mhurhangee/ep-ind-claims huggingface dataset:
A multi-CPU system comprising a main CPU, wherein the multi-CPU system comprises: a first Quick-Path Interconnect, QPI domain, a second QPI, domain, a first node controller NC group, and a second NC group, the first NC group is connected to the first QPI domain and the second QPI domain, the second NC group is connected to the first QPI domain and the second QPI domain, wherein each NC group comprises multiple NCS, the multiple NCs in a NC group are interconnected, wherein data is transmitted between the first QPI domain and the second QPI domain by using the NCs, each QPI domain comprises at least one CPU, wherein multiple CPUs in the same QPI domain (23, 24) are interconnected by using a QPI bus, the main CPU is one of CPU in the first QPI domain or the second QPI domain, and the main CPU is configured to: when an NC is to be hot swapped in the first NC group, control all CPUs in the multi-CPU system that perform cross-domain access by using the first NC group, to switch, by modifying a route configuration, to perform cross-domain access by using the second NC group; wherein the main CPU is specifically configured to: instruct at least one CPU that perform cross-domain access by using the first NC group, to configure a recorded data state to an invalid state; initiate system silence to configure all CPUs in the multi-CPU system to a silent state; instruct the CPUs that perform cross-domain access by using the first NC group, to configure a port that is in a route register and that accesses a CPU in another domain, to a port that performs cross-domain access by using the second NC group; and initiate cancellation of system silence. when an NC is to be hot swapped in the first NC group, control all CPUs in the multi-CPU system that perform cross-domain access by using the first NC group, to switch, by modifying a route configuration, to perform cross-domain access by using the second NC group; wherein the main CPU is specifically configured to: instruct at least one CPU that perform cross-domain access by using the first NC group, to configure a recorded data state to an invalid state; initiate system silence to configure all CPUs in the multi-CPU system to a silent state; instruct the CPUs that perform cross-domain access by using the first NC group, to configure a port that is in a route register and that accesses a CPU in another domain, to a port that performs cross-domain access by using the second NC group; and initiate cancellation of system silence. instruct at least one CPU that perform cross-domain access by using the first NC group, to configure a recorded data state to an invalid state; initiate system silence to configure all CPUs in the multi-CPU system to a silent state; instruct the CPUs that perform cross-domain access by using the first NC group, to configure a port that is in a route register and that accesses a CPU in another domain, to a port that performs cross-domain access by using the second NC group; and initiate cancellation of system silence.
A management device including a secure element configured to communicate with a plurality of on-board computers through a network in a vehicle in which the plurality of on-board computers have stored a plurality of initial keys thereof in advance, the secure element comprising: a key storage media configured to store a master key; and a key generation part, which upon receiving a plurality of identifiers representing the plurality of on-board computers, is configured to generate a plurality of initial keys for the plurality of on-board computers by use of the master key and the plurality of identifiers, wherein the key storage media is configured to store the plurality of initial keys generated by the key generation part in association with the plurality of identifiers with respect to the plurality of on-board computers. a key storage media configured to store a master key; and a key generation part, which upon receiving a plurality of identifiers representing the plurality of on-board computers, is configured to generate a plurality of initial keys for the plurality of on-board computers by use of the master key and the plurality of identifiers, wherein the key storage media is configured to store the plurality of initial keys generated by the key generation part in association with the plurality of identifiers with respect to the plurality of on-board computers.
Tiltable metallurgical vessel having a round cross section, wherein the metallurgical vessel 1 is at least partially surrounded by a support ring, and the support ring is at a distance from the metallurgical vessel in the radial direction, characterized in that the metallurgical vessel has at least three brackets, each having a respective pin, the support ring has at least three receiving openings, which are suitable for receiving the pins, wherein the receiving openings permit shifting of the pin in the radial direction, and there are at least three locking devices floatingly mounted and arranged inside the support ring, which secure the pins against falling out of the receiving opening and the bracket.
Process for preparing a composite layer, by applying an oligomeric organic compound layer on a substrate with a metal or metal oxide layer by vapour deposition, comprising the steps of a) providing as substrate layer a plastic film, b) applying a metal or metal oxide layer under reduced pressure on said substrate, and c) vapour depositing the oligomeric organic compound on the metal or metal oxide layer while the film remains at reduced pressure, wherein the oligomeric compound is evaporated from an oligomeric or polymeric compound comprising a stabiliser. a) providing as substrate layer a plastic film, b) applying a metal or metal oxide layer under reduced pressure on said substrate, and c) vapour depositing the oligomeric organic compound on the metal or metal oxide layer while the film remains at reduced pressure, wherein the oligomeric compound is evaporated from an oligomeric or polymeric compound comprising a stabiliser.
A medical instrument, comprising: a catheter having a proximal portion and a distal portion; an electrically conductive mesh disposed on the distal portion of the catheter; and a connector disposed on the proximal portion of the catheter, the connector being conductively connected to the mesh, the connector being configured for a connection to a power source for supplying a current sufficient to electrify the mesh; characterised in that: the mesh is configured to move between a first unexpanded position, wherein the mesh lays substantially flat and adjacent to only one side of an outer surface of the catheter and is spaced a first distance from the central axis of the catheter, and a second expanded position, wherein at least a portion of the mesh is spaced a second distance from the central axis of the catheter, the second distance being greater than the first distance. a catheter having a proximal portion and a distal portion; an electrically conductive mesh disposed on the distal portion of the catheter; and a connector disposed on the proximal portion of the catheter, the connector being conductively connected to the mesh, the connector being configured for a connection to a power source for supplying a current sufficient to electrify the mesh; the mesh is configured to move between a first unexpanded position, wherein the mesh lays substantially flat and adjacent to only one side of an outer surface of the catheter and is spaced a first distance from the central axis of the catheter, and a second expanded position, wherein at least a portion of the mesh is spaced a second distance from the central axis of the catheter, the second distance being greater than the first distance.
A load detector (100a, 100b, 100c, 100d) to be used in a biological state monitoring system, the biological state monitoring system being configured to determine a biological state of a subject based on an output of four load detectors provided with respect to a bed so as to detect a load of the subject on the bed via four points of the bed, the load detector comprising: a base (11, 12); a load cell (21, 22) supported on the base in a cantilever manner to have a free end; a placement part which is attached to the load cell on a side of the free end of the load cell and onto which the bed is to be placed; and a damper member (41, 42) which is provided below the base and which is a sheet having elasticity, wherein the damper member is provided to prevent a contact between the base and an installation surface on which the load detector is installed, in a state that the bed is placed on the placement part. the biological state monitoring system being configured to determine a biological state of a subject based on an output of four load detectors provided with respect to a bed so as to detect a load of the subject on the bed via four points of the bed, the load detector comprising: a base (11, 12); a load cell (21, 22) supported on the base in a cantilever manner to have a free end; a placement part which is attached to the load cell on a side of the free end of the load cell and onto which the bed is to be placed; and a damper member (41, 42) which is provided below the base and which is a sheet having elasticity, wherein the damper member is provided to prevent a contact between the base and an installation surface on which the load detector is installed, in a state that the bed is placed on the placement part. a base (11, 12); a load cell (21, 22) supported on the base in a cantilever manner to have a free end; a placement part which is attached to the load cell on a side of the free end of the load cell and onto which the bed is to be placed; and a damper member (41, 42) which is provided below the base and which is a sheet having elasticity, wherein the damper member is provided to prevent a contact between the base and an installation surface on which the load detector is installed, in a state that the bed is placed on the placement part.
A composition comprising at least one extract containing natural polyphenol and vitamin E, wherein the extract containing the natural polyphenol is selected from the group consisting of a grape seed extract, a blueberry extract and a silymarin extract for use in a method of preventing or treating periodontosis.
A light-emitting diode arrangement comprising two light-emitting diodes (1, 2) which are connected antiparallel to one another, and a device which supplies current to the light-emitting diodes with current changing direction, wherein - the light-emitting diodes form a mutual protection against electrostatic discharge, and - a luminescence conversion material partially wavelength-converts the electromagnetic radiation emitted by one of the light-emitting diodes so that the electromagnetic radiation of this light-emitting diode mixes with the wavelength-converted portion of its radiation to form white light, characterized in that - the wavelength-converted light-emitting diode emits electromagnetic radiation having a wavelength between 420 nm and 470 nm, and the luminescence conversion material converts a portion of said radiation into electromagnetic radiation having a wavelength between 530 nm and 580 nm, and - the other of the light-emitting diodes emits electromagnetic radiation in the red spectral range with a wavelength between 600 nm and 750 nm so that a color rendering index is increased. - the light-emitting diodes form a mutual protection against electrostatic discharge, and - a luminescence conversion material partially wavelength-converts the electromagnetic radiation emitted by one of the light-emitting diodes so that the electromagnetic radiation of this light-emitting diode mixes with the wavelength-converted portion of its radiation to form white light, - the wavelength-converted light-emitting diode emits electromagnetic radiation having a wavelength between 420 nm and 470 nm, and the luminescence conversion material converts a portion of said radiation into electromagnetic radiation having a wavelength between 530 nm and 580 nm, and - the other of the light-emitting diodes emits electromagnetic radiation in the red spectral range with a wavelength between 600 nm and 750 nm so that a color rendering index is increased.
A mobile telephone system for streaming playlists to a device in a mobile network including - a mobile telephone owned by a user and adapted to play media items and to connect to the Internet, - an application server connected to the Internet in which a playlist system application is running, a music library connected to the application server, files representing media items being stored in the music library, wherein a streaming server is connected to the Internet, the streaming server configured to send streaming data to the mobile telephone according to a playlist having an adapted format; and wherein said playlist system application is configured to perform one or more verification steps prior to creating or manipulating a playlist to verify if certain criteria are met for each request made by a user to create or manipulate a playlist; said playlist system application being configured to create or manipulate the playlist only after said verification; and wherein at least one playlist personal to said user is stored in a storage connected to the application server, the playlist specifying in a selected order a number of media items, the files of which are stored in the music library, and a copy or copies of the said at least one personal playlist is/are stored in the mobile device when the media items of the playlist are being edited and/or are being played. - a mobile telephone owned by a user and adapted to play media items and to connect to the Internet, - an application server connected to the Internet in which a playlist system application is running,
An apparatus for monitoring particles in a fluid stream, comprising: a housing; and a detector element within the housing, the detector element being acoustically decoupled from the housing, the detector element comprising: a target surface; a sample acoustic sensor that is acoustically coupled to the target surface, the sample acoustic sensor being arranged to provide a first signal which varies in dependence upon acoustic noise generated by impacts of particles and fluid on the target surface; and a corrosion sensor arranged to provide a second signal which varies in dependence upon an electrical resistance of the detector element, the electrical resistance of the detector element being related to the corrosion and/or erosion of the target surface. a housing; and a detector element within the housing, the detector element being acoustically decoupled from the housing, the detector element comprising: a target surface; a sample acoustic sensor that is acoustically coupled to the target surface, the sample acoustic sensor being arranged to provide a first signal which varies in dependence upon acoustic noise generated by impacts of particles and fluid on the target surface; and a corrosion sensor arranged to provide a second signal which varies in dependence upon an electrical resistance of the detector element, the electrical resistance of the detector element being related to the corrosion and/or erosion of the target surface. a target surface; a sample acoustic sensor that is acoustically coupled to the target surface, the sample acoustic sensor being arranged to provide a first signal which varies in dependence upon acoustic noise generated by impacts of particles and fluid on the target surface; and a corrosion sensor arranged to provide a second signal which varies in dependence upon an electrical resistance of the detector element, the electrical resistance of the detector element being related to the corrosion and/or erosion of the target surface.
A printer, comprising: a platen roller; a print head for performing printing on a recording paper; characterized by a first detection switch and a second detection switch for detecting a position of the platen roller; and a potential detector that detects electrical potential; wherein both of the first and second detection switch (132, 142) are switched off when the platen roller is mounted, and switched on when the platen roller is not mounted, wherein one terminal of the first detection switch and one terminal of the second detection switch are connected to each other in parallel and grounded via a ground side resistor (R 21, R 22), wherein a power supply is to be connected to another terminal of the first detection switch and another terminal of the second detection switch, and wherein the potential detector is configured to detect a potential between the one terminals of the first and second detection switches and the ground side resistor. a platen roller; a print head for performing printing on a recording paper; characterized by a first detection switch and a second detection switch for detecting a position of the platen roller; and a potential detector that detects electrical potential;
Compound of formula wherein R 1 and R 2 are independently selected from the group consisting of substituted or unsubstituted C 6 to C 48 aryl and substituted or unsubstituted C 2 to C 42 heteroaryl; the substituents of R 1 and R 2, if present, are selected from the group consisting of phenyl, biphenyl, naphthyl, dibenzofuranyl, cyanophenyl, diphenylphosphinoxide, dimethylphosphinoxide, CN, 9,9-dimethylfluorenyl, carbazolyl and pyridinyl; n + m = 1; wherein at least one of R 1 and R 2 is connected to the ring Y, respectively the ring Z, by a spacer unit, wherein the spacer unit is independently selected from substituted or unsubstituted C 6 to C 18 arylene or substituted or unsubstituted C 2 to C 20 heteroarylene; wherein in case that the spacer unit is substituted the one or more substituent(s) are independently selected from the group consisting of phenyl, biphenyl, naphthyl, dibenzofuranyl, cyanophenyl, diphenylphosphinoxide, dimethylphosphinoxide, CN, 9,9-dimethylfluorenyl, carbazolyl and pyridinyl; provided that if the spacer unit is phenylene or phenyl-substituted phenylene the group R 1, respectively R 2, connected via this spacer unit to the ring Y, respectively Z, is not phenyl; provided that if the spacer unit is C 2 to C 20 heteroaryl, then at least one of a substituent on the spacer unit and the group R 1, respectively R 2, connected to the spacer unit is a heteroaryl. wherein R 1 and R 2 are independently selected from the group consisting of substituted or unsubstituted C 6 to C 48 aryl and substituted or unsubstituted C 2 to C 42 heteroaryl; the substituents of R 1 and R 2, if present, are selected from the group consisting of phenyl, biphenyl, naphthyl, dibenzofuranyl, cyanophenyl, diphenylphosphinoxide, dimethylphosphinoxide, CN, 9,9-dimethylfluorenyl, carbazolyl and pyridinyl; n + m = 1; wherein at least one of R 1 and R 2 is connected to the ring Y, respectively the ring Z, by a spacer unit, wherein the spacer unit is independently selected from substituted or unsubstituted C 6 to C 18 arylene or substituted or unsubstituted C 2 to C 20 heteroarylene; wherein in case that the spacer unit is substituted the one or more substituent(s) are independently selected from the group consisting of phenyl, biphenyl, naphthyl, dibenzofuranyl, cyanophenyl, diphenylphosphinoxide, dimethylphosphinoxide, CN, 9,9-dimethylfluorenyl, carbazolyl and pyridinyl; provided that if the spacer unit is phenylene or phenyl-substituted phenylene the group R 1, respectively R 2, connected via this spacer unit to the ring Y, respectively Z, is not phenyl; provided that if the spacer unit is C 2 to C 20 heteroaryl, then at least one of a substituent on the spacer unit and the group R 1, respectively R 2, connected to the spacer unit is a heteroaryl.
An engine which is a front-intake, rear-exhaust type, when mounted on a vehicle, comprising: an intake port (17, 18) that communicates with a combustion chamber; and an air intake passage in which an intercooler and a surge tank are sequentially provided from an upstream side along a flow direction of gas and in which a downstream end portion is connected to the intake port (17, 18), wherein the air intake passage is arranged such that the intercooler is to be positioned below the surge tank in a vehicle-mounted state, and has an introduction passage that connects the intercooler and the surge tank, and at least one of the introduction passage and the surge tank has a reverse flow prevention structure (71, 72) that suppresses a reverse flow of moisture against a flow of the gas, the introduction passage is configured to connect a rear portion of the intercooler and a bottom portion of the surge tank, the introduction passage sequentially has, from an upstream side, a collection portion that is fastened to a cooler housing of the intercooler and where gas that has flowed through the intercooler is collected, and an introduction portion where the collected gas in the collection portion is guided to the surge tank, and the introduction portion is formed as a bent pipe portion that extends in the substantially vertical direction, characterized in that an upstream end of the introduction portion is connected to a rear surface of the collection portion, and a downstream end of the introduction portion is connected to a central portion of a surge tank bottom surface. an intake port (17, 18) that communicates with a combustion chamber; and an air intake passage in which an intercooler and a surge tank are sequentially provided from an upstream side along a flow direction of gas and in which a downstream end portion is connected to the intake port (17, 18), wherein the air intake passage is arranged such that the intercooler is to be positioned below the surge tank in a vehicle-mounted state, and has an introduction passage that connects the intercooler and the surge tank, and at least one of the introduction passage and the surge tank has a reverse flow prevention structure (71, 72) that suppresses a reverse flow of moisture against a flow of the gas, the introduction passage is configured to connect a rear portion of the intercooler and a bottom portion of the surge tank, the introduction passage sequentially has, from an upstream side, a collection portion that is fastened to a cooler housing of the intercooler and where gas that has flowed through the intercooler is collected, and an introduction portion where the collected gas in the collection portion is guided to the surge tank, and the introduction portion is formed as a bent pipe portion that extends in the substantially vertical direction, characterized in that an upstream end of the introduction portion is connected to a rear surface of the collection portion, and a downstream end of the introduction portion is connected to a central portion of a surge tank bottom surface.