mhurhangee/ep-ind-claims huggingface dataset:
LED lamp, comprising at least - a housing, - one LED unit arranged in said housing, - a first (5, 5', 5", 5"') and a second lamp cap being arranged spaced from each other on opposing ends of the housing, - said lamp caps (5, 5', 5", 5"', 6) each comprising at least one contact element for connecting said LED unit with a lamp fixture, - said first lamp cap (5, 5', 5", 5"') comprises contact breaking means (40, 40', 40"), configured to electrically disconnect said contact elements of said first (5, 5', 5", 5"') and second lamp caps from each other when said LED lamp is removed from said lamp fixture characterized in that - said contact breaking means (40, 40', 40") comprise a switching member (42, 42', 42"), which is displaceable from a connected state, in which said contact elements are electrically connected with each other, to a disconnected state, in which said contact elements are electrically disconnected from each other, - said switching member (42, 42', 42") comprises at least one latching section, adapted to engage with a locking device in said connected state and - said contact breaking means (40, 40', 40") further comprise a spring element, biasing said switching member (42, 42', 42") toward said disconnected state. - a housing, - one LED unit arranged in said housing, - a first (5, 5', 5", 5"') and a second lamp cap being arranged spaced from each other on opposing ends of the housing, - said lamp caps (5, 5', 5", 5"', 6) each comprising at least one contact element for connecting said LED unit with a lamp fixture, - said first lamp cap (5, 5', 5", 5"') comprises contact breaking means (40, 40', 40"), configured to electrically disconnect said contact elements of said first (5, 5', 5", 5"') and second lamp caps from each other when said LED lamp is removed from said lamp fixture characterized in that - said contact breaking means (40, 40', 40") comprise a switching member (42, 42', 42"), which is displaceable from a connected state, in which said contact elements are electrically connected with each other, to a disconnected state, in which said contact elements are electrically disconnected from each other, - said switching member (42, 42', 42") comprises at least one latching section, adapted to engage with a locking device in said connected state and - said contact breaking means (40, 40', 40") further comprise a spring element, biasing said switching member (42, 42', 42") toward said disconnected state.
A data processing method in a cluster system, comprising: dividing a data stream received by a current physical node into m data blocks, obtaining a fingerprint of each data block, and obtaining n first sketch values representing the data stream according to a first algorithm, wherein m is an integer larger than or equal to 1, and n is an integer larger than or equal to 1 and smaller than or equal to m; identifying, according to a second algorithm, a first physical node which corresponds to each first sketch value in the n first sketch values and is in the cluster system, and sending each first sketch value to the corresponding first physical node for a query; receiving at least one response message from first physical nodes corresponding to the n first sketch values, and obtaining a first storage address from the response message; comparing a fingerprint of a data block stored in a storage region pointed to by the first storage address with the fingerprint of each data block obtained through dividing the data stream to obtain a non-duplicated data block as a new data block; and obtaining a second sketch value representing the new data block, identifying, according to the second algorithm, a second physical node corresponding to the second sketch value, and storing correspondence between the second sketch value and a storage address of the new data block represented by the second sketch value in the second physical node. dividing a data stream received by a current physical node into m data blocks, obtaining a fingerprint of each data block, and obtaining n first sketch values representing the data stream according to a first algorithm, wherein m is an integer larger than or equal to 1, and n is an integer larger than or equal to 1 and smaller than or equal to m; identifying, according to a second algorithm, a first physical node which corresponds to each first sketch value in the n first sketch values and is in the cluster system, and sending each first sketch value to the corresponding first physical node for a query; receiving at least one response message from first physical nodes corresponding to the n first sketch values, and obtaining a first storage address from the response message; comparing a fingerprint of a data block stored in a storage region pointed to by the first storage address with the fingerprint of each data block obtained through dividing the data stream to obtain a non-duplicated data block as a new data block; and obtaining a second sketch value representing the new data block, identifying, according to the second algorithm, a second physical node corresponding to the second sketch value, and storing correspondence between the second sketch value and a storage address of the new data block represented by the second sketch value in the second physical node.
A method for transmitting point cloud data, the method comprising: encoding point cloud data including volumetric data as a bitstream; encapsulating the encoded point cloud data and metadata for the encoded point cloud data into a file according to an ISO base media file format, ISOBMFF, wherein the metadata includes object information of one or more objects presented in the volumetric data, the object information includes an object identifier representing an object and object direction information for the object represented by the object identifier, wherein the object direction information represents coordinate information of a direction vector for the object, wherein the metadata further includes information representing an x component, a y component and a z component of a position of a camera related to a viewport; and transmitting the bitstream. encoding point cloud data including volumetric data as a bitstream; encapsulating the encoded point cloud data and metadata for the encoded point cloud data into a file according to an ISO base media file format, ISOBMFF, wherein the metadata includes object information of one or more objects presented in the volumetric data, the object information includes an object identifier representing an object and object direction information for the object represented by the object identifier, wherein the object direction information represents coordinate information of a direction vector for the object, wherein the metadata further includes information representing an x component, a y component and a z component of a position of a camera related to a viewport; and transmitting the bitstream.
A rear stop device comprising a stop and/or gripping and/or measuring element for positioning a metal sheet to be processed on a bending press, which stop and/or gripping and/or measuring element is arranged by means of a pivot joint on an adjustable bearing arm, which bearing arm is connected by means of an additional pivot joint to a guiding element, and by said guiding element to a guide rail, and a support arm which is connected by a joint to a bearing arm, characterized in that the support arm is rigidly connected to an additional guiding element, and is mounted by said additional guiding element displaceably on the guide rail, and the joint is designed as a rotary slider joint.
Erythropoietin for use in enhancing implanted fat cell survival for reconstruction surgery in a subject in need thereof, wherein a dose of Erythropoietin for local administration ranges between 1-1000 IU per injection per 1,000,000 fat cells or wherein the dose of Erythropoietin for systemic administration ranges between 10 - 7500 IU per kg body weight.
An end effector for a surgical device, the end effector comprising: a tubular member having a distal end, an open window disposed at the distal end of the tubular member; and a first electrode disposed at the distal end of the tubular member, wherein the first electrode surrounds the open window or its neighboring region; an insulation zone surrounding the first electrode; and a second electrode surrounding the insulation zone; characterized in that the insulation zone surrounds the first electrode with a constant gap to the first electrode all around; and the second electrode maintains a constant gap with the insulation zone all around. a tubular member having a distal end, an open window disposed at the distal end of the tubular member; and a first electrode disposed at the distal end of the tubular member, wherein the first electrode surrounds the open window or its neighboring region; an insulation zone surrounding the first electrode; and a second electrode surrounding the insulation zone; characterized in that the insulation zone surrounds the first electrode with a constant gap to the first electrode all around; and the second electrode maintains a constant gap with the insulation zone all around.
A method of preparing a liquid nutritional product comprising TGF-β wherein the liquid nutritional product retains bioactivity of the TGF-β, the method comprising: a. selecting at least one protein ingredient comprising a source of whey protein powder comprising said TGF-β, wherein the source of whey protein powder is selected from the group consisting of sweet whey, demineralized whey, whey protein concentrate, whey protein isolate and combinations thereof that has been subjected to a heat load of 78°C or less for no more than 15 to 25 minutes, wherein the at least one protein ingredient has an undenatured whey protein nitrogen content of more than 1.5 mg/g; b. combining the at least one protein ingredient with one or more additional components of the liquid nutritional product to form a slurry; c. subjecting the slurry to a pressure of from 2500 pounds per square inch (psi) [17.24 MPa] to 3500 psi [24.13 MPa] at a temperature of from 55°C to 65°C for 5 to 20 seconds; d. subjecting the slurry to a temperature of from 135°C to 150°C for 1.5 to 15 seconds; and e. cooling the slurry to a temperature of less than 8°C in 30 minutes or less. a. selecting at least one protein ingredient comprising a source of whey protein powder comprising said TGF-β, wherein the source of whey protein powder is selected from the group consisting of sweet whey, demineralized whey, whey protein concentrate, whey protein isolate and combinations thereof that has been subjected to a heat load of 78°C or less for no more than 15 to 25 minutes, wherein the at least one protein ingredient has an undenatured whey protein nitrogen content of more than 1.5 mg/g; b. combining the at least one protein ingredient with one or more additional components of the liquid nutritional product to form a slurry; c. subjecting the slurry to a pressure of from 2500 pounds per square inch (psi) [17.24 MPa] to 3500 psi [24.13 MPa] at a temperature of from 55°C to 65°C for 5 to 20 seconds; d. subjecting the slurry to a temperature of from 135°C to 150°C for 1.5 to 15 seconds; and e. cooling the slurry to a temperature of less than 8°C in 30 minutes or less.
A solid punch rivet with which at least two components (B1, B2) are connectable with each other by means of a setting process into the at least two components (B1, B2), the solid punch rivet comprising a solid cylindrical shaft with axial end portions (20, 30) that are designed mirror-symmetrically to one another, with each end portion (20, 30) having a plane axially symmetrical recess (22, 32) encompassed by a closed circumferential ring bead (40, 50) which connects the recess (22, 32) with an outer lateral area of the shaft in a circular arc shaped manner.
A method for conditioning ex vivo pericardial tissue, the tissue having a parietal side, and a fibrous side from which fibers extend, the method comprising: providing a blade assembly, the blade assembly including a blade head, the blade head including a blade array and a face, the face defining gaps therein; placing the parietal side of the tissue downward against a support plate; operating a motor to move the blade array with respect to the face; and contacting the face with the tissue such that the fibers protrude through the gaps into the blade head, and the blade array shears the fibers that protrude through the gaps into the blade head, yielding sheared fibers. providing a blade assembly, the blade assembly including a blade head, the blade head including a blade array and a face, the face defining gaps therein; placing the parietal side of the tissue downward against a support plate; operating a motor to move the blade array with respect to the face; and contacting the face with the tissue such that the fibers protrude through the gaps into the blade head, and the blade array shears the fibers that protrude through the gaps into the blade head, yielding sheared fibers.
A recording apparatus comprising: a recording section for performing recording on a recording medium; and a static eliminator for eliminating static electricity from the recording medium; characterized in that the recording apparatus further comprises: a moving section for moving the static eliminator with respect to the recording section; and a detecting section for detecting a distance between the recording medium and the recording section, wherein the moving section is adapted to move the static eliminator toward and away from the recording medium depending on the distance detected by the detecting section. a recording section for performing recording on a recording medium; and a static eliminator for eliminating static electricity from the recording medium; a moving section for moving the static eliminator with respect to the recording section; and a detecting section for detecting a distance between the recording medium and the recording section, wherein the moving section is adapted to move the static eliminator toward and away from the recording medium depending on the distance detected by the detecting section.
A method of operating an ad hoc network to protect a passenger-as-a-pedestrian of a stationary vehicle from a vehicle in motion wherein the network comprises an electronic key for the stationary vehicle that is carried by the passenger-as-a-pedestrian, an electronic-control-unit with a car-access-system and an on-board-unit with a vehicle-to-vehicle system as components of a vehicle-network of the stationary vehicle, wherein the car-access-system interfaces to the a vehicle-to-vehicle-system through the vehicle-network, wherein the at least one vehicle in motion comprises; also a vehicle-to-vehicle-system, wherein the on-board-unit of the stationary vehicle receives at least temporarily information from the car- access-system of the electronic-control-unit of the stationary vehicle and wherein the on-board-unit at least temporarily communicates based on the received information from the car-access-system as vehicle-to-driver alert communication via the vehicle-to-vehicle system of the stationary vehicle with any vehicle or with selected vehicles in motion and characterised in that in the case that the car-access-system of the stationary vehicle detects that the passenger-as-a-pedestrian is outside the stationary vehicle or entering the stationary vehicle or getting out of the stationary vehicle transmitting a warning-message to an electronic-key of the passenger-as-a-pedestrian via the car-access-system of the stationary vehicle in the case that the vehicle-to-vehicle-system of the stationary vehicle is informed by vehicle-to-vehicle broadcast of any surrounding vehicle in motion that is driving by and might collide with the passenger-as-a-pedestrian.
A nasal spray composition comprising a. from about 5 mg/mL to about 50mg/mL of naloxone or a pharmaceutically acceptable salt thereof; b. from about 5mM to about 50mM citric acid; c. from about 2 to about 20 mM disodium ethylene diamine tetraacetic acid (EDTA); d. from about 0.1 to about 2 weight % benzyl alcohol; and e. a carrier; wherein the composition has a pH of from about 3.5 to about 5. a. from about 5 mg/mL to about 50mg/mL of naloxone or a pharmaceutically acceptable salt thereof; b. from about 5mM to about 50mM citric acid; c. from about 2 to about 20 mM disodium ethylene diamine tetraacetic acid (EDTA); d. from about 0.1 to about 2 weight % benzyl alcohol; and e. a carrier;
A process for production of chlorine dioxide comprising; - reacting in an aqueous reaction medium in a reaction vessel an alkali metal chlorate or chloric acid and methanol to generate chlorine dioxide, - withdrawing from the reaction vessel a gas comprising chlorine dioxide and gaseous by-products, - condensing part of the gas withdrawn to obtain a condensate; and - removing said condensate from the non-condensed gas containing chlorine dioxide without re-circulating it back to the process for production of chlorine dioxide. - reacting in an aqueous reaction medium in a reaction vessel an alkali metal chlorate or chloric acid and methanol to generate chlorine dioxide, - withdrawing from the reaction vessel a gas comprising chlorine dioxide and gaseous by-products, - condensing part of the gas withdrawn to obtain a condensate; and - removing said condensate from the non-condensed gas containing chlorine dioxide without re-circulating it back to the process for production of chlorine dioxide.
A top drive drilling system comprising: a motor frame an AC motor including a stator assembly fixed to the motor frame and comprising a plurality of stator laminates compressed into a stator core; a hollow motor shaft; a rotor core fixed to the hollow motor shaft and comprising a plurality of compressed rotor laminates; first and second bearing assemblies (120, 130) mounted between the motor frame and the motor shaft such that the rotor core may rotate relative to the stator assembly; a motor drive for generating a variable frequency PWM signal to drive the AC motor at speeds of about 0 to 300 rpm thereby avoiding speed reduction equipment; and an additional hollow shaft which is connected to the hollow motor shaft and configured to transmit torque from the AC motor to a drill string; wherein the hollow motor shaft is configured to receive drilling mud and pass it out of an opposite end of the hollow motor shaft such that the drilling mud passes through the AC motor, and the additional shaft is configured to receive the drilling mud and pass it into the drill string. a motor frame an AC motor including a stator assembly fixed to the motor frame and comprising a plurality of stator laminates compressed into a stator core; a hollow motor shaft; a rotor core fixed to the hollow motor shaft and comprising a plurality of compressed rotor laminates; first and second bearing assemblies (120, 130) mounted between the motor frame and the motor shaft such that the rotor core may rotate relative to the stator assembly; a motor drive for generating a variable frequency PWM signal to drive the AC motor at speeds of about 0 to 300 rpm thereby avoiding speed reduction equipment; and an additional hollow shaft which is connected to the hollow motor shaft and configured to transmit torque from the AC motor to a drill string; wherein the hollow motor shaft is configured to receive drilling mud and pass it out of an opposite end of the hollow motor shaft such that the drilling mud passes through the AC motor, and the additional shaft is configured to receive the drilling mud and pass it into the drill string.
A downhole plug and abandonment system for a well having a borehole, comprising: - a first well tubular metal structure having a wall, - a cement layer between a wall of the borehole and the first well tubular metal structure preventing leakage of the well through the cement layer, - a second well tubular metal structure having a wall, the second well tubular metal structure being arranged inside the first well tubular metal structure, the well tubular metal structures having longitudinal extensions and being arranged in a borehole of the well, - a packer arranged between the first well tubular metal structure and the second well tubular metal structure defining an annular space above the packer, - a first plug arranged in the second well tubular metal structure dividing the second well tubular metal structure into a first part and a second part, the first part being closest to a top of the well, and - a cement plug arranged in the first part on top of the packer and the plug, characterised in that the cement plug has a cross-sectional area, and the cement plug is unbroken across the cross-sectional area such that no flow lines penetrate the cement plug, and extending across the internal cross-sectional area of the second well tubular metal structure via a circumferential opening provided in the second well tubular metal structure by means of a cutter tool, and wherein the cement plug has an outer diameter being equal to an inner diameter of the first well tubular metal structure. - a first well tubular metal structure having a wall, - a cement layer between a wall of the borehole and the first well tubular metal structure preventing leakage of the well through the cement layer, - a second well tubular metal structure having a wall, the second well tubular metal structure being arranged inside the first well tubular metal structure, the well tubular metal structures having longitudinal extensions and being arranged in a borehole of the well, - a packer arranged between the first well tubular metal structure and the second well tubular metal structure defining an annular space above the packer, - a first plug arranged in the second well tubular metal structure dividing the second well tubular metal structure into a first part and a second part, the first part being closest to a top of the well, and - a cement plug arranged in the first part on top of the packer and the plug, characterised in that the cement plug has a cross-sectional area, and the cement plug is unbroken across the cross-sectional area such that no flow lines penetrate the cement plug, and extending across the internal cross-sectional area of the second well tubular metal structure via a circumferential opening provided in the second well tubular metal structure by means of a cutter tool, and wherein the cement plug has an outer diameter being equal to an inner diameter of the first well tubular metal structure.
A method of making a semi-finished pet food, the method comprising: from a first source comprising solid food pieces, adding to a package a desired amount of solid food pieces, from a separate second source comprising gravy, adding to the package a desired amount of gravy, wherein the gravy comprises at least 0.5% modified xanthan, at least 85% moisture, and wherein the modified xanthan is hydraxan and the gravy has a viscosity of 0.4 Pas or below (400 centipoise (cp) or below) when measured at a temperature between 18-22°C at 20rpm with a Brookfield viscometer. from a first source comprising solid food pieces, adding to a package a desired amount of solid food pieces, from a separate second source comprising gravy, adding to the package a desired amount of gravy, wherein the gravy comprises at least 0.5% modified xanthan, at least 85% moisture, and wherein the modified xanthan is hydraxan and the gravy has a viscosity of 0.4 Pas or below (400 centipoise (cp) or below) when measured at a temperature between 18-22°C at 20rpm with a Brookfield viscometer.