mhurhangee/patent-ind-claim-en huggingface dataset:
A control device used in a delivery system having an automatic movement device that automatically moves an article inside a specific space and delivering the article, the control device comprising: a storage section configured to store schedule information including at least one of change information including a change region in which a movable region , that is a region in which the automatic movement device is movable, of the automatic movement device is changed in the specific space and a change time at which the region is changed, and operation information including an operation time at which the automatic movement device starts operating; and a processing control section configured to perform processing of preparing a usage map used by the automatic movement device by adding a change to a reference map of the specific space, based on the schedule information , wherein the processing control section prepares the usage map by reflecting the change region included in the schedule information on the reference map , based on the change time included in the schedule information . a storage section configured to store schedule information including at least one of change information including a change region in which a movable region , that is a region in which the automatic movement device is movable, of the automatic movement device is changed in the specific space and a change time at which the region is changed, and operation information including an operation time at which the automatic movement device starts operating; and a processing control section configured to perform processing of preparing a usage map used by the automatic movement device by adding a change to a reference map of the specific space, based on the schedule information , wherein the processing control section prepares the usage map by reflecting the change region included in the schedule information on the reference map , based on the change time included in the schedule information .
An antiviral and virucidal nasal spray composition comprising: A) chlorpheniramine maleate in a concentration between 0.01% and 10% by mass; B) xylitol in a concentration between 10% to 15% by mass; and C) grapefruit seed extract in a concentration between 0.01 and 3% by mass. A) chlorpheniramine maleate in a concentration between 0.01% and 10% by mass; B) xylitol in a concentration between 10% to 15% by mass; and C) grapefruit seed extract in a concentration between 0.01 and 3% by mass.
A self-switching lighting system for a building, comprising: - a plurality of lights, - a person sensor for detecting a person, - a contactor switched by the person sensor for switching at least one subgroup of the plurality of lights of the lighting system , and - a controller configured to drive the contactor , wherein the person sensor and/or the contactor is connected to the controller via radio , characterised in that the contactor is arranged for arrangement in a supply line between a sub-distribution of the building and the plurality of lights of the lighting system. - a plurality of lights, - a person sensor for detecting a person, - a contactor switched by the person sensor for switching at least one subgroup of the plurality of lights of the lighting system , and - a controller configured to drive the contactor , wherein the person sensor and/or the contactor is connected to the controller via radio ,
Expanded tumor infiltrating lymphocytes (TILs) for use in treating a subject with cancer, the treatment comprising the steps of: - (a) culturing autologous T cells by obtaining a first population of TILs from a tumor resected from a mammal - (b) performing a first expansion by culturing the first population of TILs in a cell culture medium comprising IL-2 and one or more TME stimulators to produce a second population of TILs, wherein the one or more TME stimulators comprises at least a substance of group B selected from one or more from the group consisting of ipilimumab and tremelimumab, - (c) performing a second expansion by supplementing the cell culture medium of the second population of TILs with additional IL-2, anti-CD3 antibody, and antigen presenting cells (APCs), to produce a third population of TILs, wherein the third population of TILs is a therapeutic population; and - (d) after administering nonmyeloablative lymphodepleting chemotherapy, administering to the mammal the therapeutic population of T cells, whereupon the regression of the cancer in the mammal is promoted. - (a) culturing autologous T cells by obtaining a first population of TILs from a tumor resected from a mammal - (b) performing a first expansion by culturing the first population of TILs in a cell culture medium comprising IL-2 and one or more TME stimulators to produce a second population of TILs, wherein the one or more TME stimulators comprises at least a substance of group B selected from one or more from the group consisting of ipilimumab and tremelimumab, - (c) performing a second expansion by supplementing the cell culture medium of the second population of TILs with additional IL-2, anti-CD3 antibody, and antigen presenting cells (APCs), to produce a third population of TILs, wherein the third population of TILs is a therapeutic population; and - (d) after administering nonmyeloablative lymphodepleting chemotherapy, administering to the mammal the therapeutic population of T cells, whereupon the regression of the cancer in the mammal is promoted.
An elevator car motion alert system for signaling motion of at least one elevator car to a person , the elevator car motion alert system comprising: a sensor configured to detect car motion; characterized by a transmitter configured to transmit a pressure wave at a pre-defined frequency upon movement of the elevator car detected by the sensor ; and an electronic device configured to receive and process the pressure wave for alerting the person of the movement of the elevator car . a sensor configured to detect car motion; characterized by a transmitter configured to transmit a pressure wave at a pre-defined frequency upon movement of the elevator car detected by the sensor ; and an electronic device configured to receive and process the pressure wave for alerting the person of the movement of the elevator car .
A skirt for an underside of a vehicle , the skirt comprising: a barrier configured to extend downwards from an upper surface of the skirt; a rim disposed at a lower end of the barrier, wherein the barrier is configured to allow relative movement between the rim and the upper surface; an actuation mechanism for controlling a height of the rim above a ground surface on which the vehicle is disposed, wherein the actuation mechanism comprises: an actuator configured to cause a motion of a movable element along a first axis , the first axis being in a first plane that is substantially parallel to the upper surface of the skirt; and a converting mechanism configured to convert the motion along the first axis into a motion of the rim along a second axis , the second axis being substantially perpendicular to the first plane such that the second axis extends towards the ground surface, wherein a first end of the converting mechanism is connected to the movable element and a second end of the converting mechanism is connected to the rim. a barrier configured to extend downwards from an upper surface of the skirt; a rim disposed at a lower end of the barrier, wherein the barrier is configured to allow relative movement between the rim and the upper surface; an actuation mechanism for controlling a height of the rim above a ground surface on which the vehicle is disposed, wherein the actuation mechanism comprises: an actuator configured to cause a motion of a movable element along a first axis , the first axis being in a first plane that is substantially parallel to the upper surface of the skirt; and a converting mechanism configured to convert the motion along the first axis into a motion of the rim along a second axis , the second axis being substantially perpendicular to the first plane such that the second axis extends towards the ground surface, wherein a first end of the converting mechanism is connected to the movable element and a second end of the converting mechanism is connected to the rim. an actuator configured to cause a motion of a movable element along a first axis , the first axis being in a first plane that is substantially parallel to the upper surface of the skirt; and a converting mechanism configured to convert the motion along the first axis into a motion of the rim along a second axis , the second axis being substantially perpendicular to the first plane such that the second axis extends towards the ground surface, wherein a first end of the converting mechanism is connected to the movable element and a second end of the converting mechanism is connected to the rim.
Pulse amplifier comprising at least one gallium nitride transistor which has a drain terminal, a source terminal and a gate terminal as a control terminal , wherein the pulse amplifier is designed to amplify successive pulses having variable amplitude and, in order to eliminate memory effects, comprises an apparatus for regulating a quiescent current (lo) through the gallium nitride transistor , which apparatus comprises the following features: a current measuring device for detecting a measurement variable which depends on the quiescent current (lo) through the gallium nitride transistor between a drain terminal and the source terminal; a comparison circuit for comparing the detected measurement variable with a target value; an adjustment circuit which can be operated in a change mode and in a hold mode and is designed to apply a voltage value or a current value to the control terminal in a quiescent state of the gallium nitride transistor on the basis of the comparison, such that the quiescent current (Io) through the gallium nitride transistor in the quiescent state has a desired value; a control device which is designed to carry out the following controls: - providing the target value, - initiating the change mode in the adjustment circuit at predetermined time intervals or before an upcoming signal transmission in order to regulate the quiescent current between the successive pulses, - initiating the hold mode in the adjustment circuit , - providing a control signal for bypassing the current measuring device in the hold mode. a current measuring device for detecting a measurement variable which depends on the quiescent current (lo) through the gallium nitride transistor between a drain terminal and the source terminal; a comparison circuit for comparing the detected measurement variable with a target value; an adjustment circuit which can be operated in a change mode and in a hold mode and is designed to apply a voltage value or a current value to the control terminal in a quiescent state of the gallium nitride transistor on the basis of the comparison, such that the quiescent current (Io) through the gallium nitride transistor in the quiescent state has a desired value; a control device which is designed to carry out the following controls: - providing the target value, - initiating the change mode in the adjustment circuit at predetermined time intervals or before an upcoming signal transmission in order to regulate the quiescent current between the successive pulses, - initiating the hold mode in the adjustment circuit , - providing a control signal for bypassing the current measuring device in the hold mode. - providing the target value, - initiating the change mode in the adjustment circuit at predetermined time intervals or before an upcoming signal transmission in order to regulate the quiescent current between the successive pulses, - initiating the hold mode in the adjustment circuit , - providing a control signal for bypassing the current measuring device in the hold mode.
A double tube for heat exchange, comprising: a spiral pipe having ridges and valleys alternately formed on a circumferential surface thereof along a spiral track thereof and guiding a first fluid to flow therethrough; an outer pipe receiving the spiral pipe axially inserted thereinto and guiding a second fluid to flow along the circumferential surface of the spiral pipe in an axial direction such that the second fluid exchanges heat with the first fluid; inner pipes connected to opposite sides of the spiral pipe to allow the first fluid to flow therethrough; and pipe expansion joints provided at opposite sides of the outer pipe to have a greater diameter than the outer pipe to be placed at junctions of the spiral pipe and the inner pipes , pipe expansion joints being sealed against the corresponding pipe of the inner pipes and provided with ports for introducing and discharging the second fluid, respectively, wherein the pipe expansion joints include pipe expansion portions having a greater diameter than the outer pipe and integrally connected to the outer pipe , wherein each of the valleys has at least three grooves formed along the spiral track, and wherein a resistance member is protruded at least partially over the remaining grooves except for two grooves located outside among the at least three grooves . a spiral pipe having ridges and valleys alternately formed on a circumferential surface thereof along a spiral track thereof and guiding a first fluid to flow therethrough; an outer pipe receiving the spiral pipe axially inserted thereinto and guiding a second fluid to flow along the circumferential surface of the spiral pipe in an axial direction such that the second fluid exchanges heat with the first fluid; inner pipes connected to opposite sides of the spiral pipe to allow the first fluid to flow therethrough; and pipe expansion joints provided at opposite sides of the outer pipe to have a greater diameter than the outer pipe to be placed at junctions of the spiral pipe and the inner pipes , pipe expansion joints being sealed against the corresponding pipe of the inner pipes and provided with ports for introducing and discharging the second fluid, respectively, wherein the pipe expansion joints include pipe expansion portions having a greater diameter than the outer pipe and integrally connected to the outer pipe , wherein each of the valleys has at least three grooves formed along the spiral track, and wherein a resistance member is protruded at least partially over the remaining grooves except for two grooves located outside among the at least three grooves .
A method for setting a blind fastener comprising a rod onto which an outer body is fitted, The outer body comprising a head and a detachable portion connected to said head by means of a thinned portion of the outer body , The outer body comprising one or more parts, Said outer body comprising a deformable portion for creating a bulb under the action of the rod , The rod comprising a rupture groove which breaks from a predefined stress threshold, The installation process involving carrying out the following operations: - positioning of the fastener in a hole (T) passing through an assembly, - maintaining the fastener in the hole (T), - creating a bulb for fixing the assembly, - rupture of the rod , - rupture of the detachable portion of the head of the outer body , - driving the rod without jolts for creating the bulb until rupture of the rod at the rupture groove while retaining the detachable portion of the head of the outer body , characterized in that it further comprises the following operation: - impact driving in rotation by producing a significant dynamic stress in a very short time, by subjecting to at least one impact in a direction of rotation, the detachable portion of the head of the outer body in order to exert a torsional stress for rupture of the thinned portion of the outer body , the rupture resulting from a proper installation and the absence of rupture resulting from an improper installation. - positioning of the fastener in a hole (T) passing through an assembly, - maintaining the fastener in the hole (T), - creating a bulb for fixing the assembly, - rupture of the rod , - rupture of the detachable portion of the head of the outer body , - driving the rod without jolts for creating the bulb until rupture of the rod at the rupture groove while retaining the detachable portion of the head of the outer body , characterized in that it further comprises the following operation: - impact driving in rotation by producing a significant dynamic stress in a very short time, by subjecting to at least one impact in a direction of rotation, the detachable portion of the head of the outer body in order to exert a torsional stress for rupture of the thinned portion of the outer body , the rupture resulting from a proper installation and the absence of rupture resulting from an improper installation.
A method for transmitting information, comprising: receiving (S110) a downlink assignment sent by a base station, wherein the downlink assignment comprises a trigger flag, wherein the trigger flag is used to indicate a trigger state of aperiodic channel state information CSI; wherein in case the trigger flag is one bit, the trigger state indicated by the trigger flag is one of: triggering aperiodic CSI or not triggering the aperiodic CSI; and in case the trigger flag is two bits, the trigger state indicated by the trigger flag is one of: not triggering aperiodic CSI, triggering aperiodic CSI of a carrier where downlink data scheduled by the downlink assignment is located, triggering aperiodic CSI of a first downlink carrier set, or triggering aperiodic CSI of a second downlink carrier set; wherein the downlink assignment is a physical downlink control channel, PDCCH, used for downlink data scheduling; determining (S120) an uplink resource used to send the aperiodic CSI; and sending (S130) the aperiodic CSI to the base station, wherein the aperiodic CSI is sent, according to the trigger flag, to the base station on the uplink resource. receiving (S110) a downlink assignment sent by a base station, wherein the downlink assignment comprises a trigger flag, wherein the trigger flag is used to indicate a trigger state of aperiodic channel state information CSI; wherein in case the trigger flag is one bit, the trigger state indicated by the trigger flag is one of: triggering aperiodic CSI or not triggering the aperiodic CSI; and in case the trigger flag is two bits, the trigger state indicated by the trigger flag is one of: not triggering aperiodic CSI, triggering aperiodic CSI of a carrier where downlink data scheduled by the downlink assignment is located, triggering aperiodic CSI of a first downlink carrier set, or triggering aperiodic CSI of a second downlink carrier set; in case the trigger flag is one bit, the trigger state indicated by the trigger flag is one of: triggering aperiodic CSI or not triggering the aperiodic CSI; and in case the trigger flag is two bits, the trigger state indicated by the trigger flag is one of: not triggering aperiodic CSI, triggering aperiodic CSI of a carrier where downlink data scheduled by the downlink assignment is located, triggering aperiodic CSI of a first downlink carrier set, or triggering aperiodic CSI of a second downlink carrier set; wherein the downlink assignment is a physical downlink control channel, PDCCH, used for downlink data scheduling; determining (S120) an uplink resource used to send the aperiodic CSI; and sending (S130) the aperiodic CSI to the base station, wherein the aperiodic CSI is sent, according to the trigger flag, to the base station on the uplink resource.
A processing unit adapted for out of order execution of a plurality of code sequences, comprising: a processor ; a first plurality of registers, each storing at least a source address and a target address of a pending memory access to a cache ; a second plurality of registers, each storing a respective context identifier of one of the plurality of code sequences requiring the pending memory access to the cache ; wherein the processing unit is adapted for: submitting , to the cache , a first memory access request of a first code sequence of the plurality of code sequences, and storing a context identifier corresponding to the first code sequence ; receiving a specifying indication from the cache , that a pending first memory access corresponding to the first memory access request does not comply with a memory allocation rule; in response to the specifying indication, updating a flag, respective to the first code sequence matched by the specifying indication and respective context identifier; and in response to the processor execution of an instruction from the first code sequence respective to the flag, halting the execution of the first code sequence respective to the flag. a processor ; a first plurality of registers, each storing at least a source address and a target address of a pending memory access to a cache ; a second plurality of registers, each storing a respective context identifier of one of the plurality of code sequences requiring the pending memory access to the cache ; wherein the processing unit is adapted for: submitting , to the cache , a first memory access request of a first code sequence of the plurality of code sequences, and storing a context identifier corresponding to the first code sequence ; receiving a specifying indication from the cache , that a pending first memory access corresponding to the first memory access request does not comply with a memory allocation rule; in response to the specifying indication, updating a flag, respective to the first code sequence matched by the specifying indication and respective context identifier; and in response to the processor execution of an instruction from the first code sequence respective to the flag, halting the execution of the first code sequence respective to the flag. submitting , to the cache , a first memory access request of a first code sequence of the plurality of code sequences, and storing a context identifier corresponding to the first code sequence ; receiving a specifying indication from the cache , that a pending first memory access corresponding to the first memory access request does not comply with a memory allocation rule; in response to the specifying indication, updating a flag, respective to the first code sequence matched by the specifying indication and respective context identifier; and in response to the processor execution of an instruction from the first code sequence respective to the flag, halting the execution of the first code sequence respective to the flag.