mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a capacitive electrical device, wherein the method comprises: a) bonding a first electrical insulation film with a second electrical insulation film to obtain a single electrical insulation film that has a larger surface area than any of the first electrical insulation film and the second electrical insulation film has alone, b) providing a conductive layer onto the single electrical insulation film , and c) winding the single electrical insulation film and the conductive layer around a shaft concurrently to obtain a layer of the single electrical insulation film and a layer of the conductive layer wound onto the shaft, thereby forming the capacitive electrical device, the first electrical insulation film and the second electrical insulation film being bonded to form the single electrical insulation film prior to them being wound around the shaft. a) bonding a first electrical insulation film with a second electrical insulation film to obtain a single electrical insulation film that has a larger surface area than any of the first electrical insulation film and the second electrical insulation film has alone, b) providing a conductive layer onto the single electrical insulation film , and c) winding the single electrical insulation film and the conductive layer around a shaft concurrently to obtain a layer of the single electrical insulation film and a layer of the conductive layer wound onto the shaft, thereby forming the capacitive electrical device,
A burner (100, 100', 100") for a gas turbine engine , the burner comprising a radially inner pilot fuel flow passage surrounded by a radially outer main fuel flow passage , the main fuel flow passage being interposed between concentrically arranged radially inner and radially outer air flow passages , wherein the inner and outer air flow passages are in fluid communication with one another via at least one diverting passage at an upstream end of the burner; characterised in that the burner further comprises at least one control duct connected to a reduced pressure/vacuum source for selectively reducing the air pressure in the vicinity of the diverting passage such that air flow is selectively diverted from the inner air flow passage to the outer flow passage via the at least one diverting passage , wherein the at least one control duct extends to a circumferentially-extending annular chamber , the annular chamber having at least one opening that opens in the vicinity of the at least one diverting passage , and wherein the annular chamber has at least one opening that opens at or proximal an interface between the at least one diverting passage and the inner air flow passage .
A lens moving apparatus , comprising: a housing ; a bobbin disposed in the housing; a first coil disposed on an outer circumference of the bobbin ; a first magnet moving the bobbin in a first direction parallel to an optical axis by interaction with the first coil ; an upper elastic member disposed on an upper surface of the bobbin and an upper surface of the housing ; a lower elastic member disposed on a lower surface of bobbin and a lower surface of the housing ; and first and second winding protrusions formed on the bobbin and disposed with being opposite to each other, wherein a start portion of the first coil is wound on the first winding protrusion , wherein an end portion of the first coil is wound on the second winding protrusion , characterized in that the first winding protrusion comprises at least one first groove and a portion of the start portion of the first coil passes through the first groove ; in that the second winding protrusion comprises at least one second groove and a portion of the end portion of the first coil passes through the second groove ; in that one portion of the upper elastic member is disposed on a portion corresponding to the first groove ; and in that another portion of the upper elastic member is disposed on a portion corresponding to the second groove . a housing ; a bobbin disposed in the housing; a first coil disposed on an outer circumference of the bobbin ; a first magnet moving the bobbin in a first direction parallel to an optical axis by interaction with the first coil ; an upper elastic member disposed on an upper surface of the bobbin and an upper surface of the housing ; a lower elastic member disposed on a lower surface of bobbin and a lower surface of the housing ; and first and second winding protrusions formed on the bobbin and disposed with being opposite to each other, wherein a start portion of the first coil is wound on the first winding protrusion , wherein an end portion of the first coil is wound on the second winding protrusion , characterized in that the first winding protrusion comprises at least one first groove and a portion of the start portion of the first coil passes through the first groove ; in that the second winding protrusion comprises at least one second groove and a portion of the end portion of the first coil passes through the second groove ; in that one portion of the upper elastic member is disposed on a portion corresponding to the first groove ; and in that another portion of the upper elastic member is disposed on a portion corresponding to the second groove .
Remote control sender system comprising a sending device (100;201) for standardized binary coded radio messages within the scope of a distributed messaging system of AIS (Automatic Identification System) type according to a particular messaging standard for such a distributed messaging system, which sending device comprises means for assembling and periodically broadcasting such messages of at least one predetermined type, wherein a message of said predetermined type is intended, according to the said standard, to carry a certain predetermined type of information, wherein the message of said predetermined type comprises fields for that information as well as at least one buffer field which according to the said standard is not intended to carry any information, wherein the sending device further comprises a message assembly means (132;232) arranged to assemble, digitally store and calculate a checksum for a message of said predetermined type, and a sending means (132;234) arranged to transmit the message to a receiver which is in communication with a vessel or fixed unit in the form of a radio signal (120;220), characterised in that the sending device further comprises a data receiving means (137;237) arranged to receive data representing the value of a status variable, where the status variable is not related to the predetermined type of information but comprises information regarding whether or not a certain predetermined function, which is specifically associated with the movable vessel or the fixed unit which is arranged to receive the transmitted messages, is to be activated, and in that the sending device is arranged to insert the value of the status variable in digital form in the digital message stored in said buffer field before the checksum is calculated,.
A ball comprising a core , the core comprising a substantially impermeable outer surface, the ball comprising a porous structure encompassing the core, the porous structure being delimited by an outer surface and an inner surface , the outer surface of the porous structure comprising a plurality of perforations , the porous structure comprising a plurality of hollow confined spaces , with at least a part of the plurality of porous structure perforations and at least a part of the plurality of hollow confined spaces being interconnected , the ball further comprising a shell encompassing the porous structure , the shell being delimited by a shell outer surface and a shell inner surface , the shell comprising a plurality of shell perforations with at least a part of the plurality of shell perforations extending between a shell outer opening in the shell outer surface and a shell inner opening in the shell inner surface, and with at least part of the plurality of shell perforations being interconnected with the porous structure perforations, the interconnected plurality of shell perforations, porous structure perforations and hollow confined spaces defining a plurality of liquid passages allowing a liquid to be absorbed by the hollow confined spaces upon contact of the ball with the liquid, the ball being characterized in that the ball comprises control means for controlling absorption of the liquid by the ball and/or for controlling release of the absorbed liquid from the ball, wherein said control means at least comprises a shell channel provided between the shell outer and inner opening interconnecting the shell perforations and the porous structure perforations .
A method, comprising: receiving a first portion of a first audio signal generated by a first device at least partly after the first device detects a wakeword; receiving a second portion of a second audio signal generated by a second device at least partly after the second device detects the wakeword; receiving one or more first attributes associated with the first portion of the first audio signal; receiving one or more second attributes associated with the second portion of the second audio signal; determining, based at least in part on the one or more first attributes and the one or more second attributes, that the first device is to respond to the first audio signal, the first audio signal representing a speech utterance; receiving, based at least in part on the one or more first attributes and the one or more second attributes, one or more subsequent portions of the first audio signal generated by the first device; and sending, based at least in part on the one or more first attributes and the one or more second attributes, data including an instruction instructing the second device to cease sending one or more subsequent portions of the second audio signal. receiving a first portion of a first audio signal generated by a first device at least partly after the first device detects a wakeword; receiving a second portion of a second audio signal generated by a second device at least partly after the second device detects the wakeword; receiving one or more first attributes associated with the first portion of the first audio signal; receiving one or more second attributes associated with the second portion of the second audio signal; determining, based at least in part on the one or more first attributes and the one or more second attributes, that the first device is to respond to the first audio signal, the first audio signal representing a speech utterance; receiving, based at least in part on the one or more first attributes and the one or more second attributes, one or more subsequent portions of the first audio signal generated by the first device; and sending, based at least in part on the one or more first attributes and the one or more second attributes, data including an instruction instructing the second device to cease sending one or more subsequent portions of the second audio signal.
A system for management of admission to venues that charge by time comprising: (a) a handheld scanner; (b) a wristband; (c) a module; (d) a magnetic key; and (e) a lock; wherein the wristband is comprised of a flexible, thermoplastic elastomer material; wherein the wristband comprises a center portion that forms a pod that is configured to receive the module; wherein the module comprises a first polycarbonate plate and a second polycarbonate plate; wherein the first polycarbonate plate comprises a plurality of holes corresponding in number and size to a plurality of nodes on an outer surface of the first polycarbonate plate; wherein the module comprise an LED; wherein the handheld scanner comprises a first RFID antenna; wherein the module comprises a second RFID antenna; wherein the handheld scanner is configured to transmit data to the module and the module is configured to receive data from the handheld scanner; wherein the handheld scanner comprises two or more timer buttons; wherein each timer button corresponds to a preset duration of time; wherein, depending on which timer button is activated, the handheld scanner sends a particular time command signal to the module; and wherein the magnetic lock and key are configured to lock and unlock the wristband on a wrist of a user. (a) a handheld scanner; (b) a wristband; (c) a module; (d) a magnetic key; and (e) a lock; wherein the wristband is comprised of a flexible, thermoplastic elastomer material; wherein the wristband comprises a center portion that forms a pod that is configured to receive the module; wherein the module comprises a first polycarbonate plate and a second polycarbonate plate; wherein the first polycarbonate plate comprises a plurality of holes corresponding in number and size to a plurality of nodes on an outer surface of the first polycarbonate plate; wherein the module comprise an LED; wherein the handheld scanner comprises a first RFID antenna; wherein the module comprises a second RFID antenna; wherein the handheld scanner is configured to transmit data to the module and the module is configured to receive data from the handheld scanner; wherein the handheld scanner comprises two or more timer buttons; wherein each timer button corresponds to a preset duration of time; wherein, depending on which timer button is activated, the handheld scanner sends a particular time command signal to the module; and wherein the magnetic lock and key are configured to lock and unlock the wristband on a wrist of a user.
A method in a user equipment (UE) for random access coverage enhancement (CE), the method comprising: transmitting a random access preamble, wherein a power of the random access preamble is determined, in part, by a current CE level; incrementing a value of a counter by one, wherein the value of the counter indicates a number of random access preambles previously transmitted by the UE ; comparing the value of the counter, after incrementing its value, to a transmission limit, wherein the transmission limit indicates a maximum number of random access preamble transmission attempts for the current CE level; and in response to the counter being equal to the transmission limit plus one: resetting the value of the counter, prior to ramping up to a higher CE level: determining that the UE supports the higher CE level, and determining that the higher CE level is supported by a cell , wherein the UE is transmitting the random access preamble from within a coverage area of the cell , and if the current CE level is not determined to be the highest CE level supported by the UE and the cell, ramping up to the next CE level. transmitting a random access preamble, wherein a power of the random access preamble is determined, in part, by a current CE level; incrementing a value of a counter by one, wherein the value of the counter indicates a number of random access preambles previously transmitted by the UE ; comparing the value of the counter, after incrementing its value, to a transmission limit, wherein the transmission limit indicates a maximum number of random access preamble transmission attempts for the current CE level; and in response to the counter being equal to the transmission limit plus one: resetting the value of the counter, prior to ramping up to a higher CE level: determining that the UE supports the higher CE level, and determining that the higher CE level is supported by a cell , wherein the UE is transmitting the random access preamble from within a coverage area of the cell , and if the current CE level is not determined to be the highest CE level supported by the UE and the cell, ramping up to the next CE level. resetting the value of the counter, prior to ramping up to a higher CE level: determining that the UE supports the higher CE level, and determining that the higher CE level is supported by a cell , wherein the UE is transmitting the random access preamble from within a coverage area of the cell , and determining that the UE supports the higher CE level, and determining that the higher CE level is supported by a cell , wherein the UE is transmitting the random access preamble from within a coverage area of the cell , and if the current CE level is not determined to be the highest CE level supported by the UE and the cell, ramping up to the next CE level.
A separator unit suitable for being used in a cutting line of laminar materials into strips, of the type comprising: - an expandable shaft preferably provided with one or more expandable means arranged in substantially longitudinal direction along said expandable shaft ; - a storage magazine for storing separator tools , which is operatively associated with an end of said expandable shaft ; - said separator tools being provided with rings configured to allow the translation of said separator tools from said storage magazine to said expandable shaft in predefined positions, and vice versa when said expandable shaft is in non-expanded configuration, said separator tools also being susceptible to being locked in said predefined positions when said expandable shaft is in expanded configuration; - translation means configured to translate said separator tools from said storage magazine to said expandable shaft , and vice versa; - said expandable shaft being provided with at least a first slit made in longitudinal direction, said first slit housing a locking element with substantially longitudinal development, said locking element having a knurling on its outwards facing surface and being susceptible to translating in radial direction with respect to the longitudinal axis (X) of said expandable shaft ; characterized in that - said rings have a counter-knurling on one or more lengths of their surfaces facing said expandable shaft ; said knurling and said counter-knurling being configured to fixedly couple when said surface of said locking element is placed in contact with said surfaces of said rings . - an expandable shaft preferably provided with one or more expandable means arranged in substantially longitudinal direction along said expandable shaft ; - a storage magazine for storing separator tools , which is operatively associated with an end of said expandable shaft ; - said separator tools being provided with rings configured to allow the translation of said separator tools from said storage magazine to said expandable shaft in predefined positions, and vice versa when said expandable shaft is in non-expanded configuration, said separator tools also being susceptible to being locked in said predefined positions when said expandable shaft is in expanded configuration; - translation means configured to translate said separator tools from said storage magazine to said expandable shaft , and vice versa; - said expandable shaft being provided with at least a first slit made in longitudinal direction, said first slit housing a locking element with substantially longitudinal development, said locking element having a knurling on its outwards facing surface and being susceptible to translating in radial direction with respect to the longitudinal axis (X) of said expandable shaft ; characterized in that - said rings have a counter-knurling on one or more lengths of their surfaces facing said expandable shaft ;
Magnetic resonance apparatus with a scanner unit , a patient receiving area at least partly surrounded by the scanner unit and a patient display unit arranged within the patient receiving area , wherein the patient display unit is embodied for a visual and/or optical output of information and/or instructions to a patient during the magnetic resonance examination and comprises a reflective display , wherein the reflective display reflects light like normal paper, characterised by a display control unit , wherein the display control unit is designed to deactivate a data transmission to the reflective display and a signal processing by the reflective display during an acquisition of magnetic resonance data.
An air conditioner comprising: a compressor to compress a refrigerant; an oil sensor disposed in the compressor to detect oil stored in the compressor; an oil separator to separate the oil from the refrigerant discharged from the compressor; a first collection tube to collect the oil separated by the oil separator into the compressor; a second collection tube , disposed at a height different from that of the first collection tube, to collect the oil separated by the oil separator into the compressor; , wherein the second collection tube connects the oil separator to the compressor ; an oil valve disposed in the second collection tube , characterized by a control unit configured to control the oil valve on the basis of information detected by the oil sensor , wherein the oil valve comprises an electronic expansion valve of which an opening degree is adjustable, and wherein the first collection tube has one side connected to the oil separator and the other side connected to the second collection tube . a compressor to compress a refrigerant; an oil sensor disposed in the compressor to detect oil stored in the compressor; an oil separator to separate the oil from the refrigerant discharged from the compressor; a first collection tube to collect the oil separated by the oil separator into the compressor; a second collection tube , disposed at a height different from that of the first collection tube, to collect the oil separated by the oil separator into the compressor; , wherein the second collection tube connects the oil separator to the compressor ; an oil valve disposed in the second collection tube , characterized by a control unit configured to control the oil valve on the basis of information detected by the oil sensor , wherein the oil valve comprises an electronic expansion valve of which an opening degree is adjustable, and wherein the first collection tube has one side connected to the oil separator and the other side connected to the second collection tube .
Short-circuiting device , comprising: - a first electrical contact body and a second electrical contact body which are physically spaced apart from each other; - a contact element movable between a separation position and a closed position, which contact element is arranged at least partially on or within the second electrical contact body , in the separation position provides no electrically conductive connection between the first and second electrical contact bodies and in the closed position electrically conductively connects the first and second electrical contact bodies to each other by way of touch contact; - a drive device which, when triggered, moves the movable contact element from the second electrical contact body in the direction of the first electrical contact body from the separation position to the closed position, - an insulating layer which is positioned on an end region of the movable contact element , which end region faces the first electrical contact body , characterized in that - the insulating layer has a thickness (D) of 10-100 μm, more preferably 10-50 μm, particularly preferably 10-30 μm, and - the insulating layer is applied to the movable contact element. - a first electrical contact body and a second electrical contact body which are physically spaced apart from each other; - a contact element movable between a separation position and a closed position, which contact element is arranged at least partially on or within the second electrical contact body , in the separation position provides no electrically conductive connection between the first and second electrical contact bodies and in the closed position electrically conductively connects the first and second electrical contact bodies to each other by way of touch contact; - a drive device which, when triggered, moves the movable contact element from the second electrical contact body in the direction of the first electrical contact body from the separation position to the closed position, - an insulating layer which is positioned on an end region of the movable contact element , which end region faces the first electrical contact body , - the insulating layer has a thickness (D) of 10-100 μm, more preferably 10-50 μm, particularly preferably 10-30 μm, and - the insulating layer is applied to the movable contact element.