mhurhangee/ep-ind-claims huggingface dataset:
A flame-retardant polyamide as condensation product of dicarboxylic acids with diamines and also a flame-retardant phosphorus compound, characterized in that the flame-retardant polyamide FR contains in its main chain not only the amide structural units of the formula -CO-NH- but also phosphinamide structural units of the formula -PO(R 1)-NH-, R 1 being hydrogen or an organic group, and in which individual phosphinamide structural units within the main chain may be different, and in that the polyamide FR attains a relative viscosity, measured as a 1% strength solution in 96% strength sulfuric acid at 25°C, of at least 2.0 (according to DIN 51562).
A developing unit comprising: a magnetic one-component developer(t); a developer container accommodating the developer(t); a developer bearing member configured to bear the developer(t) supplied from the developer container; a magnetic-field generation member(3a; 3i) disposed in the developer bearing member, the magnetic-field generation member(3a; 3i) having a magnetic-field generation area generating a magnetic field for attracting the developer (t) to the developer bearing member; and two sealing members(3f; 3h) provided at both ends of the developer container in a longitudinal direction of the developer bearing member, the two sealing members (3f; 3h) being configured to prevent the developer (t) from leaking from a gap between a longitudinal end of the developer bearing member and the developer container; characterized in that an end of the magnetic-field generation area of the magnetic-field generation member(3a; 3i) is disposed inside the inner ends of the two sealing members (3f; 3h) in the longitudinal direction, wherein a length of the magnetic-field generation area is shorter than the distance between the two sealing members(3f; 3h) in the longitudinal direction; and the developer bearing member develops a latent image formed on an image bearing member with the developer(t) while keeping in contact with the image bearing member. a magnetic one-component developer(t); a developer container accommodating the developer(t); a developer bearing member configured to bear the developer(t) supplied from the developer container; a magnetic-field generation member(3a; 3i) disposed in the developer bearing member, the magnetic-field generation member(3a; 3i) having a magnetic-field generation area generating a magnetic field for attracting the developer (t) to the developer bearing member; and two sealing members(3f; 3h) provided at both ends of the developer container in a longitudinal direction of the developer bearing member, the two sealing members (3f; 3h) being configured to prevent the developer (t) from leaking from a gap between a longitudinal end of the developer bearing member and the developer container; characterized in that an end of the magnetic-field generation area of the magnetic-field generation member(3a; 3i) is disposed inside the inner ends of the two sealing members (3f; 3h) in the longitudinal direction, wherein a length of the magnetic-field generation area is shorter than the distance between the two sealing members(3f; 3h) in the longitudinal direction; and the developer bearing member develops a latent image formed on an image bearing member with the developer(t) while keeping in contact with the image bearing member.
An atomic layer deposition process, comprising initially exposing a wafer to a non metal precursor having a first time constant τ nm for saturation for a half-reaction for the non metal for a first chemically reactive precursor dose insufficient to result in a maximum saturated ALD deposition rate on the wafer, and subsequently exposing the wafer to a metal precursor having a second time constant τ m for saturation for a half-reaction for the metal for a second chemically reactive precursor dose, characterized in that the first time constant τ nm is longer than the second time constant, the ALD deposition rate is determined by the first chemical reactive precursor dose and the wafer is exposed to the second chemically reactive precursor dose without a purge of the first chemically reactive precursor following exposure to the first chemically reactive precursor dose. the first time constant τ nm is longer than the second time constant, the ALD deposition rate is determined by the first chemical reactive precursor dose and the wafer is exposed to the second chemically reactive precursor dose without a purge of the first chemically reactive precursor following exposure to the first chemically reactive precursor dose.
A fluid dispenser device comprising: a body that is provided with a dispenser orifice, a reservoir containing fluid and a propellant gas, and a metering valve that is assembled on said reservoir, said reservoir being movable in said body so as to actuate the metering valve and dispense a dose of fluid through said dispenser orifice, said metering valve including a valve member that slides in said metering valve during actuation, said device further comprising at least one sealing element (40, 41, 42) so as to form a leaktight seal, the device being characterized in that at least one sealing element (40, 41, 42) of said device comprises Cyclic Block Copolymer.
A light emitting device comprising: a conductive support substrate; a bonding layer on the conductive support substrate; a reflective layer on the bonding layer; and a light emitting structure layer on the reflective layer, wherein the bonding layer comprises a solder bonding layer on the conductive support substrate, a diffusion barrier layer and an adhesion layer on the solder bonding layer, the solder bonding layer, the diffusion barrier layer, and the adhesion layer being formed of a metal or an alloy of which the Young's Modulus is 9 GPa to 200 GPa, wherein the adhesion layer comprises a Ti-Ni alloy; characterised in that the diffusion barrier layer comprises Cu; and the solder bonding layer comprises Au-Sn. a conductive support substrate; a bonding layer on the conductive support substrate; a reflective layer on the bonding layer; and a light emitting structure layer on the reflective layer, wherein the bonding layer comprises a solder bonding layer on the conductive support substrate, a diffusion barrier layer and an adhesion layer on the solder bonding layer, the solder bonding layer, the diffusion barrier layer, and the adhesion layer being formed of a metal or an alloy of which the Young's Modulus is 9 GPa to 200 GPa, wherein the adhesion layer comprises a Ti-Ni alloy; characterised in that the diffusion barrier layer comprises Cu; and the solder bonding layer comprises Au-Sn.
A Magnus type thrust generating device comprising: a first member having a first rotation axis as a vertical axis and rotatable about the first rotation axis; and a second member disposed on the back surface side with respect to the travelling direction of the first member, wherein the first and second members (1, 4) are revolvable around a second rotation axis extending parallel to the first rotation axis, and in a plane perpendicular to the first rotation axis of the Magnus type thrust generating device, (M - L) /L < 2 is satisfied where L is the distance between the first rotation axis and a part of the surface of the first member that is farthest from the first rotation axis, and M is the distance between the first rotation axis and a part of the surface of the second member that is closest to the first rotation axis, and characterized in that the second member has a substantially plate-like shape or a substantially streamlined shape extending in the direction opposite to the travelling direction of the first member. a first member having a first rotation axis as a vertical axis and rotatable about the first rotation axis; and a second member disposed on the back surface side with respect to the travelling direction of the first member, wherein the first and second members (1, 4) are revolvable around a second rotation axis extending parallel to the first rotation axis, and in a plane perpendicular to the first rotation axis of the Magnus type thrust generating device, (M - L) /L < 2 is satisfied where L is the distance between the first rotation axis and a part of the surface of the first member that is farthest from the first rotation axis, and M is the distance between the first rotation axis and a part of the surface of the second member that is closest to the first rotation axis, and characterized in that the second member has a substantially plate-like shape or a substantially streamlined shape extending in the direction opposite to the travelling direction of the first member.
A pharmaceutical formulation containing at least a pellet, the pellet comprising: a core comprising a pharmaceutically acceptable inert material; a drug layer surrounding the core, wherein the drug layer comprises a therapeutically effective amount of a drug for treating an enteric disease; a glycosaminoglycan layer directly surrounding the drug layer, wherein the glycosaminoglycan layer comprises a glycosaminoglycan; an isolation layer surrounding the glycosaminoglycan layer, wherein the isolation layer comprises a hydrophobic polymer, which is dissolved at a pH value of at least 5.5; and an enteric coating layer surrounding the isolation layer, wherein the enteric coating layer comprises an enteric polymer, which is dissolved at a pH value of at least 6.8. a core comprising a pharmaceutically acceptable inert material; a drug layer surrounding the core, wherein the drug layer comprises a therapeutically effective amount of a drug for treating an enteric disease; a glycosaminoglycan layer directly surrounding the drug layer, wherein the glycosaminoglycan layer comprises a glycosaminoglycan; an isolation layer surrounding the glycosaminoglycan layer, wherein the isolation layer comprises a hydrophobic polymer, which is dissolved at a pH value of at least 5.5; and an enteric coating layer surrounding the isolation layer, wherein the enteric coating layer comprises an enteric polymer, which is dissolved at a pH value of at least 6.8.
A molding system comprising a hydraulic system, the molding system having a clamp actuator and an injection actuator, the hydraulic system comprising: a clamp accumulator for storing hydraulic fluid for use in actuating the clamp actuator; an injection accumulator for storing hydraulic fluid for use in actuating the injection actuator; a pump for conveying hydraulic fluid to the clamp accumulator and the injection accumulator; and a selector valve for selectively fluidly connecting the pump to one of the clamp accumulator and the injection accumulator. a clamp accumulator for storing hydraulic fluid for use in actuating the clamp actuator; an injection accumulator for storing hydraulic fluid for use in actuating the injection actuator; a pump for conveying hydraulic fluid to the clamp accumulator and the injection accumulator; and a selector valve for selectively fluidly connecting the pump to one of the clamp accumulator and the injection accumulator.
An in vitro method for screening for skin wrinkling- and sagging-improving agents, the method comprising: incubating skin fibroblasts with a test substance, measuring the amount of Rho kinase or myosin light-chain kinase expressed in the cells, and identifying the agent capable of improving skin wrinkling and sagging if the expression of Rho kinase or myosin light-chain kinase is enhanced compared to the control. incubating skin fibroblasts with a test substance, measuring the amount of Rho kinase or myosin light-chain kinase expressed in the cells, and identifying the agent capable of improving skin wrinkling and sagging if the expression of Rho kinase or myosin light-chain kinase is enhanced compared to the control.
Heating device, comprising a burner, an ash chamber, a collecting chamber for fly ash, a first screw conveyor and a second screw conveyor, wherein the burner can be charged with particulate fuel, in particular pellets, and wherein the burner is arranged in the region of the ash chamber, wherein the collecting chamber is arranged separated from the adjacent ash chamber by a partition wall, wherein the first screw conveyor is arranged in the ash chamber and the second screw conveyor is arranged in the collecting chamber, wherein the first screw conveyor and the second screw conveyor have a common screw shaft, and wherein the partition wall has a feed-through opening for the screw shaft, wherein the heating device has a sealing flap for closing, in particular directly, the feed-through opening, characterized in that the sealing flap has at least one recess which is peripherally open and can be opened by means of conveyed ash, in that the screw shaft has a bearing in the region of the feed-through opening, and in that the peripherally open recess cooperates with the bearing of the screw shaft in a position of the sealing flap which closes the feed-through opening, such that the sealing flap, in its closed position, closes the feed-through opening which is arranged around the bearing of the screw shaft.
Method for operating a motor vehicle in order to signal a possible collision, in that a surroundings sensor system senses an actual deceleration of another vehicle travelling ahead of the motor vehicle, a prediction device determines a prediction signal for a risk of a collision of the motor vehicle as a function of the sensed actual deceleration, and a control device generates a triggering signal if the prediction signal satisfies a predetermined risk criterion, characterized in that by means of a predetermined assignment rule a scaling device converts the actual deceleration, as a function of at least one vehicle movement dynamics value (A, T) of the other vehicle into a scaled deceleration (A') which is at least temporarily lower in absolute value than the actual deceleration, and the scaled deceleration (A') is fed to the prediction device as an input signal for determining the prediction signal.
A method for a first managed forwarding element, MFE, executing on a first host computer, the method of forwarding data messages to containers (C1-C5) executing on the first host computer, the method comprising: receiving a data message comprising a logical context tag that identifies a logical port of a particular logical forwarding element implemented by a plurality of MFEs that include the first MFE and that execute on a plurality of host computers (120, 123, 126) including the first host computer; adding a local tag to the data message, wherein the local tag is based on the logical context tag and is associated with the particular logical forwarding element, wherein the particular logical forwarding element is one of a plurality of logical forwarding elements to which one or more containers (C1-C5) executing on an operating system of a container virtual machine, VM, logically connect, and wherein the container VM executes on the first computer and connects to the first MFE; and delivering the data message along with the local tag to the container VM without any logical context, wherein a second MFE operating on the container VM uses the local tag to forward the data message to a particular container of a plurality of containers (C1-C5) operating on the container VM by mapping the local tag and a destination address of the data message to the particular container, wherein the plurality of containers (C1-C5) connect to the second MFE via interfaces of the containers (C1-C5) and the particular container is the destination of the data message. receiving a data message comprising a logical context tag that identifies a logical port of a particular logical forwarding element implemented by a plurality of MFEs that include the first MFE and that execute on a plurality of host computers (120, 123, 126) including the first host computer; adding a local tag to the data message, wherein the local tag is based on the logical context tag and is associated with the particular logical forwarding element, wherein the particular logical forwarding element is one of a plurality of logical forwarding elements to which one or more containers (C1-C5) executing on an operating system of a container virtual machine, VM, logically connect, and wherein the container VM executes on the first computer and connects to the first MFE; and delivering the data message along with the local tag to the container VM without any logical context, wherein a second MFE operating on the container VM uses the local tag to forward the data message to a particular container of a plurality of containers (C1-C5) operating on the container VM by mapping the local tag and a destination address of the data message to the particular container, wherein the plurality of containers (C1-C5) connect to the second MFE via interfaces of the containers (C1-C5) and the particular container is the destination of the data message.
Sheave to be used as guide arrangement between a conveyor means and a rope carrier, with a sheave rim, a hub and sheave spokes connecting the hub and the sheave rim, characterized in that each sheave spoke is formed of a single flat trapezoidal member with a multi-curved cross section whose broad base is attached to the hub.
A fabric laminate comprising: a fabric sheet composed of propylene-based polymer fibers; a coating layer composed of one or more ethylene-based polymers; a tie layer located between the fabric sheet and the coating layer, the tie layer composed of at least 50 wt% of a crystalline block composite and an optional blend component, the CBC comprising (i) an isotactic crystalline propylene homopolymer (iPP); (ii) an ethylene/propylene copolymer; and (iii) a diblock with the formula -(iPP); the CBC having a block composite index(CBCI) from 0.1 to 1.0 measured according to the description, wherein the fabric laminate has a peel force from 20 N/15mm to 40 N/15mm measured according to either ASTM F904 or ISO 11339. a fabric sheet composed of propylene-based polymer fibers; a coating layer composed of one or more ethylene-based polymers; a tie layer located between the fabric sheet and the coating layer, the tie layer composed of at least 50 wt% of a crystalline block composite and an optional blend component, the CBC comprising (i) an isotactic crystalline propylene homopolymer (iPP); (ii) an ethylene/propylene copolymer; and (iii) a diblock with the formula -(iPP); (i) an isotactic crystalline propylene homopolymer (iPP); (ii) an ethylene/propylene copolymer; and (iii) a diblock with the formula -(iPP); the CBC having a block composite index(CBCI) from 0.1 to 1.0 measured according to the description, wherein the fabric laminate has a peel force from 20 N/15mm to 40 N/15mm measured according to either ASTM F904 or ISO 11339.
A method for controlling write access to data in a Flash memory, characterized in that, in a write operation, the method comprises the steps of: outputting from a controller a plurality of main data blocks to a buffer area of the Flash memory continuously, the buffer area of the Flash memory being adapted to buffer data to be written to a storage area of the Flash memory, wherein each main data block is a basic calculation unit of an error correction code algorithm, and the total size of the main data blocks continuously outputted to the buffer area of the Flash memory is no more than the size of a page; generating checksum data for each of the main data blocks and buffering the generated checksum data; wherein each time one of the main data blocks is outputted, the checksum data of the one main data block is generated simultaneously, and each of the main data blocks except the first main data block is outputted simultaneously with the buffering of the checksum data of the previous main data block without waiting for completion of the buffering of the checksum data of the previous main data block; and, writing the buffered checksum data of the main data blocks to the buffer area of the Flash memory. outputting from a controller a plurality of main data blocks to a buffer area of the Flash memory continuously, the buffer area of the Flash memory being adapted to buffer data to be written to a storage area of the Flash memory, wherein each main data block is a basic calculation unit of an error correction code algorithm, and the total size of the main data blocks continuously outputted to the buffer area of the Flash memory is no more than the size of a page; generating checksum data for each of the main data blocks and buffering the generated checksum data; wherein each time one of the main data blocks is outputted, the checksum data of the one main data block is generated simultaneously, and each of the main data blocks except the first main data block is outputted simultaneously with the buffering of the checksum data of the previous main data block without waiting for completion of the buffering of the checksum data of the previous main data block; and, writing the buffered checksum data of the main data blocks to the buffer area of the Flash memory.
A bucket for a turbomachine rotor wheel comprising: an airfoil portion, a shank portion and a dovetail mounting portion, said shank portion including opposite sides (58, 60) each adapted to face respective adjacent buckets when installed on a turbomachine rotor wheel, one of said sides formed with a substantially axially-oriented groove extending between forward and aft ends of said shank portion, and the other of said sides formed with at least one substantially radially-oriented groove, said substantially axially-oriented groove adapted to receive an elongated damper pin, and said at least one substantially radially-oriented groove adapted to receive an elongated radial seal pin, characterized in that only one of said sides is formed with the substantially axially-oriented groove, and only the other one of said sides is formed with the at least one substantially radially-oriented groove.