mhurhangee/ep-ind-claims huggingface dataset:
A multiband antenna device comprising: a conductive elongate antenna element; a conductive groundplane having at least one corner joining a first outside edge of the groundplane and a second outside edge of the groundplane; the antenna element configured for electrical connection to the conductive groundplane at a grounding point, and configured for electrical connection to a radio transmitter/receiver at a feeding point, wherein the antenna element comprises a first portion and a second portion, the first portion is configured to extend in a first direction along the first outside edge of the groundplane, and then in a second direction along the second outside edge of the groundplane, and the second portion of the antenna element is configured to double back on the first portion by way of a U-bend in a third, substantially counter-parallel direction back along the second outside edge of the groundplane, and then in a fourth direction along the first outside edge of the groundplane, characterised in that: the second portion of the antenna element comprises a terminus being a rectangular high impedance portion, the high impedance portion of the antenna element being positioned between the first edge of the groundplane and the first portion of the antenna element, and being sized and shaped to form a gap between the terminus of the second portion of the antenna element and the first portion of the antenna element, wherein the gap is configured to electromagnetically couple the first and second portions of the antenna element. a conductive elongate antenna element; a conductive groundplane having at least one corner joining a first outside edge of the groundplane and a second outside edge of the groundplane; the antenna element configured for electrical connection to the conductive groundplane at a grounding point, and configured for electrical connection to a radio transmitter/receiver at a feeding point, wherein the antenna element comprises a first portion and a second portion, the first portion is configured to extend in a first direction along the first outside edge of the groundplane, and then in a second direction along the second outside edge of the groundplane, and the second portion of the antenna element is configured to double back on the first portion by way of a U-bend in a third, substantially counter-parallel direction back along the second outside edge of the groundplane, and then in a fourth direction along the first outside edge of the groundplane, characterised in that: the second portion of the antenna element comprises a terminus being a rectangular high impedance portion, the high impedance portion of the antenna element being positioned between the first edge of the groundplane and the first portion of the antenna element, and being sized and shaped to form a gap between the terminus of the second portion of the antenna element and the first portion of the antenna element, wherein the gap is configured to electromagnetically couple the first and second portions of the antenna element.
An emission treatment system (3, 100) suitable for the treatment of an exhaust gas comprising hydrocarbons, carbon monoxide, nitrogen oxides, and particulates, downstream of a gasoline direct injection engine (5, 102), the emission treatment system comprising: a catalyzed particulate trap (13, 110) comprising a three-way conversion catalyst coated within a particulate trap, wherein the three-way conversion catalyst composition is coated within both an inlet side and an outlet side of the particulate trap; and wherein one of the inlet side or the outlet side is coated with a washcoat comprising palladium, a support, and an oxygen storage component and the other of the inlet side or the outlet side is coated with a washcoat comprising rhodium, a support, and an oxygen storage component. a catalyzed particulate trap (13, 110) comprising a three-way conversion catalyst coated within a particulate trap, wherein the three-way conversion catalyst composition is coated within both an inlet side and an outlet side of the particulate trap; and wherein one of the inlet side or the outlet side is coated with a washcoat comprising palladium, a support, and an oxygen storage component and the other of the inlet side or the outlet side is coated with a washcoat comprising rhodium, a support, and an oxygen storage component.
Method for determining at least one condition parameter of a circulating fabric in a machine for producing and/or treating a material web, in particular a paper, tissue or board web, by means of a measuring device which, with the aid of a guide device, moves from a rest position into a working area, is brought into contact with the fabric there in order to measure and, during the measuring operation, in which the measuring device is moved over the surface of the fabric, is kept on the surface of the fabric, characterized in that the measuring device is moved from the rest position to a starting position, which is located in the area of the fabric, and from there firstly measures a first width region in the direction of the fabric edge and then, from the starting position, measures a second width region in the direction of the fabric edge.
A product comprising: an electrically assisted turbocharger comprising a turbine operatively connected to a compressor by a shaft and an electrical motor operatively coupled to the shaft to assist in driving the compressor, an exhaust conduit connected to an inlet of the turbine, a bleed path connected to an outlet of the compressor, the bleed path having an end connected to the exhaust conduit up stream of the turbine constructed and arranged to flow air from the compressor into the turbine, a valve in the bleed path constructed and arranged to control the flow of air from the compressor through the bleed path, a power source connected to the electric motor to drive the same, a controller connected to the valve to control the movement of the valve, the controller connected to the electric motor to control the same, a sensor constructed and arranged to sense at least one of pressure, sound or vibration, the controller constructed and arranged to receive data from the sensor to determine if the compressor is operating in surge or if the compressor is approaching a surge state by monitoring at least one of pressure, sound, or vibration, and wherein the controller is further constructed and arranged to adjust the valve to control the flow of air in the bleed path by opening the valve upon the determination that the compressor is operating in surge, characterized in that the sensor and the controller are configured to determine if the compressor is operating in surge by monitoring the current draw of the motor over time and determining if there is a high frequency oscillation in current draw by the electric motor indicative that the turbocharger is operating in surge.
An ablation system for directing energy to a target volume of tissue, comprising: an ablation antenna probe including at least one radiating portion (42, 43, 44) configured to output electromagnetic radiation; and at least one electromagnetic shielding reflector (200, 300) configured for removable positioning on the outside surface at the radiating portion of the antenna probe, wherein the at least one electromagnetic shielding reflector is configured to block electromagnetic radiation from the at least one radiating portion through the at least one electromagnetic shielding reflector such that a particular directionality of the electromagnetic radiation from the at least one radiating portion to a target volume of tissue is achieved; and wherein the at least one electromagnetic shielding reflector is fixed directly onto the outside surface at the radiating portion of the antenna probe (i) by using adhesive, or (ii) by configuring the at least one electromagnetic shielding reflector as a heat-shrink tube which is configured for fitted placement over at least a portion of the ablation antenna probe. an ablation antenna probe including at least one radiating portion (42, 43, 44) configured to output electromagnetic radiation; and at least one electromagnetic shielding reflector (200, 300) configured for removable positioning on the outside surface at the radiating portion of the antenna probe, wherein the at least one electromagnetic shielding reflector is configured to block electromagnetic radiation from the at least one radiating portion through the at least one electromagnetic shielding reflector such that a particular directionality of the electromagnetic radiation from the at least one radiating portion to a target volume of tissue is achieved; and wherein the at least one electromagnetic shielding reflector is fixed directly onto the outside surface at the radiating portion of the antenna probe (i) by using adhesive, or (ii) by configuring the at least one electromagnetic shielding reflector as a heat-shrink tube which is configured for fitted placement over at least a portion of the ablation antenna probe.
A battery management system for managing a battery pack, comprising: N battery management units configured to manage secondary batteries included in the battery pack, in which N is a natural number greater than or equal to 2; N communication lines each electrically connected to one of the N battery management units to transmit data to an external device which controls the battery management system; and N insulation elements each connected between the external control device and the battery management system and each configured to transmit a signal while electrically separating the external device from one of the N communication lines, characterized in that each battery management unit is configured to transmit the following pieces of data through time division using a communication protocol with changing in logic level of a signal at a data transmission preparation section and a start point of a data transmission section: - a signal (2nd_PROT) standing for the secondary battery being over-charged more than a preset voltage; - a signal (Under V PROT) standing for the secondary battery being over-discharged less than a preset voltage; and - a signal (Diag) standing for an abnormality occurring or not through self-diagnosis of the battery management unit. N battery management units configured to manage secondary batteries included in the battery pack, in which N is a natural number greater than or equal to 2; N communication lines each electrically connected to one of the N battery management units to transmit data to an external device which controls the battery management system; and N insulation elements each connected between the external control device and the battery management system and each configured to transmit a signal while electrically separating the external device from one of the N communication lines, characterized in that each battery management unit is configured to transmit the following pieces of data through time division using a communication protocol with changing in logic level of a signal at a data transmission preparation section and a start point of a data transmission section: - a signal (2nd_PROT) standing for the secondary battery being over-charged more than a preset voltage; - a signal (Under V PROT) standing for the secondary battery being over-discharged less than a preset voltage; and - a signal (Diag) standing for an abnormality occurring or not through self-diagnosis of the battery management unit. - a signal (2nd_PROT) standing for the secondary battery being over-charged more than a preset voltage; - a signal (Under V PROT) standing for the secondary battery being over-discharged less than a preset voltage; and - a signal (Diag) standing for an abnormality occurring or not through self-diagnosis of the battery management unit.
A fluid distribution valve, in particular for a vehicle windshield washer liquid distribution system, comprising a body defining a duct for the passage of fluid and including at least one fluid inlet and at least one fluid outlet (47, 49), a membrane housed in the duct, and means for generating a magnetic field inside the duct in order to control the deformation of the membrane, the valve being characterized in that the membrane is configured to be directly deformed by a magnetic field between a first position of at least partial closure of the duct and a second position of at least partial opening of the duct.
Implantable device comprising data communication means, said data communication means including means for altering an oscillatory electric field imposed on body tissue surrounding the implantable device when the implantable device is in its implanted state, wherein the oscillatory electric field has a frequency within a range of approximately 100 kHz to approximately 1 MHz, characterized in that the data communication means include means for generating a second oscillatory electric field which is synchronized to the oscillatory electric field imposed on body tissue surrounding the implantable device, wherein the means for generating the second oscillatory electric field comprise means for sensing the phase of the oscillatory electric field imposed on body tissue surrounding the implantable device, and means for generating the second oscillatory electric field in a manner that is phase synchronized to the oscillatory electric field imposed on body tissue surrounding the implantable device while the medical device is in its implanted state.
A combination of active agents consisting of extracts of Curcuma longa, Punica granatum and Zingiber officinale for use in the prevention and/or treatment of disorders of the mouth, throat and respiratory tract, said extracts being present in the respective weight ratios 6(±2):2(±1):1(±0.5).
A cosmetic prosthesis cover for covering a prosthesis, having a distal portion and a joint portion which, in the fitted state of the cosmetic prosthesis cover covers a joint unit which is disposed between a proximal prosthetic component and a distal prosthetic component, characterized in that the joint portion is configured from a 3D spacer warpknit which has an upper textile and a lower textile, which are affixed to one another in a spaced-apart manner by support threads.
A process for preparing a sulfurized non-overbased calcium phenate detergent having a reduced content of un-sulfurized alkyl-substituted phenol and the salt thereof, the process comprising the steps of: (a) adding an organic solvent to the detergent, wherein the organic solvent has a boiling point of equal or above the boiling point of the un-sulfurized alkyl-substituted phenol; and (b) distilling the organic solvent from the detergent thereby reducing the content of the un-sulfurized alkyl-substituted phenol, wherein the sulfurized non-overbased calcium phenate detergent is an alkyl-substituted phenate, wherein the alkyl-substituted phenate has been alkylated by a propylene tetramer, and wherein "non-overbased" refers to a TBN ranging from 10 to 250 in oil-free basis. (a) adding an organic solvent to the detergent, wherein the organic solvent has a boiling point of equal or above the boiling point of the un-sulfurized alkyl-substituted phenol; and (b) distilling the organic solvent from the detergent thereby reducing the content of the un-sulfurized alkyl-substituted phenol, wherein the sulfurized non-overbased calcium phenate detergent is an alkyl-substituted phenate, wherein the alkyl-substituted phenate has been alkylated by a propylene tetramer, and wherein "non-overbased" refers to a TBN ranging from 10 to 250 in oil-free basis.
A compound of formula or a pharmaceutically acceptable salt thereof, wherein one of X and Y is C and the other one is N; R 1 is selected from halogen, CN, NH(CH 3), N(CH 3) 2, C1-C4 alkoxy, optionally substituted by 1-3 halogens, and C1-C4 alkyl, optionally substituted by 1-3 halogens, CN, NH(CH 3), or N(CH 3) 2; and R 2 is 3,4-dimethoxyphenyl or 1,3-dimethyl-1 H -indazol-5-yl. or a pharmaceutically acceptable salt thereof, wherein one of X and Y is C and the other one is N; R 1 is selected from halogen, CN, NH(CH 3), N(CH 3) 2, C1-C4 alkoxy, optionally substituted by 1-3 halogens, and C1-C4 alkyl, optionally substituted by 1-3 halogens, CN, NH(CH 3), or N(CH 3) 2; and R 2 is 3,4-dimethoxyphenyl or 1,3-dimethyl-1 H -indazol-5-yl.
A method performed by a base station for proximity detection, the base station being comprised in a wireless communications network and the base station serving a wireless device, the method comprising: obtaining a fingerprint of an inter-frequency cell, wherein obtaining the fingerprint comprises consolidating two or more fingerprints for the inter-frequency cell into a single fingerprint; receiving a measurement report from the wireless device; responsive to determining that the measurement report matches the fingerprint, configuring the wireless device to perform and report measurements on the inter-frequency cell. obtaining a fingerprint of an inter-frequency cell, wherein obtaining the fingerprint comprises consolidating two or more fingerprints for the inter-frequency cell into a single fingerprint; receiving a measurement report from the wireless device; responsive to determining that the measurement report matches the fingerprint, configuring the wireless device to perform and report measurements on the inter-frequency cell.
An arrangement in a vehicle engine comprising an intake air manifold, an exhaust gas manifold and at least one cylinder, and being adapted for being operated by means of a dual fuel comprising diesel and gas fuel, said arrangement further comprising: an exhaust gas recirculation line connecting said exhaust gas manifold with said intake air manifold, an exhaust gas recirculation valve arranged in said exhaust gas recirculation line, and a control unit arranged for controlling the operation of the exhaust gas recirculation valve, characterized in that said arrangement further comprises a knock sensor arranged on said engine and connected to said control unit; said control unit being adapted for opening said exhaust gas recirculation valve in the event that knock is detected by said knock sensor.
Keypad comprising a housing (602,604) and a keymat within the housing; the keymat defining a plurality of depressible keys and including at least one continuous conductive trace integrated with the keymat and traversing at least some of the depressible keys; wherein the continuous conductive trace being generally three-dimensional and extends from the base upward inside the at least some of the depressible keys, including portions extending across and underlying the top of the keys, and back down to the base of the keys; and comprising a key contact board within the housing, being cooperative with the keymat for providing data entry inputs, responsive to depression of the depressible keys; and a tamper detection circuit coupled to the at least one continuous conductive trace for providing an output indication of tampering with the keypad (100,600) responsive to a change in an electrical characteristic of the continuous conductive trace, resulting from the tampering.
A tyre module for attaching to an inside of a pneumatic tyre for motor vehicles, with a device for measuring and/or monitoring the air pressure in the tyre, with a transmitter for transmitting radio signals, which contain information regarding the air pressure in the tyre, with a mechanical-electrical transducer (17, 18, 2) with a flexible, circular, disc-like piezo-electric element, which converts alternating changes in shape of the piezo-electric element caused by the rolling tyre into electric energy, hereinafter described as piezo disc, and on which an electrical voltage generated through the piezo effect is tapped off at contact points, and with a storage unit for the electric energy, which is connected to the transducer (17, 18, 2), characterized in that the contact points are located on opposite sides of the piezo disc, and the piezo disc is mounted in the tyre module in such a way that changes in shape of the tread of the pneumatic tyre generate changes in shape of the piezo disc.
A method for Acknowledgement / Negative Acknowledgement, ACK/NACK multiplexing based on Physical Uplink Control Channel, PUCCH, resource selection by a communication apparatus configured with a primary component carrier, PCC, and a secondary component carrier, SCC, in a wireless communication system, the method comprising: receiving a first Physical Downlink Control Channel, PDCCH, for scheduling the PCC, and a second PDCCH for scheduling the SCC, wherein transmission modes of the PCC and the SCC are configured as Multiple Input Multiple Output, MIMO, modes; based on the first and second PDCCHs, receiving a first Physical Downlink Shared Channel, PDSCH, and a second PDSCH; identifying a Hybrid Automatic Repeat reQuest - Acknowledgement, HARQ-ACK, state related to the first and second PDSCHs; and transmitting a modulation symbol using a PUCCH resource based on the HARQ-ACK state, according to a relation including: HARQ-ACK HARQ-ACK HARQ-ACK HARQ-ACK n PUCCH, i modulation symbol ACK ACK NACK NACK n PUCCH, 0 a ACK NACK NACK NACK n PUCCH, 0 b NACK ACK NACK NACK n PUCCH, 0 c NACK NACK NACK NACK n PUCCH, 0 d where HARQ-ACK and HARQ-ACK indicate ACK/NACK responses to the first PDSCH, HARQ-ACK and HARQ-ACK indicate ACK/NACK responses to the second PDSCH, n PUCCH, 0 indicates a PUCCH resource determined based on a resource of the first PDCCH, and "a", "b", "c" and "d" are same as modulation symbols defined for PUCCH format 1b ACK/NACK transmission. receiving a first Physical Downlink Control Channel, PDCCH, for scheduling the PCC, and a second PDCCH for scheduling the SCC, wherein transmission modes of the PCC and the SCC are configured as Multiple Input Multiple Output, MIMO, modes; based on the first and second PDCCHs, receiving a first Physical Downlink Shared Channel, PDSCH, and a second PDSCH; identifying a Hybrid Automatic Repeat reQuest - Acknowledgement, HARQ-ACK, state related to the first and second PDSCHs; and transmitting a modulation symbol using a PUCCH resource based on the HARQ-ACK state, according to a relation including: HARQ-ACK HARQ-ACK HARQ-ACK HARQ-ACK n PUCCH, i modulation symbol ACK ACK NACK NACK n PUCCH, 0 a ACK NACK NACK NACK n PUCCH, 0 b NACK ACK NACK NACK n PUCCH, 0 c NACK NACK NACK NACK n PUCCH, 0 d where HARQ-ACK and HARQ-ACK indicate ACK/NACK responses to the first PDSCH, HARQ-ACK and HARQ-ACK indicate ACK/NACK responses to the second PDSCH, n PUCCH, 0 indicates a PUCCH resource determined based on a resource of the first PDCCH, and "a", "b", "c" and "d" are same as modulation symbols defined for PUCCH format 1b ACK/NACK transmission.