mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus characterized in comprising: a communication unit configured to receive, from each of a plurality of terminal devices , location information of the terminal device , biological information relating to measurable biological conditions of a user of the terminal device and transportation means information indicating in which transportation means the terminal device is used; a determining unit configured to determine a plurality of advice target locations at which advice comprising at least one of an image and a voice needs to be presented for each transportation means, wherein each one of the plurality of advice target locations is determined based on associated log information including the location information, the biological information, and the transportation means information received from each of the plurality of terminal devices ; a presentation region setting unit configured to perform statistical processing on the determined advice target locations for each transportation means and to set an advice presentation region where advice is to be presented as a region in which the advice target locations determined by the determining unit exceed a predetermined threshold value in number; and an information transmission processing unit configured to transmit advice information indicating the set advice presentation region to a user that has requested the advice information. a communication unit configured to receive, from each of a plurality of terminal devices , location information of the terminal device , biological information relating to measurable biological conditions of a user of the terminal device and transportation means information indicating in which transportation means the terminal device is used; a determining unit configured to determine a plurality of advice target locations at which advice comprising at least one of an image and a voice needs to be presented for each transportation means, wherein each one of the plurality of advice target locations is determined based on associated log information including the location information, the biological information, and the transportation means information received from each of the plurality of terminal devices ; a presentation region setting unit configured to perform statistical processing on the determined advice target locations for each transportation means and to set an advice presentation region where advice is to be presented as a region in which the advice target locations determined by the determining unit exceed a predetermined threshold value in number; and an information transmission processing unit configured to transmit advice information indicating the set advice presentation region to a user that has requested the advice information.
An apparatus for carrying a grenade, comprising: an envelope and a base connected to a bottom portion of the envelope for holding a grenade, a rear cover connected to the envelope for attaching said envelope to a vest of a user; a top cover connected to an upper portion of the envelope or the rear cover, said top cover secures the grenade from above when positioned in a downward position and is able to move upwards to an upward position; a spring connected on one end to the top cover and on another end to the envelope; at least one button connected to the envelope or to the rear cover, characterized in that pressing the at least one button releases the spring and causes the top cover to move to the upward position; wherein the at least one button is positioned above the base. an envelope and a base connected to a bottom portion of the envelope for holding a grenade, a rear cover connected to the envelope for attaching said envelope to a vest of a user; a top cover connected to an upper portion of the envelope or the rear cover, said top cover secures the grenade from above when positioned in a downward position and is able to move upwards to an upward position; a spring connected on one end to the top cover and on another end to the envelope; at least one button connected to the envelope or to the rear cover, characterized in that pressing the at least one button releases the spring and causes the top cover to move to the upward position; wherein the at least one button is positioned above the base.
A network node (1 5 ), comprising: at least one communication interface (3 1-2 ); at least one memory ; and at least one processor configured: - to receive an HTTP request for a data object on said at least one communication interface (3 1 ) from a downstream node (1 4 ), - to determine whether to bid for storing said requested data object in said at least one memory , - to calculate a bid value, - to forward said HTTP request to an upstream node (1 6 ) on said at least one communication interface (3 2 ), said HTTP request including said calculated bid value in dependence on at least said determination whether to bid, - to receive a response message comprising said requested data object from said upstream node (1 6 ) on said at least one communication interface (3 2 ), - to determine from at least said response message whether said network node (1 5 ) won said bid, - to store said data object in said at least one memory if said network node (1 5 ) won said bid, and - to forward said response message to said downstream node (1 4 ) on said at least one communication interface (3 1 ). at least one communication interface (3 1-2 ); at least one memory ; and at least one processor configured: - to receive an HTTP request for a data object on said at least one communication interface (3 1 ) from a downstream node (1 4 ), - to determine whether to bid for storing said requested data object in said at least one memory , - to calculate a bid value, - to forward said HTTP request to an upstream node (1 6 ) on said at least one communication interface (3 2 ), said HTTP request including said calculated bid value in dependence on at least said determination whether to bid, - to receive a response message comprising said requested data object from said upstream node (1 6 ) on said at least one communication interface (3 2 ), - to determine from at least said response message whether said network node (1 5 ) won said bid, - to store said data object in said at least one memory if said network node (1 5 ) won said bid, and - to forward said response message to said downstream node (1 4 ) on said at least one communication interface (3 1 ). - to receive an HTTP request for a data object on said at least one communication interface (3 1 ) from a downstream node (1 4 ), - to determine whether to bid for storing said requested data object in said at least one memory , - to calculate a bid value, - to forward said HTTP request to an upstream node (1 6 ) on said at least one communication interface (3 2 ), said HTTP request including said calculated bid value in dependence on at least said determination whether to bid, - to receive a response message comprising said requested data object from said upstream node (1 6 ) on said at least one communication interface (3 2 ), - to determine from at least said response message whether said network node (1 5 ) won said bid, - to store said data object in said at least one memory if said network node (1 5 ) won said bid, and - to forward said response message to said downstream node (1 4 ) on said at least one communication interface (3 1 ).
Error correction code ECC hardware for a single port memory circuit , comprising: write path circuitry including write generation Gen ECC logic for generating first ECC bits from write data (WR DATA) and for writing the first ECC bits and the write data (WR DATA) to the memory circuit ; read path circuitry including a check ECC block for coupling read data from the memory circuit comprising read Gen ECC logic (120b 1 ) coupled to an input of an XOR circuit (120b 2 ) that has a further input for coupling to an ECC output of the memory circuit , wherein an output of the XOR circuit (120b 2 ) provides a syndrome signal to a syndrome decode block coupled to a single bit error correction SEC block and for generating a multi-bit error detection MED interrupt signal; a first multiplexer MUX having a first input for receiving the write data (WR DATA) in series with an input to the write ECC generation logic or a second MUX having a first input for receiving the read data from the memory circuit in series with an input of the read Gen ECC logic (120b 1 ); a cross-coupling connector for coupling the read data from the memory circuit to a second input of the first MUX or a cross-coupling connector for coupling the write data (WR DATA) to a second input of the second MUX , and an ECC bit comparator for comparing an output of the write Gen ECC logic to an output of the read Gen ECC logic (120b 1 ). write path circuitry including write generation Gen ECC logic for generating first ECC bits from write data (WR DATA) and for writing the first ECC bits and the write data (WR DATA) to the memory circuit ; read path circuitry including a check ECC block for coupling read data from the memory circuit comprising read Gen ECC logic (120b 1 ) coupled to an input of an XOR circuit (120b 2 ) that has a further input for coupling to an ECC output of the memory circuit , wherein an output of the XOR circuit (120b 2 ) provides a syndrome signal to a syndrome decode block coupled to a single bit error correction SEC block and for generating a multi-bit error detection MED interrupt signal; a first multiplexer MUX having a first input for receiving the write data (WR DATA) in series with an input to the write ECC generation logic or a second MUX having a first input for receiving the read data from the memory circuit in series with an input of the read Gen ECC logic (120b 1 ); a cross-coupling connector for coupling the read data from the memory circuit to a second input of the first MUX or a cross-coupling connector for coupling the write data (WR DATA) to a second input of the second MUX , and an ECC bit comparator for comparing an output of the write Gen ECC logic to an output of the read Gen ECC logic (120b 1 ).
A method comprising: identifying, by a device in a network , a domain name system, DNS, response that contains an address of an endpoint that is a destination of an encrypted session of a client in the network , the DNS response sent by a DNS service to the client; identifying, by the device , the encrypted session associated with the DNS response by correlating information in the DNS response with the encrypted session ; in response to identifying the DNS response , capturing, by the device , DNS response data from the DNS response and session data for the identified encrypted session ; making, by the device , a determination that the identified encrypted session is malicious by using the captured DNS response data and the captured session data as input to a machine learning-based classifier or rule-based classifier, wherein the machine learning-based classifier or rule-based classifier is configured to determine whether the identified encrypted session itself is malware related; and performing, by the device , a mediation action in response to the determination that the identified encrypted session is malicious. identifying, by a device in a network , a domain name system, DNS, response that contains an address of an endpoint that is a destination of an encrypted session of a client in the network , the DNS response sent by a DNS service to the client; identifying, by the device , the encrypted session associated with the DNS response by correlating information in the DNS response with the encrypted session ; in response to identifying the DNS response , capturing, by the device , DNS response data from the DNS response and session data for the identified encrypted session ; making, by the device , a determination that the identified encrypted session is malicious by using the captured DNS response data and the captured session data as input to a machine learning-based classifier or rule-based classifier, wherein the machine learning-based classifier or rule-based classifier is configured to determine whether the identified encrypted session itself is malware related; and performing, by the device , a mediation action in response to the determination that the identified encrypted session is malicious.
A personal care composition comprising: from 35% to 90% petrolatum, by weight of the composition, preferably from 50% to 85%, more preferably from 60% to 75%; an additional microcrystalline wax having a needle penetration at 25°C of from 35 to 75 dmm; from 1% to 6% of a gelling agent mixture, by weight of the composition, wherein the gelling agent mixture comprises a gelling agent comprising dibutyl lauroyl glutamide and dibutyl ethylhexanoyl glutamide; and from 20% to 50% of an olfactory composition, by weight of the composition.
An optical system, comprising: a light-transmitting substrate having at least two external major surfaces and edges; an optical element for coupling light waves into the substrate by internal reflection; at least one partially reflecting surface located in the substrate, for coupling light waves out of the substrate; characterised in that at least one transparent air gap film including a base and a hyperfine structure defining a relief formation, constructed on the base; said air gap film being attached to one of the major surfaces of the substrate, with the relief formation facing the substrate defining an interface plane, so that the light waves coupled inside the substrate are substantially totally reflected from the interface plane. a light-transmitting substrate having at least two external major surfaces and edges; an optical element for coupling light waves into the substrate by internal reflection; at least one partially reflecting surface located in the substrate, for coupling light waves out of the substrate; characterised in that at least one transparent air gap film including a base and a hyperfine structure defining a relief formation, constructed on the base; said air gap film being attached to one of the major surfaces of the substrate, with the relief formation facing the substrate defining an interface plane, so that the light waves coupled inside the substrate are substantially totally reflected from the interface plane.
A method for calibrating the power of a wideband radio frequency receive chain, able to receive an input radio frequency signal from a receiving antenna , in a frequency band, implemented in a calibration device comprising said wideband radio frequency receive chain and a means able to perform a spectral analysis, said receive chain including an input block connected at the input of a radio frequency processing assembly , the method being characterized in that it comprises: - a first calibration phase of the input block , comprising, for at least one temperature value of said input block and a frequency, generating a given power spectral density of noise, using a noise source able to be selected and controlled from the input block, then computing and storing at least one equivalent power spectral density of noise returned at the input of the input block, - a second calibration phase of the power gain of the receive chain, comprising the following steps: - generating a given power spectral density of noise, - measuring a power spectral density of noise at the output of the receive chain, - computing a power gain of the receive chain as a function of the power spectral density of noise at the output of the receive chain and the equivalent power spectral density of noise returned at the input corresponding to the given power spectral density of noise generated in the generating step . - a first calibration phase of the input block , comprising, for at least one temperature value of said input block and a frequency, generating a given power spectral density of noise, using a noise source able to be selected and controlled from the input block, then computing and storing at least one equivalent power spectral density of noise returned at the input of the input block, - a second calibration phase of the power gain of the receive chain, comprising the following steps: - generating a given power spectral density of noise, - measuring a power spectral density of noise at the output of the receive chain, - computing a power gain of the receive chain as a function of the power spectral density of noise at the output of the receive chain and the equivalent power spectral density of noise returned at the input corresponding to the given power spectral density of noise generated in the generating step . - generating a given power spectral density of noise, - measuring a power spectral density of noise at the output of the receive chain, - computing a power gain of the receive chain as a function of the power spectral density of noise at the output of the receive chain and the equivalent power spectral density of noise returned at the input corresponding to the given power spectral density of noise generated in the generating step .
Grid influencing system of a power supply grid in the form of a unified power flow controller comprising a current-conducting grid influencing component and a first transformer for tapping off energy from the electricity grid, at least one inverter and a second transformer for altering the phase angle between current and voltage in the grid, and comprising a short-circuiting device , wherein the short-circuiting device comprises a circuit breaker , characterized in that the circuit breaker is a vacuum circuit breaker comprising a vacuum circuit breaker tube containing an at least partly integrated pre-arcing device for actively generating an arc between two contacts , wherein the circuit breaker has a contact system comprising two switching contacts , which are movable translationally with respect to one another, and the contact system has an arc current path and a continuous current path , which are geometrically separated from one another at least in the contact region, wherein the switching contacts have fingerlike, intermeshing extensions oriented along a switching axis .
Labelling machine for labelling containers by means of labels provided on carrier tapes , comprising a container carousel and at least two labelling units arranged in the periphery thereof, each having: a first roll carrier for unwinding a loaded carrier tape ; a dispensing arm having a dispensing edge for detaching the labels from the carrier tape ; a second roll carrier for winding up the emptied carrier tape ; and a stand for adjusting the position with respect to a base frame , wherein the stands are arranged on different sides of a dividing plane extending in each case from the first roll carrier to the dispensing arm , wherein the labelling units comprise tabletops having fastening points (32-35), which are in particular arranged so as to be mirror-inverted relative to one another, for the first and the second roll carrier , the stand and the dispensing arm , and wherein the tabletop is designed as a reversible plate having fastening points (20-36) on both sides, in particular in the form of through-holes, for both right-hand and left-hand arrangement of the roll carriers with respect to the stand , and at least six fastening points (22-25, 29-31) are provided to which three deflection rollers can optionally be fastened for right-hand or left-hand guidance of the loaded carrier tape to the dispensing arm . a first roll carrier for unwinding a loaded carrier tape ; a dispensing arm having a dispensing edge for detaching the labels from the carrier tape ; a second roll carrier for winding up the emptied carrier tape ; and a stand for adjusting the position with respect to a base frame , wherein the stands are arranged on different sides of a dividing plane extending in each case from the first roll carrier to the dispensing arm , wherein the labelling units comprise tabletops having fastening points (32-35), which are in particular arranged so as to be mirror-inverted relative to one another, for the first and the second roll carrier , the stand and the dispensing arm , and wherein the tabletop is designed as a reversible plate having fastening points (20-36) on both sides, in particular in the form of through-holes, for both right-hand and left-hand arrangement of the roll carriers with respect to the stand , and at least six fastening points (22-25, 29-31) are provided to which three deflection rollers can optionally be fastened for right-hand or left-hand guidance of the loaded carrier tape to the dispensing arm .
Fusible conductor for an overcurrent protection device , - which has an elongate main body which extends in a direction of longitudinal extent (L) and of which the first end has a first contact region for being contacted by a first contact element of the overcurrent protection device and of which the second end has a second contact region for being contacted by a second contact element of the overcurrent protection device , - in which a plurality of narrow point rows are arranged between the first contact region and the second contact region and each have a plurality of holes which are arranged transversely in relation to the direction of longitudinal extent (L) of the fusible conductor , wherein two of the narrow point rows (11-1, 11-2) are at a smaller distance from one another than the other narrow point rows in a central region of the fusible conductor , which central region is arranged centrally between the first contact region and the second contact region, characterized - in that the fusible conductor has at least one additional connection conductor , which is electrically conductively connected to the fusible conductor , in this central region . - which has an elongate main body which extends in a direction of longitudinal extent (L) and of which the first end has a first contact region for being contacted by a first contact element of the overcurrent protection device and of which the second end has a second contact region for being contacted by a second contact element of the overcurrent protection device , - in which a plurality of narrow point rows are arranged between the first contact region and the second contact region and each have a plurality of holes which are arranged transversely in relation to the direction of longitudinal extent (L) of the fusible conductor , wherein two of the narrow point rows (11-1, 11-2) are at a smaller distance from one another than the other narrow point rows in a central region of the fusible conductor , which central region is arranged centrally between the first contact region and the second contact region, characterized - in that the fusible conductor has at least one additional connection conductor , which is electrically conductively connected to the fusible conductor , in this central region .
A method of unmasking an endotoxin in a composition, preferably a pharmaceutical composition, comprising an endotoxin masker and suspected of comprising said endotoxin, said method comprising the step of adding to said composition a modulator capable of unmasking said endotoxin, wherein said modulator comprises a first heteroatom-substituted aliphatic, wherein said first heteroatom-substituted aliphatic is an aliphatic alcohol, wherein the main chain of said aliphatic alcohol comprises 8 to 16 carbon atoms, and wherein said endotoxin masker is a detergent and/or an active pharmaceutical ingredient (API), wherein said API is a protein API, further comprising the step of adding to said composition an agent which influences hydrogen bonding stability in solution, wherein the agent which influences hydrogen bonding stability in solution comprises a divalent cation. wherein said modulator comprises a first heteroatom-substituted aliphatic, wherein said first heteroatom-substituted aliphatic is an aliphatic alcohol, wherein the main chain of said aliphatic alcohol comprises 8 to 16 carbon atoms, and wherein said endotoxin masker is a detergent and/or an active pharmaceutical ingredient (API), wherein said API is a protein API,