mhurhangee/patent-ind-claim-en huggingface dataset:
A body analyzer , comprising: a main body comprising a platform in contact with feet of a subject; a detecting board separated from the main body and configured to abut against a top head of the subject, the detecting board being capable of moving towards or away from the platform ; wherein the main body comprises an information transmitter , a weighing and body analyzing mechanism , a signal processor , and a wireless communication device ; the information transmitter is configured to transmit data of a signal emitter and a signal receiver to the weighing and body analyzing mechanism ; the weighing and body analyzing mechanism is configured to calculate body compositions of the subject; the signal processor is configured to process data from the signal emitter , the signal receiver , and the weighing and body analyzing mechanism ; and the wireless communication device is configured to transmit a processed data to an external mobile device or server via a wireless network characterized in that the main body is further provided with the signal emitter and the signal receiver , the detecting board is configured to reflect the signal emitted from said signal emitter to said signal receiver , and the signal emitter and the signal receiver are configured to measure a distance between the platform and the detecting board ; and the signal emitter is at least one selected from the group consisting of a laser emitter, an LED emitter, an infrared emitter.
Timepiece comprising a control device with a bolt and push piece, the control device comprising a slideway arranged in the outer surface of the case of the timepiece, a bolt comprising an external part (11; 111; 211) arranged to be guided by the slideway so as to be able to slide on the outer surface of the case of the timepiece between an inoperative position and an end-of-travel position, and comprising an internal part which is arranged inside the case and kinematically connected to the external part, and a push piece comprising a through-part (39; 239) which is inserted in a piercing passing through the wall of the case of the timepiece, the piercing opening into the slideway or into the extension thereof and being oriented substantially perpendicularly to the slideway, the push piece further comprising a head part (38; 147, 148; 213, 247, 248) arranged outside of the case in order to cooperate with the through-part (39; 239), the total external length of the control device parallel to the slideway being equal to the length of the external part (11; 111; 211) of the bolt when the bolt is in the inoperative position, characterised in that the timepiece comprises an auxiliary mechanism comprising a dedicated power spring, in that the bolt is arranged to wind the dedicated power spring without at the same time causing the auxiliary mechanism to start, and in that the push piece is arranged to enable the auxiliary mechanism then to be started.
A heat and moisture exchange unit , comprising: a housing forming a first port , a second port , and an intermediate section extending between the first port and the second port, the intermediate section defining first and second flow paths fluidly connecting the first port and the second port ; a heat and moisture retaining media within the intermediate section along the first flow path ; a valve mechanism disposed within the intermediate section , the valve mechanism including an element forming an aperture, and an obstruction member movably retained within the housing and being transitionable between a first point of travel in which it contacts the element and a second point of travel, characterised in that at the first point of travel the obstruction member forms a variable compression interface with the element and thereby closes said second flow path and wherein at the first point of travel the obstruction member permits to direct fluid flow through the first flow path and wherein at the second point of travel fluid flow is permitted through said second flow path ; and a seal disposed on at least one of the obstruction member and the element, wherein the seal is configured to reduce an amount of the unwanted fluid leakage at the variable compression interface, wherein the seal comprises a compressible filter media and is disposed on at least one of the obstruction member and the element at the variable compression interface. a housing forming a first port , a second port , and an intermediate section extending between the first port and the second port, the intermediate section defining first and second flow paths fluidly connecting the first port and the second port ; a heat and moisture retaining media within the intermediate section along the first flow path ; a valve mechanism disposed within the intermediate section , the valve mechanism including an element forming an aperture, and an obstruction member movably retained within the housing and being transitionable between a first point of travel in which it contacts the element and a second point of travel,
A lane change system that changes lanes by controlling steering in accordance with a path moving from a first lane in which a host vehicle is traveling to a second lane different from the lane in which the host vehicle is traveling, wherein a lane change is stopped when there is any peripheral vehicle with a high collision risk in the second lane during the lane change from the first lane to the second lane wherein the collision risk is calculated based on a relative position and/ or relative speed of the host vehicle with respect to the peripheral vehicle, and the path is corrected toward the first lane when it is determined that the collision risk is greater than a first threshold during the lane change from the first lane to the second lane, wherein the host vehicle corrects the path toward a lane change standby path when it is determined that the collision risk is greater than a second threshold, wherein the lane change standby path is a path along which a vehicle travels in parallel with a lane marker, which is the path that does not approach either the first lane or the second lane, characterized in that the path is corrected toward the first lane when it is determined that time during which the host vehicle is traveling on the lane change standby path is longer than a third threshold.
Method, in particular computer-implemented method, for the bypassing of impassable obstacles by a robot , in particular a household robot ; wherein a collision of the robot with an obstacle is detected as the robot moves through a room; wherein an optical original recording of the obstacle is produced; wherein a multiplicity of artificial duplicates is generated from the original recording, which duplicates in each case take account of the geometry of the obstacle and differ from one another; wherein an artificial intelligence , in particular a neural network , is trained with at least some of the duplicates in a training process such that the robot detects the obstacle prior to a collision with the obstacle in future; wherein a training result of the training process is used for the bypassing of the obstacle by the robot in a movement routine of the robot , characterised in that training duplicates and test duplicates are generated from the original recording; that the artificial intelligence is trained in the training process with the training duplicates ; that the training process is broken down into intervals and an intermediate result of the training process is tested in a test process with at least some of the test duplicates in order to determine how likely the robot is to detect the obstacle prior to a collision; that the intermediate result is used as the training result if the likelihood lies above a predetermined value; and if the likelihood lies below the predetermined value, the training process is continued and testing is subsequently performed at intervals by means of test processes.
A polymerizable composition for an optical component, comprising a urethane acrylate represented by general formula , and a photochromic compound: wherein Ar represents a residue obtained by removing an isocyanate group from an aromatic diisocyanate compound, R 1 represents an alkanediyl group having 2 to 4 carbon atoms, and R 2 represents a hydrogen atom or a methyl group; n represents an average number of moles added, and is 2 to 8.
A pulse wave reading device for reading a pulse wave and determining blood pressure information in a living body comprising: a signal acquisition unit for acquiring a signal from a living body as an electric signal, the signal acquisition unit comprising a pulse wave detection sensor to be arranged immediately above a radial artery for detecting a pulse wave signal, and an inertia detection sensor to be arranged in the vicinity of the blood vessel, at a position different from that of the pulse wave detection sensor , for detecting an inertial force due to body movement, wherein both the pulse wave detection sensor and the inertia detection sensor are triaxial pressure sensors having different directional components respectively; a disturbance removal unit comprising a signal processor for removing a disturbance component caused by the inertial force generated by body movement in the electric signal acquired by the signal acquisition unit, the signal processor being configured for subtracting axial components of the inertial force detected by the inertia detection sensor from respective axial components of the pulse wave signal detected by the pulse wave detection sensor ; and a biological information calculation unit comprising the processor for calculating blood pressure information on the basis of the electric signal from which disturbance is removed by the disturbance removal unit.
Gas burner, wherein the gas burner is a flat burner, the gas burner comprising a burner housing with a first mixing chamber and with a second mixing chamber separated from the first mixing chamber, wherein the first mixing chamber is provided with a first gas inlet and the second mixing chamber is provided with a second gas inlet , and wherein a first group of burner ports is provided at the position of the first mixing chamber and a second group of burner ports is provided at the position of the second mixing chamber in order to open the mixing chamber toward a pan bottom, wherein the burner housing is provided with a burner cover , which covers both the first mixing chamber and the second mixing chamber and which, at the position of the first mixing chamber, comprises the first group of burner ports in open communication with the first mixing chamber, extending through the burner cover in order to open the first mixing chamber toward the pan bottom and which, at the position of the second mixing chamber, comprises the second group of burner ports in open communication with the second mixing chamber, extending through the burner cover in order to open the second mixing chamber toward the pan bottom, wherein the burner cover is formed in one piece and is shared between the first group of burner ports and the second group of burner ports, and wherein flame igniting means are provided with at least one spark electrode extending at the position of ar area of the burner cover lying between the first group of burner ports and the second group of burner ports, characterized in that said spark electrode is a shared spark electrode for the first group of burner ports and second group of burner ports that extends at least substantially halfway along the area of the burner cover between said first group and said second group of burner ports.
Dried pasta in the form of a tortiglione, i.e. shaped as a hollow cylindrical tube, which tube has an outer diameter of between 8 and 14 mm and has a plurality of ridges (1', 1") on its outer surface, said ridges being oriented in the manner of a helix with an angle of inclination of between 40° and 58°.
A ballast water monitoring device for in situ detection of the number of live phytoplankton, the device comprising: a chamber for receiving a sample ; at least one light source arranged to emit light towards the sample of ballast water from the hull of a water-borne vessel; a light detector arranged to receive light from the sample and to generate a light signal; and a controller configured to: control the at least one light source to emit a single pulse of light, calculate the variable fluorescence [F v ] of the sample in response to the pulse of light, at time intervals less than the duration of the pulse of light, compare the calculated variable fluorescence to a predetermined reference limit, and perform an action if the calculated variable fluorescence is greater than the predetermined reference limit; characterised in that the pulse of light has a duration of up to 450 μs. a chamber for receiving a sample ; at least one light source arranged to emit light towards the sample of ballast water from the hull of a water-borne vessel; a light detector arranged to receive light from the sample and to generate a light signal; and a controller configured to: control the at least one light source to emit a single pulse of light, calculate the variable fluorescence [F v ] of the sample in response to the pulse of light, at time intervals less than the duration of the pulse of light, compare the calculated variable fluorescence to a predetermined reference limit, and perform an action if the calculated variable fluorescence is greater than the predetermined reference limit; control the at least one light source to emit a single pulse of light, calculate the variable fluorescence [F v ] of the sample in response to the pulse of light, at time intervals less than the duration of the pulse of light, compare the calculated variable fluorescence to a predetermined reference limit, and perform an action if the calculated variable fluorescence is greater than the predetermined reference limit;
A wireless power transceiver comprising: a magnetic body formed in a rod shape with a groove in a middle portion of the magnetic body ; a solenoid coil wound around the middle portion of the magnetic body in which the groove is formed; a dual coil disposed substantially perpendicular to the solenoid coil and wound around portions located both sides of the groove of the magnetic body in directions opposite to each other, and wherein the magnetic body is formed as a single body. a magnetic body formed in a rod shape with a groove in a middle portion of the magnetic body ; a solenoid coil wound around the middle portion of the magnetic body in which the groove is formed; a dual coil disposed substantially perpendicular to the solenoid coil and wound around portions located both sides of the groove of the magnetic body in directions opposite to each other, and wherein the magnetic body is formed as a single body.
Method for quantum key distribution, the method, in a system comprising a plurality of data processing devices, comprising: - providing an initial key in a first data processing device and a second data processing device ; - providing, in the second data processing device , a quantum signal comprising a plurality of quantum states; - determining, in the second data processing device , a plurality of quantum measurement parameters; - determining, in the second data processing device , a raw signal by quantum measuring the plurality of quantum states employing the plurality of quantum measurement parameters; - generating with the initial key, in the second data processing device , an encrypted signal indicating at least one of the plurality of quantum measurement parameters and transmitting the encrypted signal to the first data processing device ; - determining, in the first data processing device , a reconciled signal from the encrypted signal; and - determining, in the first data processing device, a shared key from the reconciled signal by correcting the reconciled signal. - providing an initial key in a first data processing device and a second data processing device ; - providing, in the second data processing device , a quantum signal comprising a plurality of quantum states; - determining, in the second data processing device , a plurality of quantum measurement parameters; - determining, in the second data processing device , a raw signal by quantum measuring the plurality of quantum states employing the plurality of quantum measurement parameters; - generating with the initial key, in the second data processing device , an encrypted signal indicating at least one of the plurality of quantum measurement parameters and transmitting the encrypted signal to the first data processing device ; - determining, in the first data processing device , a reconciled signal from the encrypted signal; and - determining, in the first data processing device, a shared key from the reconciled signal by correcting the reconciled signal.
A manufacturing method for an outer joint member for forming a constant velocity universal joint of an automobile, comprising: induction quenching an outer joint member made of a metal, wherein the outer joint member comprises a cup section for receiving internal parts including an inner joint member coupled to an intermediate shaft, and a stem section extending from the cup section integrally in an axial direction, the cup section having an opening end portion ; applying a coating agent onto an outer peripheral surface of the cup section of the outer joint member , but neither onto the opening end portion of the cup section nor onto the stem section after the induction quenching; characterized in that it further comprises: performing tempering of the outer joint member and baking of the coating agent simultaneously by high-frequency induction heating for a cycle time; and quenching the outer joint member for a cycle time, wherein the cycle time of the high-frequency induction heating is synchronized with the cycle time for the quenching by either increasing a length of an induction coil used in the high-frequency induction heating relative to the cycle time for quenching, or increasing a number of heating positions (P) of high-frequency induction heating relative to the cycle time for quenching. induction quenching an outer joint member made of a metal, wherein the outer joint member comprises a cup section for receiving internal parts including an inner joint member coupled to an intermediate shaft, and a stem section extending from the cup section integrally in an axial direction, the cup section having an opening end portion ; applying a coating agent onto an outer peripheral surface of the cup section of the outer joint member , but neither onto the opening end portion of the cup section nor onto the stem section after the induction quenching; performing tempering of the outer joint member and baking of the coating agent simultaneously by high-frequency induction heating for a cycle time; and quenching the outer joint member for a cycle time, wherein the cycle time of the high-frequency induction heating is synchronized with the cycle time for the quenching by either increasing a length of an induction coil used in the high-frequency induction heating relative to the cycle time for quenching, or increasing a number of heating positions (P) of high-frequency induction heating relative to the cycle time for quenching.
An exhaust subsystem comprising: an exterior pipe formed in whole or in part of a polymer material, for carrying gases from an engine; a rigid liner within said exterior pipe , extending along a length of said exterior pipe , the liner defining a passageway therein, the passageway having a periphery; a fiber insulating layer formed between said rigid liner and said exterior pipe ; wherein said liner is formed to define at least one groove within said liner and circumscribing the periphery of said passageway , said at least one groove defining a region of increased cross-sectional area of said passageway along a length of said passageway ; wherein said liner is further formed to define at least one void exterior to said passageway and extending between said liner and said insulating layer , around the periphery of said passageway ; wherein said liner comprises a plurality of perforations in communication with said void , allowing sound waves to pass from said passageway into said fiber insulating layer , and into said at least one void extending around the periphery of said passageway ; and wherein at least some of said at least one void defines a chamber , wherein said chamber has a width, measured along the length of passageway and a depth, measured in a radial direction of the exhaust subsystem, such that a volume of air therein vibrates to attenuate a specific selected frequency emitted by a specific engine. an exterior pipe formed in whole or in part of a polymer material, for carrying gases from an engine; a rigid liner within said exterior pipe , extending along a length of said exterior pipe , the liner defining a passageway therein, the passageway having a periphery; a fiber insulating layer formed between said rigid liner and said exterior pipe ; wherein said liner is formed to define at least one groove within said liner and circumscribing the periphery of said passageway , said at least one groove defining a region of increased cross-sectional area of said passageway along a length of said passageway ; wherein said liner is further formed to define at least one void exterior to said passageway and extending between said liner and said insulating layer , around the periphery of said passageway ; wherein said liner comprises a plurality of perforations in communication with said void , allowing sound waves to pass from said passageway into said fiber insulating layer , and into said at least one void extending around the periphery of said passageway ; and wherein at least some of said at least one void defines a chamber , wherein said chamber has a width, measured along the length of passageway and a depth, measured in a radial direction of the exhaust subsystem, such that a volume of air therein vibrates to attenuate a specific selected frequency emitted by a specific engine.
Cardboard crate having a casing which rises from a base and, in the region of the casing corners, comprises stacking projections protruding upwards beyond the casing, base apertures corresponding to the stacking projections, and upper longitudinal edge portions, which are reinforced between the stacking projections and are in the form of inwardly-folded edge tabs which comprise, defined by groove lines , a base-parallel bearing section , a support section , which is folded towards the base , and an edge section , which is bent back towards the bearing section and is adhered to the casing , characterised in that the edge sections of the edge tabs are lengthened by extension lugs which extend into the casing corners and, with a lug portion protruding upwards beyond the bearing section , form the stacking projections which are doubled by an inwardly-folded reinforcing portion .