mhurhangee/patent-ind-claim-en huggingface dataset:
A method to communicate with a passenger in a car within a transportation system, the method comprising: receiving an alarm signal from the car ; using a communication system associated with the car to initiate a text communication session in response to the alarm signal ; receiving a second alarm signal from a second car; using a second communication system associated with the second car to initiate a second text communication session in response to the second alarm signal; characterized by using the communication system and the second communication system to provide operating parameters of the cars; and sending a multicast text based message from a dispatch center to the communication system and the second communication system . receiving an alarm signal from the car ; using a communication system associated with the car to initiate a text communication session in response to the alarm signal ; receiving a second alarm signal from a second car; using a second communication system associated with the second car to initiate a second text communication session in response to the second alarm signal; characterized by using the communication system and the second communication system to provide operating parameters of the cars; and sending a multicast text based message from a dispatch center to the communication system and the second communication system .
A method for channel estimation in a FDD massive multiple-input-multiple-output (MIMO) backhaul system, the method comprising: transmitting, by a central node of the MIMO backhaul system to a small cell repeater terminal (120-1, ..., 120-k, ..., 120-K) on the downlink, a trigger signal; transmitting, by the central node to the small cell repeater terminal (120-1, ... 120-k, ..., 120-K), a downlink pilot signal carrying a set of pilot sequences that are mutually orthogonal in the frequency domain, each pilot sequence in the set of pilot sequences corresponding to an antenna of an antenna array at the central node (S306); receiving, at the central node, an uplink pilot signal carrying the set of pilot sequences transmitted by the small cell repeater terminal on the uplink, the received uplink pilot signal being a frequency converted retransmission of the downlink pilot signal (S308); and estimating at least one of an uplink channel and a downlink channel between the central node and the small cell repeater terminal based on the set of pilot sequences and the received uplink pilot signal (S310). transmitting, by a central node of the MIMO backhaul system to a small cell repeater terminal (120-1, ..., 120-k, ..., 120-K) on the downlink, a trigger signal; transmitting, by the central node to the small cell repeater terminal (120-1, ... 120-k, ..., 120-K), a downlink pilot signal carrying a set of pilot sequences that are mutually orthogonal in the frequency domain, each pilot sequence in the set of pilot sequences corresponding to an antenna of an antenna array at the central node (S306); receiving, at the central node, an uplink pilot signal carrying the set of pilot sequences transmitted by the small cell repeater terminal on the uplink, the received uplink pilot signal being a frequency converted retransmission of the downlink pilot signal (S308); and estimating at least one of an uplink channel and a downlink channel between the central node and the small cell repeater terminal based on the set of pilot sequences and the received uplink pilot signal (S310).
Housing designed for a field device used in measuring and automation technology, wherein said device is designed to monitor and/or determine at least a process variable of a medium, said housing comprising: at least a thread-free housing body which has a housing chamber on the inside which is surrounded by a housing wall (10.1); and at least a cover ; wherein the housing wall (10.1) has at least one opening which can be closed by the cover , wherein the housing has at least a threaded element that is inserted into the opening , wherein the threaded element is inserted in a manner in which it is secured in a detachable manner, wherein the threaded element is designed to receive the cover , wherein the opening can be closed by means of the cover , and wherein the threaded element has a first thread , and wherein the cover has a second thread to complement the first thread, wherein the housing wall (10.1) has at least one retention element inside the housing chamber to retain the threaded element , wherein the housing has a sealing element which is arranged between the housing body and the cover and is designed to close a gap between the housing body and the cover , characterized in that on a front face facing towards the cover , the threaded element has at least a limit stop , wherein said limit stop is designed to stop the cover from being screwed on further once a target position is reached, wherein the limit stop projects out of the front face, and wherein the sealing element has a third opening to complement the limit stop , and wherein the sealing element can be secured on the threaded element by introducing the limit stop into the third opening . at least a thread-free housing body which has a housing chamber on the inside which is surrounded by a housing wall (10.1); and at least a cover ; wherein the housing wall (10.1) has at least one opening which can be closed by the cover , wherein the housing has at least a threaded element that is inserted into the opening , wherein the threaded element is inserted in a manner in which it is secured in a detachable manner, wherein the threaded element is designed to receive the cover , wherein the opening can be closed by means of the cover , and wherein the threaded element has a first thread , and wherein the cover has a second thread to complement the first thread, wherein the housing wall (10.1) has at least one retention element inside the housing chamber to retain the threaded element , wherein the housing has a sealing element which is arranged between the housing body and the cover and is designed to close a gap between the housing body and the cover , characterized in that on a front face facing towards the cover , the threaded element has at least a limit stop , wherein said limit stop is designed to stop the cover from being screwed on further once a target position is reached, wherein the limit stop projects out of the front face, and wherein the sealing element has a third opening to complement the limit stop , and wherein the sealing element can be secured on the threaded element by introducing the limit stop into the third opening .
A handheld lawn maintenance tool comprising a power head extending along a longitudinal axis between a front and a rear, wherein the power head includes: - a power source , located at the rear of the power head ; - a housing ; - a first handle , operatively connected to the housing , a power generator positioned within said housing and operatively connected to the power source ; - a second handle , operatively connected to said housing ; - a control mechanism positioned adjacent to said first handle , and - a first attachment mechanism extending from said housing for receiving a releasably attachable working attachment , the handheld lawn maintenance tool being characterized in that the first handle is elongated along the longitudinal axis of the power head , and is positioned adjacent to the rear of the power head , adjacent to the power source , the second handle , extends from said housing and is positioned longitudinally forward of the power generator , at the front of the power head . - a power source , located at the rear of the power head ; - a housing ; - a first handle , operatively connected to the housing , a power generator positioned within said housing and operatively connected to the power source ; - a second handle , operatively connected to said housing ; - a control mechanism positioned adjacent to said first handle , and - a first attachment mechanism extending from said housing for receiving a releasably attachable working attachment , the handheld lawn maintenance tool being characterized in that the first handle is elongated along the longitudinal axis of the power head , and is positioned adjacent to the rear of the power head , adjacent to the power source , the second handle , extends from said housing and is positioned longitudinally forward of the power generator , at the front of the power head . the first handle is elongated along the longitudinal axis of the power head , and is positioned adjacent to the rear of the power head , adjacent to the power source , the second handle , extends from said housing and is positioned longitudinally forward of the power generator , at the front of the power head .
An air conditioning apparatus comprising: a main circuit in which refrigerant circulates in the order of a compressor , a four-way valve , a first heat exchanger , a first expansion valve , a second heat exchanger , the four-way valve , and the compressor in a heating operation; a first bypass flow path (B1) configured to communicate a pipe at the first expansion valve side of the second heat exchanger with a pipe at a discharge side of the compressor ; a second bypass flow path (B2) configured to communicate a pipe at a suction side of the compressor with the pipe at the discharge side of the compressor ; a first flow path selection device configured to selectively flow the refrigerant discharged from the compressor to at least one of the first heat exchanger , the first bypass flow path (B 1), and the second bypass flow path (B2), and a controller configured to control the first flow path selection device such that during the heating operation, the first flow path selection device selects at least the first heat exchanger , during a defrosting operation, the first flow path selection device selects at least the first bypass flow path (B1) after selecting at least the second bypass flow path (B2) in a state where the first heat exchanger is not selected, and the four-way valve being configured to be in the same communication state during the heating operation and the defrosting operation. a main circuit in which refrigerant circulates in the order of a compressor , a four-way valve , a first heat exchanger , a first expansion valve , a second heat exchanger , the four-way valve , and the compressor in a heating operation; a first bypass flow path (B1) configured to communicate a pipe at the first expansion valve side of the second heat exchanger with a pipe at a discharge side of the compressor ; a second bypass flow path (B2) configured to communicate a pipe at a suction side of the compressor with the pipe at the discharge side of the compressor ; a first flow path selection device configured to selectively flow the refrigerant discharged from the compressor to at least one of the first heat exchanger , the first bypass flow path (B 1), and the second bypass flow path (B2), and a controller configured to control the first flow path selection device such that during the heating operation, the first flow path selection device selects at least the first heat exchanger , during a defrosting operation, the first flow path selection device selects at least the first bypass flow path (B1) after selecting at least the second bypass flow path (B2) in a state where the first heat exchanger is not selected, and the four-way valve being configured to be in the same communication state during the heating operation and the defrosting operation.
An agricultural soil-working machine used for soil tillage and/or for spreading of distribution goods, such as fertilisers and/or seeds, - with a central part , consisting at least of a centre frame and a towing device connected thereto at the front end for the purpose of being coupled to an agricultural towing machine or the like towing vehicle, - with a left side wing and a right side wing , each consisting of a side frame , which side frame is connected to the centre frame so as to be swivelable about horizontal or spatially diagonally running axes of rotation, wherein soil-working implements are mounted to each particular side frame , - with front support wheels disposed at the particular front ends of the left side wing and of the right side wing so as to be swivelably movable in each case via a joint with swivel axes positioned approximately transverse to the driving direction , - with rear rotating support devices disposed at the particular rear ends of the left side wing and of the right side wing so as to be swivelably movable in each case via a joint with swivel axes positioned approximately transverse to the driving direction , characterised in that a frame section of the rear rotating support devices assigned to the central part and mounted there is configured such that it is coupleable by means of controllable coupling elements with a frame section of the particular rear rotating support devices assigned to the left side wing and/or assigned to the right side wing , wherein at least one actuator for the height adjustment and/or for the swivelling in relation to the particular side frame of each of the two side wings is in each case assigned to the support wheel and/or to the rear rotating support device of at least one side wing . - with a central part , consisting at least of a centre frame and a towing device connected thereto at the front end for the purpose of being coupled to an agricultural towing machine or the like towing vehicle, - with a left side wing and a right side wing , each consisting of a side frame , which side frame is connected to the centre frame so as to be swivelable about horizontal or spatially diagonally running axes of rotation, wherein soil-working implements are mounted to each particular side frame , - with front support wheels disposed at the particular front ends of the left side wing and of the right side wing so as to be swivelably movable in each case via a joint with swivel axes positioned approximately transverse to the driving direction , - with rear rotating support devices disposed at the particular rear ends of the left side wing and of the right side wing so as to be swivelably movable in each case via a joint with swivel axes positioned approximately transverse to the driving direction ,
A method comprising: receiving, by a wireless device, one or more radio resource control, RRC, messages indicating configuration parameters for a cell, wherein the configuration parameters indicate: a first physical resource block, PRB, of a physical uplink control channel, PUCCH, resource; a second PRB of the PUCCH resource; and a hopping pattern for the PUCCH resource; and sending, via the PUCCH resource and based on the hopping pattern, uplink control information, UCI, wherein sending the UCI comprises: sending at least a first portion of the UCI via the first PRB and using a first control resource set, CORESET, pool of the cell; and sending at least a second portion of the UCI via the second PRB and using a second CORESET pool of the cell. receiving, by a wireless device, one or more radio resource control, RRC, messages indicating configuration parameters for a cell, wherein the configuration parameters indicate: a first physical resource block, PRB, of a physical uplink control channel, PUCCH, resource; a second PRB of the PUCCH resource; and a hopping pattern for the PUCCH resource; and a first physical resource block, PRB, of a physical uplink control channel, PUCCH, resource; a second PRB of the PUCCH resource; and a hopping pattern for the PUCCH resource; and sending, via the PUCCH resource and based on the hopping pattern, uplink control information, UCI, wherein sending the UCI comprises: sending at least a first portion of the UCI via the first PRB and using a first control resource set, CORESET, pool of the cell; and sending at least a second portion of the UCI via the second PRB and using a second CORESET pool of the cell. sending at least a first portion of the UCI via the first PRB and using a first control resource set, CORESET, pool of the cell; and sending at least a second portion of the UCI via the second PRB and using a second CORESET pool of the cell.
A herbicidal composition comprising herbicides, wherein the herbicides comprise a synergistic herbicidally effective amount of (a) clomazone or an agriculturally acceptable salt thereof, and (b) benzobicyclon or an agriculturally acceptable salt thereof in a weight ratio of (a) to (b) of from 1:3 to less than 10:1.
A method of applying a film to a first panel of a vehicle wherein the first panel is connected to a second panel of the vehicle by a joint area containing a ditch portion that is recessed relative to the first panel , the method comprising: placing into the ditch portion an elongated jig that comprises a shim extending continuously along the length of the ditch portion , the shim protruding above a height of the first panel ; applying the film to the first and second panels such that the film extends over the elongated jig ; using a tool to apply pressure against the film and toward a cutting edge of the shim along the length of the shim to trim the film along a peripheral edge; removing the elongated jig from the ditch portion ; and adhering the peripheral edge of the film to the ditch portion . placing into the ditch portion an elongated jig that comprises a shim extending continuously along the length of the ditch portion , the shim protruding above a height of the first panel ; applying the film to the first and second panels such that the film extends over the elongated jig ; using a tool to apply pressure against the film and toward a cutting edge of the shim along the length of the shim to trim the film along a peripheral edge; removing the elongated jig from the ditch portion ; and adhering the peripheral edge of the film to the ditch portion .
A display comprising: a tray configured to house a plurality of consumer products ; a stand coupled to the tray , the stand comprising a front stand wall , a first side stand wall , a back stand wall and a second side stand wall , the front stand wall including four sides defined by a top front edge , a first front side edge , a second front side edge , and a bottom front edge , the first side stand wall including a side top edge , a side back edge and a side bottom edge , wherein the first side stand wall and the front stand wall share the second front side edge , wherein the first side stand wall and the back stand wall share the side back edge , and the front stand wall and the second side stand wall share the first front side edge , the side back edge opposite the first front side edge , the stand further comprising an interior wall coupled to the first front side edge and not coupled to the side back edge , a leading edge of the interior wall disengaging an interior face of the side back edge in a first configuration in which the stand is collapsed and engaging the interior face of the side back edge in a second configuration in which the stand is erect; and a biasing member coupled to the stand and biasing the stand to move from the first configuration to the second configuration, wherein the biasing member is configured to cause the stand to move towards the second configuration until the leading edge of the interior wall engages the interior face of the side back edge . a tray configured to house a plurality of consumer products ; a stand coupled to the tray , the stand comprising a front stand wall , a first side stand wall , a back stand wall and a second side stand wall , the front stand wall including four sides defined by a top front edge , a first front side edge , a second front side edge , and a bottom front edge , the first side stand wall including a side top edge , a side back edge and a side bottom edge , wherein the first side stand wall and the front stand wall share the second front side edge , wherein the first side stand wall and the back stand wall share the side back edge , and the front stand wall and the second side stand wall share the first front side edge , the side back edge opposite the first front side edge , the stand further comprising an interior wall coupled to the first front side edge and not coupled to the side back edge , a leading edge of the interior wall disengaging an interior face of the side back edge in a first configuration in which the stand is collapsed and engaging the interior face of the side back edge in a second configuration in which the stand is erect; and a biasing member coupled to the stand and biasing the stand to move from the first configuration to the second configuration, wherein the biasing member is configured to cause the stand to move towards the second configuration until the leading edge of the interior wall engages the interior face of the side back edge .
A method of detecting the presence of an analyte in a sample , in which the analyte is haemozoin, β-haematin or an analogous iron containing compound, the method including the steps of: providing the sample; applying a magnetic field across at least a portion of the sample; utilising a magneto-optical spectroscopic detection technique to detect a physical property of the analyte which varies in dependence with the orientation of the analyte with the square of the applied magnetic field wherein the detection of the physical property of the analyte includes the step of introducing electromagnetic radiation into the sample; the physical property is a property associated with the absorption of electromagnetic radiation; and phase sensitive detection of the physical property is performed using modulation of the applied magnetic field; and correlating the detected physical property with the presence of the analyte. providing the sample; applying a magnetic field across at least a portion of the sample; utilising a magneto-optical spectroscopic detection technique to detect a physical property of the analyte which varies in dependence with the orientation of the analyte with the square of the applied magnetic field wherein the detection of the physical property of the analyte includes the step of introducing electromagnetic radiation into the sample; the physical property is a property associated with the absorption of electromagnetic radiation; and phase sensitive detection of the physical property is performed using modulation of the applied magnetic field; and correlating the detected physical property with the presence of the analyte.
Rubber composition based on at least: - a diene elastomer comprising mainly an isoprene elastomer; - a reinforcing filler comprising: ∘ from 15 to 70 parts by weight per hundred parts by weight of elastomer, phr, of carbon black having a BET specific surface area of less than 70 m 2 /g, and ∘ from 5 to 20 phr of silica; - a salt of an alkaline-earth, alkali, or lanthanide metal; and - a crosslinking system; in which the ratio of carbon black to silica is greater than 1, and wherein the salt of an alkaline-earth, alkali, or lanthanide metal is an acetylacetonate of a alkaline-earth, alkali, or lanthanide metal. - a diene elastomer comprising mainly an isoprene elastomer; - a reinforcing filler comprising: ∘ from 15 to 70 parts by weight per hundred parts by weight of elastomer, phr, of carbon black having a BET specific surface area of less than 70 m 2 /g, and ∘ from 5 to 20 phr of silica; ∘ from 15 to 70 parts by weight per hundred parts by weight of elastomer, phr, of carbon black having a BET specific surface area of less than 70 m 2 /g, and ∘ from 5 to 20 phr of silica; - a salt of an alkaline-earth, alkali, or lanthanide metal; and - a crosslinking system;