mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a mobile terminal , wherein the mobile terminal is configured to receive an incoming call or short message and to send a status reply in response to the incoming call or short message, the method comprising: obtaining a motion status of a user of the mobile terminal by obtaining a motion status of the mobile terminal by means of an inertia sensor of the terminal, by a global positioning system, GPS, of the terminal, or by a combination of the inertia sensor and the GPS; characterized by , when an incoming call is not answered within a predefined unanswered time period or the call request terminates, or when a received short message is not answered within the predefined unanswered time period, sending a status reply including the obtained motion status to an opposite party of the incoming call or the received short message, based on the obtained motion status of the user. obtaining a motion status of a user of the mobile terminal by obtaining a motion status of the mobile terminal by means of an inertia sensor of the terminal, by a global positioning system, GPS, of the terminal, or by a combination of the inertia sensor and the GPS; characterized by , when an incoming call is not answered within a predefined unanswered time period or the call request terminates, or when a received short message is not answered within the predefined unanswered time period, sending a status reply including the obtained motion status to an opposite party of the incoming call or the received short message, based on the obtained motion status of the user.
A computer-implemented method of facilitating processing in a computing environment, said computer-implemented method comprising: obtaining an instruction to perform a conditional branch to an indirectly specified location; and executing, by at least one processor, the instruction; the method being characterized by the executing comprising: obtaining a branch address from a location in memory, the location in memory designated by the instruction, wherein contents of one register specified in an index field of the instruction plus contents of another register specified in a base field of the instruction added to a displacement specified in the instruction provide an address in memory defining the location in memory; determining based on a condition code of another instruction whether a branch is to occur, the determining using the condition code to index into a mask provided by the instruction to determine whether the branch is to occur; and branching to the branch address obtained from the location in memory, based on determining that the branch is to occur, wherein the branching is performed without having to pre-load the branch address into a register. obtaining an instruction to perform a conditional branch to an indirectly specified location; and executing, by at least one processor, the instruction; the method being characterized by the executing comprising: obtaining a branch address from a location in memory, the location in memory designated by the instruction, wherein contents of one register specified in an index field of the instruction plus contents of another register specified in a base field of the instruction added to a displacement specified in the instruction provide an address in memory defining the location in memory; determining based on a condition code of another instruction whether a branch is to occur, the determining using the condition code to index into a mask provided by the instruction to determine whether the branch is to occur; and branching to the branch address obtained from the location in memory, based on determining that the branch is to occur, wherein the branching is performed without having to pre-load the branch address into a register. obtaining a branch address from a location in memory, the location in memory designated by the instruction, wherein contents of one register specified in an index field of the instruction plus contents of another register specified in a base field of the instruction added to a displacement specified in the instruction provide an address in memory defining the location in memory; determining based on a condition code of another instruction whether a branch is to occur, the determining using the condition code to index into a mask provided by the instruction to determine whether the branch is to occur; and branching to the branch address obtained from the location in memory, based on determining that the branch is to occur, wherein the branching is performed without having to pre-load the branch address into a register.
A system for highlighting a medical instrument in an image acquired using an ultrasound imaging probe, comprising: an ultrasound marker device including a receive funtion and a transmit function configured to respond to an ultrasonic signal received from the ultrasound imaging probe by emitting, after a delay, another ultrasonic signal which is to be received by the probe, wherein the probe is configured for transmitting and receiving ultrasonic signals to and from a volume in frames with a repetition period (T), and wherein the marker device is included on the medical instrument disposed in the volume; and a control module configured to: - analyze the ultrasonic signal transmitted by the ultrasound imaging probe and received by the ultrasound marker device to extract the frame repetition period (T); - further analyze the ultrasonic signal transmitted by the ultrasound imaging probe and received by the ultrasound marker device within a detection window the duration of which is longer than the frame repetition period (T) and shorter than twice the frame repetition period (T) to extract a time of arrival (t 0 ) of a maximum ultrasonic signal at the marker device; and - cause the marker device to inject the another ultrasonic signal in frames at t 0 +nT, wherein n is an integer. an ultrasound marker device including a receive funtion and a transmit function configured to respond to an ultrasonic signal received from the ultrasound imaging probe by emitting, after a delay, another ultrasonic signal which is to be received by the probe, wherein the probe is configured for transmitting and receiving ultrasonic signals to and from a volume in frames with a repetition period (T), and wherein the marker device is included on the medical instrument disposed in the volume; and a control module configured to: - analyze the ultrasonic signal transmitted by the ultrasound imaging probe and received by the ultrasound marker device to extract the frame repetition period (T); - further analyze the ultrasonic signal transmitted by the ultrasound imaging probe and received by the ultrasound marker device within a detection window the duration of which is longer than the frame repetition period (T) and shorter than twice the frame repetition period (T) to extract a time of arrival (t 0 ) of a maximum ultrasonic signal at the marker device; and - cause the marker device to inject the another ultrasonic signal in frames at t 0 +nT, wherein n is an integer. - analyze the ultrasonic signal transmitted by the ultrasound imaging probe and received by the ultrasound marker device to extract the frame repetition period (T); - further analyze the ultrasonic signal transmitted by the ultrasound imaging probe and received by the ultrasound marker device within a detection window the duration of which is longer than the frame repetition period (T) and shorter than twice the frame repetition period (T) to extract a time of arrival (t 0 ) of a maximum ultrasonic signal at the marker device; and - cause the marker device to inject the another ultrasonic signal in frames at t 0 +nT, wherein n is an integer.
A system, comprising: a sensor system configured to capture an image of objects in a first location having a barrier including an inside surface and an opposing outside surface; a sensor system positioner coupled to the inside surface of the barrier and configured to position the sensor system in a XY dimension; eyewear positioned in a second location including the barrier separating the first location from the second location, comprising: a frame; an optical member supported by the frame; a display coupled to the optical member; and a processor configured to: determine a location (x, y, z) on the outside surface of the barrier that the eyewear is facing along a line of site (LOS) defined between the eyewear and the location (x, y, z); control the sensor system positioner to position the sensor system to the location (x, y, z) on the inside surface of the barrier; and display the image captured by the sensor system on the eyewear display. a sensor system configured to capture an image of objects in a first location having a barrier including an inside surface and an opposing outside surface; a sensor system positioner coupled to the inside surface of the barrier and configured to position the sensor system in a XY dimension; eyewear positioned in a second location including the barrier separating the first location from the second location, comprising: a frame; an optical member supported by the frame; a display coupled to the optical member; and a processor configured to: determine a location (x, y, z) on the outside surface of the barrier that the eyewear is facing along a line of site (LOS) defined between the eyewear and the location (x, y, z); control the sensor system positioner to position the sensor system to the location (x, y, z) on the inside surface of the barrier; and display the image captured by the sensor system on the eyewear display. a frame; an optical member supported by the frame; a display coupled to the optical member; and a processor configured to: determine a location (x, y, z) on the outside surface of the barrier that the eyewear is facing along a line of site (LOS) defined between the eyewear and the location (x, y, z); control the sensor system positioner to position the sensor system to the location (x, y, z) on the inside surface of the barrier; and display the image captured by the sensor system on the eyewear display. determine a location (x, y, z) on the outside surface of the barrier that the eyewear is facing along a line of site (LOS) defined between the eyewear and the location (x, y, z); control the sensor system positioner to position the sensor system to the location (x, y, z) on the inside surface of the barrier; and display the image captured by the sensor system on the eyewear display.
An assembly for monitoring and/or controlling a wind turbine, comprising: a first load sensor for measuring a first blade bending moment of a rotor blade of a wind turbine in a first spatial direction; a second load sensor for measuring a second blade bending moment of a rotor blade of a wind turbine in a second spatial direction different from the first spatial direction; an assembly for determining direct components of forces and moments of the rotor blades provided in the wind turbine; and a controller for combining the first blade bending moment, the second blade bending moment, and the direct components, wherein the assembly for determining direct components comprises a sensor , and wherein the assembly is provided in the hub or nacelle of the wind turbine. a first load sensor for measuring a first blade bending moment of a rotor blade of a wind turbine in a first spatial direction; a second load sensor for measuring a second blade bending moment of a rotor blade of a wind turbine in a second spatial direction different from the first spatial direction; an assembly for determining direct components of forces and moments of the rotor blades provided in the wind turbine; and a controller for combining the first blade bending moment, the second blade bending moment, and the direct components, wherein the assembly for determining direct components comprises a sensor , and wherein the assembly is provided in the hub or nacelle of the wind turbine.
A grill including - a cooking space , - at least one grill surface arranged in the cooking space , - at least one first gas burner arranged below the grill surface , - at least one second gas burner arranged below the grill surface , - at least one sheet (5.1, 5.2) arranged between the grill surface and a first gas burner , which above the first gas burner has apertures with a first total aperture area, - at least one sheet arranged between the grill surface and a second gas burner , which above the second gas burner has apertures with a second total aperture area, wherein the second total aperture area of the sheet above the second gas burner is larger than the first total aperture area of the sheet (5.1, 5.2) above the first gas burner , wherein a maximum heat output of the second gas burner is greater than a maximum heat output of the first gas burner (3.1, 3.2) and wherein above the first gas burner apertures are exclusively formed in a first third of the sheet (5.1, 5.2). - a cooking space , - at least one grill surface arranged in the cooking space , - at least one first gas burner arranged below the grill surface , - at least one second gas burner arranged below the grill surface , - at least one sheet (5.1, 5.2) arranged between the grill surface and a first gas burner , which above the first gas burner has apertures with a first total aperture area, - at least one sheet arranged between the grill surface and a second gas burner , which above the second gas burner has apertures with a second total aperture area,
A pouch packaging item , in particular a standing pouch packaging item, comprising - a pouch , which has at least two pouch walls which enclose an interior for receiving a flowable or pourable product, - a pouring element , which has a pouring spout for pouring the product out of the interior and a welded-in part which is arranged between the two pouch walls and is sealingly connected thereto, the welded-in part having a channel through which the product can reach the pouring spout from the interior, and the pouring spout being arranged so as to be movable relative to the welded-in part , passage of the product through the channel being prevented in a closed position of the pouring spout , characterized in that the pouring spout has a lower spout portion having an inner face and an outer face , the outer face of the lower spout portion being opposite a channel inner wall of the channel , a first radial seal being provided between the outer face of the lower spout portion and the channel inner wall , said radial seal being integrally formed on the channel inner wall . - a pouch , which has at least two pouch walls which enclose an interior for receiving a flowable or pourable product, - a pouring element , which has a pouring spout for pouring the product out of the interior and a welded-in part which is arranged between the two pouch walls and is sealingly connected thereto,
Cylinder piston assembly comprising a working cylinder , a longitudinally displaceable piston which is sealingly mounted within the working cylinder and which carries a piston rod on at least one side, and comprising a guide piece which sealingly closes off an annular space of the working cylinder surrounding the piston rod , wherein the piston rod projects out of the working cylinder at its end facing away from the piston and is slidably mounted on the guide piece , and wherein the cylinder piston assembly further has a measuring system cooperating with the piston rod for sensing a force acting on the piston rod , characterised in that the piston rod consists at least in sections of a ferromagnetic material, and the measuring system comprises at least one measuring sensor arranged on the guide piece and an evaluation unit connected to the measuring sensor, wherein the measuring sensor is configured as a contactless magnetic sensor which detects a load-dependent change in a magnetic property of the ferromagnetic material, and the evaluation unit is configured to determine the force acting on the piston rod from measurement signals supplied by the measurement sensor as a function of the position of the piston by reference to stored, position-dependent reference values.
Cardiac support system comprising a receiving interface having inflow openings and an outlet interface having outlet openings, a turbomachine which has an impeller which is coupled to an electric motor, a connection cable , and a cannula which is connected to the connecting cable and which extends along an axis and can be arranged centrally in aortic valves , through which a blood flow can be conveyed from the receiving interface to the outlet interface by means of the turbomachine, characterized by a tip connected to a distal end of the cannula and an analysis apparatus for analyzing a viscosity of the blood in the blood flow , the analysis apparatus having the following features: - an ultrasonic element which is arranged in the tip and designed to generate a sound wave in the blood of the blood flow , which sound wave radiates through an inlet region of the receiving interface into the cannula along the axis thereof, in order to detect the Doppler parameter in reflections of sound waves from the blood, - a detection device which is designed to detect the viscosity of the blood in the blood flow using at least one Doppler parameter of a Doppler spectrum of the blood in the blood flow ; and - a supply device which is designed to supply or send a viscosity signal which represents the viscosity of the blood in the blood flow that is detected by the detection device . - an ultrasonic element which is arranged in the tip and designed to generate a sound wave in the blood of the blood flow , which sound wave radiates through an inlet region of the receiving interface into the cannula along the axis thereof, in order to detect the Doppler parameter in reflections of sound waves from the blood, - a detection device which is designed to detect the viscosity of the blood in the blood flow using at least one Doppler parameter of a Doppler spectrum of the blood in the blood flow ; and - a supply device which is designed to supply or send a viscosity signal which represents the viscosity of the blood in the blood flow that is detected by the detection device .
A method for transmitting a signal, comprising: sending (S210), by a network device, a first synchronization signal of a first cell through a first beam, the first synchronization signal carrying identity information of the first beam; sending (S220), by the network device through the first beam, a first broadcast message scrambled with the identity information of the first beam, characterised by the first broadcast message carrying at least one of a location of a time domain resource or a location of a frequency domain resource occupied by a second synchronization signal sent through at least one second beam in the first cell. sending (S210), by a network device, a first synchronization signal of a first cell through a first beam, the first synchronization signal carrying identity information of the first beam; sending (S220), by the network device through the first beam, a first broadcast message scrambled with the identity information of the first beam, characterised by the first broadcast message carrying at least one of a location of a time domain resource or a location of a frequency domain resource occupied by a second synchronization signal sent through at least one second beam in the first cell.
A ranging method, comprising: sending (S110) a ranging signal to a measured system, wherein the measured system comprises at least one reflection point, wherein the ranging signal is reflected after arriving at the at least one reflection point; receiving (S120) a first spectrum signal obtained by the reflecting by the at least one reflection point; determining (S130) a second spectrum signal according to the first spectrum signal, wherein the second spectrum signal comprises the first spectrum signal, and a spectral width of the second spectrum signal is greater than a spectral width of the first spectrum signal; and estimating (S140) a distance of the at least one reflection point according to the second spectrum signal. sending (S110) a ranging signal to a measured system, wherein the measured system comprises at least one reflection point, wherein the ranging signal is reflected after arriving at the at least one reflection point; receiving (S120) a first spectrum signal obtained by the reflecting by the at least one reflection point; determining (S130) a second spectrum signal according to the first spectrum signal, wherein the second spectrum signal comprises the first spectrum signal, and a spectral width of the second spectrum signal is greater than a spectral width of the first spectrum signal; and estimating (S140) a distance of the at least one reflection point according to the second spectrum signal.
Clamping frame for a transport device for transporting thin flat substrates , in particular circuit boards, having - a frame body including at least one clamping strip , and - at least one clamping holding means having - a first clamping member which includes a clamping portion and an operating portion , - a second clamping member which is disposed on the clamping strip of the frame body and is located opposite the clamping portion of the first clamping member and cooperates with the first clamping member, - a pivot joint which subdivides the first clamping member in the clamping portion and the operating portion and connects the second clamping member to the first clamping member in a pivoting manner thereby forming a clamping gap , and - an elastic element to pretension the clamping portion of the first clamping member against the second clamping member in narrowing the clamping gap. - a frame body including at least one clamping strip , and - at least one clamping holding means having - a first clamping member which includes a clamping portion and an operating portion , - a second clamping member which is disposed on the clamping strip of the frame body and is located opposite the clamping portion of the first clamping member and cooperates with the first clamping member, - a pivot joint which subdivides the first clamping member in the clamping portion and the operating portion and connects the second clamping member to the first clamping member in a pivoting manner thereby forming a clamping gap , and - an elastic element to pretension the clamping portion of the first clamping member against the second clamping member in narrowing the clamping gap. - a first clamping member which includes a clamping portion and an operating portion , - a second clamping member which is disposed on the clamping strip of the frame body and is located opposite the clamping portion of the first clamping member and cooperates with the first clamping member, - a pivot joint which subdivides the first clamping member in the clamping portion and the operating portion and connects the second clamping member to the first clamping member in a pivoting manner thereby forming a clamping gap , and - an elastic element to pretension the clamping portion of the first clamping member against the second clamping member in narrowing the clamping gap.
Sensor for measuring a pressure and a temperature of a fluid medium, the sensor having at least one housing , the sensor further having at least one pressure sensor module for measuring the pressure, the sensor further having at least one temperature sensor , the sensor having at least one pressure connection , the temperature sensor being at least partly accommodated in a sleeve projecting into the fluid medium, the pressure sensor module being separated from the fluid medium by a separating diaphragm , at least one feed channel for feeding the fluid medium to the separating diaphragm being at least partly arranged in the pressure connection , the separating diaphragm being designed to transmit a pressure of the fluid medium to the pressure sensor module , characterized in that the separating diaphragm is arranged at a distance from the pressure sensor module in such a way that a space which is filled with a liquid is formed between the pressure sensor module and the separating diaphragm , the liquid being suitable to transmit a pressure acting on the separating diaphragm to the pressure sensor module .