mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling assembly for rotatably coupling two shafts, the coupling assembly comprising: a first shaft extending longitudinally between a first end and a second end and having a radially extending flange at said second end ; a second shaft extending longitudinally between a first end and a second end and having a radially extending hollow receiving member at said first end , the flange being positioned within the hollow receiving member ; and wherein said hollow receiving member comprises an inner cylindrical surface comprising at least one longitudinally extending member groove ; and wherein said flange comprises an outer cylindrical surface comprising at least one longitudinally extending flange groove ; said coupling assembly further comprising a barrel-shaped roller bearing provided to extend longitudinally within and in contact with both said flange groove and said receiving member groove , characterized in that said flange groove and said member groove each have a longitudinal concave barrel shape for receiving and contacting said barrel shaped roller bearing , each concave surface has a radius of curvature in the longitudinal direction that is less than infinity and is equal to or greater than a longitudinal radius of curvature of the roller bearing. a first shaft extending longitudinally between a first end and a second end and having a radially extending flange at said second end ; a second shaft extending longitudinally between a first end and a second end and having a radially extending hollow receiving member at said first end , the flange being positioned within the hollow receiving member ; and wherein said hollow receiving member comprises an inner cylindrical surface comprising at least one longitudinally extending member groove ; and wherein said flange comprises an outer cylindrical surface comprising at least one longitudinally extending flange groove ; said coupling assembly further comprising a barrel-shaped roller bearing provided to extend longitudinally within and in contact with both said flange groove and said receiving member groove , characterized in that said flange groove and said member groove each have a longitudinal concave barrel shape for receiving and contacting said barrel shaped roller bearing , each concave surface has a radius of curvature in the longitudinal direction that is less than infinity and is equal to or greater than a longitudinal radius of curvature of the roller bearing.
A GABA A receptor allosteric enhancer represented by formula (I) for use in the treatment of epilepsy:
A control device for a vehicle having a motor mounted, inverter supplying electric power to said motor being mounted on said vehicle, the control device comprising: a detecting unit detecting an atmospheric pressure; and a control unit controlling said motor , said control unit setting a maximum value of a voltage that is to be supplied to said motor and said inverter so as to be reduced in accordance with a reduction in said detected atmospheric pressure by setting a resistance value of a gate resistance provided between a switching element and a driving circuitry of said inverter so as to be increased with said reduction in said detected atmospheric pressure, and controlling said motor based on said set maximum value. a detecting unit detecting an atmospheric pressure; and a control unit controlling said motor , said control unit setting a maximum value of a voltage that is to be supplied to said motor and said inverter so as to be reduced in accordance with a reduction in said detected atmospheric pressure by setting a resistance value of a gate resistance provided between a switching element and a driving circuitry of said inverter so as to be increased with said reduction in said detected atmospheric pressure, and controlling said motor based on said set maximum value. setting a maximum value of a voltage that is to be supplied to said motor and said inverter so as to be reduced in accordance with a reduction in said detected atmospheric pressure by setting a resistance value of a gate resistance provided between a switching element and a driving circuitry of said inverter so as to be increased with said reduction in said detected atmospheric pressure, and controlling said motor based on said set maximum value.
A dose setting mechanism for an injection device, wherein the dose setting mechanism comprises: a housing ; a coupling assembly rotationally fixed to the housing and comprising longitudinal splines ; a dose knob comprising knob splines located on an inside proximal surface of the dose knob ; a dose selector axially fixed to the dose knob and rotationally fixed to the housing ; and a snap element comprising a fixed set of snap element splines , wherein the coupling assembly is axially fixed relative to the snap element , wherein the snap element can rotate relative to the coupling assembly and the dose selector , wherein the coupling assembly is engaged with a corresponding set of dose selector coupling elements on the dose selector during dose setting and dose delivery, wherein the coupling assembly is engaged with the knob splines on the dose knob during dose delivery but not during dose setting. a housing ; a coupling assembly rotationally fixed to the housing and comprising longitudinal splines ; a dose knob comprising knob splines located on an inside proximal surface of the dose knob ; a dose selector axially fixed to the dose knob and rotationally fixed to the housing ; and a snap element comprising a fixed set of snap element splines , wherein the coupling assembly is axially fixed relative to the snap element , wherein the snap element can rotate relative to the coupling assembly and the dose selector , wherein the coupling assembly is engaged with a corresponding set of dose selector coupling elements on the dose selector during dose setting and dose delivery, wherein the coupling assembly is engaged with the knob splines on the dose knob during dose delivery but not during dose setting.
A mass spectrometry-based method for diagnosing or detecting sepsis or septic shock in a human subject comprising the steps of: measuring the level or concentration of at least circulating histone H3 in one or more biological samples consisting of blood, serum or plasma isolated from the subject by using a mass spectrometer; and comparing the level or concentration of said circulating histone from the one or more biological samples of the subject suspected of suffering from sepsis or septic shock with a reference value or with the level or concentration of said circulating histone from a biological sample consisting of blood, serum or plasma of a normal subject, wherein the normal subject is a healthy subject not suffering from sepsis or septic shock, wherein the level or concentration of circulating histone H3 is equivalent to the amount of peptide SEQ ID NO 1 (STELLIR) present in the biological sample after trypsin digestion or treatment , and wherein to measure the level or concentration of circulating histone H3 in the biological sample the averaged ratio of SEQ ID NO 1 is obtained, and wherein an increased in the level or concentration of at least circulating histone H3, is indicative of sepsis or septic shock.
A heat exchanger which optimizes the heat exchanger capacity, the heat exchanger comprising: a first manifold being an upper manifold ; a second manifold being a lower manifold ; a liquid baffle provided in the second manifold , the baffle blocking most of the second manifold except a narrow opening at the bottom of the second manifold thereby creating a first chamber and a second chamber in the second manifold , the opening extending from the first chamber to the second chamber , the liquid baffle allowing the second manifold to behave as a miniature receiver, allowing excess liquid refrigerant to continually accumulate in the second manifold ; and vertically oriented tubes extending in fluid communication between the first manifold and the second manifold ; wherein an effective cross sectional ratio, namely a ratio of the tube width to the effective cross sectional diameter of the first manifold is less than 1.20; wherein the heat exchanger is capable of operating in either a condenser mode or an evaporator mode; wherein the heat exchanger has an inlet provided in the first manifold and an outlet provided in the second manifold ; wherein the liquid baffle and opening are configured and disposed to allow only refrigerant liquid to pass through the opening , whereby any gas accumulation in the second chamber is trapped and not allowed to pass through the opening ; characterised in that the vertically orientated tubes are arranged in a single pass configuration; and in that the inlet and the outlet are on the same side of the heat exchanger. a first manifold being an upper manifold ; a second manifold being a lower manifold ; a liquid baffle provided in the second manifold , the baffle blocking most of the second manifold except a narrow opening at the bottom of the second manifold thereby creating a first chamber and a second chamber in the second manifold , the opening extending from the first chamber to the second chamber , the liquid baffle allowing the second manifold to behave as a miniature receiver, allowing excess liquid refrigerant to continually accumulate in the second manifold ; and vertically oriented tubes extending in fluid communication between the first manifold and the second manifold ; wherein an effective cross sectional ratio, namely a ratio of the tube width to the effective cross sectional diameter of the first manifold is less than 1.20; wherein the heat exchanger is capable of operating in either a condenser mode or an evaporator mode; wherein the heat exchanger has an inlet provided in the first manifold and an outlet provided in the second manifold ; wherein the liquid baffle and opening are configured and disposed to allow only refrigerant liquid to pass through the opening , whereby any gas accumulation in the second chamber is trapped and not allowed to pass through the opening ; characterised in that the vertically orientated tubes are arranged in a single pass configuration; and in that the inlet and the outlet are on the same side of the heat exchanger.
Polycrystalline diamond, wherein the polycrystalline diamond includes a plurality of crystal grains, each of the crystal grains has a diamond single phase as basic composition, the polycrystalline diamond contains boron, at least either of nitrogen and silicon, and a remainder including carbon and trace impurities, the boron is dispersed in the crystal grains at an atomic level, and greater than or equal to 90 atomic% of all the boron is present in an isolated substitutional type, the nitrogen and the silicon are present in an isolated substitutional type or an interstitial type in the crystal grains, each of the crystal grains has a grain size of less than or equal to 500 nm, and the polycrystalline diamond has a surface covered with a protective film. the polycrystalline diamond includes a plurality of crystal grains, each of the crystal grains has a diamond single phase as basic composition, the polycrystalline diamond contains boron, at least either of nitrogen and silicon, and a remainder including carbon and trace impurities, the boron is dispersed in the crystal grains at an atomic level, and greater than or equal to 90 atomic% of all the boron is present in an isolated substitutional type, the nitrogen and the silicon are present in an isolated substitutional type or an interstitial type in the crystal grains, each of the crystal grains has a grain size of less than or equal to 500 nm, and the polycrystalline diamond has a surface covered with a protective film.
A trace replay execution control system , comprising: a processor ;a memory in operable communication with the processor; a trace recorded during an execution of a program in conjunction with a runtime and a kernel, the program being a managed program, namely, a program which was configured to execute in conjunction with calls into a runtime and configured to be traced, the trace including trace entries which include a record of activities by native code instructions which executed in at least one thread of the program, wherein the trace does not include any executing instance of the runtime; a source code of at least a portion of the program; a source-intermediate mapping which automatically maps between the source code and an intermediate representation of the source code; an intermediate-native mapping which automatically maps between the intermediate representation and the trace; and an execution controller in a software tool, the execution controller configured to upon execution with the processor control a replay execution of the trace in response to requests, in which the source code is correlated with the trace entries through the source-intermediate mapping and the intermediate-native mapping. a processor ;a memory in operable communication with the processor; a trace recorded during an execution of a program in conjunction with a runtime and a kernel, the program being a managed program, namely, a program which was configured to execute in conjunction with calls into a runtime and configured to be traced, the trace including trace entries which include a record of activities by native code instructions which executed in at least one thread of the program, wherein the trace does not include any executing instance of the runtime; a source code of at least a portion of the program; a source-intermediate mapping which automatically maps between the source code and an intermediate representation of the source code; an intermediate-native mapping which automatically maps between the intermediate representation and the trace; and an execution controller in a software tool, the execution controller configured to upon execution with the processor control a replay execution of the trace in response to requests, in which the source code is correlated with the trace entries through the source-intermediate mapping and the intermediate-native mapping.
A method for controlling signals of multiple terminals, by a mobility management entity (MME) in a mobile communication system, the method comprising: receiving, from a terminal, an attach request message; setting, if the terminal is firstly connected to the mobility management entity (MME) among a plurality of terminals having a same mobility, the terminal as a leader terminal of a group; classifying the plurality of terminals as the group associated with the leader terminal; receiving a tracking area update (TAU) request message from the leader terminal; and transmitting, to a base station, paging information including tracking area update (TAU) accept information, a group ID, and a group discontinuous reception (DRX) cycle associated with the leader terminal for the group in response to the tracking area update (TAU) request message. receiving, from a terminal, an attach request message; setting, if the terminal is firstly connected to the mobility management entity (MME) among a plurality of terminals having a same mobility, the terminal as a leader terminal of a group; classifying the plurality of terminals as the group associated with the leader terminal; receiving a tracking area update (TAU) request message from the leader terminal; and transmitting, to a base station, paging information including tracking area update (TAU) accept information, a group ID, and a group discontinuous reception (DRX) cycle associated with the leader terminal for the group in response to the tracking area update (TAU) request message.
A suspendable monitor for a ceiling suspended monitor system, comprising: - a video display ; - a structural frame ; - a system interface ; and - a grip bar ; wherein the video display is mounted to a front surface of the structural frame; wherein the system interface is mounted to a topside of the structural frame at one end and mountable to the ceiling suspended monitor system at the other end for suspending the suspendable monitor; and wherein the grip bar comprises a plurality of connection portions that are adapted for coupling with the structural frame and the video display on two opposite edges of the front surface of the structural frame.. - a video display ; - a structural frame ; - a system interface ; and - a grip bar ; wherein the video display is mounted to a front surface of the structural frame; wherein the system interface is mounted to a topside of the structural frame at one end and mountable to the ceiling suspended monitor system at the other end for suspending the suspendable monitor; and wherein the grip bar comprises a plurality of connection portions that are adapted for coupling with the structural frame and the video display on two opposite edges of the front surface of the structural frame.. wherein the video display is mounted to a front surface of the structural frame; wherein the system interface is mounted to a topside of the structural frame at one end and mountable to the ceiling suspended monitor system at the other end for suspending the suspendable monitor; and wherein the grip bar comprises a plurality of connection portions that are adapted for coupling with the structural frame and the video display on two opposite edges of the front surface of the structural frame..
A device designed for use with a telescope whose primary mirror is composed of a plurality of mirror segments , and to analyze a size of a step between paired regions of the plurality of mirror segments , the device comprising: a mask comprising a plurality of primary slits and at least one reference slit , disposed in an optical axis of the primary mirror orthogonally to the optical axis at a given position where a plurality of mirror segment images as respective projected images of the plurality of mirror segments do not overlap each other, wherein said plurality of primary slits is formed at respective positions in the mirror segment images , each of the primary slits being adjacent to a boundary between the paired regions of the mirror segment images and being opposed and parallel to each other with a given spacing therebetween; and a detector disposed in an optical axis of the telescope at a position downstream of the mask ; wherein said at least one reference slit is arranged with respect to each of pairs of the primary slits in the mask , such that it extends at a given angle which is not parallel to each of the pairs of primary slits . a mask comprising a plurality of primary slits and at least one reference slit , disposed in an optical axis of the primary mirror orthogonally to the optical axis at a given position where a plurality of mirror segment images as respective projected images of the plurality of mirror segments do not overlap each other, wherein said plurality of primary slits is formed at respective positions in the mirror segment images , each of the primary slits being adjacent to a boundary between the paired regions of the mirror segment images and being opposed and parallel to each other with a given spacing therebetween; and a detector disposed in an optical axis of the telescope at a position downstream of the mask ; wherein said at least one reference slit is arranged with respect to each of pairs of the primary slits in the mask , such that it extends at a given angle which is not parallel to each of the pairs of primary slits .
Articulated vehicle , comprising vehicle section bodies and at least one transition vehicle section which is arranged between vehicle section bodies , characterized in that the transition vehicle section is constructed from three portions , two end portions being arranged at opposite ends of a centre portion and being connected to the centre portion in each case via a pivoting joint which permits a pivoting capability of the end portions about a vertical axis of the articulated vehicle with respect to the centre portion , and the end portions being connected in each case to adjoining vehicle section bodies via joints which permit a pivoting capability about a transverse axis of the articulated vehicle or a longitudinal axis of the articulated vehicle , and at least one passenger cabin door being arranged in the centre portion .
A component mounting device comprising: a nozzle for conveying a component ; a detection device that outputs a pulsed first signal indicating landing of the component; and a processing unit , the detection device including a piezoelectric body , wherein the piezoelectric body is configured to generate an electric charge when the piezoelectric body is deformed, and the processing unit acquiring, based on the first signal output from the detection device , at least one of information of deceleration of the nozzle and information of a stopping position of the nozzle , characterized in that : the detection device includes a first plate and a second plate with a higher rigidity than the first plate, and the piezoelectric body , the first plate , and the second plate form a laminated structure in which the first plate is arranged on a lower surface side of the piezoelectric body and the second plate is arranged on a lower surface side of the first plate . a nozzle for conveying a component ; a detection device that outputs a pulsed first signal indicating landing of the component; and a processing unit , the detection device including a piezoelectric body , wherein the piezoelectric body is configured to generate an electric charge when the piezoelectric body is deformed, and the processing unit acquiring, based on the first signal output from the detection device , at least one of information of deceleration of the nozzle and information of a stopping position of the nozzle , characterized in that : the detection device includes a first plate and a second plate with a higher rigidity than the first plate, and the piezoelectric body , the first plate , and the second plate form a laminated structure in which the first plate is arranged on a lower surface side of the piezoelectric body and the second plate is arranged on a lower surface side of the first plate . the detection device includes a first plate and a second plate with a higher rigidity than the first plate, and the piezoelectric body , the first plate , and the second plate form a laminated structure in which the first plate is arranged on a lower surface side of the piezoelectric body and the second plate is arranged on a lower surface side of the first plate .
Charger for a charging device for charging a battery with a charging power of at least 80 W and a charging current of at least 2 A, wherein the charger has a housing on which a supply connection and a charging connection for outputting an electric charging energy with charging parameters, in particular charging current and/or charging voltage, are provided, wherein a memory, an electronic control unit for setting at least one of the charging parameters and a communication interface are provided in the housing , wherein a charging profile is or can be stored in the memory, which charging profile defines a value for at least one of the charging parameters, wherein the housing has a length of no more than 20 cm, in particular no more than 17 cm, and a height of less than 40 mm, and wherein the housing with all the components of the charger provided in it has a weight of less than 500 g, characterized in that the communication interface is designed for wireless communication, in particular as a Bluetooth or NFC interface, and that the charger is designed to receive the charging profile via the communication interface and store it in the memory, wherein in particular the length of the housing is between 1.5 times and 2.7 times a width of the housing and/or the product of the length times the width of the housing is a value of less than 250 cm 2 , in particular less than 200 cm 2 , in particular less than 150 cm 2 .