mhurhangee/ep-ind-claims huggingface dataset:
A system for cell harvesting and transplant, comprising: a cartridge for processing a tissue, the cartridge comprising a tissue processing chamber, a disintegrator situated therein on which the tissue sits, a cap removably placed on or hinged to the tissue processing chamber and comprises a seal for sealing the tissue processing chamber, a cell collection chamber separated from the tissue processing chamber by the disintegrator, and a filter situated between the disintegrator and the cell collection chamber; and a programmable console for removably housing the cartridge, wherein the console comprises a disintegrating member, an actuating mechanism, and a processor for controlling the actuating mechanism such that the disintegrating member exerts compression and a rotational force through the seal on the tissue, thereby mechanically dissociating the tissue, wherein after dissociating the tissue and passing the dissociated tissue through the disintegrator, a cell suspension is collected in the cell collection chamber. a cartridge for processing a tissue, the cartridge comprising a tissue processing chamber, a disintegrator situated therein on which the tissue sits, a cap removably placed on or hinged to the tissue processing chamber and comprises a seal for sealing the tissue processing chamber, a cell collection chamber separated from the tissue processing chamber by the disintegrator, and a filter situated between the disintegrator and the cell collection chamber; and a programmable console for removably housing the cartridge, wherein the console comprises a disintegrating member, an actuating mechanism, and a processor for controlling the actuating mechanism such that the disintegrating member exerts compression and a rotational force through the seal on the tissue, thereby mechanically dissociating the tissue, wherein after dissociating the tissue and passing the dissociated tissue through the disintegrator, a cell suspension is collected in the cell collection chamber.
A one-block bladed disk for a turbine engine, consisting of a hub and of blades connected in one-piece to the hub, wherein the leading edges of the blades, in a foot area adjacent to the hub and extending over about 20% to 30% of the height of the blade, have a dihedral angle and a sweep angle having values both increasing continuously and characterized in that the increase of said values is at least 10° upon approaching the hub.
Magnetic nanoparticles for use in a magnetic hyperthermia therapeutic treatment, wherein the magnetic nanoparticles are administered to a body part of an individual and the body part is exposed to a magnetic field oscillating at a high frequency and at a medium and/or low frequency, wherein the high frequency is 1 MHz at the most, the medium frequency is lower than the high frequency, and the low frequency is lower than the high frequency and lower than the medium frequency when it is present, and wherein the magnetic field oscillating at the high and medium and/or low frequency comprises: - at least one sequence during which the magnetic field strength or amplitude, or the maximum or average magnetic field, is constant at a first value A 7 during a first time t 7, or increases to the value A 7 during the time t 7, and - at least another sequence, during which the magnetic field strength or amplitude, or the maximum or average magnetic field, is constant at another value A 8 during another time t 8, or decreases down to the value A 8 during the time t 8, wherein A 8 is lower than A 7, and wherein these at least two different sequences are repeated more than 1 time. - at least one sequence during which the magnetic field strength or amplitude, or the maximum or average magnetic field, is constant at a first value A 7 during a first time t 7, or increases to the value A 7 during the time t 7, and - at least another sequence, during which the magnetic field strength or amplitude, or the maximum or average magnetic field, is constant at another value A 8 during another time t 8, or decreases down to the value A 8 during the time t 8, wherein A 8 is lower than A 7, and wherein these at least two different sequences are repeated more than 1 time.
A method for performing network measurements in an Ethernet network comprising a plurality of network elements, NE, the method comprising: a) providing a central test server; b) providing a pluggable transceiver, PT, (122,400) connected at one of the plurality of NEs for receiving and transmitting network traffic comprising frames, the pluggable transceiver comprising a programmable logic array containing a test logic module; c) providing a mediation sub-system in communication with the central test server and the PT, the mediation sub-system being external to the PT and comprising logic for generating transceiver- executable commands and for communicating said commands to the pluggable transceiver in response to receiving test requests; d) using the central test server to generate a test request and to communicate the test request to the mediation sub-system; e) using the mediation sub-system to translate the test request into a plurality of subtests, including adjusting a frame rate generation of the PT, to generate a sequence of transceiver-executable commands to execute the plurality of subtests, and to communicate said commands to the PT to execute the plurality of subtests; f) receiving, at the PT, the sequence of transceiver-executable commands, and storing network service parameters of a network service to be tested for the commands in memory; and, g) using the test logic module of the PT to execute the received transceiver-executable commands to perform a network test. a) providing a central test server; b) providing a pluggable transceiver, PT, (122,400) connected at one of the plurality of NEs for receiving and transmitting network traffic comprising frames, the pluggable transceiver comprising a programmable logic array containing a test logic module; c) providing a mediation sub-system in communication with the central test server and the PT, the mediation sub-system being external to the PT and comprising logic for generating transceiver- executable commands and for communicating said commands to the pluggable transceiver in response to receiving test requests; d) using the central test server to generate a test request and to communicate the test request to the mediation sub-system; e) using the mediation sub-system to translate the test request into a plurality of subtests, including adjusting a frame rate generation of the PT, to generate a sequence of transceiver-executable commands to execute the plurality of subtests, and to communicate said commands to the PT to execute the plurality of subtests; f) receiving, at the PT, the sequence of transceiver-executable commands, and storing network service parameters of a network service to be tested for the commands in memory; and, g) using the test logic module of the PT to execute the received transceiver-executable commands to perform a network test.
An attack detection device comprising: an intermediate value acquisition unit configured to acquire respective intermediate values of a plurality of physical quantities during execution of a sensor fusion algorithm that calculates an output by combining the plurality of physical quantities observed by a plurality of sensors of different types, the sensor fusion algorithm calculating the respective intermediate values of the plurality of physical quantities, and changing the output using the respective intermediate values; and a determination unit configured to determine whether there is an attack on at least one sensor of the plurality of sensors by comparing each of the respective intermediate values with an intermediate-value threshold value, which is a threshold value; wherein the respective intermediate values are respective error data of the plurality of physical quantities observed by the plurality of sensors of different types; wherein the device further comprises a similarity calculation unit configured to acquire sensor data of two sensors of the plurality of sensors, and calculate a similarity between two sets of sensor data, wherein the determination unit is adapted to determine whether there is an attack on at least one sensor of the plurality of sensors by comparing a similarity threshold value, which is a threshold value, with the similarity. an intermediate value acquisition unit configured to acquire respective intermediate values of a plurality of physical quantities during execution of a sensor fusion algorithm that calculates an output by combining the plurality of physical quantities observed by a plurality of sensors of different types, the sensor fusion algorithm calculating the respective intermediate values of the plurality of physical quantities, and changing the output using the respective intermediate values; and a determination unit configured to determine whether there is an attack on at least one sensor of the plurality of sensors by comparing each of the respective intermediate values with an intermediate-value threshold value, which is a threshold value; wherein the respective intermediate values are respective error data of the plurality of physical quantities observed by the plurality of sensors of different types; wherein the device further comprises a similarity calculation unit configured to acquire sensor data of two sensors of the plurality of sensors, and calculate a similarity between two sets of sensor data, wherein the determination unit is adapted to determine whether there is an attack on at least one sensor of the plurality of sensors by comparing a similarity threshold value, which is a threshold value, with the similarity.
An antenna device (10, 40, 60, 70, 80) comprising: an antenna having a feeding point (12a, 32a) and an end portion (12b, 32b, 32c) apart from the feeding point, the end portion being an open end; a variable impedance matching circuit connected to the antenna at the feeding point; a probe placed in such a position that a distance from the end portion to a tip of the probe is equal to or shorter than one eighth of a wavelength corresponding to a maximum radio frequency used in the antenna device, the probe being a diploe-type probe, a monopole-type probe or a loop-type probe; and a controller for controlling the variable impedance matching circuit based on an electrical signal measured with the probe, the controller being connected to the probe. an antenna having a feeding point (12a, 32a) and an end portion (12b, 32b, 32c) apart from the feeding point, the end portion being an open end; a variable impedance matching circuit connected to the antenna at the feeding point; a probe placed in such a position that a distance from the end portion to a tip of the probe is equal to or shorter than one eighth of a wavelength corresponding to a maximum radio frequency used in the antenna device, the probe being a diploe-type probe, a monopole-type probe or a loop-type probe; and a controller for controlling the variable impedance matching circuit based on an electrical signal measured with the probe, the controller being connected to the probe.
An insulated bearing comprising: an outer ring and an inner ring of which at least one is made of metal; and a plurality of rolling elements which are provided between the outer ring and the inner ring, so as to be freely rolled, wherein at least one of the outer ring and the inner ring is coated with an insulating layer, characterized in that the insulating layer is formed by thermal spaying using a mixture in which silicon carbide and/or aluminum nitride as an additive are/is dispersed in aluminum oxide as a base matrix, said silicon carbide and/or said aluminum nitride having an average particle diameter of 2 μm or more and less than 10 μm, and said aluminum oxide having an average particle diameter of 1 μm or more and less than 30 μm, and that a content of the additive is 1 to 40 mass% with respect to the total amount of the mixture. an outer ring and an inner ring of which at least one is made of metal; and a plurality of rolling elements which are provided between the outer ring and the inner ring, so as to be freely rolled, wherein at least one of the outer ring and the inner ring is coated with an insulating layer, characterized in that the insulating layer is formed by thermal spaying using a mixture in which silicon carbide and/or aluminum nitride as an additive are/is dispersed in aluminum oxide as a base matrix, said silicon carbide and/or said aluminum nitride having an average particle diameter of 2 μm or more and less than 10 μm, and said aluminum oxide having an average particle diameter of 1 μm or more and less than 30 μm, and that a content of the additive is 1 to 40 mass% with respect to the total amount of the mixture.
Shock absorber bearing for a timepiece, comprising a one-piece element defining a central part, a peripheral part and a resilient member connecting the central part to the peripheral part, the central part having a hole intended to receive a pivot, characterised in that the resilient member comprises at least one mobile intermediate part surrounding the imaginary axis of said hole, a first spring comprising at least one resilient arm connecting the central part to the or one of the mobile intermediate parts and a second spring comprising at least one resilient arm connecting the or another one of the mobile intermediate parts to the peripheral part, and in that the first and second springs (10a, 10b) have different stiffnesses in at least one of the direction of said imaginary axis and the radial direction with respect to said imaginary axis.
An oriented electrical steel sheet having an insulation coating formed on the surface thereof, the oriented electrical steel sheet comprising: an oriented electrical steel sheet comprising 0.005 to 0.05 wt% of any one element selected from boron, vanadium, or a combination thereof, 2.6 to 4.3 wt% of silicon (Si), 0.020 to 0.040 wt% of aluminum (Al), and 0.01 to 0.20 wt% of manganese (Mn), wherein the balance is composed of Fe and other inevitable impurities; and an insulation coating formed on the surface of the oriented electrical steel sheet, wherein the insulation coating comprises: 0.1 to 7 wt% of hollow nanoparticles; 0.1 to 5 wt% of ceramic nanofibers; 0.1 to 5 wt% of mesoporous nanoparticles; 30 to 60 wt% of colloidal silica nanoparticles; and 30 to 60 wt% of metal phosphate. an oriented electrical steel sheet comprising 0.005 to 0.05 wt% of any one element selected from boron, vanadium, or a combination thereof, 2.6 to 4.3 wt% of silicon (Si), 0.020 to 0.040 wt% of aluminum (Al), and 0.01 to 0.20 wt% of manganese (Mn), wherein the balance is composed of Fe and other inevitable impurities; and an insulation coating formed on the surface of the oriented electrical steel sheet, wherein the insulation coating comprises: 0.1 to 7 wt% of hollow nanoparticles; 0.1 to 5 wt% of ceramic nanofibers; 0.1 to 5 wt% of mesoporous nanoparticles; 30 to 60 wt% of colloidal silica nanoparticles; and 30 to 60 wt% of metal phosphate. 0.1 to 7 wt% of hollow nanoparticles; 0.1 to 5 wt% of ceramic nanofibers; 0.1 to 5 wt% of mesoporous nanoparticles; 30 to 60 wt% of colloidal silica nanoparticles; and 30 to 60 wt% of metal phosphate.
A double pipe comprising an inner pipe through an interior of which low-pressure first fluid flows and an outer pipe having the inner pipe in its interior, the outer pipe being configured such that high-pressure second fluid flows between the inner pipe and the outer pipe, further comprising a bent portion formed by bending the inner pipe and the outer pipe, wherein the inner pipe has a plate member extending in a longitudinal direction so as to partition the interior of the inner pipe into a plurality of chambers (63a and 63b), characterised in that a plate thickness of the inner pipe is thinner than a plate thickness of the outer pipe, and the plate member has a helical shape along the longitudinal direction, the plate member being in contact with an inner part of the inner pipe at the bent portion.
A method for providing an update to a network appliance comprising a network interface and a first wireless interface, comprising: enabling the network appliance to provide a beacon on said first wireless interface, wherein the beacon is created with a radio signal that is generated with low power; wherein said network appliance is disposed in one or more data centers if a mobile node receives the beacon and is positioned within said one or more data centers or in a secure area known to an operator of said one or more data centers, enabling the mobile node to pair with the network appliance on a second wireless interface included with the mobile node; if the mobile node is paired with the network appliance, pushing an application from the mobile node to the network appliance; and enabling the mobile node to wirelessly communicate at least one update to the pushed application over a short distance, wherein the update is provided to the network appliance for execution. enabling the network appliance to provide a beacon on said first wireless interface, wherein the beacon is created with a radio signal that is generated with low power; wherein said network appliance is disposed in one or more data centers if a mobile node receives the beacon and is positioned within said one or more data centers or in a secure area known to an operator of said one or more data centers, enabling the mobile node to pair with the network appliance on a second wireless interface included with the mobile node; if the mobile node is paired with the network appliance, pushing an application from the mobile node to the network appliance; and enabling the mobile node to wirelessly communicate at least one update to the pushed application over a short distance, wherein the update is provided to the network appliance for execution.
A process for the preparation of a sucrose and natural sweetener co-crystallization product, the process comprising the steps of: contacting a solution of sucrose with a natural sweetener and invert syrup at an elevated temperature, at or above 50 °C, to produce a solution of sucrose, natural sweetener and invert syrup; wherein the natural sweetener is a naturally occurring substance, or extract thereof, that has a greater sweetness per unit mass than sucrose and provides little or no nutritive value; heating the solution of a mixture of sucrose and natural sweetener and invert syrup for a period of time; and producing a co-crystallization sucrose / natural sweetener product by co-crystallizing the heated solution mixture using a controlled, co-crystallization process with air cooling and vacuum evaporation. contacting a solution of sucrose with a natural sweetener and invert syrup at an elevated temperature, at or above 50 °C, to produce a solution of sucrose, natural sweetener and invert syrup; wherein the natural sweetener is a naturally occurring substance, or extract thereof, that has a greater sweetness per unit mass than sucrose and provides little or no nutritive value; heating the solution of a mixture of sucrose and natural sweetener and invert syrup for a period of time; and producing a co-crystallization sucrose / natural sweetener product by co-crystallizing the heated solution mixture using a controlled, co-crystallization process with air cooling and vacuum evaporation.
An article comprising: at least one application layer; at least one bead bond layer; a layer of optical elements that are partially embedded in the at least one bead bond layer; and at least one reflective layer that is located functionally between the layer of optical elements and the bead bond layer, wherein the at least one bead bond layer, the at least one application layer, or both comprise a cured product of an adhesive composition comprising: polymerized units of one or more (meth)acrylate ester monomers derived from an alcohol containing 1 to 14 carbon atoms; at least one of urethane acrylate polymer or at least one acrylic copolymer; and at least one initiator. at least one application layer; at least one bead bond layer; a layer of optical elements that are partially embedded in the at least one bead bond layer; and at least one reflective layer that is located functionally between the layer of optical elements and the bead bond layer, wherein the at least one bead bond layer, the at least one application layer, or both comprise a cured product of an adhesive composition comprising: polymerized units of one or more (meth)acrylate ester monomers derived from an alcohol containing 1 to 14 carbon atoms; at least one of urethane acrylate polymer or at least one acrylic copolymer; and at least one initiator. polymerized units of one or more (meth)acrylate ester monomers derived from an alcohol containing 1 to 14 carbon atoms; at least one of urethane acrylate polymer or at least one acrylic copolymer; and at least one initiator.
A color measurement device comprising: a color measuring unit configured to measure a color; an imaging unit configured to acquire an image; an image acquisition processing section configured to cause the imaging unit to image a color chart having a plurality of patches each of which is a region of a given color, to thereby acquire an image of the color chart; an edge information processing section configured to derive given information regarding edge lines of the plurality of patches as edge information, based on the image of the color chart acquired by the image acquisition processing section; an edge statistic processing section configured to statistically process the edge information derived by the edge information processing section, by deriving one or more intervals separating respective adjacent edge lines or separating intermediate lines derived by the edge information processing section and positioned between two adjacent edge lines as an edge statistic; a patch position processing section configured to analyze the edge statistic derived by the edge statistic processing section so as to determine the correct positions of the edge lines and thereby to derive respective positions of the plurality of patches; and a color measurement processing section configured to cause the color measuring unit to measure respective colors of the plurality of patches, at the respective positions of the plurality of patches derived by the patch position processing section. a color measuring unit configured to measure a color; an imaging unit configured to acquire an image; an image acquisition processing section configured to cause the imaging unit to image a color chart having a plurality of patches each of which is a region of a given color, to thereby acquire an image of the color chart; an edge information processing section configured to derive given information regarding edge lines of the plurality of patches as edge information, based on the image of the color chart acquired by the image acquisition processing section; an edge statistic processing section configured to statistically process the edge information derived by the edge information processing section, by deriving one or more intervals separating respective adjacent edge lines or separating intermediate lines derived by the edge information processing section and positioned between two adjacent edge lines as an edge statistic; a patch position processing section configured to analyze the edge statistic derived by the edge statistic processing section so as to determine the correct positions of the edge lines and thereby to derive respective positions of the plurality of patches; and a color measurement processing section configured to cause the color measuring unit to measure respective colors of the plurality of patches, at the respective positions of the plurality of patches derived by the patch position processing section.