mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data transmission, performed by user equipment, the method comprising: detecting a current timing advance TA in a target time unit to obtain a detection result, wherein the target time unit is a time unit preceding a first time unit corresponding to a first target resource, the first target resource is a random access resource unit associated with a second target resource and meeting a specified condition, and the second target resource is a resource unit in a resource set which is pre-allocated to the user equipment by a base station for reporting grant-free data; and sending a random access signal to the base station, in response to that the detection result indicates that the current TA has expired, wherein the random access signal is configured to indicate that the base station needs to reconfigure a new TA for the user equipment and to indicate that the base station does not reserve a third target resource for the user equipment any longer, or sending a random access signal and a target notification message to the base station, in response to that the detection result indicates that the current TA has expired, wherein the random access signal is configured to indicate that the base station needs to reconfigure the new TA for the user equipment, and the target notification message is configured to indicate that the base station does not reserve a third target resource for the user equipment any longer, wherein the third target resource comprises at least the second target resource. detecting a current timing advance TA in a target time unit to obtain a detection result, wherein the target time unit is a time unit preceding a first time unit corresponding to a first target resource, the first target resource is a random access resource unit associated with a second target resource and meeting a specified condition, and the second target resource is a resource unit in a resource set which is pre-allocated to the user equipment by a base station for reporting grant-free data; and sending a random access signal to the base station, in response to that the detection result indicates that the current TA has expired, wherein the random access signal is configured to indicate that the base station needs to reconfigure a new TA for the user equipment and to indicate that the base station does not reserve a third target resource for the user equipment any longer, or sending a random access signal and a target notification message to the base station, in response to that the detection result indicates that the current TA has expired, wherein the random access signal is configured to indicate that the base station needs to reconfigure the new TA for the user equipment, and the target notification message is configured to indicate that the base station does not reserve a third target resource for the user equipment any longer, wherein the third target resource comprises at least the second target resource.
A method of wireless communication performed by an apparatus, comprising: determining locations for a number of Demodulation Reference Signal, DM-RS, symbols to be transmitted within a scheduling unit of a channel included in a slot or mini-slot, wherein the determined locations are based at least on a number of control symbols in the slot or mini-slot, wherein a last DM-RS symbol is determined to be positioned one symbol prior to a last symbol carrying scheduled data and wherein one or more midamble DM-RS symbols are positioned at equal distances between a first DM-RS symbol and the last DM-RS symbol, wherein determining the locations comprises determining that the first DM-RS symbol be positioned at a front load position within the scheduling unit adjacent to a last control symbol; and transmitting the number of DM-RS symbols in the scheduling unit based on the determined locations, wherein transmitting the number of DM-RS symbols comprises transmitting the first DM-RS symbol at the front load position based on the determined locations. determining locations for a number of Demodulation Reference Signal, DM-RS, symbols to be transmitted within a scheduling unit of a channel included in a slot or mini-slot, wherein the determined locations are based at least on a number of control symbols in the slot or mini-slot, wherein a last DM-RS symbol is determined to be positioned one symbol prior to a last symbol carrying scheduled data and wherein one or more midamble DM-RS symbols are positioned at equal distances between a first DM-RS symbol and the last DM-RS symbol, wherein determining the locations comprises determining that the first DM-RS symbol be positioned at a front load position within the scheduling unit adjacent to a last control symbol; and transmitting the number of DM-RS symbols in the scheduling unit based on the determined locations, wherein transmitting the number of DM-RS symbols comprises transmitting the first DM-RS symbol at the front load position based on the determined locations.
Device for introducing an additional device in the earth spaced apart in a substantially parallel manner from a pipeline and outside the latter during the introduction of the pipeline into the earth by way of a completely underground laying method from a starting point to a finishing point along a predefined laying line, having a housing which is situated in the earth during the introduction of the pipeline , having a displacement element for sectional displacement of the earth for providing a temporary opening in the earth for insertion of the additional device , wherein the displacement element is arranged on the housing , and wherein the displacement element has a guide for guiding and delivering the additional device , and having a storage means on which the additional device can be arranged, wherein the additional device can be fed to the guide out of the housing , characterized in that the housing is designed in such a way that, during the introduction of the pipeline , it has no connection with respect to the overlying surface of the earth , in that the additional device is arranged on the storage means , which is arranged in the housing , in the pipeline to be laid or in a region of the starting point, and in that the guide is arranged in such a way that the additional device can be delivered directly above the pipeline .
A signal conditioning circuit for monitoring the status of a mechanical relay or a mechanical circuit breaker , the signal conditioning circuit comprising: at least one input node; an input stage connected to the at least one input node, wherein the input stage is for processing an input signal received at the at least one input node and for monitoring the voltage at the at least one input node; and an adjustable load to apply a load at the at least one input node, characterised in that the adjustable load is configured to temporarily increase the current drawn by the load in response to a voltage rise at the at least one input signal node, or to a rate of voltage rise at the at least one input signal node, in order to remove spurious signals at the input node that would be present if the voltage rise resulted from electrically induced noise. at least one input node; an input stage connected to the at least one input node, wherein the input stage is for processing an input signal received at the at least one input node and for monitoring the voltage at the at least one input node; and an adjustable load to apply a load at the at least one input node, characterised in that the adjustable load is configured to temporarily increase the current drawn by the load in response to a voltage rise at the at least one input signal node, or to a rate of voltage rise at the at least one input signal node, in order to remove spurious signals at the input node that would be present if the voltage rise resulted from electrically induced noise.
A vehicular interior lighting device comprising: a main body portion fixable to an inside surface , the inside surface being a cabin side surface of a roof of a vehicle; a first light source and a second light source accommodated in the main body portion ; a light shielding cover portion constituting a housing with the main body portion and covering the first light source and the second light source from below, when mounted in the vehicle; a light guide member having a protruding portion protruding toward a direction along the inside surface from a gap between the main body portion and the cover portion and configured to guide light emitted from the first light source and the second light source to the cabin; characterized in that a condensing lens is disposed between the second light source and the light guide member , and the light guide member has a diffusion portion formed on a surface of the protruding portion facing downward and diffusing light and a reflecting portion reflecting light emitted from the second light source and incident on the light guide member via the condensing lens toward a part of the diffusion portion , and the whole of the diffusion portion of the light guide member emits light emitted from the first light source and a part of the diffusion portion emits light emitted from the second light source . a main body portion fixable to an inside surface , the inside surface being a cabin side surface of a roof of a vehicle; a first light source and a second light source accommodated in the main body portion ; a light shielding cover portion constituting a housing with the main body portion and covering the first light source and the second light source from below, when mounted in the vehicle; a light guide member having a protruding portion protruding toward a direction along the inside surface from a gap between the main body portion and the cover portion and configured to guide light emitted from the first light source and the second light source to the cabin; characterized in that a condensing lens is disposed between the second light source and the light guide member , and the light guide member has a diffusion portion formed on a surface of the protruding portion facing downward and diffusing light and a reflecting portion reflecting light emitted from the second light source and incident on the light guide member via the condensing lens toward a part of the diffusion portion , and the whole of the diffusion portion of the light guide member emits light emitted from the first light source and a part of the diffusion portion emits light emitted from the second light source .
Phenoxyphenylamidine of the general formula (I) in which R 1 is selected from the group consisting of halogen and halomethyl; R 2 is methyl; R 3 is halogen; or their salts, N-oxides, metal complexes and their stereoisomers. R 1 is selected from the group consisting of halogen and halomethyl; R 2 is methyl; R 3 is halogen;
A stator for a permanent magnet motor , comprising: a yoke comprising an outer support and forming an opening ; a first tooth extending into the opening and comprising a first stem portion and a first arc portion , wherein the first arc portion and the first stem portion form a first receiving region configured to receive a first number of turns N1 of a first stator coil , wherein the first arc portion extends from the first stem portion over a first extension length ; and a second tooth extending into the opening adjacent the first tooth and comprising a second stem portion and a second arc portion , wherein the second arc portion and the second stem portion form a second receiving region configured to receive a second number of turns N2 of a second stator coil , wherein the second arc portion extends from the second stem portion over a second extension length ; wherein the first extension length is different than the second extension length , and wherein the difference is based on a turn ratio between the first number of turns N1 to the second number of turns N2, characterized in that the dimensions of the first receiving region and the second receiving region are in a proportion equal to the turn ratio, wherein the turn ratio between the first number of turns N1 to the second number of turns N2 is at least 2:1. a yoke comprising an outer support and forming an opening ; a first tooth extending into the opening and comprising a first stem portion and a first arc portion , wherein the first arc portion and the first stem portion form a first receiving region configured to receive a first number of turns N1 of a first stator coil , wherein the first arc portion extends from the first stem portion over a first extension length ; and a second tooth extending into the opening adjacent the first tooth and comprising a second stem portion and a second arc portion , wherein the second arc portion and the second stem portion form a second receiving region configured to receive a second number of turns N2 of a second stator coil , wherein the second arc portion extends from the second stem portion over a second extension length ; wherein the first extension length is different than the second extension length , and wherein the difference is based on a turn ratio between the first number of turns N1 to the second number of turns N2, characterized in that the dimensions of the first receiving region and the second receiving region are in a proportion equal to the turn ratio, wherein the turn ratio between the first number of turns N1 to the second number of turns N2 is at least 2:1.
Chuck jaw for a chuck , which chuck jaw comprises a backing chuck jaw part as well as a clamping chuck jaw part , said backing chuck jaw part having a first central axis (A1) and a contact surface perpendicular to said first central axis, which backing chuck jaw part is arranged to engage with the clamping chuck jaw part in turn having a second central axis (A2), in which engagement the backing chuck jaw part contact surface is arranged in contact with a corresponding clamping chuck jaw part contact surface , being perpendicular to the said second central axis (A2), so as to together form the chuck jaw , characterised in that the backing chuck jaw part is manufactured from a harder metal material than a metal material from which the clamping chuck jaw part is manufactured, in that a cross-section (C) of the backing chuck jaw part along said first central axis (A1) comprises a convex structure , in that a cross-section (C) of the clamping chuck jaw part along said second central axis (A2) comprises a corresponding concave structure , and in that the convex structure is arranged to engage with the concave structure so that the said concave structure is permanently deformed as a result of an engagement between said convex and said concave structures resulting from the backing and clamping chuck jaw parts first being arranged in a contacting orientation, in which the first (A1) and second (A2) central axes, respectively, are aligned with each other and the respective contact surfaces (123;113) are facing each other, and thereafter being pressed together into an engagement orientation, in which contact is established between said contact surfaces (123;113).
Polyphase electric motor for a motor vehicle, comprising a rotor and a stator comprising a plurality of stator windings around stator teeth that are delimited by notches in a stator magnetic mass , - said motor comprising a device for determining an angular position and/or the rotational speed of said rotor of the type of those comprising a plurality of magnetic field sensors are fixed with respect to said stator , said sensors being arranged in some of said notches delimiting successive stator teeth and having large housing faces extending in planes tangential to said stator magnetic mass such that said sensors detect only a radial component of the magnetic field inside the stator magnetic mass , characterized in that : - said stator surrounds said rotor , - said rotor comprises permanent magnets in a flux concentration configuration, - said stator windings have ends that are connected by an interconnection ring and in that said device for determining an angular position and/or the rotational speed of the rotor is secured to said interconnection ring and/or to said stator magnetic mass , and - said device for determining an angular position and/or the rotational speed of the rotor comprises openings that free up a passage for said ends . - said motor comprising a device for determining an angular position and/or the rotational speed of said rotor of the type of those comprising a plurality of magnetic field sensors are fixed with respect to said stator , said sensors being arranged in some of said notches delimiting successive stator teeth and having large housing faces extending in planes tangential to said stator magnetic mass such that said sensors detect only a radial component of the magnetic field inside the stator magnetic mass , characterized in that : - said stator surrounds said rotor , - said rotor comprises permanent magnets in a flux concentration configuration, - said stator windings have ends that are connected by an interconnection ring and in that said device for determining an angular position and/or the rotational speed of the rotor is secured to said interconnection ring and/or to said stator magnetic mass , and - said device for determining an angular position and/or the rotational speed of the rotor comprises openings that free up a passage for said ends .
Decoration and control line for products , in particular ceramic tiles and the like, comprising: a conveyor of the products to be decorated; at least one decorating machine of the jet type actuated by piezoelectrically controlled nozzles, suitable for applying at least one layer of enamel onto the products passing on said conveyor ; at least one control and diagnostics module of the decorated products , equipped with means for identifying decorative and/or structural defects (15-19) of the products themselves, wherein said control and diagnostics module comprises lighting means for illuminating the decorated products , said means being suitable for emitting according to various frequencies, said means for identifying defects (15-19) comprise at least one viewing device , characterised in that said viewing device is configured to capture an image of the decorated product suitably lighted by one or more of said light means (12-14), wherein said means for identifying defects comprise means for detecting at least one chromatic peak in the image of a product captured by said viewing device . a conveyor of the products to be decorated; at least one decorating machine of the jet type actuated by piezoelectrically controlled nozzles, suitable for applying at least one layer of enamel onto the products passing on said conveyor ; at least one control and diagnostics module of the decorated products , equipped with means for identifying decorative and/or structural defects (15-19) of the products themselves, wherein said control and diagnostics module comprises lighting means for illuminating the decorated products , said means being suitable for emitting according to various frequencies, said means for identifying defects (15-19) comprise at least one viewing device , characterised in that said viewing device is configured to capture an image of the decorated product suitably lighted by one or more of said light means (12-14), wherein said means for identifying defects comprise means for detecting at least one chromatic peak in the image of a product captured by said viewing device .
Manual device comprising a body , and at least one reversible end piece mounted on the body , the reversible end piece comprising a first head and a second head opposite the first head , the end piece being designed to be mounted on the body in a first position in which the first head projects from the body while the second head is retracted inside the body or in a second position in which the second head projects from the body while the first head is retracted inside the body , the end piece comprising a conductive outer sleeve and an inner part arranged inside the sleeve , the first head and the second head projecting from the sleeve , the first head comprising a first pad for a capacitive screen, characterized in that the first head and the second head are blocked between the inner part and the sleeve while the inner part is snap-fitted to the sleeve , the manual device comprising a snap-fitting system for mounting the end piece in the first position and/or in the second position, said snap-fitting system having at least one first raised portion formed on the sleeve and at least one second raised portion which is formed on the body and is designed to cooperate with the first raised portion in a form-fitting manner, the sleeve being in electrical contact with the body at least by means of the snap-fitting system when the end piece is in the first position and/or in the second position.
A solid form bird deterrent composition comprising methyl anthranilate, a metal oxide, a carbohydrate source and a garlic substance, wherein the garlic substance is garlic, coarse garlic, garlic powder, garlic juice or crushed garlic, in the solid form composition.
A process for preparing a low sugar, high fiber beverage comprising the step of contacting natural juice or a ready-to-drink product containing sugar or a composition comprising same with at least one type of microbial cells, wherein the microbial cells are dead microbial cells, the dead microbial cells are active in reducing the sugar content of the natural juice or ready-to-drink product and in converting mono- or disaccharides to at least one oligosaccharide and/or polysaccharide, thereby obtaining a processed juice beverage or ready-to-drink product with reduced sugar content and elevated content of at least one oligosaccharide and/or polysaccharide compared to the starting natural juice or a ready-to-drink product.
A method for making a nitric oxide releasing polymeric composition, comprising soaking a silicone rubber or polyurethane tubing in a solution containing S -nitroso- N -acetylpenicillamine (SNAP) in a solvent selected from the group consisting of acetone, ethyl acetate, cyclohexane, isopropanol, methanol, butanone, and combinations thereof, thereby impregnating the silicone rubber or polyurethane tubing with the SNAP.