mhurhangee/ep-ind-claims huggingface dataset:
An insulating composite film (300, 400), comprising: a film base (305, 405) made of at least one of polypropylene, polycarbonate, and polyethylene terephthalate materials, wherein the insulating composite film further comprises a coating layer (301, 401) formed by coating a thermosetting material, selected from epoxy resins, acrylate resins, urethane resins, and phenolic resins, on an upper surface of the film base (305, 405), and characterized in that the film base (305, 405) has a structure of one or more layers, and wherein at least one layer of the film base (305, 405) contains a flame retardant, and the flame retardant is a halogen-containing flame retardant selected from a bromine-containing flame retardant or a chlorine-containing flame retardant, or is a halogen-free flame retardant selected from a phosphorus-containing flame retardant, a nitrogen-containing flame retardant, a sulfonate flame retardant, or a silicon-containing flame retardant. a film base (305, 405) made of at least one of polypropylene, polycarbonate, and polyethylene terephthalate materials, wherein the insulating composite film further comprises a coating layer (301, 401) formed by coating a thermosetting material, selected from epoxy resins, acrylate resins, urethane resins, and phenolic resins, on an upper surface of the film base (305, 405), and characterized in that the film base (305, 405) has a structure of one or more layers, and wherein at least one layer of the film base (305, 405) contains a flame retardant, and the flame retardant is a halogen-containing flame retardant selected from a bromine-containing flame retardant or a chlorine-containing flame retardant, or is a halogen-free flame retardant selected from a phosphorus-containing flame retardant, a nitrogen-containing flame retardant, a sulfonate flame retardant, or a silicon-containing flame retardant.
A CD123 chimeric antigen receptor (CD123 CAR), comprising: (a) an anti-CD123 scFv region, (b) a modified IgG4 hinge comprising SEQ ID NO: 13 having an N to Q amino acid substitution at position 79, (c) a transmembrane domain, (d) a co-stimulatory signaling domain, and (e) T cell receptor zeta chain signaling domain. (a) an anti-CD123 scFv region, (b) a modified IgG4 hinge comprising SEQ ID NO: 13 having an N to Q amino acid substitution at position 79, (c) a transmembrane domain, (d) a co-stimulatory signaling domain, and (e) T cell receptor zeta chain signaling domain.
Method of determining the material properties of a polycrystalline, in particular metallic, product during production or quality control of the polycrystalline, in particular metallic, product by means of X-ray diffraction with use of at least one X-ray source and at least one X-ray detector constructed in the form of a surface detector, wherein an X-ray produced by the X-ray source after exit from the X-ray source is conducted through an X-ray mirror and directed by means of the X-ray mirror onto a surface of the polycrystalline product and the refraction image, which results therefrom, of the X-ray is recorded by the X-ray detector, characterised in that the X-ray mirror is constructed to be rotationally symmetrical and has at its inner circumferential surface a mirror surface, wherein the X-ray undergoes a Bragg reflection at the mirror surface of the X-ray mirror and is not only monochromatised, but also focused in the direction of the polycrystalline product and/or the X-ray detector by the X-ray mirror and is subsequently incident on a surface of the metallic product.
Holding device for holding a stud which includes a radially projecting flange, comprising: - a collet component having a clamping section and a hollow insertion section defining an insertion axis and adapted to receive a stud such that the stud can be inserted via the insertion section to the clamping section, the clamping section being adapted to exert a radially inwardly directed clamping force for clamping the stud; - a securing device arranged on the insertion section and comprising a securing sleeve; - a clearance space defined between a bottom end of the securing sleeve and a top end of the clamping section, the clearance space being adapted to releasably receive a flange of a stud; - a first air flow channel adapted to feed the stud in the collet, the first air flow channel being oriented in a first direction; wherein the holding device further comprises at least a second airflow channel (C2, C2') oriented in a second direction different from the first direction, the second air flow channel being adapted to provide a targeted air flow directed to the flange of the stud and evenly distributed on a surface of the flange of the stud such that the stud is maintained in a non-oblique position, characterized in that a first tapered section is provided between the clamping section and the insertion section, wherein the first tapered section is inclined with regard to the clamping section. - a collet component having a clamping section and a hollow insertion section defining an insertion axis and adapted to receive a stud such that the stud can be inserted via the insertion section to the clamping section, the clamping section being adapted to exert a radially inwardly directed clamping force for clamping the stud; - a securing device arranged on the insertion section and comprising a securing sleeve; - a clearance space defined between a bottom end of the securing sleeve and a top end of the clamping section, the clearance space being adapted to releasably receive a flange of a stud; - a first air flow channel adapted to feed the stud in the collet, the first air flow channel being oriented in a first direction;
A method of optically controlling differentiation of a mammalian neural stem cell into a neuron, in vitro, the method comprising: expressing a light-activated cation channel protein in a mammalian neural stem cell, wherein the light-activated cation channel protein comprises an amino acid sequence having at least 85% amino acid sequence identity to the amino acid sequence set forth in SEQ ID NO:1; and exposing the neural stem cell to a light stimulus, to depolarize the light-activated cation channel protein and cause Ca 2+ influx to differentiate said cell. expressing a light-activated cation channel protein in a mammalian neural stem cell, wherein the light-activated cation channel protein comprises an amino acid sequence having at least 85% amino acid sequence identity to the amino acid sequence set forth in SEQ ID NO:1; and exposing the neural stem cell to a light stimulus, to depolarize the light-activated cation channel protein and cause Ca 2+ influx to differentiate said cell.
An oncolytic adenovirus, wherein said oncolytic adenovirus is able to replicate in a tumor cell, wherein said adenovirus is selected from the group consisting of: (i) an adenovirus comprising a V721A mutation in the Hex713 epitope (YLNHTFKKV) (SEQ ID NO: 11), an A900S mutation in the Hex892 epitope (LLYANSAHA) (SEQ ID NO: 15) and a V925K mutation in the Hex917 epitope (YVLFEVFDV) (SEQ ID NO: 19); and (ii) an adenovirus comprising a L520P mutation in the Hex512 epitope (GLVDCYINL) (SEQ ID NO: 23), a V721A mutation in the Hex713 epitope (YLNHTFKKV) (SEQ ID NO: 11), an A900S mutation in the Hex892 epitope (LLYANSAHA) (SEQ ID NO: 15), and a V925K mutation in the Hex917 epitope (YVLFEVFDV) (SEQ ID NO: 19). (i) an adenovirus comprising a V721A mutation in the Hex713 epitope (YLNHTFKKV) (SEQ ID NO: 11), an A900S mutation in the Hex892 epitope (LLYANSAHA) (SEQ ID NO: 15) and a V925K mutation in the Hex917 epitope (YVLFEVFDV) (SEQ ID NO: 19); and (ii) an adenovirus comprising a L520P mutation in the Hex512 epitope (GLVDCYINL) (SEQ ID NO: 23), a V721A mutation in the Hex713 epitope (YLNHTFKKV) (SEQ ID NO: 11), an A900S mutation in the Hex892 epitope (LLYANSAHA) (SEQ ID NO: 15), and a V925K mutation in the Hex917 epitope (YVLFEVFDV) (SEQ ID NO: 19).
A packet processing method, wherein the method comprises: receiving, by an optical network unit, ONU, an Ethernet packet frame sent by a user device; slicing, by the ONU, the Ethernet packet frame based on information about a minimum transmission unit of an optical transport network, OTN, to generate a first Ethernet packet slice, wherein a length of the minimum transmission unit of the OTN is an integer multiple of a length of the first Ethernet packet slice; and sending, by the ONU, a GPON Encapsulation Mode, GEM, frame to an optical line terminal, OLT, wherein the Ethernet packet slice and a slice identifier are encapsulated into the GEM frame, and the slice identifier indicates that the length of the minimum transmission unit of the OTN is an integer multiple of the length of the Ethernet packet slice. receiving, by an optical network unit, ONU, an Ethernet packet frame sent by a user device; slicing, by the ONU, the Ethernet packet frame based on information about a minimum transmission unit of an optical transport network, OTN, to generate a first Ethernet packet slice, wherein a length of the minimum transmission unit of the OTN is an integer multiple of a length of the first Ethernet packet slice; and sending, by the ONU, a GPON Encapsulation Mode, GEM, frame to an optical line terminal, OLT, wherein the Ethernet packet slice and a slice identifier are encapsulated into the GEM frame, and the slice identifier indicates that the length of the minimum transmission unit of the OTN is an integer multiple of the length of the Ethernet packet slice.
An analysing method of a welded joint manufactured by a method of resistance spot welding thin steel sheets, the analysing method comprising: when the diameter of a nugget formed from the thin steel sheets is denoted by d, on a horizontal plane passing through a nugget surrounded by a corona bond, analysing by area analysis the distribution of an amount of P in a region in the nugget surrounded by a closed curve at a distance d/100 from an end portion of a weld zone toward the inside of the nugget and a closed curve at a distance d/5 from the end portion of the weld zone toward the inside of the nugget, and evaluating a welded joint satisfying a condition, in which a high concentration region is 5% or less of the region in the nugget surrounded by both closed curves, said high concentration region having a concentration m, mass %, of P which is more than twice the concentration M, mass %, of P of a base metal composition. when the diameter of a nugget formed from the thin steel sheets is denoted by d, on a horizontal plane passing through a nugget surrounded by a corona bond, analysing by area analysis the distribution of an amount of P in a region in the nugget surrounded by a closed curve at a distance d/100 from an end portion of a weld zone toward the inside of the nugget and a closed curve at a distance d/5 from the end portion of the weld zone toward the inside of the nugget, and evaluating a welded joint satisfying a condition, in which a high concentration region is 5% or less of the region in the nugget surrounded by both closed curves, said high concentration region having a concentration m, mass %, of P which is more than twice the concentration M, mass %, of P of a base metal composition.
A fluid ejection die comprising: a number of actuator sensors disposed on the fluid ejection die to sense a characteristic of a corresponding actuator, wherein: each actuator sensor is coupled to a respective actuator; and multiple coupled actuator sensors and actuators are grouped as primitives on the fluid ejection die; an on-die actuator evaluation device per primitive to evaluate an actuator characteristic of any actuator within the primitive; and a number of on-die disable devices, wherein each disable device: is coupled to a respective actuator; is to disable a corresponding actuator when the corresponding actuator is determined to be malfunctioning, and a number of on-die forwarding devices to selectively forward an activation signal originally directed towards a first actuator to a second actuator, when the first actuator is determined to be malfunctioning, wherein each on-die forwarding device is coupled to a respective actuator. a number of actuator sensors disposed on the fluid ejection die to sense a characteristic of a corresponding actuator, wherein: each actuator sensor is coupled to a respective actuator; and multiple coupled actuator sensors and actuators are grouped as primitives on the fluid ejection die; each actuator sensor is coupled to a respective actuator; and multiple coupled actuator sensors and actuators are grouped as primitives on the fluid ejection die; an on-die actuator evaluation device per primitive to evaluate an actuator characteristic of any actuator within the primitive; and a number of on-die disable devices, wherein each disable device: is coupled to a respective actuator; is to disable a corresponding actuator when the corresponding actuator is determined to be malfunctioning, and a number of on-die forwarding devices to selectively forward an activation signal originally directed towards a first actuator to a second actuator, when the first actuator is determined to be malfunctioning, wherein each on-die forwarding device is coupled to a respective actuator. is coupled to a respective actuator; is to disable a corresponding actuator when the corresponding actuator is determined to be malfunctioning, and
Ultrasonic sensor for a motor vehicle, wherein the ultrasonic sensor has: a plastics housing, a diaphragm assembly, which is arranged in a housing opening of the plastics housing and comprises an ultrasonic diaphragm, and a decoupling element, which is arranged between an inner surface of the plastics housing and the diaphragm assembly, wherein a plurality of ribs (7, 71, 72) against which the decoupling element rests are formed on the inner surface of the plastics housing, and the ribs (7, 71, 72) are formed such that the decoupling element does not rest over all of its surface area against the inner surface of the plastics housing, wherein the diaphragm assembly comprises a diaphragm pot with a base forming the ultrasonic diaphragm, and a jacket formed in one piece with the base, wherein the diaphragm pot is inserted in the housing opening along an axial direction of the housing opening, characterized in that at least some of the ribs on a jacket section of the inner surface of the plastics housing project radially inwards and extend in the axial direction of the housing opening. wherein a plurality of ribs (7, 71, 72) against which the decoupling element rests are formed on the inner surface of the plastics housing, and the ribs (7, 71, 72) are formed such that the decoupling element does not rest over all of its surface area against the inner surface of the plastics housing, wherein the diaphragm assembly comprises a diaphragm pot with a base forming the ultrasonic diaphragm, and a jacket formed in one piece with the base, wherein the diaphragm pot is inserted in the housing opening along an axial direction of the housing opening, characterized in that at least some of the ribs on a jacket section of the inner surface of the plastics housing project radially inwards and extend in the axial direction of the housing opening.
Application roller (10, 110, 210, 310) for applying glue, in particular for applying glue to wooden boards (2a, 2b) in the manufacture of wooden pins, having a hollow cylindrical base body (14, 114, 214, 314) which is rotatable about its longitudinal axis, in particular its central longitudinal axis, for applying the glue, wherein an outer circumferential surface (16a, 116a, 216a, 316a) of the hollow cylindrical base body (14, 114, 214, 314) is structured and has a plurality of outer recesses (18a, 118a, 218a, 318a) projecting inwardly in the radial direction and/or a plurality of outer projections (20a, 120a, 220a, 320a) projecting outwardly in the radial direction, which are arranged at regular intervals on the outer lateral surface (16a, 116a, 216a, 316a) of the hollow cylindrical base body (14, 114, 214, 314), characterised in that the hollow cylindrical base body (14, 114, 214, 314) is made of an elastic material, in that an inner circumferential surface (16b, 116b, 216b, 316b) of the hollow cylindrical base body (14, 114, 214, 314) is structured and has inner recesses (18b, 118b, 218b, 318b) extending inwards in the radial direction and/or inner projections (20b, 120b, 220b, 320b) extending outwards counter to the radial direction, in that the inner recesses (18b, 118b, 218b, 318b) and/or the inner projections (20b, 120b, 220b, 320b) are arranged at a uniform spacing on the inner circumferential surface (16b, 116b, 216b, 316b) in a circumferential direction of the hollow cylindrical base body (14, 114, 214, 314), and in that a support element (30, 130), which is at least partially formed from a metal, is embedded within the hollow cylindrical base body (14, 114, 214, 314).
A method for providing content on an Internet Protocol network, the method comprising: connecting to the network as a content source, the method characterized by: communicating a first request over the network requiring any other content sources to identify a channel number associated with content which each of the any other content sources provides; and selecting a channel number not being used by the any other content sources to provide content from the content source. connecting to the network as a content source, the method characterized by: communicating a first request over the network requiring any other content sources to identify a channel number associated with content which each of the any other content sources provides; and communicating a first request over the network requiring any other content sources to identify a channel number associated with content which each of the any other content sources provides; and selecting a channel number not being used by the any other content sources to provide content from the content source.
A method performed at a computer system of modifying a life cycle of a mobile device app, the method comprising: providing an application manifest file and a byte code file, the application manifest file and byte code file corresponding to a computer software application; renaming an original method of an application class to a renamed method in the byte code file; inserting a wrapper method in the application class in the byte code file, the wrapper method having a name of the original method, the wrapper method configured to call an authentication or encryption method before calling the renamed method; modifying a name of an original Content Provider class to a modified Content Provider class name in the application manifest file; and creating a wrapper Content Provider class in the byte code file, the wrapper Content Provider class having the modified Content Provider class name, the wrapper Content Provider class configured to check whether the original Content Provider class is instantiated before forwarding a call to a method of the original Content Provider class, wherein the wrapper Content Provider class performs a lazy instantiation of the original Content Provider class; and wherein the wrappers are applied only around life cycle constructors and initialization methods. providing an application manifest file and a byte code file, the application manifest file and byte code file corresponding to a computer software application; renaming an original method of an application class to a renamed method in the byte code file; inserting a wrapper method in the application class in the byte code file, the wrapper method having a name of the original method, the wrapper method configured to call an authentication or encryption method before calling the renamed method; modifying a name of an original Content Provider class to a modified Content Provider class name in the application manifest file; and creating a wrapper Content Provider class in the byte code file, the wrapper Content Provider class having the modified Content Provider class name, the wrapper Content Provider class configured to check whether the original Content Provider class is instantiated before forwarding a call to a method of the original Content Provider class, wherein the wrapper Content Provider class performs a lazy instantiation of the original Content Provider class; and wherein the wrappers are applied only around life cycle constructors and initialization methods.
A flexible multilayered material comprising at least two polymeric layers, a first of said layers comprising a film of a thermoplastic polymer, having a surface thereof coated by an adhesive, on which fibres of one or more materials having high elastic modulus are placed according to predetermined load lines of said multilayered material, said multilayered material being characterised in that a second of said polymeric layers is a polyurethane layer obtainable by deposition on said adhesive of an aqueous dispersion comprising polyurethane and by curing it in situ.
A personal assistant device configured to control companion devices, comprising: a memory configured to maintain a companion device library including a plurality of companion device each associated with at least one long-name, short-cut name and companion device room location; a microphone configured to receive a user command; a processor configured to: receive the user command from the microphone; identify a user room location by a room sample collected from the microphone and including unique room impulse responses, RIR; extract a companion device name from the user command; identify a companion device room location based on the companion device name within the companion device library; determine whether the user room location is the same as the companion device room location; provide at least one command to a companion device associated with the companion device name in response to the user room location being the same as the companion device room location; and issue an alert via a speaker in response to the companion device room location not being the same as the user room location. a memory configured to maintain a companion device library including a plurality of companion device each associated with at least one long-name, short-cut name and companion device room location; a microphone configured to receive a user command; a processor configured to: receive the user command from the microphone; identify a user room location by a room sample collected from the microphone and including unique room impulse responses, RIR; extract a companion device name from the user command; identify a companion device room location based on the companion device name within the companion device library; determine whether the user room location is the same as the companion device room location; provide at least one command to a companion device associated with the companion device name in response to the user room location being the same as the companion device room location; and issue an alert via a speaker in response to the companion device room location not being the same as the user room location. receive the user command from the microphone; identify a user room location by a room sample collected from the microphone and including unique room impulse responses, RIR; extract a companion device name from the user command; identify a companion device room location based on the companion device name within the companion device library; determine whether the user room location is the same as the companion device room location; provide at least one command to a companion device associated with the companion device name in response to the user room location being the same as the companion device room location; and issue an alert via a speaker in response to the companion device room location not being the same as the user room location.