mhurhangee/ep-ind-claims huggingface dataset:
A system for distributing software licenses in a networked computing environment, comprising: a plurality of client license management agents (104;402) residing on computers in a network, each client agent operable to gather configuration information about the respective computer on which the client agent resides and one or more products installed on the respective computer; one or more license server agents (106;404) operable to communicate with the plurality of client agents, the one or more server agents further operable to maintain the configuration information received from the plurality of the client agents in a central network location; and a management application (108;408) remote from the plurality of client agents and server agents in the network, the management application operable to manage the plurality of client and server agents by: receiving the configuration information from the license management agents; receiving a change to the configuration information; communicating with a vendor computer of a product to request an updated license for the product; receiving information associated with an updated license from the vendor computer; and providing the received license information to the one or more server agents, for communication to the plurality of client agents to update license information on the respective computers. a plurality of client license management agents (104;402) residing on computers in a network, each client agent operable to gather configuration information about the respective computer on which the client agent resides and one or more products installed on the respective computer; one or more license server agents (106;404) operable to communicate with the plurality of client agents, the one or more server agents further operable to maintain the configuration information received from the plurality of the client agents in a central network location; and a management application (108;408) remote from the plurality of client agents and server agents in the network, the management application operable to manage the plurality of client and server agents by: receiving the configuration information from the license management agents; receiving a change to the configuration information; communicating with a vendor computer of a product to request an updated license for the product; receiving information associated with an updated license from the vendor computer; and providing the received license information to the one or more server agents, for communication to the plurality of client agents to update license information on the respective computers. receiving the configuration information from the license management agents; receiving a change to the configuration information; communicating with a vendor computer of a product to request an updated license for the product; receiving information associated with an updated license from the vendor computer; and providing the received license information to the one or more server agents, for communication to the plurality of client agents to update license information on the respective computers.
Use of a bio-ink for 3D printing, said bio-ink comprising a photocrosslinkable conjugate of hyaluronic acid and bifunctional photoreactive linker, or a photocrosslinkable conjugate of gelatin and bifunctional photoreactive linker, or mixtures of the two photocrosslinkable conjugates, wherein the bifunctional photoreactive linker is a coumarin linker, consisting of an umbelliferone residue, bound to a spacer, wherein in the photocrosslinkable conjugate of gelatin the spacer being triethylene glycol, the linker having the following formula where: R = - NH 2 for the formation of an amide bond; or wherein in the photocrosslinkable conjugate of hyaluronic acid the spacer being a linear C4-C20 alkyl chain, preferably a C8-C16 alkyl chain, even more preferably an octyl chain or a dodecyl chain, the linker having the following formula: the bond between bifunctional photoreactive linker and hyaluronic acid or gelatin being an amide bond. wherein the bifunctional photoreactive linker is a coumarin linker, consisting of an umbelliferone residue, bound to a spacer, wherein in the photocrosslinkable conjugate of gelatin the spacer being triethylene glycol, the linker having the following formula where: R = - NH 2 for the formation of an amide bond; or wherein in the photocrosslinkable conjugate of hyaluronic acid the spacer being a linear C4-C20 alkyl chain, preferably a C8-C16 alkyl chain, even more preferably an octyl chain or a dodecyl chain, the linker having the following formula: the bond between bifunctional photoreactive linker and hyaluronic acid or gelatin being an amide bond. R = - NH 2 for the formation of an amide bond; or wherein in the photocrosslinkable conjugate of hyaluronic acid the spacer being a linear C4-C20 alkyl chain, preferably a C8-C16 alkyl chain, even more preferably an octyl chain or a dodecyl chain, the linker having the following formula: the bond between bifunctional photoreactive linker and hyaluronic acid or gelatin being an amide bond.
A valve comprises: a pressure chamber; a valve assembly controlling a passage of fluid, said valve assembly being configured in such a way that its preload force is controlled by said pressure chamber; a spring element that helps said valve assembly oppose change in volume of said pressure chamber, its preload force also controlled by said pressure chamber; for a given change in volume of said pressure chamber, reaction force from said spring element changes faster than reaction force of said valve assembly; characterised in that: said spring element and said valve assembly are configured as springs operating mechanically in parallel with respect to said pressure chamber. a pressure chamber; a valve assembly controlling a passage of fluid, said valve assembly being configured in such a way that its preload force is controlled by said pressure chamber; a spring element that helps said valve assembly oppose change in volume of said pressure chamber, its preload force also controlled by said pressure chamber; for a given change in volume of said pressure chamber, reaction force from said spring element changes faster than reaction force of said valve assembly; characterised in that: said spring element and said valve assembly are configured as springs operating mechanically in parallel with respect to said pressure chamber.
Polyolefin-based resin expanded particles comprising: a polyolefin-based resin; an inorganic hypophosphite in an amount of 1.60 parts by weight to 10.00 parts by weight relative to 100 parts by weight of the polyolefin-based resin; and a melamine-based flame retardant in an amount of 0.01 parts by weight to 2.00 parts by weight relative to 100 parts by weight of the polyolefin-based resin. a polyolefin-based resin; an inorganic hypophosphite in an amount of 1.60 parts by weight to 10.00 parts by weight relative to 100 parts by weight of the polyolefin-based resin; and a melamine-based flame retardant in an amount of 0.01 parts by weight to 2.00 parts by weight relative to 100 parts by weight of the polyolefin-based resin.
A device for use as a vibrational tool for a downhole assembly, the device being controlled by a power source and comprising a first magnetic assembly, a second magnetic assembly and a compliant member, said first magnetic assembly being rotatable relative to said second magnetic assembly and when so rotated, causing the second magnetic assembly to oscillate and/or reciprocate at least substantially in an axial manner; characterized in that the second magnetic assembly, at both ends, is attached to and constrained in its oscillations and/or reciprocation by said compliant member thereby allowing the output force to be distributed to the outer body of the vibrational tool from the compression and extension of the compliant member in a substantially sinusoidal manner.
Process for preparing a polymer of formula: in which p is equal to 0 or 1, and R 1 is chosen from: - a fluorine atom, and - one or more linear or branched, saturated or unsaturated, fluorinated or nonfluorinated aliphatic chains, said chain(s) being optionally interrupted by one or more heteroatoms, by one or more metalloids and/or by one or more aromatic or nonaromatic, 4- to 6-membered (hetero)cycles, and optionally substituted by one or more groups chosen from the group consisting of hydroxyl, -NH 2 and oxo groups; R 1 being covalently bonded, directly or via a spacer, to the phenyl ring; the process comprising at least the steps consisting in: a) providing a Ziegler-Natta catalytic system comprising a catalyst and a cocatalyst; b) providing monomers of formula: in which p and R 1 are as defined above; c) bringing said catalytic system into contact with said monomers of formula; d) exposing the mixture formed in step c) to stirring and heating conditions that are suitable for the polymerization of the monomers of formula, the mixture in step d) being exposed to a temperature hold of between 60°C and 80°C. - a fluorine atom, and - one or more linear or branched, saturated or unsaturated, fluorinated or nonfluorinated aliphatic chains, said chain(s) being optionally interrupted by one or more heteroatoms, by one or more metalloids and/or by one or more aromatic or nonaromatic, 4- to 6-membered (hetero)cycles, and optionally substituted by one or more groups chosen from the group consisting of hydroxyl, -NH 2 and oxo groups; R 1 being covalently bonded, directly or via a spacer, to the phenyl ring; the process comprising at least the steps consisting in: a) providing a Ziegler-Natta catalytic system comprising a catalyst and a cocatalyst; b) providing monomers of formula: in which p and R 1 are as defined above; c) bringing said catalytic system into contact with said monomers of formula; d) exposing the mixture formed in step c) to stirring and heating conditions that are suitable for the polymerization of the monomers of formula, a) providing a Ziegler-Natta catalytic system comprising a catalyst and a cocatalyst; b) providing monomers of formula: in which p and R 1 are as defined above; c) bringing said catalytic system into contact with said monomers of formula; d) exposing the mixture formed in step c) to stirring and heating conditions that are suitable for the polymerization of the monomers of formula, the mixture in step d) being exposed to a temperature hold of between 60°C and 80°C.
A method for reading files stored on a storage system, wherein the storage system comprises: - storage means storing a first set of files according to a predetermined data format, which predetermined data format is a Linear Tape File System data format, holding file content of the first set of files and associated file metadata; and - cache memory storing a second set of files, the second set of files being a subset of the first set of files, the storage system being configured to allow one or more remote systems (110, 120) for reading files stored on the storage means and/or on the cache memory, characterized in that the method comprises: - receiving from one or more remote systems at least one read request for reading a sequence of files; - determining, among the files of the sequence, whether one or more cached files are already stored on the cache memory and whether remaining files are not already stored on the cache memory; - determining, within said remaining files, an order according to which said remaining files should be read from the storage means given locations of said remaining files as stored on the storage means according to said predetermined data format; - reading said one or more remaining files on the storage means according to said order and storing the remaining files on the cache memory. - storage means storing a first set of files according to a predetermined data format, which predetermined data format is a Linear Tape File System data format, holding file content of the first set of files and associated file metadata; and - cache memory storing a second set of files, the second set of files being a subset of the first set of files, - receiving from one or more remote systems at least one read request for reading a sequence of files; - determining, among the files of the sequence, whether one or more cached files are already stored on the cache memory and whether remaining files are not already stored on the cache memory; - determining, within said remaining files, an order according to which said remaining files should be read from the storage means given locations of said remaining files as stored on the storage means according to said predetermined data format; - reading said one or more remaining files on the storage means according to said order and storing the remaining files on the cache memory.
Method for monitoring a blind spot of a vehicle, wherein a parking assistance system senses surroundings of the vehicle by means of a surroundings-sensing device, and objects are determined in the sensed surroundings, wherein an object which is determined in the sensed surroundings is assigned to a virtual object, and wherein when an object is determined it is checked whether it is located in a blind spot, and an action is triggered if the determined object is located in the blind spot, wherein when the objects are determined, a threshold value curve is used which provides suppression of ground echo signals, wherein the parking assistance system is active below a determined speed and inactive above the determined speed, so that the monitoring for blind spots and the parking assistance take place below the determined speed, and wherein a complementary blind spot monitoring system is active when the parking assistance system is inactive, so that monitoring for blind spots takes place continuously, wherein in the complementary blind spot monitoring system a threshold value curve is used during the determination of the objects, which curve provides effective noise suppression.
A method implemented by a network device acting as a controller in a software defined networking network, the method to detect control plane loops in the SDN network, the method comprising: receiving (305, 405) a Packet-In message from a switch, wherein the Packet-In message includes a packet; determining (340, 440) a packet identifier associated with the packet; determining (345, 445) a key based on the packet identifier associated with the packet; determining (350, 450) whether an entry associated with the key exists in a loop detection cache; updating (355, 455) a counter value associated with the entry in response to determining that the entry associated with the key exists in the loop detection cache; and determining (365, 465) that the packet is in a control plane loop in response to determining that the counter value associated with the entry reaches a threshold value. receiving (305, 405) a Packet-In message from a switch, wherein the Packet-In message includes a packet; determining (340, 440) a packet identifier associated with the packet; determining (345, 445) a key based on the packet identifier associated with the packet; determining (350, 450) whether an entry associated with the key exists in a loop detection cache; updating (355, 455) a counter value associated with the entry in response to determining that the entry associated with the key exists in the loop detection cache; and determining (365, 465) that the packet is in a control plane loop in response to determining that the counter value associated with the entry reaches a threshold value.
Method for automatically adjusting torque transmitting ability of a transmission (5, 6, 7, 8) arranged between a power turbine and a crank shaft in a turbocompound combustion engine, said transmission comprising a hydrodynamic coupling characterised in that said method comprises the steps of: - continuously registering a value for one or several of; a. engine load parameter for said combustion engine and/or, b. temperature in said combustion engine and/or, c. parameters for indicating NVH in said transmission; - if one or several of parameters a to c has passed a predetermined value for each of said parameters in one first direction, then braking a power turbine side of said hydrodynamic coupling and continuously adjusting said torque transmitting ability of said hydrodynamic coupling in dependence of the development of one or several of said parameters a to c. - continuously registering a value for one or several of; a. engine load parameter for said combustion engine and/or, b. temperature in said combustion engine and/or, c. parameters for indicating NVH in said transmission; a. engine load parameter for said combustion engine and/or, b. temperature in said combustion engine and/or, c. parameters for indicating NVH in said transmission; - if one or several of parameters a to c has passed a predetermined value for each of said parameters in one first direction, then braking a power turbine side of said hydrodynamic coupling and continuously adjusting said torque transmitting ability of said hydrodynamic coupling in dependence of the development of one or several of said parameters a to c.
A method for measuring the thickness variation and shape of polished opaque plates comprising the steps of: placing a polished opaque plate in a cavity formed between reference flats (32 and 52) in two opposing interferometer channels to map the opposite surfaces (61 and 62) of the plate; synchronizing the phase shifting of the interferograms in the two interferometer channels (58,88,90,92,94) by supplying light from a single tunable light source, the output beam of which is split by a beam splitter to propagate to both interferometer channels; measuring the cavity tilt of the reference flats (32 and 52) forming the cavity substantially simultaneously with mapping of opposite surfaces of the plate; whereby measuring the cavity tilt includes providing the two interferometers with an oversized field of view of the opaque plate in the cavity which comprises an area surrounding the wafer; and where the cavity tilt is measured by the interferometers; and determining the thickness variations (at 38 and 58) of the plate using the two single-sided distance maps obtained from the surface mapping of the opposite surfaces (61 and 62) of the plate and a cavity map obtained from the cavity tilt measurement. placing a polished opaque plate in a cavity formed between reference flats (32 and 52) in two opposing interferometer channels to map the opposite surfaces (61 and 62) of the plate; synchronizing the phase shifting of the interferograms in the two interferometer channels (58,88,90,92,94) by supplying light from a single tunable light source, the output beam of which is split by a beam splitter to propagate to both interferometer channels; measuring the cavity tilt of the reference flats (32 and 52) forming the cavity substantially simultaneously with mapping of opposite surfaces of the plate; whereby measuring the cavity tilt includes providing the two interferometers with an oversized field of view of the opaque plate in the cavity which comprises an area surrounding the wafer; and where the cavity tilt is measured by the interferometers; and determining the thickness variations (at 38 and 58) of the plate using the two single-sided distance maps obtained from the surface mapping of the opposite surfaces (61 and 62) of the plate and a cavity map obtained from the cavity tilt measurement.
An augmented mirror (1, 101, 201) comprising: a partially silvered mirror surface; a screen underneath the mirrored surface; a camera; and a computation module configured to receive visual information from the camera, process the information, and display one or more images on the display screen based upon the processed information; wherein the field of view over which visual information is processed by the computational module is reduced to visual information from within a visual corridor (202, 203), the visual corridor corresponding to a subset of the field of view of the camera; characterised in that the mirror comprises lighting panels, the lighting panels controlled by the computational module wherein the computation module is configured to gradually illuminate the lighting panels as a user moves towards an optimal position in which to use the mirror, wherein the lighting panels indicate to the user when the user is in the optimal position or is approaching an optimal position for interaction with the mirror. a partially silvered mirror surface; a screen underneath the mirrored surface; a camera; and a computation module configured to receive visual information from the camera, process the information, and display one or more images on the display screen based upon the processed information; wherein the field of view over which visual information is processed by the computational module is reduced to visual information from within a visual corridor (202, 203), the visual corridor corresponding to a subset of the field of view of the camera; characterised in that the mirror comprises lighting panels, the lighting panels controlled by the computational module wherein the computation module is configured to gradually illuminate the lighting panels as a user moves towards an optimal position in which to use the mirror, wherein the lighting panels indicate to the user when the user is in the optimal position or is approaching an optimal position for interaction with the mirror.
A shift device comprising: a shift body whose shift position is changed due to the shift body being operated in one direction and another direction; an intermediate body that supports the shift body, and that enables operation of the shift body in the other direction; a supporting body that supports the intermediate body, and that enables operation of the shift body in the one direction; a moving body that is connected to the shift body and the intermediate body, and that is provided with a moving portion which is moved due to the shift body being operated in the one direction and the other direction; and detecting means; characterized in that the detecting means is configured to detect the shift position of the shift body in the one direction and the other direction, by detecting the moving portion. a shift body whose shift position is changed due to the shift body being operated in one direction and another direction; an intermediate body that supports the shift body, and that enables operation of the shift body in the other direction; a supporting body that supports the intermediate body, and that enables operation of the shift body in the one direction; a moving body that is connected to the shift body and the intermediate body, and that is provided with a moving portion which is moved due to the shift body being operated in the one direction and the other direction; and detecting means; characterized in that the detecting means is configured to detect the shift position of the shift body in the one direction and the other direction, by detecting the moving portion.