mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication performed by a user equipment, UE, wherein the UE is a vehicle, the method comprising: identifying that a size of data to be transmitted to a second UE, wherein the second UE is a vehicle , via a shared radio frequency spectrum band allocated for vehicle to vehicle communications exceeds a size threshold, the data to be transmitted during a first transmission time interval, TTI, that includes listen-before-talk, LBT, symbols, control symbols, data symbols and a gap symbol; identifying at least a second TTI during which the data will be transmitted to the vehicle based at least in part on the size of the data exceeding the size threshold, the second TTI being within the shared radio frequency band and adjacent to the first TTI; performing an LBT procedure on a carrier of the shared radio frequency spectrum band; transmitting , during the control symbols of the first TTI, an indication that the data will be transmitted during the data symbols and the gap symbol of the first TTI and during symbols of the second TTI that are concatenated with the data symbols of the first TTI based at least in part on gaining access to the carrier as an outcome of the LBT procedure; and transmitting the data during the data symbols and the gap symbol of the first TTI and during the concatenated symbols of the second TTI, wherein transmitting the data during the concatenated symbols of the second TTI comprises modifying one or more symbols of the second TTI allocated for LBT, control or UE configuration modification to contain data during transmission. identifying that a size of data to be transmitted to a second UE, wherein the second UE is a vehicle , via a shared radio frequency spectrum band allocated for vehicle to vehicle communications exceeds a size threshold, the data to be transmitted during a first transmission time interval, TTI, that includes listen-before-talk, LBT, symbols, control symbols, data symbols and a gap symbol; identifying at least a second TTI during which the data will be transmitted to the vehicle based at least in part on the size of the data exceeding the size threshold, the second TTI being within the shared radio frequency band and adjacent to the first TTI; performing an LBT procedure on a carrier of the shared radio frequency spectrum band; transmitting , during the control symbols of the first TTI, an indication that the data will be transmitted during the data symbols and the gap symbol of the first TTI and during symbols of the second TTI that are concatenated with the data symbols of the first TTI based at least in part on gaining access to the carrier as an outcome of the LBT procedure; and transmitting the data during the data symbols and the gap symbol of the first TTI and during the concatenated symbols of the second TTI, wherein transmitting the data during the concatenated symbols of the second TTI comprises modifying one or more symbols of the second TTI allocated for LBT, control or UE configuration modification to contain data during transmission.
A scent delivery system for a beverage container, comprising: a bottle to contain a fluid beverage, the bottle includes a body region and a neck region, the bottle including a collar that extends outward and circumferentially around the neck region, and a ledge structure that extends outward and circumferentially around the neck region and is positioned above the collar; a scent ring including a body loaded with a volatile chemical agent to emanate from the body of the scent ring to generate a scent, the scent ring includes at least one interior protruding structure that projects from an interior wall of the body of the scent ring , wherein the scent ring is configured to fasten around the neck region of the bottle based on contact between the at least one interior protruding structure of the scent ring and the ledge structure of the bottle , wherein the at least one interior protruding structure is positioned below the ledge structure ; and a cap reversibly attachable to the bottle , the cap including an interior rim structure that projects from and circumferentially around an interior cap wall of the cap , wherein the cap is structured to enclose the scent ring in a compartment formed between the collar of the bottle and the interior rim structure of the cap when the cap is securely fastened to the bottle , wherein the scent delivery system is configured to trap the scent from the scent ring in the compartment when the cap is securely attached to the bottle and to release the scent into an outer environment of the bottle when the cap is detached from the bottle . a bottle to contain a fluid beverage, the bottle includes a body region and a neck region, the bottle including a collar that extends outward and circumferentially around the neck region, and a ledge structure that extends outward and circumferentially around the neck region and is positioned above the collar; a scent ring including a body loaded with a volatile chemical agent to emanate from the body of the scent ring to generate a scent, the scent ring includes at least one interior protruding structure that projects from an interior wall of the body of the scent ring , wherein the scent ring is configured to fasten around the neck region of the bottle based on contact between the at least one interior protruding structure of the scent ring and the ledge structure of the bottle , wherein the at least one interior protruding structure is positioned below the ledge structure ; and a cap reversibly attachable to the bottle , the cap including an interior rim structure that projects from and circumferentially around an interior cap wall of the cap , wherein the cap is structured to enclose the scent ring in a compartment formed between the collar of the bottle and the interior rim structure of the cap when the cap is securely fastened to the bottle , wherein the scent delivery system is configured to trap the scent from the scent ring in the compartment when the cap is securely attached to the bottle and to release the scent into an outer environment of the bottle when the cap is detached from the bottle .
Electrical switching arrangement having - a first switching contact piece and a second switching contact piece , which are movable in relation to one another, - a kinematic chain for coupling a movement onto at least one of the switching contact pieces and - a blocking device with a blocking element for blocking a relative movement of the switching contact pieces , characterized in that , when one and the same switching state of the switching contact pieces that remains the same applies, the blocking element blocks at least one machine element to be blocked of the kinematic chain in various positions, while securing the relative position of the switching contact pieces in the switched-on state and/or in the switched-off state of the switching contact pieces . - a first switching contact piece and a second switching contact piece , which are movable in relation to one another, - a kinematic chain for coupling a movement onto at least one of the switching contact pieces and - a blocking device with a blocking element for blocking a relative movement of the switching contact pieces ,
A fastener driver comprising: a housing defining a handle portion ; a magazine in which fasteners are held; a nosepiece for receiving fasteners from the magazine; a driver blade movable from a ready position toward a driven position during which a fastener positioned in the nosepiece is driven into a workpiece; a lifting mechanism operable to return the driver blade from the driven position toward the ready position for a subsequent fastener driving operation; and a drivetrain to provide torque to the lifting mechanism, characterised in that at least a portion of the drivetrain is positioned within and extends through the handle portion of the housing. a housing defining a handle portion ; a magazine in which fasteners are held; a nosepiece for receiving fasteners from the magazine; a driver blade movable from a ready position toward a driven position during which a fastener positioned in the nosepiece is driven into a workpiece; a lifting mechanism operable to return the driver blade from the driven position toward the ready position for a subsequent fastener driving operation; and a drivetrain to provide torque to the lifting mechanism, characterised in that at least a portion of the drivetrain is positioned within and extends through the handle portion of the housing.
A membrane filtration module comprising a housing in which the filtration membrane is disposed in a fixed positional relationship by a potting or bonding material obtained by the curing of a two component composition consisting of: a first component (A) comprising at least one compound (a) having at least two acetoacetate functional groups; and, a second component (B) comprising at least one compound (b) having at least one amino group, each said amino group being a primary or secondary amino group. a first component (A) comprising at least one compound (a) having at least two acetoacetate functional groups; and, a second component (B) comprising at least one compound (b) having at least one amino group, each said amino group being a primary or secondary amino group.
Chlorosilylarylgermanes of the general formula (I) XGe(Y 2 )-SiCl 3 (I) where X = Y or X = [-Ge(Y 2 )-SiCl 3 ] and the Y groups are each independently phenyl (Ph).
A system for filtering materials from cerebrospinal fluid (CSF) of a human or animal subject, the system comprising: a filtration system configured for withdrawing a volume of fluid comprising CSF from a CSF-containing space of the subject at a first flow rate, the filtration system operating according to a set of operation parameters; a tangential flow filter configured for filtering the volume of fluid into permeate and retentate; a sensor configured for measuring a characteristic of the fluid , wherein the characteristic comprises a ratio of permeate to retentate; wherein the filtration system is configured for returning the permeate to the CSF-containing space of the subject at a second flow rate; and wherein the system is configured for updating a parameter of the set of operation parameters based on the measured characteristic responsive to determining the measured characteristic passes a predetermined threshold, wherein updating the parameter causes the first flow rate and the second flow rate to increase. a filtration system configured for withdrawing a volume of fluid comprising CSF from a CSF-containing space of the subject at a first flow rate, the filtration system operating according to a set of operation parameters; a tangential flow filter configured for filtering the volume of fluid into permeate and retentate; a sensor configured for measuring a characteristic of the fluid , wherein the characteristic comprises a ratio of permeate to retentate; wherein the filtration system is configured for returning the permeate to the CSF-containing space of the subject at a second flow rate; and wherein the system is configured for updating a parameter of the set of operation parameters based on the measured characteristic responsive to determining the measured characteristic passes a predetermined threshold, wherein updating the parameter causes the first flow rate and the second flow rate to increase.
A method for processing data, the method comprising: receiving within a single mobile multimedia processor chip integrated within a mobile device , a plurality of secure keys from an off-chip device integrated within said mobile device ; decrypting within said single mobile multimedia processor chip , said plurality of secure keys utilizing an on-chip key stored within a secure kernel implementing digital rights management functionalities in said single mobile multimedia processor chip ; storing said plurality of decrypted secure keys within said single mobile multimedia processor chip ; decrypting within said secure kernel in said single mobile multimedia processor chip , received encrypted data using at least one of said plurality of stored decrypted secure keys; and encrypting one or more of said plurality of stored decrypted secure keys that are no longer used for decryption of received encrypted data utilizing said on-chip key. receiving within a single mobile multimedia processor chip integrated within a mobile device , a plurality of secure keys from an off-chip device integrated within said mobile device ; decrypting within said single mobile multimedia processor chip , said plurality of secure keys utilizing an on-chip key stored within a secure kernel implementing digital rights management functionalities in said single mobile multimedia processor chip ; storing said plurality of decrypted secure keys within said single mobile multimedia processor chip ; decrypting within said secure kernel in said single mobile multimedia processor chip , received encrypted data using at least one of said plurality of stored decrypted secure keys; and encrypting one or more of said plurality of stored decrypted secure keys that are no longer used for decryption of received encrypted data utilizing said on-chip key.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a higher layer signaling including configuration information on resources for rate matching, the resources for rate matching including a first reserved resource and a second reserved resource; receiving, from the base station, downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH , the DCI including information activating the second reserved resource; and receiving, from the base station, a data based on the DCI, wherein the data is mapped on scheduled resources on the PDSCH other than the first reserved resource identified based on the configuration information and the second reserved resource identified based on the configuration information and the information. receiving, from a base station, a higher layer signaling including configuration information on resources for rate matching, the resources for rate matching including a first reserved resource and a second reserved resource; receiving, from the base station, downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH , the DCI including information activating the second reserved resource; and receiving, from the base station, a data based on the DCI, wherein the data is mapped on scheduled resources on the PDSCH other than the first reserved resource identified based on the configuration information and the second reserved resource identified based on the configuration information and the information.
An apparatus for phase tracking an oscillatory signal, comprising: an input unit configured to receive an input signal; and a phase estimation unit , characterized in that the phase estimation unit is configured to: generate first and second reference oscillatory signals at the frequency of a target frequency component of the input signal, the first and second reference oscillatory signals being phase shifted relative to each other; iteratively vary weights of a weighted sum of the first and second reference oscillatory signals to match the weighted sum to the input signal; and use the weights of the matched weighted sum to provide real time estimates of the phase of the target frequency component of the input signal, wherein the input signal represents measurements of electrical activity in a biological system, optionally measurements of electrical activity in a nervous system of the biological system. an input unit configured to receive an input signal; and a phase estimation unit , generate first and second reference oscillatory signals at the frequency of a target frequency component of the input signal, the first and second reference oscillatory signals being phase shifted relative to each other; iteratively vary weights of a weighted sum of the first and second reference oscillatory signals to match the weighted sum to the input signal; and use the weights of the matched weighted sum to provide real time estimates of the phase of the target frequency component of the input signal, wherein the input signal represents measurements of electrical activity in a biological system, optionally measurements of electrical activity in a nervous system of the biological system.
Device for manufacturing an electric cable , which is configured to fit a cable sheath of the cable with two or more connector components , starting from a front, free end of the cable , for subsequent connector assembly, characterized in that the device has a fitting module , which is provided with chambers for receiving the individual connector components , which chambers are arranged in such a way that the connector components received in the chambers form a common channel (K) with a common central axis (M), in order to lead the cable with its front end along the central axis (M) through the connector components in order to push the connector components onto the cable sheath of the cable .
A device for treating obesity of a patient, the device comprising: at least one operable stretching device (10; 110) implantable in the patient and adapted to stretch a portion of the patient's stomach wall , and an implantable control unit for controlling the operable stretching device, when the control unit and the stretching device are implanted, to stretch the stomach wall portion in connection with the patient eating such that satiety is created, characterized in that the stretching device comprises a first engaging part and a second engaging part (10"; 110a; 110b; 210a; 210b), wherein: the first engaging part is adapted to be engaged to a first area of the stomach wall, and the second engaging part is adapted to be engaged to a second area of the stomach wall, and wherein the stretching device is adapted to stretch a portion of the stomach wall between the first area and the second area. at least one operable stretching device (10; 110) implantable in the patient and adapted to stretch a portion of the patient's stomach wall , and an implantable control unit for controlling the operable stretching device, when the control unit and the stretching device are implanted, to stretch the stomach wall portion in connection with the patient eating such that satiety is created, characterized in that the stretching device comprises a first engaging part and a second engaging part (10"; 110a; 110b; 210a; 210b), wherein: the first engaging part is adapted to be engaged to a first area of the stomach wall, and the second engaging part is adapted to be engaged to a second area of the stomach wall, and wherein the stretching device is adapted to stretch a portion of the stomach wall between the first area and the second area. the first engaging part is adapted to be engaged to a first area of the stomach wall, and the second engaging part is adapted to be engaged to a second area of the stomach wall, and wherein the stretching device is adapted to stretch a portion of the stomach wall between the first area and the second area.
An irreversible mechanism comprising: a rotatable input shaft ; an output shaft that rotates according to the input shaft ; a conversion mechanism that is connected to the output shaft and converts back drive torque (T BD ) from an output shaft side to an axial force (W b ); a brake portion that includes a first brake surface and is unrotatably provided; and a second brake surface that faces the first brake surface , is provided to rotate integrally with the output shaft , and is pressed against the first brake surface according to the axial force (W b ) of the conversion mechanism , wherein the first brake surface and the second brake surface include taper surfaces tapered in an action direction of the axial force (W b ) of the conversion mechanism , the conversion mechanism includes a first member and a second member provided on a second brake surface side, and an intermediate member arranged between the first member and the second member , and characterized in that , the first member is provided on the output shaft side and the second member is recessed to store the first member inside in an axial direction. a rotatable input shaft ; an output shaft that rotates according to the input shaft ; a conversion mechanism that is connected to the output shaft and converts back drive torque (T BD ) from an output shaft side to an axial force (W b ); a brake portion that includes a first brake surface and is unrotatably provided; and a second brake surface that faces the first brake surface , is provided to rotate integrally with the output shaft , and is pressed against the first brake surface according to the axial force (W b ) of the conversion mechanism , wherein the first brake surface and the second brake surface include taper surfaces tapered in an action direction of the axial force (W b ) of the conversion mechanism , the conversion mechanism includes a first member and a second member provided on a second brake surface side, and an intermediate member arranged between the first member and the second member , and characterized in that , the first member is provided on the output shaft side and the second member is recessed to store the first member inside in an axial direction.
An aircraft engine inlet arrangement comprising a central rotating shaft rotor , a support of the shaft surrounding the shaft and carrying a bearing in which the shaft is retained, an outer casing surrounding a gas flow path and an inlet casing joining the outer casing to the support of the shaft , and, at a junction between the outer casing and the inlet casing , a mechanical decoupling device designed to fail in the case of damage to the rotor, wherein the decoupling device is positioned at a periphery of the gas flow path and housed in a cell of the outer casing , wherein the decoupling device connects the outer casing at the arm tops of the inlet casing , which extend radially through the gas flow path , and in that the cell is limited by a bottom face , two lateral faces connecting the bottom face to a main portion, for delimiting the gas flow path , of the outer casing , the cell opening onto the gas flow path , characterised in that the decoupling device comprises a block having an inner radial face resting on the inlet casing and an outer radial face resting on the outer casing .
Arrangement for spatially resolving projected-capacitive touch detection, including an electrically isolating substrate , with a plurality of electrically conducting areas of a first type and of a second type arranged next to one another on the substrate, wherein the areas within one type regularly have a uniform area configuration, and wherein the areas of the first type are electrically interconnected to form a plurality of transmitter electrodes and the areas of the second type are electrically connected to form a plurality of receiver electrodes, and are arranged to form substantially a regular pattern owing to their type-specific rule-conforming area configuration and placement, wherein an opening is formed in the substrate , characterized in that the receiver electrodes are interconnected in columns and the transmission electrodes are interconnected in rows, in that the areas of the first type and the areas of the second type are arranged in alternation, in that the area of one type is surrounded by a plurality of areas of the other type while in each case observing a minimum distance , and in that at least one first area of the first type or of the second type that is adjoining the opening and is configured to be non-rule-conforming with respect to its type-specific area configuration and/or placement is provided such that the specified minimum distance from in each case at least two areas of the other type that are closest is attained.