mhurhangee/patent-ind-claim-en huggingface dataset:
Power contactor having - a first electrical contact and a second electrical contact , - a switching element , which can adopt an open position and a closed position, wherein the switching element contact-connects the first electrical contact and the second electrical contact to each other in the closed position, and wherein the first electrical contact and the second electrical contact are isolated from one another when the switching element is in the open position, - at least one temperature sensor , which is integrated into the power contactor and is designed to detect a temperature of the power contactor at a predefined distance from the first electrical contact and/or the second electrical contact , and - a contact chamber device having a housing body and a contact chamber in which the switching element is at least partially arranged, wherein the housing body at least partially surrounds the contact chamber , wherein the temperature sensor is arranged in a wall of the housing body , characterized in that the housing body has a recess , which is open to the outside, in the wall in the vicinity of the electrical contacts and the temperature sensor is arranged in the recess . - a first electrical contact and a second electrical contact , - a switching element , which can adopt an open position and a closed position, wherein the switching element contact-connects the first electrical contact and the second electrical contact to each other in the closed position, and wherein the first electrical contact and the second electrical contact are isolated from one another when the switching element is in the open position, - at least one temperature sensor , which is integrated into the power contactor and is designed to detect a temperature of the power contactor at a predefined distance from the first electrical contact and/or the second electrical contact , and - a contact chamber device having a housing body and a contact chamber in which the switching element is at least partially arranged, wherein the housing body at least partially surrounds the contact chamber , wherein the temperature sensor is arranged in a wall of the housing body , characterized in that the housing body has a recess , which is open to the outside, in the wall in the vicinity of the electrical contacts and the temperature sensor is arranged in the recess .
A spinal construct comprising: a connector with a body including a wall disposed between a first cavity and a second cavity configured for disposal of an existing spinal implant ; and a rod disposable with the first cavity and connectable with tissue, the rod being rotatable relative to the body , wherein the rod includes a head and a shaft that is rotatable about one or a plurality of axes relative to the body , wherein the body and the head comprising a spheroidal joint, wherein the body includes an inner surface that defines the first cavity and a groove (30, 330 430), and wherein the connector further comprises a band that is expandable within the groove (30, 330 430), the rod being engageable with the band to connect the rod with the body , wherein the band is a circumferential ring that defines a gap. a connector with a body including a wall disposed between a first cavity and a second cavity configured for disposal of an existing spinal implant ; and a rod disposable with the first cavity and connectable with tissue, the rod being rotatable relative to the body , wherein the rod includes a head and a shaft that is rotatable about one or a plurality of axes relative to the body , wherein the body and the head comprising a spheroidal joint, wherein the body includes an inner surface that defines the first cavity and a groove (30, 330 430), and wherein the connector further comprises a band that is expandable within the groove (30, 330 430), the rod being engageable with the band to connect the rod with the body , wherein the band is a circumferential ring that defines a gap.
An anonymization apparatus comprising: an overlapping exclusion part adapted to generate a partial table of M × L including L records of a table to be anonymized, which have sets of values of p master attributes different from each other, from the table to be anonymized of M × N, where M is an integer equal to or greater than 2 representing a number of attributes, N is an integer equal to or greater than 1 representing a number of records, p is an integer equal to or greater than 1 and equal to or less than M representing a number of master attributes, and L is an integer equal to or greater than 1 and equal to or less than N representing a number of sets of values of p master attributes which are different from each other; and an anonymization part adapted to generate an anonymized partial table of M × L from the partial table by anonymizing the p master attributes in the partial table; characterized in that the apparatus further comprises an overlapping restoration part adapted to generate an anonymized table of M × N from the table to be anonymized and the anonymized partial table by anonymizing the p master attributes in the table to be anonymized. an overlapping exclusion part adapted to generate a partial table of M × L including L records of a table to be anonymized, which have sets of values of p master attributes different from each other, from the table to be anonymized of M × N, where M is an integer equal to or greater than 2 representing a number of attributes, N is an integer equal to or greater than 1 representing a number of records, p is an integer equal to or greater than 1 and equal to or less than M representing a number of master attributes, and L is an integer equal to or greater than 1 and equal to or less than N representing a number of sets of values of p master attributes which are different from each other; and an anonymization part adapted to generate an anonymized partial table of M × L from the partial table by anonymizing the p master attributes in the partial table; characterized in that the apparatus further comprises an overlapping restoration part adapted to generate an anonymized table of M × N from the table to be anonymized and the anonymized partial table by anonymizing the p master attributes in the table to be anonymized.
A method of buffering and decoding to reliably detect and decode an in-band message in a communication network , comprising: receiving a VoIP input; providing the VoIP input to an adaptive de-jitter buffer and to a static de-jitter buffer ; sending the output of the adaptive de-jitter buffer and the static de-jitter buffer to a first and second audio decoder , respectively; sending the output of the second audio decoder to an in-band message detector for detecting in-band messages; in response to not detecting an in-band message: sending the output from the first audio decoder through a switch and blocking the transfer of the output from the second audio decoder through said switch ; and outputting audio output from said switch to an audio encoder ; and in response to detecting in-band message: sending the output of the second audio decoder through said switch and blocking the transfer of the output from the first audio decoder through said switch ; and outputting audio output from said switch to the audio encoder . receiving a VoIP input; providing the VoIP input to an adaptive de-jitter buffer and to a static de-jitter buffer ; sending the output of the adaptive de-jitter buffer and the static de-jitter buffer to a first and second audio decoder , respectively; sending the output of the second audio decoder to an in-band message detector for detecting in-band messages; in response to not detecting an in-band message: sending the output from the first audio decoder through a switch and blocking the transfer of the output from the second audio decoder through said switch ; and outputting audio output from said switch to an audio encoder ; and sending the output from the first audio decoder through a switch and blocking the transfer of the output from the second audio decoder through said switch ; and outputting audio output from said switch to an audio encoder ; and in response to detecting in-band message: sending the output of the second audio decoder through said switch and blocking the transfer of the output from the first audio decoder through said switch ; and outputting audio output from said switch to the audio encoder . sending the output of the second audio decoder through said switch and blocking the transfer of the output from the first audio decoder through said switch ; and outputting audio output from said switch to the audio encoder .
System for analyzing a surface of a filling material in a container, the system comprising: a parabolic antenna for providing two different directional characteristics, the parabolic antenna comprising: a transmitting and receiving unit for feeding and receiving a radar signal; a parabolic mirror for reflecting the radar signal; a subreflector for reflecting the radar signal, wherein the subreflector comprises an opening an evaluation unit for analyzing the surface of the filling material in the container based on echoes of the radar signal emitted by the parabolic antenna. a parabolic antenna for providing two different directional characteristics, the parabolic antenna comprising: a transmitting and receiving unit for feeding and receiving a radar signal; a parabolic mirror for reflecting the radar signal; a subreflector for reflecting the radar signal, wherein the subreflector comprises an opening a transmitting and receiving unit for feeding and receiving a radar signal; a parabolic mirror for reflecting the radar signal; a subreflector for reflecting the radar signal, wherein the subreflector comprises an opening an evaluation unit for analyzing the surface of the filling material in the container based on echoes of the radar signal emitted by the parabolic antenna.
A process for manufacturing a haloaryl compound wherein the haloaryl compound complies with formula : X-Ar (I) wherein X is halogen selected from fluorine, chlorine, bromine and iodine and Ar is an aryl moiety of formula (II) : wherein R represents one or more of the groups independently selected from : hydrogen, halogen, alkyl, aryl, ether, thioether, carboxylic acid, amine and quaternary ammonium the process comprising : a) contacting with sulfuric acid a mixture (M) of dihaloarylsulfone isomers of the formula (III) : X-[Ar'-SO 2 -Ar"]-[Ar'''] n -[Ar'-SO 2 -Ar"] m -X' (III) wherein : n and m are independently 0, 1, 2, 3 or 4 X and X', equal to or different from one another, are independently halogen as defined above, and Ar', Ar" and Ar''', which may be the same or different from one another, represent an aryl moiety of formula (IV) : wherein R is as defined above to provide a mixture (M1) of haloaryl sulfonic acid isomers of the formula (V) : X-Ar-SO 3 H (V) wherein X and Ar are as defined in compound (I) and b) reacting mixture (M1) in the presence of water. a) contacting with sulfuric acid a mixture (M) of dihaloarylsulfone isomers of the formula (III) : X-[Ar'-SO 2 -Ar"]-[Ar'''] n -[Ar'-SO 2 -Ar"] m -X' (III) wherein : n and m are independently 0, 1, 2, 3 or 4 X and X', equal to or different from one another, are independently halogen as defined above, and Ar', Ar" and Ar''', which may be the same or different from one another, represent an aryl moiety of formula (IV) : wherein R is as defined above to provide a mixture (M1) of haloaryl sulfonic acid isomers of the formula (V) : X-Ar-SO 3 H (V) wherein X and Ar are as defined in compound (I) and n and m are independently 0, 1, 2, 3 or 4 X and X', equal to or different from one another, are independently halogen as defined above, and Ar', Ar" and Ar''', which may be the same or different from one another, represent an aryl moiety of formula (IV) : b) reacting mixture (M1) in the presence of water.
An implantation detector for an implant device , the implantation detector comprising: a clock signal generator configured to generate a clock signal; a switch connected between (i) a counter electrode, CE, node configured to be electrically coupled to a counter electrode, CE, of a sensor and (ii) ground, wherein the switch is configured to short the CE node with ground in response to the clock signal; and a voltage detector configured to detect a voltage between the CE node and ground, wherein the voltage detector is configured to output a signal based on the voltage to activate a sensing circuit in the implant device for measuring at least one physiological parameter of an individual. a clock signal generator configured to generate a clock signal; a switch connected between (i) a counter electrode, CE, node configured to be electrically coupled to a counter electrode, CE, of a sensor and (ii) ground, wherein the switch is configured to short the CE node with ground in response to the clock signal; and a voltage detector configured to detect a voltage between the CE node and ground, wherein the voltage detector is configured to output a signal based on the voltage to activate a sensing circuit in the implant device for measuring at least one physiological parameter of an individual.
A computer-implemented method for performing courier services using a wearable electronic device , the wearable electronic device comprising a depth camera for detecting object depths in a field of view, a bioacoustic sensor for decoding gesture inputs, a scanner for decoding visual codes located on objects, and a speaker for producing audible sounds in response to an electrical signal, the method comprising the following operations performed on one or more processors located within the wearable device: detecting a scanning event based on a first signal received from the bioacoustic sensor , the scanning event comprising a gesture input performed in proximity to a first surface; determining a scan region associated with the scanning event based on a location and depth of the gesture input; providing a second signal to the scanner causing the scanner to decode a visual code located within the scan region; generating scan data based on a third signal received from the scanner , the third signal reflecting information obtained from the visual code . detecting a scanning event based on a first signal received from the bioacoustic sensor , the scanning event comprising a gesture input performed in proximity to a first surface; determining a scan region associated with the scanning event based on a location and depth of the gesture input; providing a second signal to the scanner causing the scanner to decode a visual code located within the scan region; generating scan data based on a third signal received from the scanner , the third signal reflecting information obtained from the visual code .
Drain pot comprising: a body having an inlet and an outlet , the inlet and the outlet at opposing ends of the body and in fluid communication with each other, the body further contains a top , intermediate and bottom portion ; and at least one flexible catch extending from and disposed around the body for engaging an adapter, wherein the at least one flexible catch extends downwardly from the top portion of the body . a body having an inlet and an outlet , the inlet and the outlet at opposing ends of the body and in fluid communication with each other, the body further contains a top , intermediate and bottom portion ; and at least one flexible catch extending from and disposed around the body for engaging an adapter, wherein the at least one flexible catch extends downwardly from the top portion of the body .
A clutch disk having a torsional vibration damper that has two spring dampers connected in series, having a hub and a flange arranged on the hub, wherein side disks are arranged on both sides of the flange , wherein the side disks are connected radially on the outside to friction linings , wherein a first spring damper is arranged as a main damper between the side disks and the flange in a torque-transmitting manner, and a second spring damper is arranged as a pre-damper between the flange and the hub in a torque-transmitting manner, characterised in that the clutch disk has a centrifugal pendulum , wherein the centrifugal pendulum has at least one flange of the centrifugal pendulum and centrifugal weights arranged displaceably thereon, wherein the flange of the centrifugal pendulum is hinged to an element of the clutch disk upstream of the pre-damper when viewed in the direction of torque.
A method of generating a cell line that has reduced apoptosis for incorporating a non-natural amino acid into a protein, the method comprising inactivating one or more target site(s) or region(s) in a cell, wherein the one or more target site(s) or region(s) is a pro-apoptotic gene involved in an apoptotic pathway, wherein the pro-apoptotic gene is selected from Bax and Bak, wherein the cell expresses a selector codon-containing gene of interest, and wherein the cell comprises an orthogonal aminoacyl tRNA synthetase (O-RS), and an orthogonal suppressor tRNA (O-tRNA).
A protein-coated material comprising: a substrate, wherein the substrate is selected from the group consisting of a textile, a sheet, a rope, a fiber, a yarn, a strand, and combinations thereof; a salt coating disposed over the substrate, wherein the salt is sodium sulfate; and a protein coating disposed over the salt coating, wherein the protein is gelatin. a substrate, wherein the substrate is selected from the group consisting of a textile, a sheet, a rope, a fiber, a yarn, a strand, and combinations thereof; a salt coating disposed over the substrate, wherein the salt is sodium sulfate; and a protein coating disposed over the salt coating, wherein the protein is gelatin.
A rotor of an electric motor, comprising: a rotor resin assembly comprising a rotor core formed by laminating a predetermined number of steel plates and a resin section formed on both end faces of the rotor core from the outer circumference of the rotor core to a predetermined distance on the inner circumferential side; a shaft configured for insertion into an inner diameter section of the rotor core ; wherein the rotor core is caulked by a jig to form a recess in the vicinity of inner diameter sections of both end faces of the rotor core when the rotor resin assembly is assembled to the shaft . a rotor resin assembly comprising a rotor core formed by laminating a predetermined number of steel plates and a resin section formed on both end faces of the rotor core from the outer circumference of the rotor core to a predetermined distance on the inner circumferential side; a shaft configured for insertion into an inner diameter section of the rotor core ; wherein the rotor core is caulked by a jig to form a recess in the vicinity of inner diameter sections of both end faces of the rotor core when the rotor resin assembly is assembled to the shaft .
Air supply system , in particular for mounting in or on a rail vehicle or a utility vehicle, comprising: a compressor device for producing compressed air; an air drying device for extracting moisture from the compressed air; a housing for enclosing the compressor device and the air drying device ; and a cooling device for cooling the air supply system , such that the cooling device can be operated independently of the operating condition of the compressor device ; characterised in that at least one temperature sensor is provided for detecting at least one temperature value of the air supply system and the cooling device can be operated as a function of the at least one temperature value detected. a compressor device for producing compressed air; an air drying device for extracting moisture from the compressed air; a housing for enclosing the compressor device and the air drying device ; and a cooling device for cooling the air supply system , such that the cooling device can be operated independently of the operating condition of the compressor device ; characterised in that at least one temperature sensor is provided for detecting at least one temperature value of the air supply system and the cooling device can be operated as a function of the at least one temperature value detected.
A magnetic element including a free layer with at least two interfaces that produce interfacial perpendicular anisotropy, comprising: (a) a tunnel barrier layer ; (b) the free layer that has a first interface with said tunnel barrier layer and a second interface with a Hk enhancing layer formed on a surface of the free layer that is opposite a surface adjoining the tunnel barrier layer; and (c) the Hk enhancing layer, characterized in that the free layer has a first magnetic layer with a first CoFeB composition with a Fe content ≥50% at adjoining the tunnel barrier layer, and a second magnetic layer with a second CoFeB composition with a Co content ≥ 50% at formed on the first magnetic layer, and contacting the Hk enhancing layer. (a) a tunnel barrier layer ; (b) the free layer that has a first interface with said tunnel barrier layer and a second interface with a Hk enhancing layer formed on a surface of the free layer that is opposite a surface adjoining the tunnel barrier layer; and (c) the Hk enhancing layer, characterized in that the free layer has a first magnetic layer with a first CoFeB composition with a Fe content ≥50% at adjoining the tunnel barrier layer, and a second magnetic layer with a second CoFeB composition with a Co content ≥ 50% at formed on the first magnetic layer, and contacting the Hk enhancing layer.
A surfactant composition comprising a surfactant (A) represented by general formula below and an anionic surfactant (B) having a hydrophobic group different from that of the surfactant (A), wherein the anionic surfactant (B) has a polymerizable carbon-carbon unsaturated bond, wherein in the formula , R 1 represents an alkyl group with 8 to 14 carbon atoms, A represents an alkylene group with 2 to 4 carbon atoms, and n representing an average number of moles of an oxyalkylene group added represents 1 to 100.
A method for producing a nutritive protein sunflower concentrate, the method comprising: extraction of an oil with a solvent from a mass produced of sunflower kernels, distillation of the solvent from the mass, drying the concentrate, characterized in that the method comprises the following steps: the sunflower seeds are dried at a temperature of 40-70°C, shelling the sunflower seeds, separating the sunflower flakes from the kernel, the kernels are milled and directly thereafter the milled material is subjected to wet-heat treatment performed up to the moisture of 7-9% at a temperature of 70-85°C, after which the oil is extracted from a cake shell with an organic solvent at a temperature of 55-60°C, the solvent is distillated from the produced mass under the vacuum and at a temperature of 140°C in a medium of an overheated hexane during 20 mins, wherein the temperature of the product is not more than 70-80°C, after removal of the solvent the concentrate is dried at 65-70°C up to a moisture of 6-12% and cooled up to a temperature of 35-40°C.