mhurhangee/ep-ind-claims huggingface dataset:
A method for determining maternal lineage of one or more single maize seeds, said method comprising: (a) soaking the one or more single maize seeds in water; (b) collecting pericarp tissue from the one or more single maize seeds; (c) washing the pericarp tissue; (d) dissociating and homogenizing the pericarp tissue in water or Tris-EDTA buffer using a cell dissociator to obtain a homogenized solution; (e) centrifuging the homogenized solution obtained in step (d) to obtain supernatant; and (f) performing a molecular analysis on the genetic material in the supernatant. (a) soaking the one or more single maize seeds in water; (b) collecting pericarp tissue from the one or more single maize seeds; (c) washing the pericarp tissue; (d) dissociating and homogenizing the pericarp tissue in water or Tris-EDTA buffer using a cell dissociator to obtain a homogenized solution; (e) centrifuging the homogenized solution obtained in step (d) to obtain supernatant; and (f) performing a molecular analysis on the genetic material in the supernatant.
A biaxially-oriented polypropylene film satisfying the following requirements and: a half width of a peak derived from an oriented crystal in a width direction of the film in an azimuth dependence of a plane of polypropylene α-type crystal through measurement with wide-angle X rays diffraction is 25° or less; the film has a heat-shrinkage ratio at 150°C of 10% or less in a longitudinal direction and 24% or less in a width direction; and characterized in that the film further satisfies the following requirement: the film has a tensile elongation at break at 23°C of 195% or more in the longitudinal direction. a half width of a peak derived from an oriented crystal in a width direction of the film in an azimuth dependence of a plane of polypropylene α-type crystal through measurement with wide-angle X rays diffraction is 25° or less; the film has a heat-shrinkage ratio at 150°C of 10% or less in a longitudinal direction and 24% or less in a width direction;
A single-stage or multistage suction jet pump, comprising a jet nozzle, one or more suction nozzles in the intake zone, and a diffuser, characterized in that said suction jet pump has a valve body in or directly upstream from the jet nozzle in the overpressure zone of the suction jet pump, said valve body spanning at least one gap, wherein said suction jet pump, when the pressure difference between the overpressure zone and the intake zone increases, at first opens the cross-section of the gap, but switches at a defined high pressure drop, and the valve body reduces the cross-section of or closes the gap in such a way that the volume flow through the opening is limited to a defined level even when the pressure difference increases further.
A display panel comprising an array substrate and an opposed substrate that are opposite to each other, and a liquid crystal layer located between the array substrate and the opposed substrate, wherein the display panel comprises a display area and a non-display area, a phase shift layer is disposed at an area corresponding to the non-display area of the array substrate, and the phase shift layer is configured to shift a phase of light passing through the phase shift layer, wherein a first transparent electrode is disposed on the array substrate or on the opposed substrate, a second transparent electrode is disposed on the array substrate, and the second transparent electrode is disposed on a side of the array substrate close to the liquid crystal layer, characterized in that the phase shift layer is located on and in contact with the second transparent electrode. wherein a first transparent electrode is disposed on the array substrate or on the opposed substrate, a second transparent electrode is disposed on the array substrate, and the second transparent electrode is disposed on a side of the array substrate close to the liquid crystal layer, characterized in that the phase shift layer is located on and in contact with the second transparent electrode.
An apparatus suitable for transmitting encrypted output data packets in an optical data transmission network, the apparatus comprising one or more interfaces to obtain input data packets and to provide the encrypted output data packets; and a control module to determine the encrypted output data packets based on the input data packets and information related to an encryption, wherein the encrypted output data packets comprise information related to control information and information related to payload information, wherein the information related to the control information comprises information related to operator-specific control information, characterized in that the information related to the operator-specific control information comprises information related to encryption instructions based on the information related to the encryption.
A vehicle occupant restraint device comprising: a three-point seatbelt device comprising a shoulder belt extending from an upper portion on one seat width direction end side of a seatback configuring a vehicle seat on which an occupant sits, toward a buckle at a lower portion on another seat width direction end side; a shoulder belt anchor that is provided for the shoulder belt to pass through at a shoulder opening on the one seat width direction end side of an upper section of the seatback; and a mover device that moves the shoulder belt anchor toward a top-to-bottom direction lower side of the seatback when the seatback, which is configured to tilt rearward from an upright state, has been tilted rearward by at least a predetermined angle or greater with respect to a vertical direction, wherein the mover device moves the shoulder belt anchor toward the top-to-bottom direction lower side of the seatback coupled to rearward tilting of the seatback, characterized in that the mover device comprises a push-pull wire coupling the shoulder belt anchor to part of a seat cushion provided at the vehicle seat. a three-point seatbelt device comprising a shoulder belt extending from an upper portion on one seat width direction end side of a seatback configuring a vehicle seat on which an occupant sits, toward a buckle at a lower portion on another seat width direction end side; a shoulder belt anchor that is provided for the shoulder belt to pass through at a shoulder opening on the one seat width direction end side of an upper section of the seatback; and a mover device that moves the shoulder belt anchor toward a top-to-bottom direction lower side of the seatback when the seatback, which is configured to tilt rearward from an upright state, has been tilted rearward by at least a predetermined angle or greater with respect to a vertical direction, wherein the mover device moves the shoulder belt anchor toward the top-to-bottom direction lower side of the seatback coupled to rearward tilting of the seatback, characterized in that the mover device comprises a push-pull wire coupling the shoulder belt anchor to part of a seat cushion provided at the vehicle seat.
A template for use with an instrument for penetrating a surface through a hole in said surface, said hole being located at a desired location on said surface, said template comprising: a body including a negative impression of the surface to conform to the surface; a removable portion configured to be removably fastened in the body; having a guideway having a second end positioned on an exterior surface of said body, and connected to a first end by a passage; said removable portion further including a guiding assembly inserted in the guideway that is detachably connected to the removable portion and having a first end positioned to open onto said desired location when said body is placed in conforming contact with said surface; said guiding assembly comprises an inner piece and an outer piece; a radiographic marker arranged in the removable portion; a fastener for securing said removable portion to said body; a stop for limiting a depth of penetration of said instrument into said hole; and means for attaching said stop to said removable portion comprising an interior thread formed in the outer piece, and wherein said stop includes a ferrule having exterior threads configured to engage said interior threads, and wherein the outer piece further includes a threaded outer surface. a body including a negative impression of the surface to conform to the surface; a removable portion configured to be removably fastened in the body; having a guideway having a second end positioned on an exterior surface of said body, and connected to a first end by a passage; said removable portion further including a guiding assembly inserted in the guideway that is detachably connected to the removable portion and having a first end positioned to open onto said desired location when said body is placed in conforming contact with said surface; said guiding assembly comprises an inner piece and an outer piece; a radiographic marker arranged in the removable portion; a fastener for securing said removable portion to said body; a stop for limiting a depth of penetration of said instrument into said hole; and means for attaching said stop to said removable portion comprising an interior thread formed in the outer piece, and wherein said stop includes a ferrule having exterior threads configured to engage said interior threads, means for attaching said stop to said and wherein the outer piece further includes a threaded outer surface.
Apparatus for insulating and sealing electrode holders situated in CVD reactors which comprises an electrode which is suitable for accommodating a filament rod and is disposed atop an electrode holder made of an electrically conductive material and mounted in a recess in a floor plate, wherein provided between the electrode holder and the floor plate is an electrically insulating ring made of a material of construction having a specific thermal conductivity at room temperature of 0.2 - 50 W/mK, a minimum flexural strength of greater than 120 MPa and a specific electrical resistance at room temperature of greater than 10 9 Ωcm, wherein at least two ring-shaped sealing elements (4, 5) for sealing between the electrode holder and the floor plate are present, wherein the at least two ring-shaped sealing elements (4, 5) do not lie on the same side of the electrically insulating ring and wherein the electrically insulating ring or the electrode holder or the floor plate comprises at least one groove in which a first sealing element is secured, characterized in that at least one second sealing element not secured in a groove is present between the electrically insulating ring and the floor plate or between the electrically insulating ring and the electrode holder.
A method of controlling a user device, comprising: periodically detecting for a hands-off state of the user device having an active application; detecting for an application of pressure to the user device; and upon detecting a hands-off state, affecting at least one of the active application and the user device; characterised such that when the application of pressure to the user device comprises a predefined sequence of spaced-apart pressure applications said application of pressure initiates a bypass of affecting at least one of the active application and the user device. periodically detecting for a hands-off state of the user device having an active application; detecting for an application of pressure to the user device; and upon detecting a hands-off state, affecting at least one of the active application and the user device; characterised such that when the application of pressure to the user device comprises a predefined sequence of spaced-apart pressure applications said application of pressure initiates a bypass of affecting at least one of the active application and the user device.
A dust measuring system for a vehicle, comprising a dust measuring sensor that measures a dust concentration of air in a cabin of the vehicle, and an air conditioner for the vehicle that controls an air conditioning for the cabin, the air conditioner has an aspirator that draws in the air from the cabin by using a pressure drop caused due to a flow of air taken in from an air-conditioning unit and an air inflow path through which the air drawn in from the cabin by the aspirator flows, characterized in that the dust measuring sensor is mounted to the air inflow path to measure the dust concentration from a flow of the air drawn in from the cabin, the air inflow path has an inside-air sensor that is positioned in an inlet portion adjacent to the cabin and that detects information on the air drawn in from the cabin, and the dust measuring sensor is integrally formed with the inside-air sensor. an aspirator that draws in the air from the cabin by using a pressure drop caused due to a flow of air taken in from an air-conditioning unit and an air inflow path through which the air drawn in from the cabin by the aspirator flows,
A compound for use in inhibiting phosphate uptake in the gastrointestinal tract of a patient in need of phosphate lowering, wherein the compound is to be enterally administered to the patient; and wherein the compound is or a pharmaceutically acceptable salt thereof.
A multilayer hydrophilic coating on a substrate, comprising a substrate, wherein the substrate is a component of a spacecraft, wherein the substrate is a surface of a heat exchanger; a base layer coated on the substrate and comprising oxide particles, wherein a shape of an oxide particle is a hollow, generally spherical shell; a topcoat layer deposited on the base layer, wherein the topcoat layer comprises a sol-gel; and a doping agent, wherein the doping agent is located within the topcoat layer, deposited on the topcoat layer, located between the base layer and the topcoat layer, or combinations thereof. a substrate, wherein the substrate is a component of a spacecraft, wherein the substrate is a surface of a heat exchanger; a base layer coated on the substrate and comprising oxide particles, wherein a shape of an oxide particle is a hollow, generally spherical shell; a topcoat layer deposited on the base layer, wherein the topcoat layer comprises a sol-gel; and a doping agent, wherein the doping agent is located within the topcoat layer, deposited on the topcoat layer, located between the base layer and the topcoat layer, or combinations thereof.
Intrusion detection system, comprising: - at least two superimposed mesh layers, each mesh layer comprising a plurality of cells and a plurality of through connecting points, each cell comprising at least one continuous pattern, at least one end of which is connected to a through connecting point, the coverage rate of the set of patterns of each cell being strictly greater than 80 percent, the set of cells of each mesh layer defining a zone protected by the mesh layer, - a plurality of connections, each connection connecting two cell patterns of different mesh layers to one another via through connecting points to form loops, each loop being a continuous electrical circuit, each loop comprising patterns belonging to at least two different mesh layers, - a detection module able to detect a modification of an electrical characteristic of each loop, characterized in that the through connection points of each mesh layer are distributed over the entire surface of the zone protected by the mesh layer, the deviation between the mean density of through connecting points on each related sub-zone of the protected zone being less than or equal to 10 percent. - at least two superimposed mesh layers, each mesh layer comprising a plurality of cells and a plurality of through connecting points, each cell comprising at least one continuous pattern, at least one end of which is connected to a through connecting point, the coverage rate of the set of patterns of each cell being strictly greater than 80 percent, the set of cells of each mesh layer defining a zone protected by the mesh layer, - a plurality of connections, each connection connecting two cell patterns of different mesh layers to one another via through connecting points to form loops, each loop being a continuous electrical circuit, each loop comprising patterns belonging to at least two different mesh layers, - a detection module able to detect a modification of an electrical characteristic of each loop,
A cassette drawing-in device for a paper feed cassette, comprising: a first member; a guide portion formed in the first member and configured to accept a pin that protrudes from a paper feed cassette to be inserted and removed along a first direction (Da), the pin protruding from the paper feed cassette in a second direction (Db) orthogonal to the first direction, the guide portion positioning the pin in a third direction orthogonal to the first direction and the second direction when the paper feed cassette is being inserted and removed; a second member fixed to the first member and facing the first member in the second direction; a first rotation shaft provided between the first member and the second member with a length extending from the second member to the first member in the second direction; a first link rotationally supported by the first rotation shaft; a second rotation shaft on the first link with a length in a direction facing the first member in the second direction; a second link rotationally supported by the second rotation shaft and including an engagement groove which engages with the pin in the first direction and slides on the pin in a direction intersecting a moving direction of the pin; and a rib on at least one of the first member and the second member and protruding in the second direction toward the second link, the rib sliding on a side surface of the second link within a range of movement of the second link accompanying the rotation of the first link around the first rotation shaft. a first member; a guide portion formed in the first member and configured to accept a pin that protrudes from a paper feed cassette to be inserted and removed along a first direction (Da), the pin protruding from the paper feed cassette in a second direction (Db) orthogonal to the first direction, the guide portion positioning the pin in a third direction orthogonal to the first direction and the second direction when the paper feed cassette is being inserted and removed; a second member fixed to the first member and facing the first member in the second direction; a first rotation shaft provided between the first member and the second member with a length extending from the second member to the first member in the second direction; a first link rotationally supported by the first rotation shaft; a second rotation shaft on the first link with a length in a direction facing the first member in the second direction; a second link rotationally supported by the second rotation shaft and including an engagement groove which engages with the pin in the first direction and slides on the pin in a direction intersecting a moving direction of the pin; and a rib on at least one of the first member and the second member and protruding in the second direction toward the second link, the rib sliding on a side surface of the second link within a range of movement of the second link accompanying the rotation of the first link around the first rotation shaft.
A personal care cleaning device comprising: a body portion; a nozzle member mounted on the body portion and comprising at an end remote from the body portion a nozzle head, wherein the nozzle member is configured to allow passage of liquid from a reservoir in the body portion to the nozzle head; and an orifice in the nozzle head configured to allow the liquid to exit the nozzle head, wherein the orifice is configured to shape the exiting liquid into at least one liquid sheet having a length greater than a width at a target cleaning distance. a body portion; a nozzle member mounted on the body portion and comprising at an end remote from the body portion a nozzle head, wherein the nozzle member is configured to allow passage of liquid from a reservoir in the body portion to the nozzle head; and an orifice in the nozzle head configured to allow the liquid to exit the nozzle head, wherein the orifice is configured to shape the exiting liquid into at least one liquid sheet having a length greater than a width at a target cleaning distance.
A method of transmitting data from a transmitter device to a plurality of receiver devices, each of which is connected to the transmitter device via a respective wire connection, the method comprising transmitting a common signal onto all of the respective wire connections and using a multiple access technique to enable respective virtual data channels to be generated for transmitting data from the transmitter device to each of the receiver devices via its own respective virtual data channel, wherein the common signal transmitted onto all of the respective wire connections is employed in a predetermined upper portion of the available frequency spectrum available for use in communicating over the respective wire connections and in a lower portion of the available frequency spectrum vectored discrete multitone transmission is used.
A welding helmet system, comprising: - a protective shell (38, 72, 110); and - a welding display system configured to be coupled to the protective shell (38, 72, 110), wherein the welding display system is configured to: - receive data from a sensor; and - display a welding metric derived from the sensor, characterized in that the welding display system is configured to be removably positioned on an interior portion of the protective shell (72, 110) or inside the protective shell (38, 72, 110), and wherein the welding display system comprises augmented reality eyeglasses or mediated reality eyeglasses which automatically switch into various operation modes based on where the eyeglasses (30, 70) are disposed. - a protective shell (38, 72, 110); and - a welding display system configured to be coupled to the protective shell (38, 72, 110), wherein the welding display system is configured to: - receive data from a sensor; and - display a welding metric derived from the sensor, - receive data from a sensor; and - display a welding metric derived from the sensor,
Combustion module comprising a body (2, 102, 202) comprising one or more combustion chambers (C1, C2, C1', C2'), at least one first supply channel (6, 106, 206) of the combustion chamber or of each combustion chamber at a longitudinal end of the combustion chamber or of each combustion chamber, at least one discharge channel (10, 110, 210) of said combustion chamber or of each combustion chamber at another longitudinal end of the combustion chamber or of each combustion chamber, with the combustion chamber or each combustion chamber being of the turbulence combustion chamber type, and comprising a combustion zone defined by a lateral surface, characterised in that said first supply channel (6, 106, 206) is arranged in relation to the lateral surface such that the at least one gas injected into the chamber is injected substantially tangentially to the lateral surface, with the body comprising a combustion portion made from a material that has a first thermal conductivity, preferably having a thermal conductivity greater than 100 W/m.K, said combustion portion comprising the combustion zone, with the body also comprising at least one end portion made from a material that has a second thermal conductivity that is lower than the combustion portion, said end portion comprising a first longitudinal end of the combustion chamber or of each combustion chamber.