mhurhangee/patent-ind-claim-en huggingface dataset:
A holding device for use with a telescopically extensible crane boom that comprises a base section and one or more telescopic crane boom sections (57b 1 -57b 4 ) carried by the base section , wherein the holding device is adapted to co-operate with a load handling tool pivotally connected to an outer end of the crane boom , in order to keep the load handling tool in a given parking position in relation to the crane boom , characterized in that the holding device comprises: - an attachment , which is to be fixed to an outer end of one of the telescopic crane boom sections (57b 1 -57b 4 ) of the crane boom; - a tool holder , which is detachably mountable to the attachment and configured for engagement with the load handling tool in order to support the load handling tool against the crane boom and keep the load handling tool in said parking position, wherein the tool holder is provided with at least one sliding member , through which the tool holder is configured to slidably rest against an external surface on the crane boom when the tool holder is mounted to the attachment ; and - a locking mechanism for locking the tool holder and the attachment to each other when the tool holder is mounted to the attachment . - an attachment , which is to be fixed to an outer end of one of the telescopic crane boom sections (57b 1 -57b 4 ) of the crane boom; - a tool holder , which is detachably mountable to the attachment and configured for engagement with the load handling tool in order to support the load handling tool against the crane boom and keep the load handling tool in said parking position, wherein the tool holder is provided with at least one sliding member , through which the tool holder is configured to slidably rest against an external surface on the crane boom when the tool holder is mounted to the attachment ; and - a locking mechanism for locking the tool holder and the attachment to each other when the tool holder is mounted to the attachment .
Measuring device for transmitter performance measuring, comprising - a first measuring path, adapted to receive a measuring signal from a device under test , and determine first measuring values from the measuring signal , - a second measuring path , adapted to receive the measuring signal , and determine second measuring values from the measuring signal , and - a noise suppressor , connected to an output of the first measuring path and to an output of the second measuring path , which is adapted to - receive the first measuring values and the second measuring values , and - suppress noise, by, for each first measuring value , multiplying the first measuring value with an according second measuring value of the same point in time, generating a plurality of measuring value products, wherein the first measuring path and the second measuring path are identical. - a first measuring path, adapted to receive a measuring signal from a device under test , and determine first measuring values from the measuring signal , - a second measuring path , adapted to receive the measuring signal , and determine second measuring values from the measuring signal , and - a noise suppressor , connected to an output of the first measuring path and to an output of the second measuring path , which is adapted to - receive the first measuring values and the second measuring values , and - suppress noise, by, for each first measuring value , multiplying the first measuring value with an according second measuring value of the same point in time, generating a plurality of measuring value products, wherein the first measuring path and the second measuring path are identical.
A method for determining an individual maximum power level for one or more wind turbines in a wind power plant, comprising: storing a wind turbine type maximum power level for one or more types of wind turbine ; storing one or more fatigue load values relating to a range of power levels for each of said one or more types of wind turbine ; storing one or more parameters relating to site conditions for the site at which the wind power plant is located ; and determining for each wind turbine of a type of wind turbine, based on at least said stored fatigue load levels for said type of wind turbine and said stored parameters relating to said site conditions, said individual maximum power level , wherein each wind turbine is then able to operate at one or more power levels up to its determined individual maximum power level. storing a wind turbine type maximum power level for one or more types of wind turbine ; storing one or more fatigue load values relating to a range of power levels for each of said one or more types of wind turbine ; storing one or more parameters relating to site conditions for the site at which the wind power plant is located ; and determining for each wind turbine of a type of wind turbine, based on at least said stored fatigue load levels for said type of wind turbine and said stored parameters relating to said site conditions, said individual maximum power level , wherein each wind turbine is then able to operate at one or more power levels up to its determined individual maximum power level.
UHF RFID transponder with an antenna and an RFID chip, wherein the antenna has a first dipole structure, a second dipole structure, a first inductive loop, a second inductive loop and a infeed point, wherein the first dipole structure and the second dipole structure are folded dipoles, and wherein the first dipole structure, the second dipole structure, the first inductive loop, the second inductive loop and the RFID chip are electrically connected to the infeed point, and wherein the second inductive loop is connected in parallel to the first inductive loop, characterised in that the dipole structures (4 and 6) designed as folded dipoles, each featuring a slit that is parallel to one long side of the antenna , and that these slits have curved ends (10 and 11) and that the curved ends of the first dipole structure and the curved ends of the second dipole structure are turned towards each other.
An apparatus for manufacturing a pouch of a secondary battery , the apparatus comprising: a lower die having an accommodation groove for molding a cup part of the pouch in a base surface , on which the pouch is disposed; a punch inserted into the accommodation groove of the lower die to mold the cup part of the pouch ; and a stripper provided to press a peripheral part of the pouch , which is disposed around a portion to be molded as the cup part of the pouch by the punch , wherein two accommodation grooves provided with a left accommodation groove and a right accommodation groove are formed in the lower die , a bridge part configured to connect the two accommodation grooves to each other is formed between the left accommodation groove and the right accommodation groove , the bridge part comprises a pillar portion (113-1) of which lateral sides are formed as two straight lines and a top portion (113-2) formed as a curve on an upper end of the pillar portion (113-1), based on a cross-sectional view, the apparatus being characterized in that a height (h) of the top portion (113-2), which is measured at an upper end of the pillar portion (113-1), is less than 1/2 of a width (W) of the pillar portion (113-1). a lower die having an accommodation groove for molding a cup part of the pouch in a base surface , on which the pouch is disposed; a punch inserted into the accommodation groove of the lower die to mold the cup part of the pouch ; and a stripper provided to press a peripheral part of the pouch , which is disposed around a portion to be molded as the cup part of the pouch by the punch , wherein two accommodation grooves provided with a left accommodation groove and a right accommodation groove are formed in the lower die , a bridge part configured to connect the two accommodation grooves to each other is formed between the left accommodation groove and the right accommodation groove , the bridge part comprises a pillar portion (113-1) of which lateral sides are formed as two straight lines and a top portion (113-2) formed as a curve on an upper end of the pillar portion (113-1), based on a cross-sectional view, the apparatus being characterized in that a height (h) of the top portion (113-2), which is measured at an upper end of the pillar portion (113-1), is less than 1/2 of a width (W) of the pillar portion (113-1).
A heat exchanger configured to cool an air flow with a coolant liquid, comprising a heat core , a first air flow duct located at a first longitudinal end of said heat core and a second air flow duct located at a second longitudinal end of said heat core , the heat core comprising a plurality of air flow channels defining liquid passes in between at least two air flow channels , said heat core comprising a plurality of plates enveloping the air flow channels and the liquid passes , the heat exchanger being characterised in that at least one of the plates has at least a first projection defining a liquid chamber at the first longitudinal end of the heat core and at least a second projection defining a corridor connected to the liquid chamber and configured for the circulation of the coolant liquid, the corridor extending from the liquid chamber and in the direction of the second longitudinal end of the heat core .
A semiconductor package , comprising: a package substrate having a top surface and a bottom surface ; an interposer mounted on the top surface of the package substrate ; a first semiconductor die and a second semiconductor die mounted on the interposer in a side-by-side manner; a stiffener ring secured to the top surface of the package substrate , wherein the stiffener ring encircles the first semiconductor die and the second semiconductor die , and the stiffener ring comprises a reinforcement rib striding across the interposer ; and a heat sink is directly bonded to a rear surface of the first semiconductor die and a rear surface of the second semiconductor die through a thermal interface material layer ; wherein the reinforcement rib is in direct contact with the top surface of the interposer . a package substrate having a top surface and a bottom surface ; an interposer mounted on the top surface of the package substrate ; a first semiconductor die and a second semiconductor die mounted on the interposer in a side-by-side manner; a stiffener ring secured to the top surface of the package substrate , wherein the stiffener ring encircles the first semiconductor die and the second semiconductor die , and the stiffener ring comprises a reinforcement rib striding across the interposer ; and a heat sink is directly bonded to a rear surface of the first semiconductor die and a rear surface of the second semiconductor die through a thermal interface material layer ; wherein the reinforcement rib is in direct contact with the top surface of the interposer .
A mixture of photoinitiators containing the polymerizable photoinitiators according to Formula (I) and (II): and
Device for fireworks, comprising a base and a cover suitable for being mounted on the base; said base comprising electrodes suitable for being electrically connected to a power source; said cover comprising: - a cylindrical body , - plate contacts suitable for coming in contact with said electrodes of the base; - a heating element mounted on a PCB and suitable for coming in contact with an explosive charge disposed in said cover , and conducting wires that pass through said PCB and electrically connect said plate contacts with said heating element , characterized in that said plate contacts are mounted in said PCB in such a way that the conducting wires only extend inside the PCB; said PCB is embedded in an intermediate wall of the cover comprising a lower portion under the PCB and an upper portion above the PCB; said lower portion of the intermediate wall of the cover being provided with two slots in correspondence of said plate contacts for the insertion of said electrodes of the base; said upper portion of the intermediate wall of the cover being provided with a slot in correspondence of said heating element for the passage of the explosive charge. - a cylindrical body , - plate contacts suitable for coming in contact with said electrodes of the base; - a heating element mounted on a PCB and suitable for coming in contact with an explosive charge disposed in said cover , and
A semiconductor lighting device comprising: an array of semiconductor light sources arranged in an x-y grid, a power input in electrical connection with the array and arranged to provide power to the light sources, a light sensor , a microcontroller in electrical connection with the array and the light sensor and arranged to alter operation of the array, and a connector in electrical connection with the microcontroller , arranged to provide an interface to the microcontroller , wherein the microcontroller is configured to monitor the output irradiance across the array through a look-up table, which correlates a sensor signal of the light sensor to a programmed irradiance for a given current, characterized in that the microcontroller is configured to send a fault signal in response to the programmed irradiance being outside of user determined control limits, wherein the microcontroller is configured not to turn on the array of semiconductor light sources in the presence of the fault signal, and wherein the microcontroller is configured to use the light sensor to autocorrect for a drop in irradiance over time by controlling the power to the array to ensure that the output irradiance stays within a predefined range. an array of semiconductor light sources arranged in an x-y grid, a power input in electrical connection with the array and arranged to provide power to the light sources, a light sensor , a microcontroller in electrical connection with the array and the light sensor and arranged to alter operation of the array, and a connector in electrical connection with the microcontroller , arranged to provide an interface to the microcontroller , wherein the microcontroller is configured to monitor the output irradiance across the array through a look-up table, which correlates a sensor signal of the light sensor to a programmed irradiance for a given current, the microcontroller is configured to send a fault signal in response to the programmed irradiance being outside of user determined control limits, wherein the microcontroller is configured not to turn on the array of semiconductor light sources in the presence of the fault signal, and wherein the microcontroller is configured to use the light sensor to autocorrect for a drop in irradiance over time by controlling the power to the array to ensure that the output irradiance stays within a predefined range.
An apparatus for requesting computation of a backup egress path comprising: a processor configured to: send a path computation element, PCE, protocol, PCEP, request, PCReq, message requesting computation of the backup egress path to protect against a fault in a primary egress path of a Point to Multi-Point, P2MP, or Point-to-Point, P2P, label switched path, LSP; receive a PCEP reply, PCRep, message specifying the backup egress path from a previous-hop internal node to a backup egress node ; wherein the backup egress path extends from the previous-hop internal node of a primary egress node of the P2MP or P2P LSP to the backup egress node , and the previous-hop internal node precedes the primary egress node ; wherein the PCReq message comprises a request parameters, RP, object comprising a backup egress bit, T, flag that specifies that the PCReq message is for requesting computation of the backup egress path. send a path computation element, PCE, protocol, PCEP, request, PCReq, message requesting computation of the backup egress path to protect against a fault in a primary egress path of a Point to Multi-Point, P2MP, or Point-to-Point, P2P, label switched path, LSP; receive a PCEP reply, PCRep, message specifying the backup egress path from a previous-hop internal node to a backup egress node ; wherein the backup egress path extends from the previous-hop internal node of a primary egress node of the P2MP or P2P LSP to the backup egress node , and the previous-hop internal node precedes the primary egress node ; wherein the PCReq message comprises a request parameters, RP, object comprising a backup egress bit, T, flag that specifies that the PCReq message is for requesting computation of the backup egress path.
A system of at least one emergency vehicle comprising a vehicle communication interface and at least one warning device with an optical and/or acoustic warning signal transmitter unit and with a warning device communication interface, wherein the warning device is configured to emit at least one acoustic and/or optical warning signal by the warning signal transmitter unit as required at least for a limited period of time after an activation command has been sent by the vehicle communication interface and received by the warning device communication interface, wherein a flying object is provided as the warning device , characterised in that the flying object, after receiving an activation command, is configured to a) when located at a specific location, emit acoustic and/or optical warning signals until the emergency vehicle reaches or passes this location or b) fly at a constant or varying specific distance ahead of the emergency vehicle while emitting acoustic and/or optical warning signals for informing those traffic participants that will meet the emergency vehicle within a short time about the emergency vehicle nearing the area in a continuous path preparation mode. a) when located at a specific location, emit acoustic and/or optical warning signals until the emergency vehicle reaches or passes this location or b) fly at a constant or varying specific distance ahead of the emergency vehicle while emitting acoustic and/or optical warning signals for informing those traffic participants that will meet the emergency vehicle within a short time about the emergency vehicle nearing the area in a continuous path preparation mode.
A modular die tool unit for a press brake including: a drive shaft having opposing first and second longitudinal ends and a central longitudinal axis (A-A) extending therethrough about which the drive shaft is rotatable; a pair of first and second die jaws each located on opposite sides of the central longitudinal axis, the die jaws being reciprocally movable towards and away from one another relative to the central longitudinal axis; and a means for translating the rotational motion of the drive shaft into the reciprocal motion of the die jaws; characterised in that the modular die tool unit further includes a connecting formation at each of the longitudinal ends of the drive shaft for: (i) coaxially connecting the drive shafts of two or more adjacent modular die tool units end-to-end; and/or (ii) connecting a drive means to the drive shaft of one of the modular die tool units thereby to drive such drive shaft and the other drive shafts connected thereto. a drive shaft having opposing first and second longitudinal ends and a central longitudinal axis (A-A) extending therethrough about which the drive shaft is rotatable; a pair of first and second die jaws each located on opposite sides of the central longitudinal axis, the die jaws being reciprocally movable towards and away from one another relative to the central longitudinal axis; and a means for translating the rotational motion of the drive shaft into the reciprocal motion of the die jaws; characterised in that the modular die tool unit further includes a connecting formation at each of the longitudinal ends of the drive shaft for: (i) coaxially connecting the drive shafts of two or more adjacent modular die tool units end-to-end; and/or (ii) connecting a drive means to the drive shaft of one of the modular die tool units thereby to drive such drive shaft and the other drive shafts connected thereto. (i) coaxially connecting the drive shafts of two or more adjacent modular die tool units end-to-end; and/or (ii) connecting a drive means to the drive shaft of one of the modular die tool units thereby to drive such drive shaft and the other drive shafts connected thereto.
A 5G mobile telecommunications system for transmitting on demand system information from a base station to a user equipment comprising: the user equipment including circuitry configured to request system information from the base station , wherein the user equipment determines, based on a radio resource control connection state of the user equipment , a request scheme to be used for requesting the system information; the base station including circuitry configured to receive the system information request from the user equipment and to determine the radio resource control connection state of the user equipment and to transmit the requested system information to the user equipment , wherein the base station determines a transmission scheme based on the determined radio resource control connection state; and wherein the radio resource control connection state is a connected state, and wherein the system information request is transmitted from the user equipment to the base station within a radio resource control signaling, and wherein the requested system information is transmitted from the base station to the user equipment included in a handover command when a handover procedure is triggered. the user equipment including circuitry configured to request system information from the base station , wherein the user equipment determines, based on a radio resource control connection state of the user equipment , a request scheme to be used for requesting the system information; the base station including circuitry configured to receive the system information request from the user equipment and to determine the radio resource control connection state of the user equipment and to transmit the requested system information to the user equipment , wherein the base station determines a transmission scheme based on the determined radio resource control connection state; and wherein the radio resource control connection state is a connected state, and wherein the system information request is transmitted from the user equipment to the base station within a radio resource control signaling, and wherein the requested system information is transmitted from the base station to the user equipment included in a handover command when a handover procedure is triggered.