mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a coding format, comprising: receiving, by a called terminal, one or more data packets forwarded by a call center configured to forward data packets between a calling terminal and the called terminal during a Voice over Long Term Evolution ("VoLTE") communication, wherein one or more data packets are coded with a first coding format ; characterized in that the method further comprises: detecting whether the first coding format is the same with a second coding format negotiated wherein the one or more data packets are at least two data packets; counting a number of packets in the at least two data packets for which the first coding format carried is different from the second coding format ; detecting whether the number is greater than a predetermined threshold ; modifying the coding format used during the VoLTE communication from the second coding format to the first coding format, if the number is greater than the predetermined threshold ; and neglecting the data packets coded with the first coding format if the number is smaller than the predetermined threshold. receiving, by a called terminal, one or more data packets forwarded by a call center configured to forward data packets between a calling terminal and the called terminal during a Voice over Long Term Evolution ("VoLTE") communication, wherein one or more data packets are coded with a first coding format ; characterized in that the method further comprises: detecting whether the first coding format is the same with a second coding format negotiated wherein the one or more data packets are at least two data packets; counting a number of packets in the at least two data packets for which the first coding format carried is different from the second coding format ; detecting whether the number is greater than a predetermined threshold ; modifying the coding format used during the VoLTE communication from the second coding format to the first coding format, if the number is greater than the predetermined threshold ; and neglecting the data packets coded with the first coding format if the number is smaller than the predetermined threshold. detecting whether the first coding format is the same with a second coding format negotiated wherein the one or more data packets are at least two data packets; counting a number of packets in the at least two data packets for which the first coding format carried is different from the second coding format ; detecting whether the number is greater than a predetermined threshold ; modifying the coding format used during the VoLTE communication from the second coding format to the first coding format, if the number is greater than the predetermined threshold ; and neglecting the data packets coded with the first coding format if the number is smaller than the predetermined threshold.
Autonomously moveable robot for a household , wherein the robot comprises the following: - a sensor for scanning the household in the environment of the robot ; - a processing facility for determining an occupancy grid based on the scan; - wherein the occupancy grid comprises a plurality of cells , - wherein a cell represents a section of the household , - wherein the logit of an occupancy by an object is indicated for the cell ; - wherein the logit refers to the natural logarithm of a possibility that the cell is occupied by an object ; - wherein the possibility comprises a probability of an occupancy, divided by a probability of a non-occupancy of the cell ; - wherein the processing facility is configured to control a movement of the robot in the household such that a section is not entered whose associated cell has a logit that exceeds a predetermined threshold value, characterised by a communication facility for receiving another occupancy grid of another robot in the household ; wherein the processing facility is configured to integrate the other occupancy grid into the existing grid, in that the logit values of the cells which correspond to one another are added together in each case, wherein a result of the addition is stored in the corresponding cell in the occupancy grid. - a sensor for scanning the household in the environment of the robot ; - a processing facility for determining an occupancy grid based on the scan; - wherein the occupancy grid comprises a plurality of cells , - wherein a cell represents a section of the household , - wherein the logit of an occupancy by an object is indicated for the cell ; - wherein the logit refers to the natural logarithm of a possibility that the cell is occupied by an object ; - wherein the possibility comprises a probability of an occupancy, divided by a probability of a non-occupancy of the cell ; - wherein the processing facility is configured to control a movement of the robot in the household such that a section is not entered whose associated cell has a logit that exceeds a predetermined threshold value, characterised by a communication facility for receiving another occupancy grid of another robot in the household ; wherein the processing facility is configured to integrate the other occupancy grid into the existing grid, in that the logit values of the cells which correspond to one another are added together in each case, wherein a result of the addition is stored in the corresponding cell in the occupancy grid.
Temperature control device for controlling the temperature of an external process, comprising: a line system which comprises: - a filling valve for connecting a filling container ; and - an expansion tank ; a gas connection arranged on the expansion tank for optionally pressurising the expansion tank with gas under excess pressure during normal operation; and a filling system for sucking a liquid temperature control medium into the line system via the filling valve , comprising a vacuum mechanism which is fluidly connected to the gas connection for generating a negative pressure in the line system during a filling operation. a line system which comprises: - a filling valve for connecting a filling container ; and - an expansion tank ; - a filling valve for connecting a filling container ; and - an expansion tank ; a gas connection arranged on the expansion tank for optionally pressurising the expansion tank with gas under excess pressure during normal operation; and a filling system for sucking a liquid temperature control medium into the line system via the filling valve , comprising a vacuum mechanism which is fluidly connected to the gas connection for generating a negative pressure in the line system during a filling operation.
A surgical endoscope system , comprising: a surgical endoscope configured to generate medical image data; and an image processing apparatus, including: switching control circuitry receiving the medical image data generated by the surgical endoscope and configured to perform distribution and aggregation; a plurality of graphic processing circuits configured to perform image processing on the medical image data received via distribution from the switching control circuitry; central processing circuitry connected to the switching circuitry and to the plurality of graphic processing circuits via the switching control circuitry; and memory circuitry managed by the central processing circuitry, wherein results from the image processing on the image data performed by the plurality of graphic processing circuits are aggregated by the switching control circuitry , characterised in that the aggregation of the results is independent of the memory circuitry managed by the central processing circuitry before the results are output to the memory circuitry via the central processing circuitry . a surgical endoscope configured to generate medical image data; and an image processing apparatus, including: switching control circuitry receiving the medical image data generated by the surgical endoscope and configured to perform distribution and aggregation; a plurality of graphic processing circuits configured to perform image processing on the medical image data received via distribution from the switching control circuitry; central processing circuitry connected to the switching circuitry and to the plurality of graphic processing circuits via the switching control circuitry; and memory circuitry managed by the central processing circuitry, wherein results from the image processing on the image data performed by the plurality of graphic processing circuits are aggregated by the switching control circuitry , characterised in that the aggregation of the results is independent of the memory circuitry managed by the central processing circuitry before the results are output to the memory circuitry via the central processing circuitry . switching control circuitry receiving the medical image data generated by the surgical endoscope and configured to perform distribution and aggregation; a plurality of graphic processing circuits configured to perform image processing on the medical image data received via distribution from the switching control circuitry; central processing circuitry connected to the switching circuitry and to the plurality of graphic processing circuits via the switching control circuitry; and memory circuitry managed by the central processing circuitry, wherein results from the image processing on the image data performed by the plurality of graphic processing circuits are aggregated by the switching control circuitry , characterised in that the aggregation of the results is independent of the memory circuitry managed by the central processing circuitry before the results are output to the memory circuitry via the central processing circuitry .
Device for influencing the vertical dynamics of an agricultural vehicle, in particular of an agricultural tractor, having an additional mass which is mounted on the agricultural vehicle and can be moved in the vertical direction by actuating an associated actuator arrangement , a sensor device for sensing a surface profile of a roadway section lying ahead, and an electronic control unit which calculates, in accordance with the sensed surface profile , a disruption input which is to be expected for the roadway section lying ahead, in order, by actuating the actuator arrangement by means of the additional mass , to execute a compensating movement which reduces the expected disruption input, wherein the compensating movement for reducing an inertia-related time delay of electronic control unit is executed taking into account the reaction inertia of the actuator arrangement .
A lightning protection arrangement of a wind turbine rotor blade , comprising at least one terminal connected to a down conductor arranged in the blade interior and a number of lightning attractors (2, R) electrically connected to the terminal ; and wherein at least one lightning attractor comprises - an interior connector for making electrical contact to the terminal ; and - a trailing edge receptor arranged to extend beyond the trailing edge (TE) of the rotor blade in a direction (F) opposite to the direction of travel (D) of the rotor blade . wherein said trailing edge receptor is partially embedded in the rotor blade between the terminal and the trailing edge (TE); and wherein the thickness of the rotor blade is augmented in a blade body region enclosing the partially embedded portion of the trailing edge receptor . - an interior connector for making electrical contact to the terminal ; and - a trailing edge receptor arranged to extend beyond the trailing edge (TE) of the rotor blade in a direction (F) opposite to the direction of travel (D) of the rotor blade .
A method for detecting a brake failure of an elevator using a weight measuring device configured to measure weight of an elevator car only when the brake is in closed position, which method comprises: generating a brake release signal; receiving a weight value from said weight measuring device after the brake release signal has been generated; comparing said received weight value to a reference value, the reference value corresponding with the situation wherein the brake is released and said weight measuring device is unloaded, wherein said reference value is determined by driving the elevator to both directions and accepting the value indicated by the measurement device as a reference value when the measurement device indicates same value to both directions; and detecting a brake release failure when said received weight value deviates from said reference value. generating a brake release signal; receiving a weight value from said weight measuring device after the brake release signal has been generated; comparing said received weight value to a reference value, the reference value corresponding with the situation wherein the brake is released and said weight measuring device is unloaded, wherein said reference value is determined by driving the elevator to both directions and accepting the value indicated by the measurement device as a reference value when the measurement device indicates same value to both directions; and detecting a brake release failure when said received weight value deviates from said reference value.
A refrigerator comprising a body, at least one door that allows access into the body, a door shelf that is disposed on an inner lining of the door , a rear shelf section adjacent to the inner lining of the door , a front shelf section that is telescopically attached to the rear shelf section and that is movable on the rear shelf section in a direction perpendicular or parallel to the inner lining plane of the door , and an adjustment mechanism that is arranged under the door shelf and that changes the distance between the front shelf section and the rear shelf section such that the width (W) of the door shelf in the direction perpendicular to the inner lining of the door or the length (L) of the door shelf in the direction parallel to the inner lining of the door can be changed, the adjustment mechanism comprising: more than one locking claw arranged under the door shelf as an array in the horizontal movement direction of the front shelf section , and characterized by a trigger that has a handle and a retaining extension that engages with the locking claws .
A method in a software defined network, SDN, with user plane separation, comprising: requesting (S71), by a first entity in a first plane, a first entity in a second plane to report a parameter to the first entity in the first plane, receiving (S72), at the first entity in the first plane, the reported parameter being mapped into a SDN enabling protocol, and forwarding (S73), by the first entity in the first plane, the parameter to a second entity in the first plane, characterized in that the first entity is a source base station which initiates a handover and the second entity is a target base station to which the handover is performed, the parameter is a count value, and the first plane is a control/management plane and the second plane is a user plane, further comprising instructing, by the first entity in the first plane, the first entity in the second plane to redirect data packets sourced from a terminal to a second entity in the second plane; or instructing, by the first entity in the first plane, the first entity in the second plane to switch from transmitting data packets directly to a terminal to transmitting the data packets via the second entity in the second plane. requesting (S71), by a first entity in a first plane, a first entity in a second plane to report a parameter to the first entity in the first plane, receiving (S72), at the first entity in the first plane, the reported parameter being mapped into a SDN enabling protocol, and forwarding (S73), by the first entity in the first plane, the parameter to a second entity in the first plane, characterized in that the first entity is a source base station which initiates a handover and the second entity is a target base station to which the handover is performed, the parameter is a count value, and the first plane is a control/management plane and the second plane is a user plane, further comprising instructing, by the first entity in the first plane, the first entity in the second plane to redirect data packets sourced from a terminal to a second entity in the second plane; or instructing, by the first entity in the first plane, the first entity in the second plane to switch from transmitting data packets directly to a terminal to transmitting the data packets via the second entity in the second plane.
A coagulation/flocculation apparatus for the treatment of a hydraulic flow of any type of liquid, upstream of a physical separation element, in particular upstream of a flotation unit, or of a filtration unit, in particular a membrane filtration unit, which apparatus comprises at least one coagulator with injection of coagulant, followed by a flocculator, which are successively passed through by the hydraulic flow, characterized in that : - the coagulator comprises a high-energy coagulant injection reactor being an in-line mixer, suitable for dissipating at least 1000W/m 3 , followed by a non-stirred coagulation reactor , - a high-energy intermediate element is positioned between the coagulation reactor and the flocculator , equipped at its outlet with a weir, followed by the flocculator, said flocculator being static and of plug-flow type . - the coagulator comprises a high-energy coagulant injection reactor being an in-line mixer, suitable for dissipating at least 1000W/m 3 , followed by a non-stirred coagulation reactor , - a high-energy intermediate element is positioned between the coagulation reactor and the flocculator , equipped at its outlet with a weir, followed by the flocculator, said flocculator being static and of plug-flow type .
An apparatus for estimating bio-information of a user, the apparatus comprising: a pulse wave sensor configured to measure a plurality of pulse wave signals from an object of the user; a position sensor configured to obtain sensor position information identifying a sensor position on the object for each of the plurality of pulse wave signals, based on the pulse wave sensor measuring each of the plurality of pulse wave signals; and a processor configured to: estimate first bio-information at each sensor position based on each of the plurality of pulse wave signals; generate a calibration graph by plotting the estimated first bio-information values at each sensor position against a relative distance of each sensor position from a blood vessel position of the object; based on performing curve fitting, obtain a second estimated bio-information value based on the calibration graph ; and obtain a bio-information value at a point, corresponding to the blood vessel position of the object in the calibration graph , as the second bio-information. a pulse wave sensor configured to measure a plurality of pulse wave signals from an object of the user; a position sensor configured to obtain sensor position information identifying a sensor position on the object for each of the plurality of pulse wave signals, based on the pulse wave sensor measuring each of the plurality of pulse wave signals; and a processor configured to: estimate first bio-information at each sensor position based on each of the plurality of pulse wave signals; generate a calibration graph by plotting the estimated first bio-information values at each sensor position against a relative distance of each sensor position from a blood vessel position of the object; based on performing curve fitting, obtain a second estimated bio-information value based on the calibration graph ; and obtain a bio-information value at a point, corresponding to the blood vessel position of the object in the calibration graph , as the second bio-information. estimate first bio-information at each sensor position based on each of the plurality of pulse wave signals; generate a calibration graph by plotting the estimated first bio-information values at each sensor position against a relative distance of each sensor position from a blood vessel position of the object; based on performing curve fitting, obtain a second estimated bio-information value based on the calibration graph ; and obtain a bio-information value at a point, corresponding to the blood vessel position of the object in the calibration graph , as the second bio-information.
Catching cylinder for mounting between two elements of a load lifting device, in particular scissor lift table, which can be displaced relative to one another, comprising a housing , which can be coupled to one of the elements, as well as a piston rod which can be coupled to the other element and is connected to a piston which is guided in linear movement inside the housing to form a first fluid chamber and a second fluid chamber , wherein a shutoff valve which is arranged in a connection between the two fluid chambers is designed to shut off the fluid volume stream, resulting from a passive displacement of the piston , between the fluid chambers when a response value is exceeded, characterised by a fluid reservoir wherein the housing has a first end section and a second end section , opposite the first end section , in which the fluid reservoir is formed.
A method implemented by one or more computing devices, the method comprising: receiving (S101) a biological characteristic image uploaded by a terminal to a server; verifying (S102) a digital watermark included in the biological characteristic image, the digital watermark being generated based on device identification information of the terminal and/or user identification information of the terminal by comparing the device identification information and/or the user identification information via which the digital watermark is generated with the device identification information and/or the user identification information of the terminal ; and determining (S103) whether the biological characteristic image is usable based at least in part on a result of the verifying, wherein if the verification (S102) is passed it is determined that the characteristic image may be used in the terminal as a sample for performing a biometric verification, or if the verification (S102) fails, it is determined that the biological characteristic image is not generated by using the device identification information and/or the user identification information of the terminal and use of the biological characteristic image in the terminal is rejected. receiving (S101) a biological characteristic image uploaded by a terminal to a server; verifying (S102) a digital watermark included in the biological characteristic image, the digital watermark being generated based on device identification information of the terminal and/or user identification information of the terminal by comparing the device identification information and/or the user identification information via which the digital watermark is generated with the device identification information and/or the user identification information of the terminal ; and determining (S103) whether the biological characteristic image is usable based at least in part on a result of the verifying, wherein if the verification (S102) is passed it is determined that the characteristic image may be used in the terminal as a sample for performing a biometric verification, or if the verification (S102) fails, it is determined that the biological characteristic image is not generated by using the device identification information and/or the user identification information of the terminal and use of the biological characteristic image in the terminal is rejected.
A timber framework for a roof, reinforced by C-section metal beams fixed to one or both sides of the framework, characterised in that in said timber framework at at least one of the corners of the framework the C-sections overlap and at least one C-section flange is locally removed to allow contact between the overlapping portions of the C-section metal beams.