mhurhangee/patent-ind-claim-en huggingface dataset:
A clamping device for a hollow shaft , in particular a hollow shaft taper with a circular or polygonal outer contour, comprising one or more clamping segments and a tension bolt cooperating with the clamping segments , wherein each clamping segment has a front clamping claw at a front end (VE) on its outer side and a front lug on its inner side cooperating with the tension bolt , wherein each clamping segment has a rear clamping claw at a rear end (HE) on its outer side and a rear lug on its inner side cooperating with the tension bolt , wherein, in the clamping position, the front clamping claw of each clamping segment engages in a clamping groove of the hollow shaft and the rear clamping claw is pressed against a cone , wherein, in the open position, the front clamping claw(s) do/does not engage in the clamping groove of the hollow shaft , wherein, by means of axial displacement, the tension bolt moves the clamping segment or segments from the clamping position into the open position and from the open position to the clamping position, wherein the clamping segment or segments perform(s) a first pivoting movement during the transition from the open position to the clamping position, such that the front clamping claws of the clamping segments engage in a positively-locking manner in the clamping groove and form a joint for a subsequent second pivoting movement of the clamping segment or segments , wherein, during the second pivoting movement, the rear lugs of the clamping segment or segments slide on a third cone section of the tension bolt and press the rear clamping claws of the clamping segments against the cone of the adjacent part/spindle and axially clamp the clamping segment or segments , characterized in that, during a further axial movement of the tension bolt following the second pivoting movement, the rear lugs of the clamping segment or segments slide on a second cone section of the tension bolt , such that a self-locking effect is produced between the clamping segments and the tension bolt .
An assistance apparatus for assisting work that is performed in a work area set in advance using a plurality of work machines that include a travelling work machine , the apparatus characterized by comprising: specifying means for specifying an area as a target area included in the work area in which a work machine other than the travelling work machine is to perform work, based on information from a sensor related to the travelling work machine , the information including an inclination angle of the area measured by an inclination angle sensor and information from a camera comprised in the travelling work machine , when the inclination angle is larger than or equal to a threshold set in advance at which it is difficult for the travelling work machine to travel; and requesting means for requesting to perform work in the target area. area . specifying means for specifying an area as a target area included in the work area in which a work machine other than the travelling work machine is to perform work, based on information from a sensor related to the travelling work machine , the information including an inclination angle of the area measured by an inclination angle sensor and information from a camera comprised in the travelling work machine , when the inclination angle is larger than or equal to a threshold set in advance at which it is difficult for the travelling work machine to travel; and requesting means for requesting to perform work in the target area. area .
A solar photovoltaic cell comprising: a substrate having a first and a second substantially planar face; a series of grooves in the first substantially planar face ; wherein each groove of the series of grooves has a first and a second face, the first face of each groove is coated with a semiconductor material so that the semiconductor material coats from 20 to 80% of the first face, and the second face of each groove is coated with a conductor material so that the conductor material coats from 20 to 80% of the second face; wherein the semiconductor material and the conductor material are in contact with another semiconductor material at least partially filling each groove such that within each groove a junction is formed between the semiconductor and the another semiconductor materials; characterized in that the solar photovoltaic cell further comprises a first and a second electrical conductor on the second substantially planar face ; wherein a first face of the first electrical conductor and a first face of the second electrical conductor reflect light that has passed into the surrounding substrate back through the junction between the semiconductor and the another semiconductor materials, so as to generate electrical energy; and wherein the solar photovoltaic cell further comprises a first outer electrical conductor spaced from the first and second electrical conductors by a layer of capacitor material or a layer of supercapacitor material. a substrate having a first and a second substantially planar face; a series of grooves in the first substantially planar face ; wherein each groove of the series of grooves has a first and a second face, the first face of each groove is coated with a semiconductor material so that the semiconductor material coats from 20 to 80% of the first face, and the second face of each groove is coated with a conductor material so that the conductor material coats from 20 to 80% of the second face; wherein the semiconductor material and the conductor material are in contact with another semiconductor material at least partially filling each groove such that within each groove a junction is formed between the semiconductor and the another semiconductor materials; characterized in that the solar photovoltaic cell further comprises a first and a second electrical conductor on the second substantially planar face ; wherein a first face of the first electrical conductor and a first face of the second electrical conductor reflect light that has passed into the surrounding substrate back through the junction between the semiconductor and the another semiconductor materials, so as to generate electrical energy; and wherein the solar photovoltaic cell further comprises a first outer electrical conductor spaced from the first and second electrical conductors by a layer of capacitor material or a layer of supercapacitor material.
Module for use in a vehicle system with vapour control characterized in that said module comprises: - a housing having a first port , a second port , a third port and a fourth port ; a closure body being moveably arranged in said housing ; wherein said closure body is configured - for closing the third and the fourth port in a first position of the closure body ; - for creating a barrier in said housing between a first volume and a second volume in a second position of the closure body ; said first volume creating a passage between the first and the second port and said second volume creating a passage between the third and fourth port ; and - for closing the first and the second port in a third position of the closure body . - a housing having a first port , a second port , a third port and a fourth port ; a closure body being moveably arranged in said housing ; wherein said closure body is configured - for closing the third and the fourth port in a first position of the closure body ; - for creating a barrier in said housing between a first volume and a second volume in a second position of the closure body ; said first volume creating a passage between the first and the second port and said second volume creating a passage between the third and fourth port ; and - for closing the first and the second port in a third position of the closure body . - for closing the third and the fourth port in a first position of the closure body ; - for creating a barrier in said housing between a first volume and a second volume in a second position of the closure body ; said first volume creating a passage between the first and the second port and said second volume creating a passage between the third and fourth port ; and - for closing the first and the second port in a third position of the closure body .
A method of operating a communication system in a vehicle , the vehicle including a first safety belt securable around a vehicle occupant, the method comprising: detecting , at a microphone , a first acoustic input and, in response, determining that the first acoustic input corresponds to first audible speech at a speech time; detecting vibration associated with a speaking vehicle occupant at a vibration time using a vibration sensor associated with the first safety belt ; determining that the vibration time substantially corresponds to the speech time to identify that the first audible speech originates from the vehicle occupant around which the first safety belt is secured; and in response to identifying that the first audible speech originates from the vehicle occupant associated with the first safety belt , adjusting loudspeaker output of at least one loudspeaker . detecting , at a microphone , a first acoustic input and, in response, determining that the first acoustic input corresponds to first audible speech at a speech time; detecting vibration associated with a speaking vehicle occupant at a vibration time using a vibration sensor associated with the first safety belt ; determining that the vibration time substantially corresponds to the speech time to identify that the first audible speech originates from the vehicle occupant around which the first safety belt is secured; and in response to identifying that the first audible speech originates from the vehicle occupant associated with the first safety belt , adjusting loudspeaker output of at least one loudspeaker .
A compound for use in the prevention of pre-eclampsia in a pregnant mammal at risk of pre-eclampsia, wherein said compound is a C1 esterase inhibitor and wherein the compound is administered in a dose ranging from 25 units/kg body weight to 100 units/kg body weight per administration to the pregnant mammal at least twice a week.
Underwater sound transducer module for receiving or emitting underwater sound , comprising: - an underwater sound transducer , which is configured to receive the underwater sound and to output an underwater sound signal corresponding to the received underwater sound and/or to emit the underwater sound based on an underwater sound signal; - a printed circuit board , which is configured to provide the underwater sound signal for a signal processing unit ; - wherein the underwater sound transducer is mechanically connected to the printed circuit board by means of an adhesive, and wherein the underwater sound transducer is electrically connected to the printed circuit board ; - wherein the printed circuit board comprises a first and a second conductor track in order to provide a connection between the underwater sound transducer and the signal processing unit ; - wherein the underwater sound transducer comprises a first and a second electrode, wherein the first electrode is electrically connected to the first conductor track , and the second electrode is electrically connected to the second conductor track ; - wherein the underwater sound transducer forms an adhesive surface, wherein the adhesive surface rests on the printed circuit board and forms a contact area on the printed circuit board , wherein the first and/or the second conductor track extends through the contact area of the printed circuit board ; - wherein the first and/or the second conductor track individually or jointly encloses at least 75% of at least a portion of the adhesive surface of the underwater sound transducer. - an underwater sound transducer , which is configured to receive the underwater sound and to output an underwater sound signal corresponding to the received underwater sound and/or to emit the underwater sound based on an underwater sound signal; - a printed circuit board , which is configured to provide the underwater sound signal for a signal processing unit ; - wherein the underwater sound transducer is mechanically connected to the printed circuit board by means of an adhesive, and wherein the underwater sound transducer is electrically connected to the printed circuit board ; - wherein the printed circuit board comprises a first and a second conductor track in order to provide a connection between the underwater sound transducer and the signal processing unit ; - wherein the underwater sound transducer comprises a first and a second electrode, wherein the first electrode is electrically connected to the first conductor track , and the second electrode is electrically connected to the second conductor track ; - wherein the underwater sound transducer forms an adhesive surface, wherein the adhesive surface rests on the printed circuit board and forms a contact area on the printed circuit board , wherein the first and/or the second conductor track extends through the contact area of the printed circuit board ; - wherein the first and/or the second conductor track individually or jointly encloses at least 75% of at least a portion of the adhesive surface of the underwater sound transducer.
A photoelectric conversion device , comprising a first electrode and a second electrode ; and a photoelectric conversion layer between the first electrode and the second electrode, the photoelectric conversion layer including a first material, a second material, and a third material, the first material and the second material forming a pn junction, and the third material being different from the first material and the second material, and the third material being configured to modify a distribution of energy levels of the first material or the second material, wherein the third material is included in an amount of 1% by volume to 30% by volume based on a total volume of the first material and the third material, and characterized in that a dipole moment of the third material is greater than or equal to 5.5 Debye. the photoelectric conversion layer including a first material, a second material, and a third material, the first material and the second material forming a pn junction, and the third material being different from the first material and the second material, and the third material being configured to modify a distribution of energy levels of the first material or the second material, wherein the third material is included in an amount of 1% by volume to 30% by volume based on a total volume of the first material and the third material, and characterized in that a dipole moment of the third material is greater than or equal to 5.5 Debye.
A vibratory meter having one or more flow tubes adapted to vibrate, comprising an apparatus comprising: two or more brace bars adapted to couple to the one or more flow tubes ; and an isolation bar coupled to the two or more brace bars (203, characterized in that the isolation bar comprises an aperture , wherein the isolation bar is adapted to isolate the vibratory meter from undesirable vibrations. two or more brace bars adapted to couple to the one or more flow tubes ; and an isolation bar coupled to the two or more brace bars (203, characterized in that the isolation bar comprises an aperture , wherein the isolation bar is adapted to isolate the vibratory meter from undesirable vibrations.
A method for video decoding in a decoder, comprising: decoding (S1010) prediction information of a current block from a coded video bitstream, the prediction information being indicative of an intra block copy mode; determining a block vector predictor for the current block based on the prediction information; determining a block vector difference for the current block based on the prediction information; selecting a first candidate resolution as a first resolution for a first component of the block vector difference for the current block in a case that the first magnitude of the first component of the block vector predictor is determined to be greater than a threshold; selecting a second candidate resolution as the first resolution for the first component of the block vector difference in a case that the first magnitude of the first component of the block vector predictor is determined to be not greater than the threshold, the second candidate resolution being a higher precision resolution than the first candidate resolution; determining (S1030) a block vector for the current block according to the block vector predictor, the block vector difference, and the first resolution for the first component of the block vector difference for the current block; and reconstructing (S1040) at least one sample of the current block according to the block vector. decoding (S1010) prediction information of a current block from a coded video bitstream, the prediction information being indicative of an intra block copy mode; determining a block vector predictor for the current block based on the prediction information; determining a block vector difference for the current block based on the prediction information; selecting a first candidate resolution as a first resolution for a first component of the block vector difference for the current block in a case that the first magnitude of the first component of the block vector predictor is determined to be greater than a threshold; selecting a second candidate resolution as the first resolution for the first component of the block vector difference in a case that the first magnitude of the first component of the block vector predictor is determined to be not greater than the threshold, the second candidate resolution being a higher precision resolution than the first candidate resolution; determining (S1030) a block vector for the current block according to the block vector predictor, the block vector difference, and the first resolution for the first component of the block vector difference for the current block; and reconstructing (S1040) at least one sample of the current block according to the block vector.
Hydraulic cleaning system for installing in a vehicle for cleaning at least one transparent element of at least one optical or optoelectronic apparatus , in particular of a digital camera for recording a vehicle environment, comprising: • a feed pump , which conveys a cleaning fluid from a storage container with a feed pressure Pv into a hydraulic line in a feed direction V, • at least one cleaning unit , which is connected to the line and has at least one spray nozzle for applying cleaning fluid to the transparent element , • at least one device which is interposed in the hydraulic line between the feed pump and the cleaning unit , shuts off the hydraulic line in a return direction (R) opposite to the feed direction (V) and, when activated, supplies at least one cleaning unit connected downstream with a working pressure (Pa) that is higher than the feed pressure (Pv), characterized in that the device is in the form of an electrically, in particular electronically controllable positive displacement pump . • a feed pump , which conveys a cleaning fluid from a storage container with a feed pressure Pv into a hydraulic line in a feed direction V, • at least one cleaning unit , which is connected to the line and has at least one spray nozzle for applying cleaning fluid to the transparent element , • at least one device which is interposed in the hydraulic line between the feed pump and the cleaning unit , shuts off the hydraulic line in a return direction (R) opposite to the feed direction (V) and, when activated, supplies at least one cleaning unit connected downstream with a working pressure (Pa) that is higher than the feed pressure (Pv), characterized in that the device is in the form of an electrically, in particular electronically controllable positive displacement pump .
A hybrid sodium anode battery for an electric vehicle comprising: a sodium anode in contact with a supply of anolyte solution; a cathode in contact with a supply of catholyte solution; and a NaSICON sodium ion conductive solid membrane separating the catholyte from the anolyte; wherein the anolyte solution comprises an ionic liquid (IL) containing dissolved sodium ions and wherein the IL has a density different from the densities of solid sodium and molten sodium; characterized in that : the hybrid sodium anode battery is functional at a temperature below a melting point of the sodium anode and the sodium anode is in a solid state; the hybrid sodium anode battery is functional at a temperature above the melting point of the sodium anode and the sodium anode is in a molten; and a quantity of anolyte solution separates the sodium anode from the sodium ion conductive membrane when the sodium anode is in the solid state. a sodium anode in contact with a supply of anolyte solution; a cathode in contact with a supply of catholyte solution; and a NaSICON sodium ion conductive solid membrane separating the catholyte from the anolyte; wherein the anolyte solution comprises an ionic liquid (IL) containing dissolved sodium ions and wherein the IL has a density different from the densities of solid sodium and molten sodium; characterized in that : the hybrid sodium anode battery is functional at a temperature below a melting point of the sodium anode and the sodium anode is in a solid state; the hybrid sodium anode battery is functional at a temperature above the melting point of the sodium anode and the sodium anode is in a molten; and the hybrid sodium anode battery is functional at a temperature below a melting point of the sodium anode and the sodium anode is in a solid state; the hybrid sodium anode battery is functional at a temperature above the melting point of the sodium anode and the sodium anode is in a molten; and a quantity of anolyte solution separates the sodium anode from the sodium ion conductive membrane when the sodium anode is in the solid state.
A power charge cartridge assembly, having a firing head side and a setting tool side, comprising: a hollow cylindrical housing configured to be located in a power charge chamber having a firing head side configured to be coupled with a firing head and a setting tool side configured to be coupled with a ported sub , the hollow cylindrical housing having a first end corresponding to the firing head side and a second end corresponding to the setting tool side; an energetic material disposed within the hollow cylindrical housing ; and an igniter disposed in the hollow cylindrical housing adjacent to the energetic material , the igniter comprising an initiation charge and a heating element and being proximate to the second end. a hollow cylindrical housing configured to be located in a power charge chamber having a firing head side configured to be coupled with a firing head and a setting tool side configured to be coupled with a ported sub , the hollow cylindrical housing having a first end corresponding to the firing head side and a second end corresponding to the setting tool side; an energetic material disposed within the hollow cylindrical housing ; and an igniter disposed in the hollow cylindrical housing adjacent to the energetic material , the igniter comprising an initiation charge and a heating element and being proximate to the second end.
A gasket material in which a crosslinked rubber layer compounding 30 to 200 parts by weight of titanium dioxide based on 100 parts by weight of NBR or hydrogenated NBR is formed on a metal plate.