mhurhangee/patent-ind-claim-en huggingface dataset:
A method for assessing a cyber security risk, comprising: obtaining cyber security precursor information from a plurality of sensors, wherein the cyber security precursor information is obtained from one or more online or offline sources; normalizing the obtained cyber security precursor information from each sensor to a common information model based on a data source type identified for each sensor; generating a plurality of events based on the normalized cyber security precursor information, wherein the plurality of events include: a timestamp for pedigree; a set of attributes for semantic properties being represented; and a set of graph-like relationships between events using node and edge representations; computing a plurality of facts based on the plurality of generated events, each fact represents an assessment of events and facts, and each fact comprising a context that is a reference to a set of events and facts that contributed to a value represented by the fact; calculating a plurality of risk indicators from the plurality of facts, each risk indicator based on a time-series analysis of a type of the fact; normalizing the plurality of risk indicators by normalizing the risk indicators according to their associated data source type; calculating a plurality of cyber risk index component scores for each data source type based on the plurality of normalized facts for each risk indicator; and calculating a cyber risk indicator index based on the plurality of cyber risk index components scores. obtaining cyber security precursor information from a plurality of sensors, wherein the cyber security precursor information is obtained from one or more online or offline sources; normalizing the obtained cyber security precursor information from each sensor to a common information model based on a data source type identified for each sensor; generating a plurality of events based on the normalized cyber security precursor information, wherein the plurality of events include: a timestamp for pedigree; a set of attributes for semantic properties being represented; and a set of graph-like relationships between events using node and edge representations; a timestamp for pedigree; a set of attributes for semantic properties being represented; and a set of graph-like relationships between events using node and edge representations; computing a plurality of facts based on the plurality of generated events, each fact represents an assessment of events and facts, and each fact comprising a context that is a reference to a set of events and facts that contributed to a value represented by the fact; calculating a plurality of risk indicators from the plurality of facts, each risk indicator based on a time-series analysis of a type of the fact; normalizing the plurality of risk indicators by normalizing the risk indicators according to their associated data source type; calculating a plurality of cyber risk index component scores for each data source type based on the plurality of normalized facts for each risk indicator; and calculating a cyber risk indicator index based on the plurality of cyber risk index components scores.
A system for cooling a primary air supply (A) comprising: (a) a first evaporative cooling system comprising: (i) means for circulating fluid through the first system; (ii) a primary heat exchange element and a primary cooling tower , the primary cooling tower having an air supply and being operatively connected to the primary heat exchange element; (b) means for selectively forcing the primary air supply over the primary heat exchange element; (c) a second evaporative cooling system comprising; (i) means for circulating fluid through the second system; (ii) a second heat exchange element and a second cooling tower , the second cooling tower having an air supply and being operatively connected to the second heat exchange element; and means for selectively forcing the air supply to the primary cooling tower over the second heat exchange element such that the air supply to the primary cooling tower has a lower wet bulb temperature than the ambient air. (a) a first evaporative cooling system comprising: (i) means for circulating fluid through the first system; (ii) a primary heat exchange element and a primary cooling tower , the primary cooling tower having an air supply and being operatively connected to the primary heat exchange element; (i) means for circulating fluid through the first system; (ii) a primary heat exchange element and a primary cooling tower , the primary cooling tower having an air supply and being operatively connected to the primary heat exchange element; (b) means for selectively forcing the primary air supply over the primary heat exchange element; (c) a second evaporative cooling system comprising; (i) means for circulating fluid through the second system; (ii) a second heat exchange element and a second cooling tower , the second cooling tower having an air supply and being operatively connected to the second heat exchange element; and means for selectively forcing the air supply to the primary cooling tower over the second heat exchange element such that the air supply to the primary cooling tower has a lower wet bulb temperature than the ambient air. (i) means for circulating fluid through the second system; (ii) a second heat exchange element and a second cooling tower , the second cooling tower having an air supply and being operatively connected to the second heat exchange element; and
A communication apparatus comprising: a first short-range wireless communication unit configured to communicate with a communication party , via first short-range wireless communication; an acquisition unit configured to acquire, prior to the communication via the first short-range wireless communication, identification information notified from the communication party , via second short-range wireless communication wider in communicable range than the first short-range wireless communication; and a control unit configured to acquire a parameter file corresponding to the acquired identification information from a database server , the parameter file including one or more parameters allowing the communication apparatus to communicate with the communication party via the first short-range wireless communication, and to control the first short-range wireless communication unit by setting, on a basis of the parameter file, a parameter for the first short-range wireless communication. a first short-range wireless communication unit configured to communicate with a communication party , via first short-range wireless communication; an acquisition unit configured to acquire, prior to the communication via the first short-range wireless communication, identification information notified from the communication party , via second short-range wireless communication wider in communicable range than the first short-range wireless communication; and a control unit configured to acquire a parameter file corresponding to the acquired identification information from a database server , the parameter file including one or more parameters allowing the communication apparatus to communicate with the communication party via the first short-range wireless communication, and to control the first short-range wireless communication unit by setting, on a basis of the parameter file, a parameter for the first short-range wireless communication.
An auto-injector apparatus, comprising: a flexible container (16; 108; 108', 108"; 320, 322; 420, 422; 502) containing a liquid medicant ; a needle (26; 144; 308; 408; 509) communicated with the container; a housing , the container being received in the housing; a pump disposed in the housing and positioned to engage the flexible container and expel the medicant from the container through the needle upon relative movement between the pump and the container; and a main drive spring (40; 226) operably associated with the needle to extend the needle from a first needle position wherein the needle is completely received in the housing to a second needle position wherein the needle protrudes from the housing, characterized in that the pump comprises a roller (210; 310; 410; 524). a flexible container (16; 108; 108', 108"; 320, 322; 420, 422; 502) containing a liquid medicant ; a needle (26; 144; 308; 408; 509) communicated with the container; a housing , the container being received in the housing; a pump disposed in the housing and positioned to engage the flexible container and expel the medicant from the container through the needle upon relative movement between the pump and the container; and a main drive spring (40; 226) operably associated with the needle to extend the needle from a first needle position wherein the needle is completely received in the housing to a second needle position wherein the needle protrudes from the housing, characterized in that the pump comprises a roller (210; 310; 410; 524).
A salt of a compound according to formulae (1-1) through (1-7):
Mold advancement method, particularly for forming confectionery products, the method comprising the steps of advancing an ordered succession of molds along a longitudinal advancement path (P) on a pair of longitudinal horizontal supporting surfaces transversely spaced from each other by advancing each mold by drag pins forming part of a main drag catenary and coupled to said molds, of moving said ordered succession through a mold replacement station arranged along said path (P) and of at least partially decoupling said drag pins from the molds so that the molds can be lifted from said supporting surfaces ; inside said mold replacement station , the method comprising the further steps of lifting at least one mold to be replaced from said supporting surfaces and arranging the lifted mold in a mold storage and inserting a further mold in place of the previously lifted mold before progressively re-coupling said molds to said main drag catenary , wherein inside said replacement station said drag pins are completely decoupled from said molds arranged on said supporting surfaces and wherein the advancement of said molds through said mold replacement station is carried out using an additional thrust conveyor synchronized with said main drag catenary and configured to push each said mold along said path and to leave each mold after the re-coupling of said drag pins to said mold .
A battery pack , comprising: a cell array , wherein the cell array comprises a plurality of cells ; each of the cells is defined with a length L, a thickness D, and a height H between the length L and the thickness D, the plurality of cells are arranged along a thickness direction, and the cells are adhered to each other by a structural adhesive ; two first reinforcing plates ; wherein the two first reinforcing plates are arranged opposite to each other and are respectively adhered to two surfaces of the cell array along an arrangement direction of the cells , and are configured to constrain relative positions between the cells; characterized in that the battery pack comprises a plurality of layers of cell arrays arranged along a height direction (Z) of the cells, a partition plate is arranged between two neighboring layers of cell arrays, and the partition plate is fixedly adhered to the cell arrays on two sides of the partition plate. a cell array , wherein the cell array comprises a plurality of cells ; each of the cells is defined with a length L, a thickness D, and a height H between the length L and the thickness D, the plurality of cells are arranged along a thickness direction, and the cells are adhered to each other by a structural adhesive ; two first reinforcing plates ; wherein the two first reinforcing plates are arranged opposite to each other and are respectively adhered to two surfaces of the cell array along an arrangement direction of the cells , and are configured to constrain relative positions between the cells; characterized in that the battery pack comprises a plurality of layers of cell arrays arranged along a height direction (Z) of the cells, a partition plate is arranged between two neighboring layers of cell arrays, and the partition plate is fixedly adhered to the cell arrays on two sides of the partition plate.
Device for gripping a stretcher, of a type comprising: • A hollow metal support bar designed to be made integral with the said stretcher to take the weight of a patient; and • a handle attached to one end of said support bar ; said gripping device comprising a support at least one battery , said support being incorporated in the said support bar through a hole in the said support bar and a hole in the said handle ; the said handle comprising a front part arranged around said support bar and supporting an electronic circuit integrating wireless communication means ; said electronic circuit being connected with said support by means of connections passing through said hole in said support bar • A hollow metal support bar designed to be made integral with the said stretcher to take the weight of a patient; and • a handle attached to one end of said support bar ; said gripping device comprising a support at least one battery , said support being incorporated in the said support bar through a hole in the said support bar and a hole in the said handle ; the said handle comprising a front part arranged around said support bar and supporting an electronic circuit integrating wireless communication means ; said electronic circuit being connected with said support by means of connections passing through said hole in said support bar said gripping device comprising a support at least one battery , said support being incorporated in the said support bar through a hole in the said support bar and a hole in the said handle ; the said handle comprising a front part arranged around said support bar and supporting an electronic circuit integrating wireless communication means ; said electronic circuit being connected with said support by means of connections passing through said hole in said support bar
A medicament delivery system for use with a medicament delivery device , the medicament delivery system comprising: a support member ; a compression member spaced from the support member to define a gap therebetween; a collapsible and/or flexible medicament reservoir disposed in the gap between the support member and the compression member ; a mechanical coupling between the support member and the compression member comprising a plurality of connecting members extending between the support member and the compression member ; and a biasing element connected to the compression member and configured to exert a rotational force on the compression member relative to the support member ; wherein the mechanical coupling is configured such that rotation of the compression member relative to the support member causes the compression member to be drawn towards the support member to reduce the gap therebetween such that when medicament is contained in the medicament reservoir the medicament is dispensed therefrom. a support member ; a compression member spaced from the support member to define a gap therebetween; a collapsible and/or flexible medicament reservoir disposed in the gap between the support member and the compression member ; a mechanical coupling between the support member and the compression member comprising a plurality of connecting members extending between the support member and the compression member ; and a biasing element connected to the compression member and configured to exert a rotational force on the compression member relative to the support member ; wherein the mechanical coupling is configured such that rotation of the compression member relative to the support member causes the compression member to be drawn towards the support member to reduce the gap therebetween such that when medicament is contained in the medicament reservoir the medicament is dispensed therefrom.
A mobile communication system, comprising: a plurality of devices that form a group; a server ; a first network node ; and a second network node , wherein: the server is configured to send, to the first network node , a request message including an external group ID, the first network node is configured to perform authorization to the server , the first network node is configured to receive information from the second network node that maps the external group ID to an internal group ID, and the first network node is configured to forward the request message toward each of the plurality of devices based on the information. a plurality of devices that form a group; a server ; a first network node ; and a second network node , wherein: the server is configured to send, to the first network node , a request message including an external group ID, the first network node is configured to perform authorization to the server , the first network node is configured to receive information from the second network node that maps the external group ID to an internal group ID, and the first network node is configured to forward the request message toward each of the plurality of devices based on the information. the server is configured to send, to the first network node , a request message including an external group ID, the first network node is configured to perform authorization to the server , the first network node is configured to receive information from the second network node that maps the external group ID to an internal group ID, and the first network node is configured to forward the request message toward each of the plurality of devices based on the information.
Shaping machine for shaping containers from preforms made of thermoplastic material, the shaping machine having a blowing network that has ducts that connect a controlled source of compressed blowing gas to at least one blowing nozzle in order to shape the containers by blow-moulding, the shaping machine having a device for sterilizing the blowing network , said device having: - a source of sterilizing liquid having an oxidizing agent; characterized in that the shaping machine further comprises: - an evaporator in which sterilizing vapour is produced by total evaporation of the sterilizing liquid provided by the source of sterilizing liquid; - a device for dispensing the sterilizing liquid, said device being interposed between the source of sterilizing liquid and the evaporator ; the dispensing device being designed to deliver a continuous and stable flow rate of sterilizing liquid. - a source of sterilizing liquid having an oxidizing agent; characterized in that the shaping machine further comprises: - an evaporator in which sterilizing vapour is produced by total evaporation of the sterilizing liquid provided by the source of sterilizing liquid; - a device for dispensing the sterilizing liquid, said device being interposed between the source of sterilizing liquid and the evaporator ; - an evaporator in which sterilizing vapour is produced by total evaporation of the sterilizing liquid provided by the source of sterilizing liquid; - a device for dispensing the sterilizing liquid, said device being interposed between the source of sterilizing liquid and the evaporator ; the dispensing device being designed to deliver a continuous and stable flow rate of sterilizing liquid.
A process for the preparation of a compound (VIII), or pharmaceutically acceptable salt thereof, comprising the following steps: step a) the formation of compound (III), via the reaction of compound (II) and MOMChloride; step b) the formation of compound (IV), via alkylation reaction of compound (III) and 3,5-difluoroaniline; step c) the formation of compound (VI), via the reaction of compound (IV) and compound (V) step d) the formation of compound (VII), via the de-protection reaction of compound (VI); Step e) the formation of compound (VIII), via the internal Mitsunobu cyclization reaction of compound (VII). step a) the formation of compound (III), via the reaction of compound (II) and MOMChloride; via the reaction of compound (II) and MOMChloride; step b) the formation of compound (IV), via alkylation reaction of compound (III) and 3,5-difluoroaniline; step c) the formation of compound (VI), via the reaction of compound (IV) and compound (V) step d) the formation of compound (VII), via the de-protection reaction of compound (VI); Step e) the formation of compound (VIII), via the internal Mitsunobu cyclization reaction of compound (VII).
An evolved NodeB, eNB for coordination of self-organizing network, SON, functions comprising a capacity and coverage optimization, CCO, function and an energy saving management, ESM, function, the eNB comprising one or more processors operably coupled with at least one memory device , and the one or more processors configured to execute instructions to: identify a trigger for the eNB to operate in an energy saving, ES, compensate state to compensate for a neighbor eNB that is to enter an energy saving, ES, state; determine whether a binary semaphore stored in the memory of the eNB is in a locked or an unlocked state by performing a set and test command, wherein the eNB is configured to set the binary semaphore to the locked state to indicate that the CCO function of the eNB has recently adjusted, is currently adjusting, or will adjust one or more configuration parameters of the eNB; and in response to determining that the binary semaphore is in the locked state, instruct the eNB not to initiate the ES compensate state. identify a trigger for the eNB to operate in an energy saving, ES, compensate state to compensate for a neighbor eNB that is to enter an energy saving, ES, state; determine whether a binary semaphore stored in the memory of the eNB is in a locked or an unlocked state by performing a set and test command, wherein the eNB is configured to set the binary semaphore to the locked state to indicate that the CCO function of the eNB has recently adjusted, is currently adjusting, or will adjust one or more configuration parameters of the eNB; and in response to determining that the binary semaphore is in the locked state, instruct the eNB not to initiate the ES compensate state.