mhurhangee/patent-ind-claim-en huggingface dataset:
A base station apparatus adapted to communicate with a terminal apparatus , comprising: a transmission unit adapted to transmit, to the terminal apparatus, a Channel State Information Process, CSI Process set to be associated with at least a Channel State Information - Reference Signal, CSI-RS with a Channel State Information Interference Measurement, CSI-IM; and a reception unit adapted to receive, from the terminal apparatus , a channel state information generated from the CSI-RS, wherein the CSI Process includes one or a plurality of pieces of the information indicating a CSI-RS configuration, wherein the information indicating the CSI-RS configuration is information indicating a resource element in a subframe to which the CSI-RS is mapped, and the reception unit is adapted to receive the channel state information including information indicating one of the plurality of CSI-RS configurations. a transmission unit adapted to transmit, to the terminal apparatus, a Channel State Information Process, CSI Process set to be associated with at least a Channel State Information - Reference Signal, CSI-RS with a Channel State Information Interference Measurement, CSI-IM; and a reception unit adapted to receive, from the terminal apparatus , a channel state information generated from the CSI-RS, wherein the CSI Process includes one or a plurality of pieces of the information indicating a CSI-RS configuration, wherein the information indicating the CSI-RS configuration is information indicating a resource element in a subframe to which the CSI-RS is mapped, and the reception unit is adapted to receive the channel state information including information indicating one of the plurality of CSI-RS configurations.
An in vitro method for manufacturing a T cell therapeutic comprising: a) providing a population of human peripheral blood mononuclear cells (PBMCs) that comprises T cells and antigen presenting cells (APCs); b) culturing the population of PBMCs for 16 hours to 32 hours prior to transduction in a cell culture medium comprising i) interleukin-2 (IL-2), ii) an anti-CD3 antibody or CD3-binding fragment thereof, and iii) an anti-CD28 antibody or a CD28-binding fragment thereof, B7-1 or a CD28-binding fragment thereof, or B7-2 or a CD28-binding fragment thereof, wherein the culture activates and stimulates the T cells; c) transducing the population of PBMCs activated in step b) with a lentiviral vector encoding a chimeric antigen receptor (CAR); and d) culturing the population of PBMCs in a cell growth medium to expand the transduced T cells; thereby manufacturing the T cell therapeutic. a) providing a population of human peripheral blood mononuclear cells (PBMCs) that comprises T cells and antigen presenting cells (APCs); b) culturing the population of PBMCs for 16 hours to 32 hours prior to transduction in a cell culture medium comprising i) interleukin-2 (IL-2), ii) an anti-CD3 antibody or CD3-binding fragment thereof, and iii) an anti-CD28 antibody or a CD28-binding fragment thereof, B7-1 or a CD28-binding fragment thereof, or B7-2 or a CD28-binding fragment thereof, wherein the culture activates and stimulates the T cells; c) transducing the population of PBMCs activated in step b) with a lentiviral vector encoding a chimeric antigen receptor (CAR); and d) culturing the population of PBMCs in a cell growth medium to expand the transduced T cells; thereby manufacturing the T cell therapeutic.
An electric power tool comprising: a brushless motor having a plurality of stator windings (U, V, W) and configured to rotate in accordance with voltages applied to the plurality of stator windings (U, V, W), an induced voltage being generated in accordance with a rotation of the brushless motor ; a rectifier circuit configured to rectify an AC voltage; a smoothing capacitor configured to smooth the AC voltage rectified by the rectifier circuit to a pulsation voltage, the smoothing capacitor having a capacitance value so that a current flows in the brushless motor in a first section (X) of the pulsation voltage where the magnitude of the pulsation voltage is larger than or equal to the induced voltage, and current does not flow in the brushless motor in a second section (Y) of the pulsation voltage where the magnitude of the pulsation voltage is smaller than the induced voltage; an inverter circuit configured to perform switching operations to output the pulsation voltage to the plurality of stator windings (U, V, W) by rotation; a receiving unit configured to receive an instruction for the inverter circuit to perform the switching operations; and a control unit configured to control the inverter circuit to continue to perform the switching operations while the receiving unit is receiving the instruction, even in the second section (Y) where the pulsation voltage is smaller than the induced voltage and current does not flow in the brushless motor . a brushless motor having a plurality of stator windings (U, V, W) and configured to rotate in accordance with voltages applied to the plurality of stator windings (U, V, W), an induced voltage being generated in accordance with a rotation of the brushless motor ; a rectifier circuit configured to rectify an AC voltage; a smoothing capacitor configured to smooth the AC voltage rectified by the rectifier circuit to a pulsation voltage, the smoothing capacitor having a capacitance value so that a current flows in the brushless motor in a first section (X) of the pulsation voltage where the magnitude of the pulsation voltage is larger than or equal to the induced voltage, and current does not flow in the brushless motor in a second section (Y) of the pulsation voltage where the magnitude of the pulsation voltage is smaller than the induced voltage; an inverter circuit configured to perform switching operations to output the pulsation voltage to the plurality of stator windings (U, V, W) by rotation; a receiving unit configured to receive an instruction for the inverter circuit to perform the switching operations; and a control unit configured to control the inverter circuit to continue to perform the switching operations while the receiving unit is receiving the instruction, even in the second section (Y) where the pulsation voltage is smaller than the induced voltage and current does not flow in the brushless motor .
A liquid leakage detection system for detecting liquid leakage from a device -comprising: an image-capturing device for capturing an image of a leakage liquid from the device ; and a controller for detecting occurrence of the liquid leakage by using image data obtained by the image-capturing device , wherein the controller is configured to: determine whether, in the image data, a pixel count corresponding to a color of the leakage liquid discolored by contact with a color changing agent outside the device is not smaller than a threshold; and determine that the liquid leakage is occurring if the pixel count is not smaller than the threshold; characterized in that the controller is configured to correct the pixel count by using a distance factor which is set depending on a distance : between the device and the image-capturing device . an image-capturing device for capturing an image of a leakage liquid from the device ; and a controller for detecting occurrence of the liquid leakage by using image data obtained by the image-capturing device , wherein the controller is configured to: determine whether, in the image data, a pixel count corresponding to a color of the leakage liquid discolored by contact with a color changing agent outside the device is not smaller than a threshold; and determine that the liquid leakage is occurring if the pixel count is not smaller than the threshold; determine whether, in the image data, a pixel count corresponding to a color of the leakage liquid discolored by contact with a color changing agent outside the device is not smaller than a threshold; and determine that the liquid leakage is occurring if the pixel count is not smaller than the threshold; characterized in that the controller is configured to correct the pixel count by using a distance factor which is set depending on a distance : between the device and the image-capturing device .
Polymer encapsulated particulate material that is 100 microns or less in size, said particulate material being (a) a primary particle or an aggregate thereof, and (b) encapsulated in a substantially uniform and continuous coating of a polymer which has at least in part been formed under the control of a RAFT agent; wherein said polymer coating has a thickness of at least 2 nanometers, and wherein said particulate material is selected from pigments, magnetic materials, waxes, bioactive agents and combinations thereof.
A high pressure fuel supply pump comprising: a pump body ; a functional component attached to the pump body ; a welded portion that fixes the functional component to the pump body ; and an air gap formed by the welded portion , the pump body , and the functional component , wherein a straight line connecting a middle of an entrance surface in the welding direction of the welded portion and a middle of an exit surface is formed so as to head from a radially outside to a radially inside of the functional component as heading toward an attachment direction in an axis direction of the functional component , characterised in that the air gap is formed by the exit surface and at a tip of the welding direction of the welded portion , and the welded portion is formed to be substantially symmetrical with respect to the straight line connecting the middle of the entrance surface and the middle of the exit surface. a pump body ; a functional component attached to the pump body ; a welded portion that fixes the functional component to the pump body ; and an air gap formed by the welded portion , the pump body , and the functional component , wherein a straight line connecting a middle of an entrance surface in the welding direction of the welded portion and a middle of an exit surface is formed so as to head from a radially outside to a radially inside of the functional component as heading toward an attachment direction in an axis direction of the functional component , characterised in that the air gap is formed by the exit surface and at a tip of the welding direction of the welded portion , and the welded portion is formed to be substantially symmetrical with respect to the straight line connecting the middle of the entrance surface and the middle of the exit surface.
A charged hadron therapy system for delivering charged hadron radiation to a target, the system comprising: - a target positioning couch for supporting said target, the target positioning couch being configured for moving along a translation direction (Y'), - a beam delivery system comprising - a beam scanning means for scanning a hadron pencil beam over said target in an first scanning direction (X) and a second scanning direction (Y), the second scanning direction being substantially parallel with the translation direction (Y') wherein the beam scanning means is limited for providing a maximum scanning amplitude AY in the second scanning direction (Y), - a controller for controlling the charged hadron therapy system , the controller being programmed for controlling translating of a target on a couch along a translation direction (Y') and for controlling scanning a hadron pencil beam over said target in an first scanning direction (X) and a second scanning direction (Y) substantially parallel with the translation direction (Y'), wherein the controller is adapted for controlling scanning of the hadron pencil beam in the second scanning direction (Y) with a maximum scanning amplitude (AY), and the controller is adapted for simultaneously moving the couch along said translation direction (Y') and scanning the hadron pencil beam in X and Y in a synchronized manner, so as to deliver charged hadron radiation to a target over a target size being larger in the Y direction than the maximum scanning amplitude (AY). - a target positioning couch for supporting said target, the target positioning couch being configured for moving along a translation direction (Y'), - a beam delivery system comprising - a beam scanning means for scanning a hadron pencil beam over said target in an first scanning direction (X) and a second scanning direction (Y), the second scanning direction being substantially parallel with the translation direction (Y') wherein the beam scanning means is limited for providing a maximum scanning amplitude AY in the second scanning direction (Y), - a controller for controlling the charged hadron therapy system , the controller being programmed for controlling translating of a target on a couch along a translation direction (Y') and for controlling scanning a hadron pencil beam over said target in an first scanning direction (X) and a second scanning direction (Y) substantially parallel with the translation direction (Y'), wherein the controller is adapted for controlling scanning of the hadron pencil beam in the second scanning direction (Y) with a maximum scanning amplitude (AY), and the controller is adapted for simultaneously moving the couch along said translation direction (Y') and scanning the hadron pencil beam in X and Y in a synchronized manner, so as to deliver charged hadron radiation to a target over a target size being larger in the Y direction than the maximum scanning amplitude (AY).
An arrangement with an apparatus, which is connected to a bicycle, comprising: a case having a chamber in an axial direction; a main device received in the chamber of the case ; a locking member connected to the main device ; a lid connected to the case to seal the chamber , wherein the lid has a bore and the bore is received in the chamber of the case ; and a transceiver received in the chamber of the case and electrically connected to the locking member , wherein the transceiver receives a signal to control the locking member accordingly; wherein the locking member engages the bore of the lid to secure the case , the main device , and the lid together in a normal condition, characterised in that the locking member disengages the bore of the lid when the transceiver receives an unlock signal, so that the main device and the lid are able to be separated from the case . a case having a chamber in an axial direction; a main device received in the chamber of the case ; a locking member connected to the main device ; a lid connected to the case to seal the chamber , wherein the lid has a bore and the bore is received in the chamber of the case ; and a transceiver received in the chamber of the case and electrically connected to the locking member , wherein the transceiver receives a signal to control the locking member accordingly; wherein the locking member engages the bore of the lid to secure the case , the main device , and the lid together in a normal condition, characterised in that the locking member disengages the bore of the lid when the transceiver receives an unlock signal, so that the main device and the lid are able to be separated from the case .
A clipping device, comprising: a capsule including a longitudinal body and a cap mounted over a distal end thereof so that the cap is movable relative to the longitudinal body from a pre-deployed configuration to a deployed configuration in which the cap , is moved proximally relative to the longitudinal body to reduce a length of the capsule , a channel of the cap and a channel of the capsule being substantially aligned with respect to one another; and a pair of clip arms , at least proximal portions of which are received within the channels of the cap and the longitudinal body so that the clip arms are movable relative to the capsule between an open configuration, in which distal ends of the clip arms are separated from one another, and a closed configuration, in which the distal ends of the clip arms are drawn toward one another. a capsule including a longitudinal body and a cap mounted over a distal end thereof so that the cap is movable relative to the longitudinal body from a pre-deployed configuration to a deployed configuration in which the cap , is moved proximally relative to the longitudinal body to reduce a length of the capsule , a channel of the cap and a channel of the capsule being substantially aligned with respect to one another; and a pair of clip arms , at least proximal portions of which are received within the channels of the cap and the longitudinal body so that the clip arms are movable relative to the capsule between an open configuration, in which distal ends of the clip arms are separated from one another, and a closed configuration, in which the distal ends of the clip arms are drawn toward one another.
A foot support system , comprising: a first fluid-filled bladder chamber including a first major surface , a second major surface opposite the first major surface, and a first interior chamber ; a second fluid-filled bladder chamber including a third major surface , a fourth major surface opposite the third major surface , and a second interior chamber , wherein the third major surface faces the second major surface ; a first fluid flow line placing the first interior chamber and the second interior chamber in fluid communication with one another; a pump device ; a second fluid flow line placing the first interior chamber in fluid communication with the pump device ; a third fluid flow line placing the pump device in fluid communication with the second interior chamber ; and a fluid flow control system to selectively change the first fluid flow line between an open configuration in which fluid flow between the first interior chamber and the second interior chamber occurs and a closed configuration in which fluid flow between the first interior chamber and the second interior chamber is stopped. a first fluid-filled bladder chamber including a first major surface , a second major surface opposite the first major surface, and a first interior chamber ; a second fluid-filled bladder chamber including a third major surface , a fourth major surface opposite the third major surface , and a second interior chamber , wherein the third major surface faces the second major surface ; a first fluid flow line placing the first interior chamber and the second interior chamber in fluid communication with one another; a pump device ; a second fluid flow line placing the first interior chamber in fluid communication with the pump device ; a third fluid flow line placing the pump device in fluid communication with the second interior chamber ; and a fluid flow control system to selectively change the first fluid flow line between an open configuration in which fluid flow between the first interior chamber and the second interior chamber occurs and a closed configuration in which fluid flow between the first interior chamber and the second interior chamber is stopped.
A computer-implemented method for digitally planning the manufacturing of at least two digital artificial teeth (2; 202) provided in a digitally designed denture comprising a digital denture base (1; 200) and the least two digital artificial teeth (2; 202), wherein the method comprises the steps of: - obtaining the digitally designed denture comprising the digital denture base (1; 200) and the at least two digital artificial teeth (2; 202) arranged in the digital denture base (1; 200) in a desired relative arrangement between the at least two digital artificial teeth (2; 202), - digitally planning the manufacturing of at least two artificial teeth (2; 202), represented by the at least two digital artificial teeth (2; 202), so that they are attached to a common placement support (3; 203) for maintaining the at least two artificial teeth (2; 202) in the desired relative arrangement, characterized in that a digital common placement support (3; 203) representing the common placement support (3; 203) and the at least two digital artificial teeth (2; 202) are digitally designed as one unit and in that the digital common placement support (3; 203) is connected to the occlusal or lingual surfaces of the at least two digital artificial teeth (2; 202). - obtaining the digitally designed denture comprising the digital denture base (1; 200) and the at least two digital artificial teeth (2; 202) arranged in the digital denture base (1; 200) in a desired relative arrangement between the at least two digital artificial teeth (2; 202), - digitally planning the manufacturing of at least two artificial teeth (2; 202), represented by the at least two digital artificial teeth (2; 202), so that they are attached to a common placement support (3; 203) for maintaining the at least two artificial teeth (2; 202) in the desired relative arrangement, characterized in that a digital common placement support (3; 203) representing the common placement support (3; 203) and the at least two digital artificial teeth (2; 202) are digitally designed as one unit and in that the digital common placement support (3; 203) is connected to the occlusal or lingual surfaces of the at least two digital artificial teeth (2; 202).
A gas sensing device , comprising: at least one processor ; a communications system communicably coupled with the at least one processor, the communications system capable of communicating with at least one other device, including a data collection device , over a network ; and a memory communicably coupled with the at least one processor, the memory configured to store detected concentrations of a particular gas detected by at least one associated gas sensor , wherein the at least one processor is configured to send reports of the detected concentrations of the gas to the data collection device per a predetermined schedule or in response to an unscheduled request, and wherein the at least one processor is further configured to, when a detected concentration of the gas is greater than a predetermined threshold, trigger and send an alarm to the data collection device; and send updated reports of the detected concentrations of the gas to the data collection device at a rate faster than that provided by the predetermined schedule. at least one processor ; a communications system communicably coupled with the at least one processor, the communications system capable of communicating with at least one other device, including a data collection device , over a network ; and a memory communicably coupled with the at least one processor, the memory configured to store detected concentrations of a particular gas detected by at least one associated gas sensor , wherein the at least one processor is configured to send reports of the detected concentrations of the gas to the data collection device per a predetermined schedule or in response to an unscheduled request, and wherein the at least one processor is further configured to, when a detected concentration of the gas is greater than a predetermined threshold, trigger and send an alarm to the data collection device; and send updated reports of the detected concentrations of the gas to the data collection device at a rate faster than that provided by the predetermined schedule. trigger and send an alarm to the data collection device; and send updated reports of the detected concentrations of the gas to the data collection device at a rate faster than that provided by the predetermined schedule.
A formulation for use in treating an inflammatory-mediated ocular disease in a subject by ocular iontophoresis, said formulation comprising an aqueous solution comprising dexamethasone phosphate at a concentration of 25 to 50 mg/ml, and wherein the starting pH of the formulation is about 5.7.