mhurhangee/ep-ind-claims huggingface dataset:
A system for processing, in particular storing and reading out, product data (Doc), comprising: - a product data server on which a product data file is stored or storable, in which are comprised: - the product data (Doc) in a form encrypted with a document key (KDoc), and - the document key (KDoc) in a form encrypted (K*Doc) with a public key of an asymmetric key pair; - a product; - a tag, attached to the product, in which access information is stored or storable for the product data file on the product data server; - at least one production station (PSi, i = 1, 2, 3...) or several production stations (PS1, PS2, PS3,...) which are set up for processing the product according to the product data; characterized in that - an asymmetric key pair is stored in the tag, comprising a private tag key and a public tag key, wherein the private tag key is inaccessible to the production station (PSi); - an asymmetric key pair is stored in the production station (PSi), comprising a private station key and a public station key; - an encryption device is set up in the tag; - the document key (KDoc) is encrypted (K*Doc) in the product data file on the product data server with the public tag key. - a product data server on which a product data file is stored or storable, in which are comprised: - the product data (Doc) in a form encrypted with a document key (KDoc), and - the document key (KDoc) in a form encrypted (K*Doc) with a public key of an asymmetric key pair; - a product; - a tag, attached to the product, in which access information is stored or storable for the product data file on the product data server; - at least one production station (PSi, i = 1, 2, 3...) or several production stations (PS1, PS2, PS3,...) which are set up for processing the product according to the product data; - an asymmetric key pair is stored in the tag, comprising a private tag key and a public tag key, wherein the private tag key is inaccessible to the production station (PSi); - an asymmetric key pair is stored in the production station (PSi), comprising a private station key and a public station key; - an encryption device is set up in the tag; - the document key (KDoc) is encrypted (K*Doc) in the product data file on the product data server with the public tag key.
A curable composition comprising: a hydrolyzable silyl group-containing polyoxyalkylene polymer; silica; a silane compound containing an alkyl group having four or more carbon atoms; and a compound resulting from partial condensation of silyl groups of an aminosilane alone or partial condensation of the aminosilane with an alkoxysilane compound other than aminosilanes. a hydrolyzable silyl group-containing polyoxyalkylene polymer; silica; a silane compound containing an alkyl group having four or more carbon atoms; and a compound resulting from partial condensation of silyl groups of an aminosilane alone or partial condensation of the aminosilane with an alkoxysilane compound other than aminosilanes.
A method of controlling a honey bee parasitic mite, wherein the parasitic mite is a Varroa mite, the method comprising contacting the Varroa mite with an effective amount of a composition comprising at least 2.5% beta acids derived from hop, thereby controlling the Varroa mite.
An effective amount of an antisense molecule specific for a microRNA (miRNA) selected from miR-1, miR-10b, and miR-133a for use in treating osteosarcoma in a subject in need thereof.
Open-cell ceramic and/or metal foams having a rough enveloping surface, wherein the enveloping surfaces of the struts of ceramic and/or metal foams consist of a material and/or are at least partly covered with a layer which has a rough surface having an average roughness R a in the range of 3-15 μm and/or a peak to valley height R z in the range of 20-100 μm, measured in accordance with DIN EN ISO 4287.
A plate heat exchanger comprising a stack of plate elements forming flow paths (12, 13) for at least two heat exchanging fluids, each plate element being of a double wall construction comprising a first plate and a second plate, each of the first and second plates comprising a rim portion and a central heat exchanging portion, characterized in that: - the central heat exchanging portion of the first plate is provided with a first surface pattern with a plurality of first protruding areas defining a first distance from a plate plane of the first plate, and a plurality of second protruding areas defining a second distance from said plate plane, said second distance being smaller than said first distance, and - the first plate and the second plate are joined in such a manner that the protruding areas (5, 6) in combination form flow paths arranged between the first plate and the second plate, the flow paths being fluidly connected to the rim portions of the plates (1, 9), thereby allowing leaking fluid to flow via one or more of the flow paths to the rim portions. - the central heat exchanging portion of the first plate is provided with a first surface pattern with a plurality of first protruding areas defining a first distance from a plate plane of the first plate, and a plurality of second protruding areas defining a second distance from said plate plane, said second distance being smaller than said first distance, and - the first plate and the second plate are joined in such a manner that the protruding areas (5, 6) in combination form flow paths arranged between the first plate and the second plate, the flow paths being fluidly connected to the rim portions of the plates (1, 9), thereby allowing leaking fluid to flow via one or more of the flow paths to the rim portions.
A user equipment, UE, configured to communicate with a base station apparatus on one or more downlink bandwidth parts, DL BWPs, the one or more DL BWPs being configured for each of one or more serving cells, comprising: a receiving unit configured to receive a first radio resource control, RRC, message comprising first information used for configuring a monitoring periodicity of a physical downlink control channel, PDCCH, the receiving unit configured to receive a second RRC message comprising second information used for configuring more than one timing offset values, the receiving unit configured to monitor the PDCCH based on the first information, the receiving unit configured to receive on the PDCCH, a downlink control information, DCI, format comprising third information and fourth information, the third information triggering an aperiodic channel state information, CSI, report, the fourth information being used for indicating one timing offset value from the more than one timing offset values, the DCI format being used for scheduling of a physical uplink shared channel, PUSCH, and a transmitting unit configured to perform, based on decoding of the DCI format comprising the third information and the fourth information, an aperiodic CSI reporting on the PUSCH in a timing slot, the timing slot being determined based on the fourth information, wherein the first information is configured for each of one or more search space sets to monitor the PDCCH, the one or more search space sets being configured for each of the one or more DL BWPs, and the second information is configured for each of the one or more serving cells for configuring the more than one timing offset values. a receiving unit configured to receive a first radio resource control, RRC, message comprising first information used for configuring a monitoring periodicity of a physical downlink control channel, PDCCH, the receiving unit configured to receive a second RRC message comprising second information used for configuring more than one timing offset values, the receiving unit configured to monitor the PDCCH based on the first information, the receiving unit configured to receive on the PDCCH, a downlink control information, DCI, format comprising third information and fourth information, the third information triggering an aperiodic channel state information, CSI, report, the fourth information being used for indicating one timing offset value from the more than one timing offset values, the DCI format being used for scheduling of a physical uplink shared channel, PUSCH, and a transmitting unit configured to perform, based on decoding of the DCI format comprising the third information and the fourth information, an aperiodic CSI reporting on the PUSCH in a timing slot, the timing slot being determined based on the fourth information, wherein the first information is configured for each of one or more search space sets to monitor the PDCCH, the one or more search space sets being configured for each of the one or more DL BWPs, and the second information is configured for each of the one or more serving cells for configuring the more than one timing offset values.
A vehicle, comprising: a bumper grill on its front surface; a vehicle component disposed on the vehicle behind the bumper grill, the vehicle component comprising an air inflow port through which air flows in while the vehicle is traveling, an air exhaust port through which the air flowing in from the air inflow port is discharged to an outside, and an internal passage that connects the air inflow port and the air exhaust port; and an ozone purifier that is supported on a wall surface of the internal passage, and contains activated carbon, wherein a support amount of the ozone purifier is smaller at the air inflow port side than at the air exhaust port side; and wherein the vehicle component is a radiator or an intercooler. a bumper grill on its front surface; a vehicle component disposed on the vehicle behind the bumper grill, the vehicle component comprising an air inflow port through which air flows in while the vehicle is traveling, an air exhaust port through which the air flowing in from the air inflow port is discharged to an outside, and an internal passage that connects the air inflow port and the air exhaust port; and an ozone purifier that is supported on a wall surface of the internal passage, and contains activated carbon, wherein a support amount of the ozone purifier is smaller at the air inflow port side than at the air exhaust port side; and wherein the vehicle component is a radiator or an intercooler.
An arrangement comprising a clamp (400, 710) and a bearing cartridge and shaft subassembly of a turbocharger, the shaft having a compressor portion, the clamp comprising: an upper portion (412, 712); a lower portion (414, 714) wherein the upper portion and the lower portion form a bore having a bore diameter sized to clamp the bearing cartridge of the bearing cartridge and shaft subassembly; a fluid passage defined in part by the upper portion, the lower portion or the upper portion and the lower portion wherein the fluid passage comprises an opening (426, 726) to the bore; and an extension that comprises a bore to receive a part of the shaft and that covers the compressor portion of the shaft, the shaft rotatably supported by the bearing cartridge, wherein the extension prevents intrusion of debris and prevents contact with the compressor portion of the shaft. an upper portion (412, 712); a lower portion (414, 714) wherein the upper portion and the lower portion form a bore having a bore diameter sized to clamp the bearing cartridge of the bearing cartridge and shaft subassembly; a fluid passage defined in part by the upper portion, the lower portion or the upper portion and the lower portion wherein the fluid passage comprises an opening (426, 726) to the bore; and an extension that comprises a bore to receive a part of the shaft and that covers the compressor portion of the shaft, the shaft rotatably supported by the bearing cartridge, wherein the extension prevents intrusion of debris and prevents contact with the compressor portion of the shaft.
An information processing device comprising: an inputter that inputs a captured image of a user's hand captured by a camera; an acquirer that acquires information indicating a distance between the camera and the user; a storer that stores different reference data for specifying a user's hand gesture and input data corresponding to the hand gesture, for each of a plurality of distances between the camera and the user, wherein the reference data of each distance comprises the reference data of the distance between the camera and the user and the reference data of the distances being longer than the distance between the camera and the user; a selector that selects, from among the different reference data stored in the storer, exclusively the reference data corresponding to the one of the plurality of distances indicated by the information acquired by the acquirer; and a specifier that refers to the reference data selected by the selector, specifies the user's hand gesture in the captured image input by the inputter, and specifies input data corresponding to the specified hand gesture. an inputter that inputs a captured image of a user's hand captured by a camera; an acquirer that acquires information indicating a distance between the camera and the user; a storer that stores different reference data for specifying a user's hand gesture and input data corresponding to the hand gesture, for each of a plurality of distances between the camera and the user, wherein the reference data of each distance comprises the reference data of the distance between the camera and the user and the reference data of the distances being longer than the distance between the camera and the user; a selector that selects, from among the different reference data stored in the storer, exclusively the reference data corresponding to the one of the plurality of distances indicated by the information acquired by the acquirer; and a specifier that refers to the reference data selected by the selector, specifies the user's hand gesture in the captured image input by the inputter, and specifies input data corresponding to the specified hand gesture.
A method for configuring a network policy for a virtual port, comprising: obtaining, by a physical switch, a media access control, MAC, address of a virtual port from packets sent by a server, wherein the virtual port is an interface between a virtual switch and a virtual machine on the server for connecting the virtual switch and the virtual machine, and the virtual port is uniquely identified by the MAC address; sending, by the physical switch, a request that carries the MAC address to a network management center, wherein the request is used to request the network management center to deliver a physical network policy group and a virtual network policy group corresponding to the MAC address, wherein the physical network policy group is a group of network policy configuration information that the physical switch uses for the virtual port, and the virtual network policy group is a group of network policy configuration information that the virtual switch uses for the virtual port; and receiving, by the physical switch, the physical network policy group and the virtual network policy group delivered by the network management center, and configuring on the physical switch, according to the physical network policy group and the virtual network policy group, a network policy for the virtual port corresponding to the MAC address. obtaining, by a physical switch, a media access control, MAC, address of a virtual port from packets sent by a server, wherein the virtual port is an interface between a virtual switch and a virtual machine on the server for connecting the virtual switch and the virtual machine, and the virtual port is uniquely identified by the MAC address; sending, by the physical switch, a request that carries the MAC address to a network management center, wherein the request is used to request the network management center to deliver a physical network policy group and a virtual network policy group corresponding to the MAC address, wherein the physical network policy group is a group of network policy configuration information that the physical switch uses for the virtual port, and the virtual network policy group is a group of network policy configuration information that the virtual switch uses for the virtual port; and receiving, by the physical switch, the physical network policy group and the virtual network policy group delivered by the network management center, and configuring on the physical switch, according to the physical network policy group and the virtual network policy group, a network policy for the virtual port corresponding to the MAC address.
A biological sample analyzer, comprising: a characteristic information obtainer for obtaining fluorescent light intensity as characteristic information representing a degree of staining of a blood cell contained in a biological sample of a patient; a processor; and a memory storing software instructions adapted to enable the processor to perform operations comprising: (a) analyzing the characteristic information without shifting the characteristic information for analyzing a biological sample of a patient who does not have a predetermined attribution; and (b)analyzing the characteristic information with shifting the characteristic information for analyzing a biological sample of a patient who has the predetermined attribution; wherein a patient who has the predetermined attribution is a child, and a patient who does not have the predetermined attribution is an adult. a characteristic information obtainer for obtaining fluorescent light intensity as characteristic information representing a degree of staining of a blood cell contained in a biological sample of a patient; a processor; and a memory storing software instructions adapted to enable the processor to perform operations comprising: (a) analyzing the characteristic information without shifting the characteristic information for analyzing a biological sample of a patient who does not have a predetermined attribution; and (b)analyzing the characteristic information with shifting the characteristic information for analyzing a biological sample of a patient who has the predetermined attribution; (a) analyzing the characteristic information without shifting the characteristic information for analyzing a biological sample of a patient who does not have a predetermined attribution; and (b)analyzing the characteristic information with shifting the characteristic information for analyzing a biological sample of a patient who has the predetermined attribution; wherein a patient who has the predetermined attribution is a child, and a patient who does not have the predetermined attribution is an adult.
An atomizer comprising: a reservoir (144; 244; 344; 544; 744; 844) formed of a porous ceramic or a porous glass and including a liquid aerosol precursor composition; a liquid transport element (136; 236; 336; 536; 736; 836; 936) formed of a porous monolith and configured for transport of the liquid aerosol precursor composition; and a heater (134; 234; 334; 434; 534; 634; 734; 834; 934) in a heating arrangement with the liquid transport element (136; 236; 336; 536; 736; 836; 936), characterised in that the reservoir (144; 244; 344; 544; 744; 844) and the liquid transport element (136; 236; 336; 536; 736; 836; 936) are unitary. a reservoir (144; 244; 344; 544; 744; 844) formed of a porous ceramic or a porous glass and including a liquid aerosol precursor composition; a liquid transport element (136; 236; 336; 536; 736; 836; 936) formed of a porous monolith and configured for transport of the liquid aerosol precursor composition; and a heater (134; 234; 334; 434; 534; 634; 734; 834; 934) in a heating arrangement with the liquid transport element (136; 236; 336; 536; 736; 836; 936), characterised in that the reservoir (144; 244; 344; 544; 744; 844) and the liquid transport element (136; 236; 336; 536; 736; 836; 936) are unitary.
A base station device that is mounted on a flying object, forms a communication area on a ground, establishes a communication connection with a user terminal in the communication area, and provides a radio communication service to the user terminal, comprising: a connected terminal number acquisition unit that acquires the number of connected terminals which is a number of user terminal s with which the base station device establishes the communication connection; and a connection control unit that, in a case where the number of connected terminals is larger than a second threshold, performs admission control in response to a connection request received from the user terminal in the communication area, and in a case where the number of connected terminals is smaller than the second threshold and larger than a first threshold smaller than the second threshold, periodically selects a connection allowable group that allows connection from a plurality of groups of the user terminals executes a connection establishment process in response to a connection request from a user terminal included in the connection allowable group, and executes a request rejection process that rejects a connection request from a user terminal not included in the connection allowable group. a connected terminal number acquisition unit that acquires the number of connected terminals which is a number of user terminal s with which the base station device establishes the communication connection; and a connection control unit that, in a case where the number of connected terminals is larger than a second threshold, performs admission control in response to a connection request received from the user terminal in the communication area, and in a case where the number of connected terminals is smaller than the second threshold and larger than a first threshold smaller than the second threshold, periodically selects a connection allowable group that allows connection from a plurality of groups of the user terminals executes a connection establishment process in response to a connection request from a user terminal included in the connection allowable group, and executes a request rejection process that rejects a connection request from a user terminal not included in the connection allowable group.