen object touched the sensor , or using a length of time taken for the fallen object to touch the sensor after having been picked up from the surface by the collection member , and store information on the determined actual position. a collection member adapted to pick up fallen objects from the surface; a controller configured to perform traveling control of the traveling collector on the surface, and acquire information on a position of the traveling collector detected by a positioning system ; and a sensor for detecting that each fallen object picked up by the collection member has been collected, at the position detected by the positioning system , characterised in that the sensor is a contact-type sensor configured to detect a fallen object picked up by the collection member when the fallen object has touched the sensor , and the controller is configured to determine an actual position where each fallen object was picked up using a movement distance of the traveling collector from a time the fallen object was picked up from the surface by the collection member till the fallen object touched the sensor , or using a length of time taken for the fallen object to touch the sensor after having been picked up from the surface by the collection member , and store information on the determined actual position.
A method of wireless communication, comprising: receiving a first indication of control channel resources from a network entity , wherein the control channel resources relate to control data, wherein the control data indicates resources over which traffic data is communicated; receiving a control channel from the network entity over the control channel resources, wherein the control channel includes the control data specifying resource grant information for a shared data channel, the resource grant information for the shared data channel correspond to resources including traffic data for a group of user equipments, UEs, wherein the traffic data for the group of UEs includes a smaller data allocation, for each of the UEs in the group of UEs in the shared data channel, than a 25 Resource Blocks, RBs, data allocation in the shared data channel; receiving a group radio network temporary identifier, RNTI; searching a grant space for the control channel resources using the group RNTI, in order to decode the control data ; receiving a resource location of the traffic data for the group of UEs within the shared data channel resources assigned to a given UE of the multiple UEs; and decoding , at the resource location, the traffic data for the given UE. receiving a first indication of control channel resources from a network entity , wherein the control channel resources relate to control data, wherein the control data indicates resources over which traffic data is communicated; receiving a control channel from the network entity over the control channel resources, wherein the control channel includes the control data specifying resource grant information for a shared data channel, the resource grant information for the shared data channel correspond to resources including traffic data for a group of user equipments, UEs, wherein the traffic data for the group of UEs includes a smaller data allocation, for each of the UEs in the group of UEs in the shared data channel, than a 25 Resource Blocks, RBs, data allocation in the shared data channel; receiving a group radio network temporary identifier, RNTI; searching a grant space for the control channel resources using the group RNTI, in order to decode the control data ; receiving a resource location of the traffic data for the group of UEs within the shared data channel resources assigned to a given UE of the multiple UEs; and decoding , at the resource location, the traffic data for the given UE.
A basestation , for use in a cellular communications network, having a mechanism for reporting its transmit power, characterised in that the basestation is configured to determine whether its transmit power is outside a reportable range; and, when its transmit power is outside the reportable range, to: report an adjusted transmit power within the reportable range, transmit an adjustment factor, by which the adjusted transmit power differs from the transmit power, and report an adjusted uplink interference value, which differs from an uplink interference value by said adjustment factor. report an adjusted transmit power within the reportable range, transmit an adjustment factor, by which the adjusted transmit power differs from the transmit power, and report an adjusted uplink interference value, which differs from an uplink interference value by said adjustment factor.
A thrust unit having a flexible rod element for a camera inspection system, the rod element being displaceable and/or retractable, and an inspection camera being coupled to the free end of the rod element , characterised in that a clamping device , by means of which the thrust unit is fixated to a tube opening , is provided on the thrust unit , the clamping device comprising two clamping jaws , and at least one clamping jaw being realised so as to be moveable, at least one clamping jaw abutting against the inner diameter of the tube opening .
A medicament delivery device for delivery of medicament from a container into an injection site through a cannula , the device comprising: a chassis ; a drive mechanism for driving a piston member of the container along a container axis (A) to expel the medicament through the cannula ; a carriage for retaining the container , the cannula and the drive mechanism ; an insertion mechanism for moving the carriage in an insertion direction (H) relative to the chassis from a starting position; and a cannula bending mechanism for bending the cannula about a bending axis (B) to substantially align at least an end part of the cannula with the insertion direction (H) prior to movement of the carriage in the insertion direction (H), characterised in that the bending mechanism comprises a bending member that is axially moveable along the bending axis (B) into engagement with the cannula and turnable about the bending axis (B) to apply a bending force to the cannula , and wherein a user-removable component blocks axial movement of the bending member until the user-removable component has been removed from the device for triggering operation of the bending mechanism . a chassis ; a drive mechanism for driving a piston member of the container along a container axis (A) to expel the medicament through the cannula ; a carriage for retaining the container , the cannula and the drive mechanism ; an insertion mechanism for moving the carriage in an insertion direction (H) relative to the chassis from a starting position; and a cannula bending mechanism for bending the cannula about a bending axis (B) to substantially align at least an end part of the cannula with the insertion direction (H) prior to movement of the carriage in the insertion direction (H), characterised in that the bending mechanism comprises a bending member that is axially moveable along the bending axis (B) into engagement with the cannula and turnable about the bending axis (B) to apply a bending force to the cannula , and wherein a user-removable component blocks axial movement of the bending member until the user-removable component has been removed from the device for triggering operation of the bending mechanism .
A sample test automation system for subjecting samples to various processes, the sample test automation system comprising: a sample introducing unit for accommodating sample trays in respective tray storage units , each sample tray having a plurality of samples installed thereon, for taking out samples from the sample trays and for carrying in the samples into the sample test automation system; a conveying unit for conveying the carried-in samples to destinations of the various processes; and an operation control unit for carrying out operation and control of the whole sample test automation system, wherein the sample introducing unit includes a tag reading apparatus for reading a tag attached to each sample tray for distinguishing the individual sample tray from the plurality of sample trays, characterized in that the operation control unit is adapted to switch and control information about each sample installed on any one of the sample trays based on the information read by the tag reading apparatus from the tag attached to the sample tray, the information about the sample including a type of the sample and a processing method of the sample, and wherein the operation control unit is adapted to display a setting screen for an operator to input setting information linking the information to be read by the tag reading apparatus from the tags attached to the sample trays to the information about the samples. a sample introducing unit for accommodating sample trays in respective tray storage units , each sample tray having a plurality of samples installed thereon, for taking out samples from the sample trays and for carrying in the samples into the sample test automation system; a conveying unit for conveying the carried-in samples to destinations of the various processes; and an operation control unit for carrying out operation and control of the whole sample test automation system, wherein the sample introducing unit includes a tag reading apparatus for reading a tag attached to each sample tray for distinguishing the individual sample tray from the plurality of sample trays, characterized in that the operation control unit is adapted to switch and control information about each sample installed on any one of the sample trays based on the information read by the tag reading apparatus from the tag attached to the sample tray, the information about the sample including a type of the sample and a processing method of the sample, and wherein the operation control unit is adapted to display a setting screen for an operator to input setting information linking the information to be read by the tag reading apparatus from the tags attached to the sample trays to the information about the samples.
Composition based on zirconium oxide comprising cerium oxide in an atomic ratio Zr/Ce > 1, and in addition comprising lanthanum oxide and an oxide of a rare-earth metal other than cerium and lanthanum, characterized in that after calcination 6 hours at 1000°C, it has a specific surface of at least 40 m 2 /g, and in that after calcination for 6 hours at 1150°C it has a specific surface area between 10 and 15 m 2 /g.
An induction heating roller comprising: a roller main body including a cylindrical heating target and an end face part connected to an end portion of the heating target on one end side in an axial direction; and a heater including a coil which is provided inside the roller main body , the heating target being induction-heated as an alternate current is supplied to the coil , in a region between the heating target and the heater in a radial direction in an inner surface of the end face part, a groove portion being formed to extend in a circumferential direction wherein the induction heating roller comprises a non-magnetic heat equalizing member which is provided to be in contact with an inner circumferential surface of the heating target ; characterized in that the heat equalizing member is made of a fiber composite material so that the heat equalizing member is higher in thermal conductivity in the axial direction than at least the inner circumferential surface of the heating target . a roller main body including a cylindrical heating target and an end face part connected to an end portion of the heating target on one end side in an axial direction; and a heater including a coil which is provided inside the roller main body , the heating target being induction-heated as an alternate current is supplied to the coil , in a region between the heating target and the heater in a radial direction in an inner surface of the end face part, a groove portion being formed to extend in a circumferential direction wherein the induction heating roller comprises a non-magnetic heat equalizing member which is provided to be in contact with an inner circumferential surface of the heating target ; characterized in that the heat equalizing member is made of a fiber composite material so that the heat equalizing member is higher in thermal conductivity in the axial direction than at least the inner circumferential surface of the heating target .
A wind turbine generator system having a controlling device that performs output control, characterized in that the controlling device comprises: a first controller configured to perform constant-reactive-power regulation for keeping a constant reactive power level; a second controller configured to perform constant-power-factor regulation for keeping a constant power factor; a memory unit configured to store information about an operating region defined by the reactive power and the active power, with a power factor within a predetermined range; a judging unit configured to judge whether a present operating condition of the wind turbine generator system is within the operating region stored in the memory unit; and a control-switching unit configured to switch between the first controller and the second controller , wherein the control-switching unit switches from the first controller to the second controller when the first controller is performing the constant-reactive-power regulation and the judging unit detects a deviation from the operating region. a first controller configured to perform constant-reactive-power regulation for keeping a constant reactive power level; a second controller configured to perform constant-power-factor regulation for keeping a constant power factor; a memory unit configured to store information about an operating region defined by the reactive power and the active power, with a power factor within a predetermined range; a judging unit configured to judge whether a present operating condition of the wind turbine generator system is within the operating region stored in the memory unit; and a control-switching unit configured to switch between the first controller and the second controller , wherein the control-switching unit switches from the first controller to the second controller when the first controller is performing the constant-reactive-power regulation and the judging unit detects a deviation from the operating region.
A method performed by a first terminal device transmitting data, characterized by : determining , by the first terminal device, that there are first data to be transmitted; transmitting , by the first terminal device, identification information of the first terminal device and a resource change request on a second resource, wherein the identification information of the first terminal device indicates that the first terminal device has data to be transmitted on a first resource which is a grant-free resource dedicated to transmitting data of a plurality of terminal devices including the first terminal device, the resource change request is used for requesting the network device to adjust the second resource in a next scheduling unit, the second resource is used for transmitting identification information of each of at least one terminal device including the first terminal device, and the second resource does not overlap with the first resource; transmitting , by the first terminal device, the first data on the first resource, wherein, when the second resource is a contention resource, the resource change request is used for requesting the network device to configure the second resource as a resource dedicated to the first terminal device in the next scheduling unit. determining , by the first terminal device, that there are first data to be transmitted; transmitting , by the first terminal device, identification information of the first terminal device and a resource change request on a second resource, wherein the identification information of the first terminal device indicates that the first terminal device has data to be transmitted on a first resource which is a grant-free resource dedicated to transmitting data of a plurality of terminal devices including the first terminal device, the resource change request is used for requesting the network device to adjust the second resource in a next scheduling unit, the second resource is used for transmitting identification information of each of at least one terminal device including the first terminal device, and the second resource does not overlap with the first resource; transmitting , by the first terminal device, the first data on the first resource, wherein, when the second resource is a contention resource, the resource change request is used for requesting the network device to configure the second resource as a resource dedicated to the first terminal device in the next scheduling unit.
An operation method of a vehicle assembly including a secondary coil and a rectifier which controls output of the rectifier to manage charging of a battery equipped in a vehicle, the method comprising: Receiving (S91) battery charging status information from the battery ; Determining (S92) whether a battery charging level according to the battery charging status information is greater than a reference level; when the battery charging level is greater than the reference level, controlling (S96) a first switching circuit and a second switching circuit of the rectifier to change or maintain a charging power to the battery according to a charging status of the battery ; and characterized in that when the battery charging level is greater than the reference level, moving (S93) the secondary coil to misalign the secondary coil with a primary coil which inductively couples with the secondary coil within a predetermined range, wherein a first rectifying circuit , a second rectifying circuit , the first switching circuit , and the second switching circuit are arranged in a form of a bridge circuit in the rectifier. Receiving (S91) battery charging status information from the battery ; Determining (S92) whether a battery charging level according to the battery charging status information is greater than a reference level; when the battery charging level is greater than the reference level, controlling (S96) a first switching circuit and a second switching circuit of the rectifier to change or maintain a charging power to the battery according to a charging status of the battery ; and characterized in that when the battery charging level is greater than the reference level, moving (S93) the secondary coil to misalign the secondary coil with a primary coil which inductively couples with the secondary coil within a predetermined range, wherein a first rectifying circuit , a second rectifying circuit , the first switching circuit , and the second switching circuit are arranged in a form of a bridge circuit in the rectifier.
Method of estimating by a programmable computer a quantity of fresh air admitted inside a combustion chamber of an engine cylinder during an engine cycle from a model based on parameters including the opening and closing angles of the intake and exhaust valves ; these opening and closing angles being estimated or measured during an engine calibration phase at a nominal engine operating temperature, characterized in that during operation of the engine at a temperature different from the nominal temperature, the model estimate of the quantity of fresh air admitted is modified by correcting the opening and closing angle parameters as a function of the estimate of the distribution clearances between the valves and their rocker arms at said temperature different from the nominal temperature , the estimation of the distribution clearances being carried out using a physical quantity representative of the temperature of the engine and the time elapsed since the engine started.
A hydraulic system for a working machine , the hydraulic system being a load sensing (LS) system and comprising a pump , a control unit , a hydraulic actuator for movement of an implement and a control valve having an inlet valve and an outlet valve for controlling the flow of hydraulic fluid from the pump to the hydraulic actuator and for draining hydraulic fluid from the hydraulic actuator , respectively, and a means for determining the load on the hydraulic actuator , wherein the hydraulic system comprises a valve for disconnecting the flow of hydraulic fluid from the pump to the hydraulic actuator , while said hydraulic system allows another flow of hydraulic fluid to the hydraulic actuator , provided that the control unit determines that the determined load on the hydraulic actuator exceeds a threshold value, characterized in that the hydraulic system comprises a load holding valve arranged downstream the control valve and upstream the hydraulic actuator with respect to the flow direction from the pump to the hydraulic actuator , and said valve for disconnecting the flow of hydraulic fluid from the pump to the hydraulic actuator is arranged to provide a pilot pressure to the load holding valve , thereby closing the load holding valve and disconnecting the pump .
An electronic device comprising: a housing having an opening ; a roll installed in the housing ; a flexible display disposed in the housing and configured to be wound on the roll and withdrawn through the opening in accordance with a rotating direction of the roll ; characterised by a housing guide disposed in the housing and configured to guide portions of the housing so that a size of the housing is reduced as the flexible display is withdrawn through the opening . a housing having an opening ; a roll installed in the housing ; a flexible display disposed in the housing and configured to be wound on the roll and withdrawn through the opening in accordance with a rotating direction of the roll ; characterised by a housing guide disposed in the housing and configured to guide portions of the housing so that a size of the housing is reduced as the flexible display is withdrawn through the opening .