mhurhangee/patent-ind-claim-en huggingface dataset:
A heating apparatus comprising: a signal generator configured to generate an operation frequency; a coil unit ; and a power amplifier configured to amplify power of the operation frequency to a predetermined level, and output the operation frequency of the amplified power to the coil unit ; the heating apparatus being characterized in that the coil unit includes a driving loop operating in response to receiving the output operation frequency, and a helical coil generating a current at the output operation frequency; and the heating apparatus comprises at least one processor configured to compare an impedance value of the helical coil with an impedance value of the power amplifier, and adjust a position of the driving loop for impedance matching between the helical coil and the power amplifier based on a result of the comparison, wherein the helical coil is further configured to generate the current by self-resonating at the output operation frequency based on the adjusted position of the driving loop. a signal generator configured to generate an operation frequency; a coil unit ; and a power amplifier configured to amplify power of the operation frequency to a predetermined level, and output the operation frequency of the amplified power to the coil unit ; the heating apparatus being characterized in that the coil unit includes a driving loop operating in response to receiving the output operation frequency, and a helical coil generating a current at the output operation frequency; and the heating apparatus comprises at least one processor configured to compare an impedance value of the helical coil with an impedance value of the power amplifier, and adjust a position of the driving loop for impedance matching between the helical coil and the power amplifier based on a result of the comparison, wherein the helical coil is further configured to generate the current by self-resonating at the output operation frequency based on the adjusted position of the driving loop.
Method for storing or securing of data of a data structure , using a system, which algorithmically and/or mathematically secures the integrity of the data stored on it, comprising the following steps: a) selecting (S01) a first instance , which is located in the data structure and comprises at least one first data element , and selecting (S01) at least one second instance , which is located in the data structure and comprises at least one second data element , b) for each data element: determining (S02b-1) whether the data element has been deleted in the past by replacing it with a hash value corresponding to the data element according to the method of claim 6, if the data element has been deleted in the past by a hash value corresponding to the data element: successively reading (S02b-2) said hash value for use as a single hash value; calculating (S02a) a single hash value (705a-c) based on the respective data element (703a-c) within the corresponding instance; c) creating (S03) at least one master hash value on the basis of the individual hash values, whereby calculated (S02a) and read-out (S02b-2) individual hash values are combined, and d) securing (S04) a master hash value in a medium or system which algorithmically and/or mathematically secures the integrity of the data stored on it. a) selecting (S01) a first instance , which is located in the data structure and comprises at least one first data element , and selecting (S01) at least one second instance , which is located in the data structure and comprises at least one second data element , b) for each data element: determining (S02b-1) whether the data element has been deleted in the past by replacing it with a hash value corresponding to the data element according to the method of claim 6, if the data element has been deleted in the past by a hash value corresponding to the data element: successively reading (S02b-2) said hash value for use as a single hash value; calculating (S02a) a single hash value (705a-c) based on the respective data element (703a-c) within the corresponding instance; c) creating (S03) at least one master hash value on the basis of the individual hash values, whereby calculated (S02a) and read-out (S02b-2) individual hash values are combined, and d) securing (S04) a master hash value in a medium or system which algorithmically and/or mathematically secures the integrity of the data stored on it.
A method for forming a reinforced thermoplastic, comprising: heating a thermoplastic panel to a forming temperature at a first time; compressing the thermoplastic panel between a first tool and a second tool while the thermoplastic panel is at the forming temperature, wherein the thermoplastic panel is bent about a first axis extending along a first direction with respect to the thermoplastic panel in response to being compressed between the first tool and the second tool ; and cooling the thermoplastic panel to a hardened temperature, the hardened temperature is cooler than the forming temperature, the method characterised by : disposing the thermoplastic panel between a third tool and a fourth tool ; heating the thermoplastic panel to the forming temperature at a second time while maintaining tension on the thermoplastic panel to maintain a curvature of the thermoplastic panel about the first axis ; and compressing the thermoplastic panel between the third tool and the fourth tool while the thermoplastic panel is at the forming temperature, wherein the thermoplastic panel is bent about a second axis extending along a second direction with respect to the thermoplastic panel in response to being compressed between the third tool and the fourth tool . heating a thermoplastic panel to a forming temperature at a first time; compressing the thermoplastic panel between a first tool and a second tool while the thermoplastic panel is at the forming temperature, wherein the thermoplastic panel is bent about a first axis extending along a first direction with respect to the thermoplastic panel in response to being compressed between the first tool and the second tool ; and cooling the thermoplastic panel to a hardened temperature, the hardened temperature is cooler than the forming temperature, the method characterised by : disposing the thermoplastic panel between a third tool and a fourth tool ; heating the thermoplastic panel to the forming temperature at a second time while maintaining tension on the thermoplastic panel to maintain a curvature of the thermoplastic panel about the first axis ; and compressing the thermoplastic panel between the third tool and the fourth tool while the thermoplastic panel is at the forming temperature, wherein the thermoplastic panel is bent about a second axis extending along a second direction with respect to the thermoplastic panel in response to being compressed between the third tool and the fourth tool . disposing the thermoplastic panel between a third tool and a fourth tool ; heating the thermoplastic panel to the forming temperature at a second time while maintaining tension on the thermoplastic panel to maintain a curvature of the thermoplastic panel about the first axis ; and compressing the thermoplastic panel between the third tool and the fourth tool while the thermoplastic panel is at the forming temperature, wherein the thermoplastic panel is bent about a second axis extending along a second direction with respect to the thermoplastic panel in response to being compressed between the third tool and the fourth tool .
Rotor for a rotating electric machine , comprising: - a rotor shaft , - a rotor winding arranged for conjoint rotation on the rotor shaft , - a slip ring body arranged on an axial end of the rotor shaft , wherein an end face of the slip ring body is formed on an axial end of the slip ring body opposite the rotor winding , and - a driver unit for a rotary encoder which is arranged non-rotatably in relation to the rotor and which is fastened to the end face of the slip ring body and/or to the axial end of the rotor shaft , - wherein the slip ring body has connection adapters which project axially beyond the end face of the slip ring body and to which line ends of the rotor winding are connected, and - wherein the driver unit is electrically insulated from the connection adapters at least in a partial region which is arranged at the same level as the connection adapters in the direction of an axis of rotation of the rotor shaft , characterized - by a centrifugal force support ring having a through-opening , which is arranged on the end face of the slip ring body in such a way that the connection adapters and the driver unit are arranged at least in part in the through-opening of the centrifugal force support ring . - a rotor shaft , - a rotor winding arranged for conjoint rotation on the rotor shaft , - a slip ring body arranged on an axial end of the rotor shaft , wherein an end face of the slip ring body is formed on an axial end of the slip ring body opposite the rotor winding , and - a driver unit for a rotary encoder which is arranged non-rotatably in relation to the rotor and which is fastened to the end face of the slip ring body and/or to the axial end of the rotor shaft , - wherein the slip ring body has connection adapters which project axially beyond the end face of the slip ring body and to which line ends of the rotor winding are connected, and - wherein the driver unit is electrically insulated from the connection adapters at least in a partial region which is arranged at the same level as the connection adapters in the direction of an axis of rotation of the rotor shaft , characterized - by a centrifugal force support ring having a through-opening , which is arranged on the end face of the slip ring body in such a way that the connection adapters and the driver unit are arranged at least in part in the through-opening of the centrifugal force support ring .
A flow control insert in combination with a dispensing closure having a housing with housing engagement means adapted to receive the flow control insert, the flow control insert consists of a single piece moulding having an axis, the flow control insert has insert engagement means adapted to engage the housing engagement means such that the flow control insert is received directly into the housing of the dispensing closure, and the flow control insert has a head having a plurality of dispensing slits that define petals (120, 122, 124, 126; 220, 222, 224, 226), in an as-moulded condition the petals are formed in an open position; characterised in that the petals are at least partially closed upon assembly of the flow control insert into the dispensing closure by axial pressure applied to the head of the flow control insert by the housing of the dispensing closure when the flow control insert is inserted into the dispensing closure. the flow control insert consists of a single piece moulding having an axis, the flow control insert has insert engagement means adapted to engage the housing engagement means such that the flow control insert is received directly into the housing of the dispensing closure, and the flow control insert has a head having a plurality of dispensing slits that define petals (120, 122, 124, 126; 220, 222, 224, 226), in an as-moulded condition the petals are formed in an open position; characterised in that the petals are at least partially closed upon assembly of the flow control insert into the dispensing closure by axial pressure applied to the head of the flow control insert by the housing of the dispensing closure when the flow control insert is inserted into the dispensing closure.
A method for wireless communication in a fifth generation, 5G, or new radio, NR, system, the method comprising: reporting, by a user equipment, UE , a UE capability on the support of simultaneous multiple reception, Rx, beams; and monitoring, by the UE , a physical downlink control channel, PDCCH, with both a common search space, CSS, and a UE specific search space, USS, at a monitoring occasion configured by a NR evolved NodeB, gNB , using same or different Rx beams, wherein, given that the gNB uses different transmission, Tx, beams for the transmission of PDCCH with CSS and USS, different Rx beams need to be monitored at the UE for receiving the CSS and USS of the PDCCH; wherein if the UE can monitor only one Rx beam during the monitoring occasion, the UE prioritizes the monitoring of either USS or CSS; wherein if the CSS comprises a common downlink control indicator, DCI, that carries pre-emption indication, PI, wherein the common DCI refers to a group DCI for group communication, the UE is configured to prioritize monitoring of the CSS comprising the common DCI with PI over monitoring the USS carrying UE-specific DCI, else the UE is configured to prioritize monitoring of the USS carrying UE-specific DCI over monitoring the CSS. reporting, by a user equipment, UE , a UE capability on the support of simultaneous multiple reception, Rx, beams; and monitoring, by the UE , a physical downlink control channel, PDCCH, with both a common search space, CSS, and a UE specific search space, USS, at a monitoring occasion configured by a NR evolved NodeB, gNB , using same or different Rx beams, wherein, given that the gNB uses different transmission, Tx, beams for the transmission of PDCCH with CSS and USS, different Rx beams need to be monitored at the UE for receiving the CSS and USS of the PDCCH; wherein if the UE can monitor only one Rx beam during the monitoring occasion, the UE prioritizes the monitoring of either USS or CSS; wherein if the CSS comprises a common downlink control indicator, DCI, that carries pre-emption indication, PI, wherein the common DCI refers to a group DCI for group communication, the UE is configured to prioritize monitoring of the CSS comprising the common DCI with PI over monitoring the USS carrying UE-specific DCI, else the UE is configured to prioritize monitoring of the USS carrying UE-specific DCI over monitoring the CSS.
Occipital plate for occipito-cervical fixation comprising: - a substantially flat plate provided with at least one fixation area connectable to the skull of a patient and at least one pair of through slots extending length-wise away from each other; - at least one pair of clamps slidably constrained each in a respective slot to move along a medial-lateral adjustment direction (A) and provided with respective seats for receiving a support bar , wherein each receiving seat has an opening for insertion of the respective support bar , characterized in that the opening is accessible laterally and longitudinally along an insertion direction (B) substantially parallel to a lying plane (P) of said plate and that the receiving seats of the clamps have elastic retaining means configured to keep the bar inside the seat once inserted. - a substantially flat plate provided with at least one fixation area connectable to the skull of a patient and at least one pair of through slots extending length-wise away from each other; - at least one pair of clamps slidably constrained each in a respective slot to move along a medial-lateral adjustment direction (A) and provided with respective seats for receiving a support bar , wherein each receiving seat has an opening for insertion of the respective support bar , characterized in that the opening is accessible laterally and longitudinally along an insertion direction (B) substantially parallel to a lying plane (P) of said plate and that the receiving seats of the clamps have elastic retaining means configured to keep the bar inside the seat once inserted.
A method of laying a pavement, comprising: laying a pavement interlayer including at least one layer of interlayer material which is in the form of an elongate flexible sheet, a plurality of piezoelectric element embedded in the layer of interlayer material and at least one transmission line coupled to the plurality of piezoelectric elements, for transmitting power generated by the plurality of piezoelectric elements to an output; embedding the plurality of piezoelectric elements into the layer of interlayer material, or on or against the layer of interlayer material, to pre-form the pavement interlayer, prior to laying; and laying a top surface of asphalt over the interlayer; wherein laying the pavement includes unrolling the preformed pavement interlayer from a spool upon which the pavement interlayer is stored prior to laying. laying a pavement interlayer including at least one layer of interlayer material which is in the form of an elongate flexible sheet, a plurality of piezoelectric element embedded in the layer of interlayer material and at least one transmission line coupled to the plurality of piezoelectric elements, for transmitting power generated by the plurality of piezoelectric elements to an output; embedding the plurality of piezoelectric elements into the layer of interlayer material, or on or against the layer of interlayer material, to pre-form the pavement interlayer, prior to laying; and laying a top surface of asphalt over the interlayer; wherein laying the pavement includes unrolling the preformed pavement interlayer from a spool upon which the pavement interlayer is stored prior to laying.
A guide for intramedullary reamer comprising a central body adapted to be received in a medullary canal and presenting an inlet opening and an outlet opening , communicating with each other by an axial cavity , passing inside the central body , adapted to receive a reamer inside it; said central body presenting at least one non-rectilinear portion , interposed between the inlet opening and the outlet opening , shaped so as to guide the reamer inside the medullary canal, in axial alignment, characterized in that said non-rectilinear portion presents a window adapted to facilitate the insertion of the reamer inside said central body .
A truck or bus tire, comprising a cap tread formed from a rubber composition, the rubber composition comprising a rubber component including at least one selected from the group consisting of polyisoprene rubbers and polybutadiene rubber, and, per 100 parts by mass of the rubber component, 10 to 60 parts by mass of a reinforcing filler including silica, wherein the amount of silica per 100 parts by mass of the rubber component is 10 parts by mass or more, wax and 1 to 20 parts by mass of a farnesene resin obtained by polymerizing farnesene, wherein the farnesene resin is a farnesene homopolymer having a glass transition temperature of -60°C or lower wherein the glass transition temperature is measured using a differential scanning calorimeter (Q200, available from TA Instruments Japan) at a temperature increase rate of 10°C/min in conformity with JIS K 7121:1987 . a cap tread formed from a rubber composition, the rubber composition comprising a rubber component including at least one selected from the group consisting of polyisoprene rubbers and polybutadiene rubber, and, per 100 parts by mass of the rubber component, 10 to 60 parts by mass of a reinforcing filler including silica, wherein the amount of silica per 100 parts by mass of the rubber component is 10 parts by mass or more, wax and 1 to 20 parts by mass of a farnesene resin obtained by polymerizing farnesene, wherein the farnesene resin is a farnesene homopolymer having a glass transition temperature of -60°C or lower wherein the glass transition temperature is measured using a differential scanning calorimeter (Q200, available from TA Instruments Japan) at a temperature increase rate of 10°C/min in conformity with JIS K 7121:1987 .
A method for producing D-allose, the method comprising isomerizing D-psicose to D-allose by reacting the D-psicose with a protein comprising the amino acid sequence of SEQ ID NO: 1 or SEQ ID NO: 2.
A cemented carbide comprising a hard phase containing tungsten carbide as its main component and a binder phase containing an element of at least one kind selected from the group consisting of Co, Ni and Fe as its main component, wherein: the cemented carbide comprises 75 mass% or more to 95 mass% or less of the hard phase and 5 mass% or more to 25 mass% or less of the binder phase in an inner region inner than a position of 500 μm in depth below a surface of the cemented carbide; the hard phase comprises a Zr carboxide; and Zr sur /Zr in is from 0.25 or more to 0.80 or less, wherein an average content (volume%) of the Zr carboxide in a surface region which ranges from the surface of the cemented carbide to a depth of 500 μm therebelow is denoted by Zr sur and an average content (volume%) of the Zr carboxide in an inner region inner than the surface region is denoted by Zr in , wherein Zr sur /Zr in is measured with the method described in the description. the cemented carbide comprises 75 mass% or more to 95 mass% or less of the hard phase and 5 mass% or more to 25 mass% or less of the binder phase in an inner region inner than a position of 500 μm in depth below a surface of the cemented carbide; the hard phase comprises a Zr carboxide; and Zr sur /Zr in is from 0.25 or more to 0.80 or less, wherein an average content (volume%) of the Zr carboxide in a surface region which ranges from the surface of the cemented carbide to a depth of 500 μm therebelow is denoted by Zr sur and an average content (volume%) of the Zr carboxide in an inner region inner than the surface region is denoted by Zr in , wherein Zr sur /Zr in is measured with the method described in the description.
Method for maintaining portrait rights related to photographs or video recordings of persons, comprising the following steps: - Preparing the photograph or video recording by a user A on their terminal device A , wherein a first set of metadata is generated during the recording, and is assigned to the recording, wherein the first set of metadata is suitable for characterizing a local recording area of the recording; - Generating a second set of metadata, wherein the second set of metadata is assigned to a terminal device B of a user B , wherein the second set of metadata is suitable for characterizing a local position area of the terminal device B ; - Forwarding the first set of metadata and the second set of metadata to a recording shared server , wherein a localisation algorithm is implemented on the recording shared server , to which the first set of metadata and the second set of metadata are transferred, wherein the localisation algorithm is configured to determine whether, based on an analysis of the metadata, the terminal device B is located in the local recording area of the recording, characterized in that the second set of metadata comprises information about which radio cells the terminal device B was connected to, at what times, wherein a mobile phone provider associated with the terminal device transfers to the recording shared server the radio cells to which the terminal device B was connected, at what times. - Preparing the photograph or video recording by a user A on their terminal device A , wherein a first set of metadata is generated during the recording, and is assigned to the recording, wherein the first set of metadata is suitable for characterizing a local recording area of the recording; - Generating a second set of metadata, wherein the second set of metadata is assigned to a terminal device B of a user B , wherein the second set of metadata is suitable for characterizing a local position area of the terminal device B ; - Forwarding the first set of metadata and the second set of metadata to a recording shared server , wherein a localisation algorithm is implemented on the recording shared server , to which the first set of metadata and the second set of metadata are transferred, wherein the localisation algorithm is configured to determine whether, based on an analysis of the metadata, the terminal device B is located in the local recording area of the recording,