mhurhangee/patent-ind-claim-en huggingface dataset:
A laminate comprising: (a) an electrode for electrolysis, and (b) feed conductor in contact with the electrode for electrolysis, and (c) a liquid interposed between the feed conductor and the electrode for electrolysis, wherein said liquid generates a surface tension and thus applies a force between the feed conductor and the electrode for electrolysis, thereby integrating the feed conductor and the electrode for electrolysis to be a laminate, wherein a force applied per unit mass-unit area, determined as described in the description, of the electrode for electrolysis on the feed conductor is more than 0.005 N/mg·cm 2 and less than 1.5 N/mg·cm 2 . (a) an electrode for electrolysis, and (b) feed conductor in contact with the electrode for electrolysis, and (c) a liquid interposed between the feed conductor and the electrode for electrolysis, wherein said liquid generates a surface tension and thus applies a force between the feed conductor and the electrode for electrolysis, thereby integrating the feed conductor and the electrode for electrolysis to be a laminate,
An ultrasonic meter , comprising: a plurality of senders comprising piezoelectronic ceramic arrays; and a plurality of receivers comprising piezoelectronic ceramic arrays, wherein each array among said plurality of piezoelectronic ceramic arrays comprises a plurality of array stripes, wherein the ultrasonic meter is configured such that a signal associated with each array of the plurality of senders received by a receiver is split by adding a required phase shift between array stripes to said signal to obtain simultaneously different data from said signal including at least a transit time of a direct path and crosstalk. a plurality of senders comprising piezoelectronic ceramic arrays; and a plurality of receivers comprising piezoelectronic ceramic arrays, wherein each array among said plurality of piezoelectronic ceramic arrays comprises a plurality of array stripes, wherein the ultrasonic meter is configured such that a signal associated with each array of the plurality of senders received by a receiver is split by adding a required phase shift between array stripes to said signal to obtain simultaneously different data from said signal including at least a transit time of a direct path and crosstalk.
A golf putting apparatus comprising a shaft and a club head , wherein the club head has a toe section and a heel section connected only at a bottom by a connector to form an opening that is defined only by the connector , the toe section , and the heel section , and wherein the connector has a width that is less than a width of the toe section .
Vinyl chloride-based thermoplastic resin composition comprising a metal complex agent 0.05 part by weight to 0.5 part by weight, based on a monomer mixture 100 parts by weight, wherein the monomer mixture comprises a first vinyl chloride-based monomer and a second vinyl chloride-based monomer, wherein the first vinyl chloride-based monomer and the second vinyl chloride-based monomer contain iron ions of different concentration from each other, the monomer mixture comprises the first vinyl chloride-based monomer and the second vinyl chloride-based monomer at weight ratio of 1.2 to 1.8:1, the second vinyl chloride-based monomer has 100 folds to 300 folds higher iron ion concentration than the iron ion concentration in the first vinyl chloride-based monomer, and the second vinyl chloride-based monomer has iron ion concentration of 5 ppm to 30 ppm.
A light emitting diode, comprising: a first electrode ; a second electrode overlapping the first electrode; an emission layer between the first electrode and the second electrode; and an electron injection layer between the second electrode and the emission layer, wherein the electron injection layer comprises a lanthanide element, a first element, and a second element, and wherein the first element is an alkali metal and the second element is a halogen, and the first element and the second element are included in the electron injection layer in an amount of 1 vol% to 20 vol%, based on a total volume of a material comprising the lanthanide element, the first element, and the second element; characterized in that the electron injection layer comprises a first compound made of the lanthanide element, the first element, and the second element, and the first compound has a perovskite structure. a first electrode ; a second electrode overlapping the first electrode; an emission layer between the first electrode and the second electrode; and an electron injection layer between the second electrode and the emission layer, wherein the electron injection layer comprises a lanthanide element, a first element, and a second element, and wherein the first element is an alkali metal and the second element is a halogen, and the first element and the second element are included in the electron injection layer in an amount of 1 vol% to 20 vol%, based on a total volume of a material comprising the lanthanide element, the first element, and the second element; characterized in that the electron injection layer comprises a first compound made of the lanthanide element, the first element, and the second element, and the first compound has a perovskite structure.
An exposure apparatus for exposing an object (W) with an energy beam (IL) via an optical system (PL) supported by a first support member (BD), the apparatus comprising: a movable body (WST1, WST2) for holding the object and is movable along a predetermined two-dimensional plane; a guide surface forming member that forms a guide surface used when the movable body moves along the two-dimensional plane; a first drive system for driving the movable body; a second support member that is placed apart from the guide surface forming member on a side of the guide surface forming member which is opposite to that side of the guide surface forming member which opposes the optical system, so as to be separated from the first support member; a first measurement system which includes a first measurement member arranged to irradiate a measurement surface (RG) parallel to the two-dimensional plane with a measurement beam and to receive light from the measurement surface, and configured to obtain positional information of the movable body at least within the two-dimensional plane using an output of the first measurement member, the measurement surface being arranged at one of the movable body and the second support member and at least a part of the first measurement member being arranged at the other of the movable body and the second support member; and a second measurement system that is arranged to obtain positional information of the second support member. a movable body (WST1, WST2) for holding the object and is movable along a predetermined two-dimensional plane; a guide surface forming member that forms a guide surface used when the movable body moves along the two-dimensional plane; a first drive system for driving the movable body; a second support member that is placed apart from the guide surface forming member on a side of the guide surface forming member which is opposite to that side of the guide surface forming member which opposes the optical system, so as to be separated from the first support member; a first measurement system which includes a first measurement member arranged to irradiate a measurement surface (RG) parallel to the two-dimensional plane with a measurement beam and to receive light from the measurement surface, and configured to obtain positional information of the movable body at least within the two-dimensional plane using an output of the first measurement member, the measurement surface being arranged at one of the movable body and the second support member and at least a part of the first measurement member being arranged at the other of the movable body and the second support member; and a second measurement system that is arranged to obtain positional information of the second support member.
An aqueous dispersion of a capsule composed of a polymeric shell surrounding a core, the core containing an amine blocked isocyanate, the amine blocked isocyanate comprises at least two isocyanate groups blocked by a blocking group, the blocking groups are independently from each other represented by a secondary amine according to general structure I wherein R 1 and R 2 are independently selected form the group consisting of substituted or unsubstituted primary, secondary or tertiary alkyl group, with the proviso that at least one of R 1 and R 2 represents a secondary or tertiary alkyl group and that R 1 and R 2 are not both a tertiary alkyl group.
A milk chocolate comprising a honey powder as sweeting component, and not comprising refined sugar; wherein; said milk chocolate comprises: • 5 - 60% honey powder by weight, wherein said honey powder consisting of 50% dry substance of at least one compound selected from milk, milk powder, whey, whey powder and cocoa powder and 50% dry substance of honey by weight; • 5 - 25% cocoa liquor by weight, • 15 - 40% cocoa butter by weight, • 0.1- 2% emulsifier by weight. • 5 - 60% honey powder by weight, wherein said honey powder consisting of 50% dry substance of at least one compound selected from milk, milk powder, whey, whey powder and cocoa powder and 50% dry substance of honey by weight; • 5 - 25% cocoa liquor by weight, • 15 - 40% cocoa butter by weight, • 0.1- 2% emulsifier by weight.
A method of operating a data storage system comprising a plurality of physical storage devices , the method comprising: in the data storage system, assigning , by a processor , a reliability value to each of a plurality of logical containers of data based on a service level objective - SLO- associated with the data storage system; for each of the plurality of logical containers of data, allocating , by the processor , one or more physical storage blocks from the physical storage devices to store the data, the physical storage blocks being selected from a specific parity group of a plurality of parity groups of the physical storage devices, wherein the specific parity group for storing a given logical container is selected according to the reliability value associated with the given logical container of data; assigning, by the processor , a specific one of a plurality of parity-group reliability values to each of the plurality of parity groups, wherein a specific parity-group reliability value assigned to a given parity group is based on a corresponding reliability value associated with one or more blocks of physical storage devices in the given parity group; receiving , at the data storage system, a request to perform an operation on at least one of the plurality of physical storage devices of the data storage system; and performing the operation on each of said at least one physical storage device according to a prioritized order, the prioritized order determined based on the reliability values assigned to the parity groups associated with said at least one physical storage device. in the data storage system, assigning , by a processor , a reliability value to each of a plurality of logical containers of data based on a service level objective - SLO- associated with the data storage system; for each of the plurality of logical containers of data, allocating , by the processor , one or more physical storage blocks from the physical storage devices to store the data, the physical storage blocks being selected from a specific parity group of a plurality of parity groups of the physical storage devices, wherein the specific parity group for storing a given logical container is selected according to the reliability value associated with the given logical container of data; assigning, by the processor , a specific one of a plurality of parity-group reliability values to each of the plurality of parity groups, wherein a specific parity-group reliability value assigned to a given parity group is based on a corresponding reliability value associated with one or more blocks of physical storage devices in the given parity group; receiving , at the data storage system, a request to perform an operation on at least one of the plurality of physical storage devices of the data storage system; and performing the operation on each of said at least one physical storage device according to a prioritized order, the prioritized order determined based on the reliability values assigned to the parity groups associated with said at least one physical storage device.
A method of manufacturing an analyte sensor for measuring an analyte concentration in a bio-fluid, comprising: providing a core in the form of a conductive fiber; forming an annular cladding of a semiconductor material surrounding the core to form a sensor member , the semiconductor material including at least one of Periodic Table Group IV elements including silicon and germanium, Group IV compounds including silicon germanide (SiGe), and Group III and V compounds including gallium arsenide (GaAs) and indium phosphide (InP); forming a surface region of enhanced electrochemical activity on the cladding by applying localized heat via laser to a portion of a surface area of the cladding sufficient to alter a conductivity of the cladding under the surface area exposed to the localized heat to be greater than before exposure; and forming an active region over at least a portion of the surface region of enhanced electrochemical activity , the active region including one or more catalytic agents of oxidase enzymes and being adapted to be exposed to a bio-fluid sample. providing a core in the form of a conductive fiber; forming an annular cladding of a semiconductor material surrounding the core to form a sensor member , the semiconductor material including at least one of Periodic Table Group IV elements including silicon and germanium, Group IV compounds including silicon germanide (SiGe), and Group III and V compounds including gallium arsenide (GaAs) and indium phosphide (InP); forming a surface region of enhanced electrochemical activity on the cladding by applying localized heat via laser to a portion of a surface area of the cladding sufficient to alter a conductivity of the cladding under the surface area exposed to the localized heat to be greater than before exposure; and forming an active region over at least a portion of the surface region of enhanced electrochemical activity , the active region including one or more catalytic agents of oxidase enzymes and being adapted to be exposed to a bio-fluid sample.
A light emitting assembly , with - several LEDs arranged on a carrier laterally spaced from each other, - a plurality of lenses arranged in beam paths of the LEDs , each of which is associated with at least one of the LEDs and which collimate or focus the light of the corresponding LEDs , - a plurality of light-deflecting elements which are arranged in such a way that the light collimated or focused by means of the lenses impinges on the light-deflecting elements , which each deflect the light impinging on them and which can be driven in such a way that the direction in which the light is deflected can be changed as a function of the drive, and - a plurality of optical elements which deflect the light deflected by means of the light deflecting elements , characterized in that the light deflecting elements are optical lenses with an electrically adjustable focal point and/or with an electrically adjustable focal length. - several LEDs arranged on a carrier laterally spaced from each other, - a plurality of lenses arranged in beam paths of the LEDs , each of which is associated with at least one of the LEDs and which collimate or focus the light of the corresponding LEDs , - a plurality of light-deflecting elements which are arranged in such a way that the light collimated or focused by means of the lenses impinges on the light-deflecting elements , which each deflect the light impinging on them and which can be driven in such a way that the direction in which the light is deflected can be changed as a function of the drive, and - a plurality of optical elements which deflect the light deflected by means of the light deflecting elements , characterized in that the light deflecting elements are optical lenses with an electrically adjustable focal point and/or with an electrically adjustable focal length.
A workstation comprising: an interface configured to receive information about a first contour defining a first tissue of an organ in an image and a second contour defining a second tissue of the organ in the image; a database configured to store anatomical characteristic data for the organ; and a controller configured to determine the organ included in the image and to perform a correction on at least one of the first contour and the second contour such that the first contour and the second contour do not cross each other, based on the received information, characterized in that the controller performs the correction such that the first contour and the second contour are in contact with one another based on the stored anatomical characteristic data of the determined organ. an interface configured to receive information about a first contour defining a first tissue of an organ in an image and a second contour defining a second tissue of the organ in the image; a database configured to store anatomical characteristic data for the organ; and a controller configured to determine the organ included in the image and to perform a correction on at least one of the first contour and the second contour such that the first contour and the second contour do not cross each other, based on the received information, characterized in that the controller performs the correction such that the first contour and the second contour are in contact with one another based on the stored anatomical characteristic data of the determined organ.
A polyester film having a wax on a surface of one side of the film, the polyester film being characterized in that the wax is dispersed in a form of islands on the surface of the film, a filling factor of the wax in the film surface is 20 to 45%, and, a number of islands of the wax which are dispersed in the form of islands and each of which has an area of 200 μm 2 or larger, there is one or less /10000 μm 2 , a number of islands of the wax having an area 50 μm 2 or larger per island, there is 10 or more /10000 μm 2 and the polyester film contains particles in an amount of 0.4 to 1.0 wt% relative to the entire polyester resin composition that constitutes the film, wherein particles separate out on the surface of the film, and the wax gathers around the separated-out particles and the gathered wax forms island constructions.
A compound, wherein the compound is a compound of Formula (I) or a pharmaceutically acceptable salt thereof.
An in vitro method for inducing T cells for a cell-based immunotherapy, comprising the steps of: providing Rag1 and/or Rag2 gene knockout human pluripotent stem cells bearing genes encoding a T cell receptor specific for a desired antigen, inducing CD4CD8 double positive T cells from the pluripotent stem cells of step , and inducing CD8 single positive T cells from the CD4CD8 double positive cells of step . providing Rag1 and/or Rag2 gene knockout human pluripotent stem cells bearing genes encoding a T cell receptor specific for a desired antigen, inducing CD4CD8 double positive T cells from the pluripotent stem cells of step , and inducing CD8 single positive T cells from the CD4CD8 double positive cells of step .
A pharmaceutical composition comprising: Palmitoylethanolamide (PEA) and one or more naturally occurring Fatty Acid Amide Hydrolase (FAAH) Inhibitor wherein the naturally occurring FAAH inhibitor is selected from Myricetin, Isorhamnetin, Kaempferol, Pristimerin, Biochanin A, Genistein, Daidzein or a combination thereof.
A medical device for the separation of a concentrate enriched with cells from a biological fluid, in particular a concentrate of stromal or stem cells from medullar aspirate or venous blood, comprising: - a treatment container for receiving and treating the biological fluid for the purposes of its separation into a number of fractions; - a first collection container , for receiving a first fraction of the fluid, in particular a fraction poor in said cells; - a second collection container , for receiving a second concentrated fraction of the fluid enriched with said cells; - a deviator valve having a first way connected or prearranged for connection to the treatment container , a second way connected or prearranged for connection to the first collection container , and a third way connected or prearranged for connection to the second collection container ; - a first line for connection of the treatment container to the first way of the deviator valve , a second line for connection of the first collection container to the second way of the deviator valve , and a third line for connection of the second collection container to the third way of the deviator valve , wherein the treatment container is a syringe container with a plunger having a plunger stem associated in a releasable way to a corresponding plunger head ; wherein the first connection line comprises a first transparent tube , in particular a flexible transparent tube, and at least one of the second and third connection lines preferably comprises a second flexible tube ; and wherein at least one connection line, or each connection line, comprises at least one respective hydraulic connector (11, 13; 11, 13, 14), for separable connection of a corresponding tube to the corresponding container and/or to the corresponding way of the deviator valve ; the device (1; 1'; 1") being characterized in that at least one connection line, or each connection line, further comprises at least one automatic-closing or one-way valve (12, 14a, 14b; 12, 14a-14b, 12'). - a treatment container for receiving and treating the biological fluid for the purposes of its separation into a number of fractions; - a first collection container , for receiving a first fraction of the fluid, in particular a fraction poor in said cells; - a second collection container , for receiving a second concentrated fraction of the fluid enriched with said cells; - a deviator valve having a first way connected or prearranged for connection to the treatment container , a second way connected or prearranged for connection to the first collection container , and a third way connected or prearranged for connection to the second collection container ; - a first line for connection of the treatment container to the first way of the deviator valve , a second line for connection of the first collection container to the second way of the deviator valve , and a third line for connection of the second collection container to the third way of the deviator valve ,
A heart pump assembly comprising: an elongate catheter having a proximal portion and a distal portion ; a rotor disposed at the distal portion of the elongate catheter , the rotor having an impeller blade , wherein the impeller blade is shaped to induce fluid flow in a first axial direction ; a drive shaft coupled to a proximal end of the rotor , the drive shaft including a pump element formed on a surface of the drive shaft ; a distal bearing having a bore into which the drive shaft extends; characterized in that the pump element is shaped to induce fluid flow through the bore of the distal bearing in a second axial direction so as to provide a barrier against blood ingress into the bore in which the drive shaft rotates. an elongate catheter having a proximal portion and a distal portion ; a rotor disposed at the distal portion of the elongate catheter , the rotor having an impeller blade , wherein the impeller blade is shaped to induce fluid flow in a first axial direction ; a drive shaft coupled to a proximal end of the rotor , the drive shaft including a pump element formed on a surface of the drive shaft ; a distal bearing having a bore into which the drive shaft extends; characterized in that the pump element is shaped to induce fluid flow through the bore of the distal bearing in a second axial direction so as to provide a barrier against blood ingress into the bore in which the drive shaft rotates.