mhurhangee/patent-ind-claim-en huggingface dataset:
An edge node for a mesh network that is configured to support cloud services, wherein the edge node comprises: a processor, operably coupleable to a content store; wherein the edge node comprises a user input means coupled to the processor and configured to enable a user of the edge node or a user of a device coupled to the edge node to provision at least one attribute that identifies what future content the user desires or needs, wherein the at least one attribute is based on a characteristic of the content; a transmitter coupled to the processor and configured to send the at least one attribute to a network entity that comprises a content agent registry to record and identify content to be delivered to the edge node based on the at least one attribute received by the network entity ; and a receiver configured to receive the identified content; wherein the processor and receiver are configured to pull a mobile application in addition to the content from the network entity thereby enabling a subscriber device to run downloaded identified content delivered to the edge node . a processor, operably coupleable to a content store; wherein the edge node comprises a user input means coupled to the processor and configured to enable a user of the edge node or a user of a device coupled to the edge node to provision at least one attribute that identifies what future content the user desires or needs, wherein the at least one attribute is based on a characteristic of the content; a transmitter coupled to the processor and configured to send the at least one attribute to a network entity that comprises a content agent registry to record and identify content to be delivered to the edge node based on the at least one attribute received by the network entity ; and a receiver configured to receive the identified content; wherein the processor and receiver are configured to pull a mobile application in addition to the content from the network entity thereby enabling a subscriber device to run downloaded identified content delivered to the edge node .
A detection system for locating a marker in a body, the detection system comprising: at least one implantable marker , the implantable marker comprising at least one piece of magnetic material that exhibits a large Barkhausen jump (LBJ) in its magnetisation curve at a threshold switching field; at least one drive coil configured to excite the marker with an alternating magnetic field and at least one sense coil configured to detect a signal received from the excited marker; a magnetic field generator configured to drive an alternating magnetic field through the at least one drive coil; and at least one detector configured to receive the signal from the sense coil and detect one or more harmonics of the drive frequency in the received signal of the marker; characterised in that the drive coil is configured to excite the marker below the threshold switching field required to initiate bistable switching behaviour of the LBJ material and the detector is configured to detect the received signal of the marker in a sub-bistable mode below the threshold switching field, the one or more harmonics of the drive frequency in the received signal being caused by a change in magnetization of the marker, the harmonic response allowing detection and localisation of the marker below the threshold switching field. at least one implantable marker , the implantable marker comprising at least one piece of magnetic material that exhibits a large Barkhausen jump (LBJ) in its magnetisation curve at a threshold switching field; at least one drive coil configured to excite the marker with an alternating magnetic field and at least one sense coil configured to detect a signal received from the excited marker; a magnetic field generator configured to drive an alternating magnetic field through the at least one drive coil; and at least one detector configured to receive the signal from the sense coil and detect one or more harmonics of the drive frequency in the received signal of the marker; characterised in that the drive coil is configured to excite the marker below the threshold switching field required to initiate bistable switching behaviour of the LBJ material and the detector is configured to detect the received signal of the marker in a sub-bistable mode below the threshold switching field, the one or more harmonics of the drive frequency in the received signal being caused by a change in magnetization of the marker, the harmonic response allowing detection and localisation of the marker below the threshold switching field.
A treated object modifying apparatus comprising: a plasma-treating unit that comprises a first electrode unit , a second electrode unit , and a dielectric that is interposed between the first electrode unit and the second electrode unit , and that plasma-treats a treated object positioned between the first electrode unit and the dielectric by applying a voltage to one of the first electrode unit and the second electrode unit ; and a controlling unit that controls the plasma-treating unit so that an amount of plasma energy delivered to any one of sides of the treated object in a duplex treatment is smaller than an amount of plasma energy delivered to any one of the sides of the treated object in a simplex treatment, wherein the duplex treatment is a plasma treatment performed with one side of the treated object facing the first electrode unit, and another plasma treatment performed with the other side of the treated object facing the first electrode unit , and the simplex treatment is a plasma treatment performed with one side of the treated object facing the first electrode unit . a plasma-treating unit that comprises a first electrode unit , a second electrode unit , and a dielectric that is interposed between the first electrode unit and the second electrode unit , and that plasma-treats a treated object positioned between the first electrode unit and the dielectric by applying a voltage to one of the first electrode unit and the second electrode unit ; and a controlling unit that controls the plasma-treating unit so that an amount of plasma energy delivered to any one of sides of the treated object in a duplex treatment is smaller than an amount of plasma energy delivered to any one of the sides of the treated object in a simplex treatment, wherein the duplex treatment is a plasma treatment performed with one side of the treated object facing the first electrode unit, and another plasma treatment performed with the other side of the treated object facing the first electrode unit , and the simplex treatment is a plasma treatment performed with one side of the treated object facing the first electrode unit .
A trial used in sizing an interbody spinal implant for insertion into a disc space between adjacent vertebrae, and the interbody spinal implant, the trial comprising: a leading end, an opposite trailing end, a length extending from the leading end to the trailing end, and a longitudinal axis extending through the leading end and the trailing end, a shaft portion extending from the trailing end toward the leading end and having a first end , a second end, and a first passage extending therethrough between the first and second ends; an end portion (11; 11') positioned at the leading end and extending from the first end of the shaft portion , the end portion (11; 11') including a first end surface , a top surface , a bottom surface , a first side surface , a second side surface , and a second passage (34; 40) extending therethrough, the first and second passages (32, 34; 40) communicating with one another, the second passage (34; 40) extending from the first passage to at least a first exit port (37; 46) positioned through one of the first end surface , the first side surface , and the second side surface ; wherein dimensions of the end portion (11; 11') are sized to approximate dimensions of the interbody spinal implant, wherein the shaft portion and the end portion (11; 11') are integral with one another so that the end portion (11; 11') is non-removably attached to the shaft portion . a leading end, an opposite trailing end, a length extending from the leading end to the trailing end, and a longitudinal axis extending through the leading end and the trailing end, a shaft portion extending from the trailing end toward the leading end and having a first end , a second end, and a first passage extending therethrough between the first and second ends; an end portion (11; 11') positioned at the leading end and extending from the first end of the shaft portion , the end portion (11; 11') including a first end surface , a top surface , a bottom surface , a first side surface , a second side surface , and a second passage (34; 40) extending therethrough, the first and second passages (32, 34; 40) communicating with one another, the second passage (34; 40) extending from the first passage to at least a first exit port (37; 46) positioned through one of the first end surface , the first side surface , and the second side surface ; wherein dimensions of the end portion (11; 11') are sized to approximate dimensions of the interbody spinal implant, wherein the shaft portion and the end portion (11; 11') are integral with one another so that the end portion (11; 11') is non-removably attached to the shaft portion .
Method for producing an insert leaf , in particular a data page, for a book-like document , in particular identification document, wherein the insert leaf has a main body and a hinge region , which is connected to the main body and projects beyond a periphery of the main body , including the steps of: - connecting a number of films to form an insert-leaf sheet , wherein the films comprise at least one hinge film , - separating off an insert-leaf blank from the insert-leaf sheet , in particular cutting it out of the same, - separating off a part of the insert-leaf blank for the purpose of creating the hinge region , which comprises the at least one hinge film , characterized in that the act of separating off the part of the insert-leaf body takes place in a single operation, preferably using machining. - connecting a number of films to form an insert-leaf sheet , wherein the films comprise at least one hinge film , - separating off an insert-leaf blank from the insert-leaf sheet , in particular cutting it out of the same, - separating off a part of the insert-leaf blank for the purpose of creating the hinge region , which comprises the at least one hinge film ,
A projectile comprising: a forward body ; and a motor assembly extending along a longitudinal motor axis between a first motor end coupled to the forward body and a second motor end opposite the first motor end, the motor assembly including: a casing closed at a first casing end adjacent the body and open about the longitudinal motor axis at a second casing end opposite the first casing end, an aerospike nozzle coupled to the casing and extending along the longitudinal motor axis between an open lead end and a closed tail end opposing the lead end, the lead end being open about the longitudinal motor axis and being received by the second casing end of the casing, and the aerospike nozzle tapering outwardly in a direction from the tail end to the lead end, a propellant charge axially disposed between the tail end of the aerospike nozzle and the first casing end of the casing, and a combustion chamber axially disposed between the propellant charge and the first casing end of the casing. a forward body ; and a motor assembly extending along a longitudinal motor axis between a first motor end coupled to the forward body and a second motor end opposite the first motor end, the motor assembly including: a casing closed at a first casing end adjacent the body and open about the longitudinal motor axis at a second casing end opposite the first casing end, an aerospike nozzle coupled to the casing and extending along the longitudinal motor axis between an open lead end and a closed tail end opposing the lead end, the lead end being open about the longitudinal motor axis and being received by the second casing end of the casing, and the aerospike nozzle tapering outwardly in a direction from the tail end to the lead end, a propellant charge axially disposed between the tail end of the aerospike nozzle and the first casing end of the casing, and a combustion chamber axially disposed between the propellant charge and the first casing end of the casing. a casing closed at a first casing end adjacent the body and open about the longitudinal motor axis at a second casing end opposite the first casing end, an aerospike nozzle coupled to the casing and extending along the longitudinal motor axis between an open lead end and a closed tail end opposing the lead end, the lead end being open about the longitudinal motor axis and being received by the second casing end of the casing, and the aerospike nozzle tapering outwardly in a direction from the tail end to the lead end, a propellant charge axially disposed between the tail end of the aerospike nozzle and the first casing end of the casing, and a combustion chamber axially disposed between the propellant charge and the first casing end of the casing.
Safety device for a vehicle adapted to be arranged facing an airbag, the safety device comprising: - a channel suitable for guiding the airbag, the channel comprising at least a surrounding wall having an inner face and an external face opposite to the inner face , said inner face delimiting a central opening for deployment of the airbag, - a panel at least partially covering the central opening when the airbag is in an uninflated state, and - a net having a first plane-portion being entrapped in the channel and a second plane-portion being entrapped in the panel , the net further comprising a third portion corresponding to a folded portion of the net and extending between the first plane-portion and the second plane-portion , wherein at least a part of the third-portion is entrapped in at least a portion of reduced thickness of a receiving portion of the channel , said portion of reduced thickness being arranged between the inner face and the external face of the surrounding wall of the channel . - a channel suitable for guiding the airbag, the channel comprising at least a surrounding wall having an inner face and an external face opposite to the inner face , said inner face delimiting a central opening for deployment of the airbag, - a panel at least partially covering the central opening when the airbag is in an uninflated state, and - a net having a first plane-portion being entrapped in the channel and a second plane-portion being entrapped in the panel , the net further comprising a third portion corresponding to a folded portion of the net and extending between the first plane-portion and the second plane-portion , wherein at least a part of the third-portion is entrapped in at least a portion of reduced thickness of a receiving portion of the channel , said portion of reduced thickness being arranged between the inner face and the external face of the surrounding wall of the channel .
A method performed by a base station in a wireless communication system, comprising: receiving , from a multi-cell/multicast coordination entity, MCE, a first message comprising first information for identifying a service in which data transmission is to be suspended and a system frame number, SFN, the SFN indicates a radio frame from which the data transmission for the service is to be suspended; transmitting, to the MCE, a response message for acknowledging receipt of the first message; transmitting , to a terminal, a second message comprising second information related to the service and an indication indicating that the data transmission of the service is to be suspended; and transmitting a data for the service before the radio frame indicated by the SFN. receiving , from a multi-cell/multicast coordination entity, MCE, a first message comprising first information for identifying a service in which data transmission is to be suspended and a system frame number, SFN, the SFN indicates a radio frame from which the data transmission for the service is to be suspended; transmitting, to the MCE, a response message for acknowledging receipt of the first message; transmitting , to a terminal, a second message comprising second information related to the service and an indication indicating that the data transmission of the service is to be suspended; and transmitting a data for the service before the radio frame indicated by the SFN.
A method comprising: receiving , by a controller comprising one or more computers, measurements data collected by a plurality of sensors configured to monitor vibrations associated with a rotating machine ; determining , by the controller based at least in part upon the measurements data, that a respective amplitude change for at least two of the plurality of sensors exceeds a threshold condition at the same time; the method characterized by further comprising: determining , by the controller , that the threshold condition is exceeded for a predetermined period of time; and obtaining historical information associated with the vibration behavior of the rotating machine ; determining , based at least in part upon a comparison of the historical information to the measurements data, that the determined amplitude changes of the at least two sensors have not historically occurred; and identifying , by the controller based at least in part upon determining that the threshold condition is exceeded for a predetermined period of time and upon determining that the determined amplitude changes have not historically occurred, an alarm event. receiving , by a controller comprising one or more computers, measurements data collected by a plurality of sensors configured to monitor vibrations associated with a rotating machine ; determining , by the controller based at least in part upon the measurements data, that a respective amplitude change for at least two of the plurality of sensors exceeds a threshold condition at the same time; the method characterized by further comprising: determining , by the controller , that the threshold condition is exceeded for a predetermined period of time; and obtaining historical information associated with the vibration behavior of the rotating machine ; determining , based at least in part upon a comparison of the historical information to the measurements data, that the determined amplitude changes of the at least two sensors have not historically occurred; and identifying , by the controller based at least in part upon determining that the threshold condition is exceeded for a predetermined period of time and upon determining that the determined amplitude changes have not historically occurred, an alarm event. determining , by the controller , that the threshold condition is exceeded for a predetermined period of time; and obtaining historical information associated with the vibration behavior of the rotating machine ; determining , based at least in part upon a comparison of the historical information to the measurements data, that the determined amplitude changes of the at least two sensors have not historically occurred; and identifying , by the controller based at least in part upon determining that the threshold condition is exceeded for a predetermined period of time and upon determining that the determined amplitude changes have not historically occurred, an alarm event.
A transfer device equipped with a conveying section , a pretreatment section and a transfer section , wherein the conveying section conveys a fabric to the transfer section; the pretreatment section supplies a pretreatment liquid to one side of the fabric; the transfer section is located downstream of the pretreatment section in a conveying direction (A) of the conveying section; and an image on a transfer medium is transferred to the fabric by pressing and heating a surface of the fabric supplied with the pretreatment liquid by the pretreatment section and the transfer medium. wherein the conveying section conveys a fabric to the transfer section; the pretreatment section supplies a pretreatment liquid to one side of the fabric; the transfer section is located downstream of the pretreatment section in a conveying direction (A) of the conveying section; and an image on a transfer medium is transferred to the fabric by pressing and heating a surface of the fabric supplied with the pretreatment liquid by the pretreatment section and the transfer medium.
Method of preparing a stationary phase separation material comprising preparing an organo-modified silica by providing a reaction mixture by mixing in an aqueous medium comprising from 25 to 100 weight % water, silica (S) and one or more organosilane compounds (A), and reacting the mixture, wherein in a first step the reaction mixture of silica (S) and one or more organosilane compounds (A) is reacted at a temperature TEMP1, followed by a second step comprising subjecting the reacted silica produced in the first step to a temperature TEMP2 to form an organo-modified silica, wherein TEMP2 > TEMP1; wherein the one or more organosilane compounds A are: - of the general formula (R 1 ) 3-n (X) n SiR 3 , wherein R 1 is C 1 -C 4 alkyl, C 2 -C 4 alkenyl, or C 2 -C 4 alkynyl, R 3 is C 1 -C 8 alkyl, C 2- C 8 alkenyl, or C 2- C 8 alkynyl, and X is a leaving group selected from halogen, alkoxy and alkylamine, n=2 or 3, or - of the general formula: (R 4 ) 3-n (X) n SiR 6 Si(R 5 ) 3-m (Y) m , wherein R 4 and R 5 are independently from each other C 1 -C 4 alkyl, C 2 -C 4 alkenyl, or C 2 -C 4 alkynyl, R 6 is C 1 -C 8 alkylene, C 2- C 8 alkenylene, or C 2- C 8 alkynylene, and X and Y are each leaving groups selected from halogen, alkoxy and alkylamine, n=2 or 3, m=2 or 3, the silica (S) does not comprise a surface organic modification, and is in the form of porous particles or in the form of a monolithic material; the method further comprising reacting the organo-modified silica with a functionalising agent comprising a functional group selected from diol-substituted alkyl, amino-substituted alkyl, cyanoalkyl, fluoroalkyl, phenyl, fluorophenyl, phenylalkyl, and C 1 -C 30 alkyl. - of the general formula (R 1 ) 3-n (X) n SiR 3 , wherein R 1 is C 1 -C 4 alkyl, C 2 -C 4 alkenyl, or C 2 -C 4 alkynyl, R 3 is C 1 -C 8 alkyl, C 2- C 8 alkenyl, or C 2- C 8 alkynyl, and X is a leaving group selected from halogen, alkoxy and alkylamine, n=2 or 3, or - of the general formula: (R 4 ) 3-n (X) n SiR 6 Si(R 5 ) 3-m (Y) m , wherein R 4 and R 5 are independently from each other C 1 -C 4 alkyl, C 2 -C 4 alkenyl, or C 2 -C 4 alkynyl, R 6 is C 1 -C 8 alkylene, C 2- C 8 alkenylene, or C 2- C 8 alkynylene, and X and Y are each leaving groups selected from halogen, alkoxy and alkylamine, n=2 or 3, m=2 or 3,