mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacture of geotechnical profiles, particularly sheet piling profiles or mobile flood prevention devices, wherein thermoplastic material forming a polymer matrix, preferably hard and high-impact, PVC and/or PET and/or PE and/or ABS and/or PP, is plasticized in an extruder, after which the thermoplastic material is pressed through an cross die unit, wherein internal reinforcing profiles in the form of flat bars, arched elements, angled elements, ribbed profiles or sections of any geometry are entered to the thermoplastic material in the entire volume, and at least in selected cross-section areas of the geotechnical profile , characterized in that said profiles are created from continuous and/or chopped fiber, selected from among: glass, basalt, aramid, polyamide, steel or natural, plant or animal fibers produced simultaneously or as part of a separate production process and internal reinforcing profiles being produced by calendering continuous fiber beams, mats and fabrics coated with impregnate compatible with the polymer matrix and/or by calibrating continuous fibers, mats and fabrics made of hybrid fibers containing, apart from reinforcing fibers, fibers made of thermoplastic materials.
A method of operating a terminal in a wireless communication system, the method comprising: acquiring a maximum channel occupancy time, MCOT, of the terminal within an unlicensed band; determining a time interval which a base station, BS, can use for downlink signal transmission in the maximum channel occupancy time; transmitting the MCOT and time information related to the time interval to the BS; and receiving a downlink signal from the BS during the time interval in the MCOT, wherein the time information includes information on a gap interval for channel access of the BS before a time point at which the BS initiates the downlink signal, wherein the time information includes a gap interval indicator, a slot indicator, and a transmission time indicator. acquiring a maximum channel occupancy time, MCOT, of the terminal within an unlicensed band; determining a time interval which a base station, BS, can use for downlink signal transmission in the maximum channel occupancy time; transmitting the MCOT and time information related to the time interval to the BS; and receiving a downlink signal from the BS during the time interval in the MCOT, wherein the time information includes information on a gap interval for channel access of the BS before a time point at which the BS initiates the downlink signal, wherein the time information includes a gap interval indicator, a slot indicator, and a transmission time indicator.
A method of transferring power between a wireless power source and a wireless power receiver, the method comprising: setting an impedance and an output power level for the source; and determining whether the source is operating in a capacitive mode; characterised by : determining a temporal offset value between current and voltage waveforms in the source; comparing the temporal offset value to a first threshold value; and determining that the source is operating in a capacitive mode if the temporal offset value is less than the first threshold value; and reducing (1118; 1408) the output power level if the source is operating in a capacitive mode. setting an impedance and an output power level for the source; and determining whether the source is operating in a capacitive mode; characterised by : determining a temporal offset value between current and voltage waveforms in the source; comparing the temporal offset value to a first threshold value; and determining that the source is operating in a capacitive mode if the temporal offset value is less than the first threshold value; and determining a temporal offset value between current and voltage waveforms in the source; comparing the temporal offset value to a first threshold value; and determining that the source is operating in a capacitive mode if the temporal offset value is less than the first threshold value; and reducing (1118; 1408) the output power level if the source is operating in a capacitive mode.
A conductive composite comprising: a first layer of elastomeric polymer ; a layer of electrically conductive paste on the first layer of elastomeric polymer ; a second layer of elastomeric polymer on the layer of electrically conductive paste ; and a reinforcement mesh in contact with the layer of electrically conductive paste , wherein the layer of electrically conductive paste comprises a metal or alloy with a melting temperature below about 60 °C and a thickening agent. a first layer of elastomeric polymer ; a layer of electrically conductive paste on the first layer of elastomeric polymer ; a second layer of elastomeric polymer on the layer of electrically conductive paste ; and a reinforcement mesh in contact with the layer of electrically conductive paste , wherein the layer of electrically conductive paste comprises a metal or alloy with a melting temperature below about 60 °C and a thickening agent.
An active short-wave infrared, SWIR, imaging system, comprising: a pulsed illumination source operative to emit SWIR radiation pulses towards a target, the radiation pulses impinging on the target resulting in reflected SWIR radiation pulses reflected from the target; an imaging receiver comprising a plurality of Germanium, Ge, photodiodes , PDs, operative to detect the reflected SWIR radiation, wherein the imaging receiver produces for each Ge photodiode, PD, a respective detection signal representative of the reflected SWIR radiation impinging on the respective Ge PD, a dark current that is larger than 50μA/cm 2 , time dependent dark current noise and time independent readout noise, characterised by a controller, operative to control activation of the imaging receiver for an integration time during which an accumulated dark current noise does not exceed the time independent readout noise, the activation including triggering initiation of continuous signal acquisition by the imaging receiver, collecting for each Ge PD, as a result of the triggering, charge resulting from at least the impinging of the reflected SWIR radiation on the respective Ge PD, and triggering ceasing of the collection of the charge when the amount of charge collected as a result of the dark current noise is still lower than the amount of charge collected as a result of the integration-time independent readout noise. a pulsed illumination source operative to emit SWIR radiation pulses towards a target, the radiation pulses impinging on the target resulting in reflected SWIR radiation pulses reflected from the target; an imaging receiver comprising a plurality of Germanium, Ge, photodiodes , PDs, operative to detect the reflected SWIR radiation, wherein the imaging receiver produces for each Ge photodiode, PD, a respective detection signal representative of the reflected SWIR radiation impinging on the respective Ge PD, a dark current that is larger than 50μA/cm 2 , time dependent dark current noise and time independent readout noise, characterised by a controller, operative to control activation of the imaging receiver for an integration time during which an accumulated dark current noise does not exceed the time independent readout noise, the activation including triggering initiation of continuous signal acquisition by the imaging receiver, collecting for each Ge PD, as a result of the triggering, charge resulting from at least the impinging of the reflected SWIR radiation on the respective Ge PD, and triggering ceasing of the collection of the charge when the amount of charge collected as a result of the dark current noise is still lower than the amount of charge collected as a result of the integration-time independent readout noise.
An optical ranging device comprising: light pulse generation means configured to generate a light pulse with a phase change point between a first phase modulation portion and a second phase modulation portion; light-transmitting means configured to transmit the generated light pulse; light-receiving means configured to receive a light pulse reflected from a measurement object by the transmitted light pulse; and distance calculation means configured to calculate a distance to the measurement object, based on the phase change point of the transmitted light pulse and the phase change point of the received light pulse, wherein an optical signal of the first phase modulation portion is a first phase and an optical signal of the second phase modulation portion is a second phase different from the first phase. light pulse generation means configured to generate a light pulse with a phase change point between a first phase modulation portion and a second phase modulation portion; light-transmitting means configured to transmit the generated light pulse; light-receiving means configured to receive a light pulse reflected from a measurement object by the transmitted light pulse; and distance calculation means configured to calculate a distance to the measurement object, based on the phase change point of the transmitted light pulse and the phase change point of the received light pulse, wherein an optical signal of the first phase modulation portion is a first phase and an optical signal of the second phase modulation portion is a second phase different from the first phase.
A method used by a wireless transmit/receive unit, WTRU, for wireless communications, the method comprising: receiving, from a network node of an access network , a request to transition from a radio resource control, RRC, connected state to a RRC inactive state and context information indicating one or more logical channels, LCHs or radio bearers, that remain available for uplink, UL, transmission while in the RRC inactive state; transitioning to the RRC inactive state ; with respect to the network node and on condition that UL data associated with the indicated one or more LCHs or radio bearers becomes available for transmission and the UL data satisfies one or more criteria for transmission while in the RRC inactive state, transmitting the UL data and an identity of the WTRU while in the RRC inactive state, wherein the one or more criteria for transmission comprises criteria such that the UL data is less than a threshold and that a size of an available UL grant can accommodate the UL data. receiving, from a network node of an access network , a request to transition from a radio resource control, RRC, connected state to a RRC inactive state and context information indicating one or more logical channels, LCHs or radio bearers, that remain available for uplink, UL, transmission while in the RRC inactive state; transitioning to the RRC inactive state ; with respect to the network node and
Bagging machine used to fill bags (S1 to S3), comprising multiple stations (42 to 48) including a first filling station , each station (42 to 48) having at least one holding system for immobilizing the bags (S1, S3) in a position of immobilization, the positions of immobilization of the stations being aligned parallel to a running direction (DD) and separated from one another by a distance equal to a pitch (P), the bagging machine also having at least one conveying system for moving the bags (S1 to S3) parallel to the running direction (DD) from one position of immobilization to the next, comprising at least one carriage which is movable along the running direction (DD) and at least one movement mechanism , to which the carriage is connected and which is configured to perform back-and-forth movements, parallel to the running direction (DD), with an amplitude equal to the pitch (P), the bagging machine comprising a second filling station , which is positioned downstream of the first filling station and has a position of immobilization, the positions of immobilization of the first and second filling stations being aligned parallel to the running direction (DD) and separated by a distance equal to the pitch (P), and the conveying system comprising at least one actuator connecting the movement mechanism and the carriage , characterized in that the conveying system is configured to move the carriage with respect to the movement mechanism parallel to the running direction (DD) over a travel equal to the pitch (P) such that the carriage can operate alternately in first and second operating modes: a first operating mode during which the carriage supplies bags to or discharges the bags from the first filling station and a second operating mode during which the carriage supplies bags to or discharges the bags from the second filling station .
A compressor device , comprising: a housing for a compressed fluid, wherein a deformable structural element of the housing is arranged between a first pressure area (N) and a second pressure area (P) of the compressor device , and a drive arrangement for regulating or controlling the compressor device , the drive arrangement comprising: an electric power module , a cooling plate arranged to dissipate heat from the electric power module thermally coupled to the cooling plate , the cooling plate being arranged between the structural element and the power module , and a mounting arrangement for the cooling plate comprising a plurality of spacer elements spacing the cooling plate from the structural element , wherein the spacer elements are arranged to reduce transmission of deformation of the structural element to the cooling plate . a housing for a compressed fluid, wherein a deformable structural element of the housing is arranged between a first pressure area (N) and a second pressure area (P) of the compressor device , and a drive arrangement for regulating or controlling the compressor device , the drive arrangement comprising: an electric power module , a cooling plate arranged to dissipate heat from the electric power module thermally coupled to the cooling plate , the cooling plate being arranged between the structural element and the power module , and a mounting arrangement for the cooling plate comprising a plurality of spacer elements spacing the cooling plate from the structural element , wherein the spacer elements are arranged to reduce transmission of deformation of the structural element to the cooling plate . an electric power module , a cooling plate arranged to dissipate heat from the electric power module thermally coupled to the cooling plate , the cooling plate being arranged between the structural element and the power module , and a mounting arrangement for the cooling plate comprising a plurality of spacer elements spacing the cooling plate from the structural element , wherein the spacer elements are arranged to reduce transmission of deformation of the structural element to the cooling plate .
A method of user interface operation, comprising: storing a correspondence between operative instructions and pressure parameters, wherein the pressure parameters include a pressure value and duration; obtaining and displaying the pressure value and the duration applied on the mobile terminal; finding and calling an operative instruction according to the pressure value, the duration and the correspondence between pressure parameters and operative instructions; performing the operative instruction; characterized by further comprising: determining a gender and age of a user of the mobile terminal by face recognition, finger-print recognition or voice recognition, and the step of finding and calling an operative instruction according to the pressure value, the duration and the correspondence between pressure parameters and operative instructions comprising: finding and calling an operative instruction according to the pressure value, the duration, the gender and age of the user, and the correspondence between pressure parameters and operative instructions. storing a correspondence between operative instructions and pressure parameters, wherein the pressure parameters include a pressure value and duration; obtaining and displaying the pressure value and the duration applied on the mobile terminal; finding and calling an operative instruction according to the pressure value, the duration and the correspondence between pressure parameters and operative instructions; performing the operative instruction; characterized by further comprising: determining a gender and age of a user of the mobile terminal by face recognition, finger-print recognition or voice recognition, and the step of finding and calling an operative instruction according to the pressure value, the duration and the correspondence between pressure parameters and operative instructions comprising: finding and calling an operative instruction according to the pressure value, the duration, the gender and age of the user, and the correspondence between pressure parameters and operative instructions. determining a gender and age of a user of the mobile terminal by face recognition, finger-print recognition or voice recognition, and the step of finding and calling an operative instruction according to the pressure value, the duration and the correspondence between pressure parameters and operative instructions comprising: finding and calling an operative instruction according to the pressure value, the duration, the gender and age of the user, and the correspondence between pressure parameters and operative instructions.
A connecting unit configured for detachable mounting to the tip of a crane boom in order to form a connection between the crane boom and an associated crane implement , the connecting unit comprising: - an insertion part adapted to be inserted into a hollow crane boom section (27b6) at the tip of the crane boom; and - a holding part , which is fixed to the insertion part and configured to form a support for the crane implement , characterized in that the connecting unit further comprises: - one or more supporting elements (12a, 12b; 12a', 12b'), each of which being moveably mounted to the insertion part so as to be moveable transversely to the longitudinal axis of the insertion part in order to allow the supporting element (12a, 12b; 12a', 12b') to be pushed outwards in relation to the longitudinal axis of the insertion part and against an inner surface of said crane boom section (27b6) and thereby take up a play between the insertion part and the crane boom section (27b6); and - an actuating device for moving said one or more supporting elements (12a, 12b; 12a', 12b') transversely to the longitudinal axis of the insertion part . - an insertion part adapted to be inserted into a hollow crane boom section (27b6) at the tip of the crane boom; and - a holding part , which is fixed to the insertion part and configured to form a support for the crane implement , - one or more supporting elements (12a, 12b; 12a', 12b'), each of which being moveably mounted to the insertion part so as to be moveable transversely to the longitudinal axis of the insertion part in order to allow the supporting element (12a, 12b; 12a', 12b') to be pushed outwards in relation to the longitudinal axis of the insertion part and against an inner surface of said crane boom section (27b6) and thereby take up a play between the insertion part and the crane boom section (27b6); and - an actuating device for moving said one or more supporting elements (12a, 12b; 12a', 12b') transversely to the longitudinal axis of the insertion part .
System of mobile robots , comprising an immovable base station , each robot comprising at least one computer, by which at least drives of the robot can be controlled, characterised in that each robot has a communications means, which is connected to the respective computer and by which it is possible to establish a communications link to the base station , if a first robot of the mobile robots is positioned within the transmission range of the base station and there is also no obstruction for the communications medium, such as radio waves, infrared or ultrasound, on the communication path, and to further robots that are positioned in a dead zone when viewed from the base station , each robot of the mobile robots having a position determination means, which ascertains the information on the position of the robot at least also from the distance determination with respect to reference transmitters, the base station and all the robots being configured appropriately and/or acting as reference transmitters, further robots of the mobile robots being asked to participate in forming a group by at least one of the mobile robots by means of a request to form a group sent to said at least one robot, the group being moved and operated in synchronisation in order to complete a transportation task for an object, the communications links between the robots and the base station being established in the manner of an ad hoc network.
Cover of a substrate , comprising a frame , laid onto the substrate and connected therewith, made of sections , connected with one another, of a steel profile, wherein the frame delimits a fill space above the substrate , which is filled with a cured load distribution layer and onto the load distribution layer is introduced at least one cover plate completely covering the load distribution layer and welded at the edges with the frame , characterised in that the cover plate is equipped on its bottom side , facing the load distribution layer , with protruding reinforcement bolts extending into the load distribution layer .
Variable valve train for an internal combustion engine, comprising: a camshaft with a cam ; a rocker arm for activating at least one gas exchange valve of the internal combustion engine; a swivelling lever element , in particular a swivelling lever gate, which has a support surface and a cam follower , wherein the support surface is operatively connected, in particular in contact, with the rocker arm , and the cam follower follows a cam contour of the cam ; and characterized by a first lever arm , which pivotably mounts the swivelling lever element , and which is connected with a drivable swivelling shaft for swivelling around a longitudinal axis (A) of the swivelling shaft . a camshaft with a cam ; a rocker arm for activating at least one gas exchange valve of the internal combustion engine; a swivelling lever element , in particular a swivelling lever gate, which has a support surface and a cam follower , wherein the support surface is operatively connected, in particular in contact, with the rocker arm , and the cam follower follows a cam contour of the cam ; and characterized by a first lever arm , which pivotably mounts the swivelling lever element , and which is connected with a drivable swivelling shaft for swivelling around a longitudinal axis (A) of the swivelling shaft .