mhurhangee/patent-ind-claim-en huggingface dataset:
Device for twisting wires , wherein the device has at least one rotatable twisting shaft , on which drums are axially supported and rotatable relative to the twisting shaft on which the wires are wound up, and at least one twisting head is supported on the at least one twisting shaft in a rotationally-fixed manner, said twisting head twisting together the wires removed from the drums by way of the rotation of the at least one twisting shaft , characterized in that at least one disc , which is rotationally fixed to the at least one twisting shaft , is provided between at least one of the drums and the at least one twisting head , the outer periphery of said disc having at least one groove that guides at least one of the wires beyond the at least one twisting shaft from the at least one drum to the at least one twisting head .
Lightning protection spark gap assembly, comprising: a lightning protection spark gap (1; 1') comprising a first main terminal and a second main terminal ; a first voltage line (S1) of a supply network being connectable to the first main terminal and a second voltage line of the supply network being connectable to the second main terminal ; a fuse device triggerable by an electric match and connected between the first or second voltage line (S1, S2) and the corresponding main terminal of the lightning protection spark gap (1; 1'); and an indicator device (4'; 4"; 4′′′) for detecting secondary network current characteristic, which follows a pulse current characteristic, or a corresponding portion of the secondary network current characteristic, and for triggering the fuse device by activating the electric match if the detected secondary network current characteristic or the corresponding portion of the secondary network current characteristic meets a first predetermined criterion, the lightning protection spark gap (1; 1') having a first and a second diverging electrode and an arcing chamber ; wherein the indicator device (4'; 4"; 4′′′) is electrically connected to the first or second diverging electrode and/or to the arcing chamber so as to detect the secondary network current characteristic or the corresponding portion of the secondary network current characteristic in the travel region (L) of the arc. a lightning protection spark gap (1; 1') comprising a first main terminal and a second main terminal ; a first voltage line (S1) of a supply network being connectable to the first main terminal and a second voltage line of the supply network being connectable to the second main terminal ; a fuse device triggerable by an electric match and connected between the first or second voltage line (S1, S2) and the corresponding main terminal of the lightning protection spark gap (1; 1'); and an indicator device (4'; 4"; 4′′′) for detecting secondary network current characteristic, which follows a pulse current characteristic, or a corresponding portion of the secondary network current characteristic, and for triggering the fuse device by activating the electric match if the detected secondary network current characteristic or the corresponding portion of the secondary network current characteristic meets a first predetermined criterion, the lightning protection spark gap (1; 1') having a first and a second diverging electrode and an arcing chamber ; wherein the indicator device (4'; 4"; 4′′′) is electrically connected to the first or second diverging electrode and/or to the arcing chamber so as to detect the secondary network current characteristic or the corresponding portion of the secondary network current characteristic in the travel region (L) of the arc.
A method for operating an axial piston motor , in which fuel and compressed combustion medium are continuously burnt in a combustion chamber to form working medium and successively fed to working cylinders in which working pistons run back and forth which in turn drive an output and compressor pistons which run back and forth in compressor cylinders in which the combustion medium is compressed, the combustion medium being drawn in via compressor inlet valves , and the compressed combustion medium being fed to the combustion chamber by the compressor cylinders via compressor outlet valves , characterised in that at least one of the compressor outlet valves is closed in a positively controlled manner and is opened by means of a compressor pressure building up in the respective compressor cylinder .
A method implemented in a radio frequency identification (RFID) tag , the method comprising: receiving, from an RFID reader , a sleep command; generating a silent key responsive to receipt of the sleep command; storing the silent key in memory of the RFID tag; transmitting the silent key to the RFID reader; subsequent to the transmitting of the silent key to the RFID reader, changing the RFID tag from a standard state to a silent state responsive to receipt of the sleep command, the standard state configured to respond to commands from the RFID reader, the silent state configured to only respond to an awake command from the RFID reader; receiving, from the RFID reader, the awake command and the silent key while the RFID tag is in the silent state; and changing the RFID tag from the silent state to the standard state responsive to processing the awake command with the silent key, the processing the awake command comprising verifying the silent key received by the RFID reader against the silent key stored in the memory of the RFID tag prior to changing the silent state of the RFID tag to the standard state. receiving, from an RFID reader , a sleep command; generating a silent key responsive to receipt of the sleep command; storing the silent key in memory of the RFID tag; transmitting the silent key to the RFID reader; subsequent to the transmitting of the silent key to the RFID reader, changing the RFID tag from a standard state to a silent state responsive to receipt of the sleep command, the standard state configured to respond to commands from the RFID reader, the silent state configured to only respond to an awake command from the RFID reader; receiving, from the RFID reader, the awake command and the silent key while the RFID tag is in the silent state; and changing the RFID tag from the silent state to the standard state responsive to processing the awake command with the silent key, the processing the awake command comprising verifying the silent key received by the RFID reader against the silent key stored in the memory of the RFID tag prior to changing the silent state of the RFID tag to the standard state.
A method of updating speech recognition data comprising a language model used for speech recognition, the method comprising: obtaining (S301) language data comprising at least one word; detecting (S303) a word that does not exist in the language model from among the at least one word; obtaining (S305) at least one phoneme sequence regarding the detected word; obtaining (S307) components constituting the at least one phoneme sequence by dividing the at least one phoneme sequence into predetermined unit components; determining (S309) information about a probability that the respective components constituting each of the at least one phoneme sequence will appear during speech recognition as appearance probability information; and updating (S311) the language model based on the determined appearance probability information. obtaining (S301) language data comprising at least one word; detecting (S303) a word that does not exist in the language model from among the at least one word; obtaining (S305) at least one phoneme sequence regarding the detected word; obtaining (S307) components constituting the at least one phoneme sequence by dividing the at least one phoneme sequence into predetermined unit components; determining (S309) information about a probability that the respective components constituting each of the at least one phoneme sequence will appear during speech recognition as appearance probability information; and updating (S311) the language model based on the determined appearance probability information.
A path computation element, PCE, comprising: a processing unit , configured to determine whether a cost of a path from a root node to a leaf node in a virtual shortest path tree, VSPT, obtained by a PCE of a downstream neighboring domain in a domain sequence is less than a cost threshold, wherein the root node is a destination node, the leaf node is a boundary node that is in the downstream neighboring domain and that has an inter-domain link with a domain in which a source node is located, the domain sequence is a sequence of domains passed from the source node to the destination node, the downstream refers to a direction from the source node to the destination node, and the PCE is a PCE of the domain in which the source node is located; an execution unit , configured to add a path branch from the leaf node to the source node to the VSPT when the processing unit determines that the cost of the path from the root node to the leaf node is less than the cost threshold, so as to obtain a new VSPT; further comprising a receiving unit , configured to: receive a message that is sent by the PCE of the downstream neighboring domain and that carries the VSPT and the cost of the path from the root node to the leaf node in the VSPT, and send the VSPT and the cost of the path from the root node to the leaf node in the VSPT to the processing unit. a processing unit , configured to determine whether a cost of a path from a root node to a leaf node in a virtual shortest path tree, VSPT, obtained by a PCE of a downstream neighboring domain in a domain sequence is less than a cost threshold, wherein the root node is a destination node, the leaf node is a boundary node that is in the downstream neighboring domain and that has an inter-domain link with a domain in which a source node is located, the domain sequence is a sequence of domains passed from the source node to the destination node, the downstream refers to a direction from the source node to the destination node, and the PCE is a PCE of the domain in which the source node is located; an execution unit , configured to add a path branch from the leaf node to the source node to the VSPT when the processing unit determines that the cost of the path from the root node to the leaf node is less than the cost threshold, so as to obtain a new VSPT; further comprising a receiving unit , configured to: receive a message that is sent by the PCE of the downstream neighboring domain and that carries the VSPT and the cost of the path from the root node to the leaf node in the VSPT, and send the VSPT and the cost of the path from the root node to the leaf node in the VSPT to the processing unit.
Method of manufacturing a bicycle component having at least one component body , formed at least partially of at least one fibrous composite material in at least one shaping mold , wherein at least one shaping area of the shaping mold , which serves to shape at least one outer section of the component body , is provided with at least one intended surface roughness , and wherein the surface roughness of the shaping area also serves to provide an intentional surface roughness for the outer section during the generation of the outer section, characterized in that the shaping area is roughened to an average roughness of at least 1 micrometer and maximally 4 micrometers, in particular to inhibit surface imperfections of the shaped outer section .
A filter configured for being used in combination with a machine for drying laundry, comprising: a frame ; a duct defined in the frame configured for being passed through by an airflow, in particular by a drying airflow; an inlet section configured for allowing the airflow to have access to the duct ; an outlet section configured for allowing the airflow to leave the duct ; filtering means configured for intercepting the airflow and for separating from the airflow possible solid particles, in particular fluff, carried by the airflow, the filtering means acting between the inlet section and the outlet section and storage means configured for storing the solid particles separated from the airflow; closing means associated to the inlet section , the closing means being selectively switchable between a first configuration and a second configuration, the closing means being in particular rotatable or slidable with respect to the frame , in the first configuration of the closing means the inlet section being closed so that the access of the airflow to the duct is substantially prevented, in the second configuration of the closing means the inlet section being open so that the access of the airflow to the duct is allowed, characterised in that the frame comprises a deflector configured for making said duct convergent. a frame ; a duct defined in the frame configured for being passed through by an airflow, in particular by a drying airflow; an inlet section configured for allowing the airflow to have access to the duct ; an outlet section configured for allowing the airflow to leave the duct ; filtering means configured for intercepting the airflow and for separating from the airflow possible solid particles, in particular fluff, carried by the airflow, the filtering means acting between the inlet section and the outlet section and storage means configured for storing the solid particles separated from the airflow; closing means associated to the inlet section , the closing means being selectively switchable between a first configuration and a second configuration, the closing means being in particular rotatable or slidable with respect to the frame , in the first configuration of the closing means the inlet section being closed so that the access of the airflow to the duct is substantially prevented, in the second configuration of the closing means the inlet section being open so that the access of the airflow to the duct is allowed, characterised in that the frame comprises a deflector configured for making said duct convergent.
Rear mirror assembly for a motorcycle, comprising a mirror mounting and a holding arm which is designed to connect the mirror mounting to the motorcycle, an adjustment device being arranged between the holding arm and the mirror mounting , the adjustment device being designed to be rotatable at least about one free axis of rotation in order to adjust the position of the mirror mounting relative to the holding arm , the adjustment device comprising a limiting device in order to limit the rotational adjustment (D), characterized in that the rear mirror assembly comprises at least one electrical line which extends from the holding arm through the adjustment device to the mirror mounting .
A cladding head for a strip cladding system, comprising: i)- a first contact jaw comprising first and second contacts to deliver welding power to a cladding strip that is driven between the first and second contacts; ii)- a first contact pressure adjuster to set a first pressure applied by the first and second contacts to the cladding strip; and iii)- a first strip lock preventer to limit the first pressure applied by the first and second contacts to the cladding strip to less than a threshold pressure; characterized in that it further comprises: iv)- a second contact jaw comprising third and fourth contacts to deliver the welding power to the cladding strip that is driven between the third and fourth contacts; v)- a second contact pressure adjuster to set a second pressure applied by the third and fourth contacts to the cladding strip; and vi)- a second strip lock preventer to limit the second pressure applied by the third and fourth contacts to the cladding strip; vii)- the first and second contacts being designed to apply the first pressure to a first section of the cladding strip and the third and fourth contacts being designed to apply the second pressure to a second section of the cladding strip; viii)- the first and second contacts being separated laterally from the third and fourth contacts by a gap of at least 1 millimeter. i)- a first contact jaw comprising first and second contacts to deliver welding power to a cladding strip that is driven between the first and second contacts; ii)- a first contact pressure adjuster to set a first pressure applied by the first and second contacts to the cladding strip; and iii)- a first strip lock preventer to limit the first pressure applied by the first and second contacts to the cladding strip to less than a threshold pressure; characterized in that it further comprises: iv)- a second contact jaw comprising third and fourth contacts to deliver the welding power to the cladding strip that is driven between the third and fourth contacts; v)- a second contact pressure adjuster to set a second pressure applied by the third and fourth contacts to the cladding strip; and vi)- a second strip lock preventer to limit the second pressure applied by the third and fourth contacts to the cladding strip; vii)- the first and second contacts being designed to apply the first pressure to a first section of the cladding strip and the third and fourth contacts being designed to apply the second pressure to a second section of the cladding strip; viii)- the first and second contacts being separated laterally from the third and fourth contacts by a gap of at least 1 millimeter.
Aircraft comprising: - a structure comprising a leakproof tank delimited by walls of which at least one is in contact with the air outside the aircraft , and filled partly with a first, two-phase heat-transfer fluid, the first heat-transfer fluid having a liquid phase and a gaseous phase, - a fuel cell passed through by a second heat-transfer fluid, and - at least one line which takes the second heat-transfer fluid at the output of the fuel cell , characterized in that said second heat transfer fluid is distinct from said first heat-transfer fluid, in that the at least one line reintroduces this second heat-transfer fluid at an input of the fuel cell , the at least one line and the fuel cell forming a closed loop of circulation of the second heat-transfer fluid, and in that the line passes through the leakproof tank immersed in the first heat-transfer fluid in liquid phase, the first heat-transfer fluid surrounding the line being configured to pick up the calories from the second heat-transfer fluid and to evaporate, and to condense to drop back into the liquid phase in contact with the wall in contact with the outside air, and in that the leakproof tank forms a closed loop of circulation of the first heat-transfer fluid. - a structure comprising a leakproof tank delimited by walls of which at least one is in contact with the air outside the aircraft , and filled partly with a first, two-phase heat-transfer fluid, the first heat-transfer fluid having a liquid phase and a gaseous phase, - a fuel cell passed through by a second heat-transfer fluid, and - at least one line which takes the second heat-transfer fluid at the output of the fuel cell , characterized in that said second heat transfer fluid is distinct from said first heat-transfer fluid, in that the at least one line reintroduces this second heat-transfer fluid at an input of the fuel cell , the at least one line and the fuel cell forming a closed loop of circulation of the second heat-transfer fluid, and in that the line passes through the leakproof tank immersed in the first heat-transfer fluid in liquid phase, the first heat-transfer fluid surrounding the line being configured to pick up the calories from the second heat-transfer fluid and to evaporate, and to condense to drop back into the liquid phase in contact with the wall in contact with the outside air, and in that the leakproof tank forms a closed loop of circulation of the first heat-transfer fluid.
A mascot retraction mechanism comprising a track , a support for supporting a mascot , the support being mounted for movement along the track between a mascot deployed position and a mascot stowed position, and a drive mechanism arranged to drive the support along the track , the drive mechanism comprising a carriage which is also mounted for movement along the track , characterised in that the mascot retraction mechanism further comprises a biasing element arranged to resiliently bias the support towards one end of the track .
A composition for dermal injection, comprising first cross-linked hyaluronic acid particles, second cross-linked hyaluronic acid particles having different particle diameters from the first cross-linked hyaluronic acid particles, and non-cross-linked hyaluronic acid, obtained by mixing the first cross-linked hyaluronic acid particles, the second cross-linked hyaluronic acid particles and the non-cross-linked hyaluronic acid, wherein the first cross-linked hyaluronic acid particles and the second cross-linked hyaluronic acid particles are included in a weight ratio of 1: 1.5 or more to 5.5 or less, the first cross-linked hyaluronic acid particles and the non-cross-linked hyaluronic acid are included in a weight ratio of 1: 0.1 or more to 1.2 or less, the first cross-linked hyaluronic acid particles have an average particle diameter of 10 to 250 μm, the second cross-linked hyaluronic acid particles have an average particle diameter of 300 to 700 μm, and the average particle diameter is volume-based D50, measured using a particle size analyzer and water as a dispersing solvent. obtained by mixing the first cross-linked hyaluronic acid particles, the second cross-linked hyaluronic acid particles and the non-cross-linked hyaluronic acid, wherein the first cross-linked hyaluronic acid particles and the second cross-linked hyaluronic acid particles are included in a weight ratio of 1: 1.5 or more to 5.5 or less, the first cross-linked hyaluronic acid particles and the non-cross-linked hyaluronic acid are included in a weight ratio of 1: 0.1 or more to 1.2 or less, the first cross-linked hyaluronic acid particles have an average particle diameter of 10 to 250 μm, the second cross-linked hyaluronic acid particles have an average particle diameter of 300 to 700 μm, and the average particle diameter is volume-based D50, measured using a particle size analyzer and water as a dispersing solvent.
A crystalline form of -7-amino-12-fluoro-2,10,16-trimethyl-15-oxo-10,15,16,17-tetrahydro-2 H -8,4-(metheno)pyrazolo[4,3- h ] benzoxadiazacyclotetradecine-3-carbonitrile (lorlatinib) free base hydrate, having a powder X-ray diffraction (PXRD) pattern comprising peaks at 2θ values of: 8.8, 9.7, 17.6 and 18.8 °2θ ± 0.2 °2θ.
A method of assessing cleaning of a fabric comprising a faecal stain, the method comprising the steps of: a) applying a determined amount of an artificial faecal composition comprising: i) simulated digested-food matter; and ii) an n-acetylated polysaccharide b) washing the fabric; c) evaluating the removal of the composition from the fabric. a) applying a determined amount of an artificial faecal composition comprising: i) simulated digested-food matter; and ii) an n-acetylated polysaccharide i) simulated digested-food matter; and ii) an n-acetylated polysaccharide b) washing the fabric; c) evaluating the removal of the composition from the fabric.
Method for utilizing gases containing CO and/or CO 2 comprising the method steps of: A) providing a gas stream of gas containing CO and/or CO 2 , B) converting at least a part of the gas stream into electrical energy, C) converting at least a part of the gas stream to at least one organic substance in a biotechnological fermentation process and optionally D) repeating method steps B) and C) characterized in that acetogenic bacteria are used in method step C) and in that method step A) includes the use of blast furnace gas from a blast furnace in steel-making. A) providing a gas stream of gas containing CO and/or CO 2 , B) converting at least a part of the gas stream into electrical energy, C) converting at least a part of the gas stream to at least one organic substance in a biotechnological fermentation process and optionally D) repeating method steps B) and C) characterized in that