mhurhangee/ep-ind-claims huggingface dataset:
A seat belt retractor comprising: a spool that retracts a webbing that restrains an occupant; a base frame that accommodates the spool while allowing the spool to rotate; and a lock mechanism that regulates rotation of the spool, wherein the lock mechanism includes a locking base disposed at an end portion of the spool, an opening which is formed in the base frame and through which the locking base is inserted, engagement teeth formed at an inner edge of the opening, and a pawl that is disposed outwardly movable in a radial direction relative to the locking base and that is engageable with the engagement teeth, and wherein the lock mechanism further includes a protect cover that includes a side wall portion disposed so as to cover a side surface portion of the locking base facing the engagement teeth of the opening through which the locking base is inserted; and wherein the protect cover is a separate member from the locking base and is a member that protects the side surface portion of the locking base from being contacted by the engagement teeth when the spool relatively moves with respect to the base frame; wherein the protect cover has a cut where the side wall portion is not disposed over a movable region of the pawl, characterized in that the protect cover includes a ceiling portion disposed on a surface of the locking base, and the side wall portion is formed along an outer circumference of the ceiling portion. a spool that retracts a webbing that restrains an occupant; a base frame that accommodates the spool while allowing the spool to rotate; and a lock mechanism that regulates rotation of the spool, wherein the lock mechanism includes a locking base disposed at an end portion of the spool, an opening which is formed in the base frame and through which the locking base is inserted, engagement teeth formed at an inner edge of the opening, and a pawl that is disposed outwardly movable in a radial direction relative to the locking base and that is engageable with the engagement teeth, and wherein the lock mechanism further includes a protect cover that includes a side wall portion disposed so as to cover a side surface portion of the locking base facing the engagement teeth of the opening through which the locking base is inserted; and wherein the protect cover is a separate member from the locking base and is a member that protects the side surface portion of the locking base from being contacted by the engagement teeth when the spool relatively moves with respect to the base frame; wherein the protect cover has a cut where the side wall portion is not disposed over a movable region of the pawl, characterized in that the protect cover includes a ceiling portion disposed on a surface of the locking base, and the side wall portion is formed along an outer circumference of the ceiling portion.
Hand tool, comprising a housing in which an operating means is provided, wherein said operating means can reciprocate during operation along a working axis lying parallel to a first direction (z) and disposed at a distance from the centre of gravity of the hand tool in a second direction (y) extending transversely to the working axis, and a handle supported on the housing by means of a spring-mounted decoupling arrangement having a first bearing arrangement and a second bearing arrangement, wherein the second bearing arrangement is disposed further from the working axis than the first bearing arrangement in relation to a second direction (y) extending transversely to the working axis, wherein the first bearing arrangement has a coupling device supported in such a manner that it can pivot relative to the housing by means of a pivot bearing on the housing side and relative to the handle by means of a pivot bearing on the handle side, and wherein the second bearing arrangement has a bar-shaped bearing element radially surrounded by a bearing element with the interposition of a second spring device.
A bouquet form (26A-26C) comprising: an upper stem support comprising a plate with a central body having a plurality of stem holding arms (94A to 94I) extending radially outwardly therefrom and a lower stem support having a plurality of stem receiving pockets (120A to 120) and being spaced from the upper stem support, wherein the plurality of stem receiving pockets (120A to 120I) each receive a plurality of floral stems, wherein the upper and lower stems supports are configured to removably support a plurality of flower stems at an angle with respect to vertical, wherein the bouquet form further comprises a conveying device engagement portion including an upper platform, a lower platform, and a track engagement member extending between the upper and lower platform, wherein the upper and lower platforms are configured to receive support tracks of a conveying device there between. an upper stem support comprising a plate with a central body having a plurality of stem holding arms (94A to 94I) extending radially outwardly therefrom and a lower stem support having a plurality of stem receiving pockets (120A to 120) and being spaced from the upper stem support, wherein the plurality of stem receiving pockets (120A to 120I) each receive a plurality of floral stems, wherein the upper and lower stems supports are configured to removably support a plurality of flower stems at an angle with respect to vertical, wherein the bouquet form further comprises a conveying device engagement portion including an upper platform, a lower platform, and a track engagement member extending between the upper and lower platform, wherein the upper and lower platforms are configured to receive support tracks of a conveying device there between.
A roller of an undercarriage track system for a machine, the roller comprising: a body formed as a solid of revolution about a roller axis, the body including a bore surface defining a bore extending through the body, the bore surface being a radially inner surface of the body, and a roller contact surface located outward from the bore surface, the roller contact surface being a surface of revolution about the roller axis; and a sensed feature at the body, the sensed feature configured to rotate with the body and to be detectable by a sensor for detecting a revolution of the roller, characterised in that the sensed feature extends inward from the body and protrudes into the bore or the sensed feature is a tooth extending from and integral to the body. a body formed as a solid of revolution about a roller axis, the body including a bore surface defining a bore extending through the body, the bore surface being a radially inner surface of the body, and a roller contact surface located outward from the bore surface, the roller contact surface being a surface of revolution about the roller axis; and a sensed feature at the body, the sensed feature configured to rotate with the body and to be detectable by a sensor for detecting a revolution of the roller, characterised in that the sensed feature extends inward from the body and protrudes into the bore or the sensed feature is a tooth extending from and integral to the body.
A thermoplastic polyester comprising: ▪ at least one tetrahydrofuran-dimethanol diol unit; ▪ at least one furandicarboxylic acid unit; ▪ at least one aliphatic diol unit other than the diol. ▪ at least one tetrahydrofuran-dimethanol diol unit; ▪ at least one furandicarboxylic acid unit; ▪ at least one aliphatic diol unit other than the diol.
Composite material comprising fibres, a matrix and a reflective device which is configured and arranged in a manner such that at least one region of a surface of the composite material is reflective, characterized in that the reflective device has a reflective lamina which is a reflective fabric and/or a reflective felt.
A method for producing a metallic component, in particular a tool, wherein a first metallic material is coated with a second metallic material that is harder and/or more wear resistant than the first material, wherein the second material is applied to the first material through friction build-up welding, characterised in that a maraging steel is applied as the second material.
Capsule having a preferably rotationally symmetrical capsule body with a side wall and with a base formed in one piece with the latter, and also having a cover, which covers the capsule body and is intended for forming at least one chamber, which contains a substance for the preparation of a liquid food, wherein the cover forms an entry side, and the base forms an exit side, for the passage of a liquid through the chamber, wherein a separate flow element, through which the liquid can flow, is retained in the capsule, above the base, wherein the base has a circular accommodating shoulder, on which the flow element is latched in in a positionally stable manner, wherein the base has a depression with a side wall, this to some extent forming the accommodating shoulder, characterized in that the depression is cylindrical.
A web (8, 208, 308) of cleaning products (10, 210, 310) comprising: a carrier sheet (20, 320) having a plurality of depressions (24, 224, 324), each filled and in direct contact with at least one cleaning composition (30, 292a, 292b); a plurality of internal lids (40, 240, 393) corresponding with the plurality of depressions (24, 224, 324) and being sealed to the carrier sheet (20, 320) to cover the plurality of depressions (24, 224, 324); and a plurality of external lids corresponding with the plurality of internal lids (40, 240, 393) and being sealed to the carrier sheet to cover the plurality of internal lids (40, 240, 393), characterized in that the carrier sheet and the external lids are made of a water-resistant material, the internal lids (40, 240, 393) are made of a water-soluble material, and each external lid covers a larger surface area of the carrier sheet than its corresponding internal lid (40, 240, 393). a carrier sheet (20, 320) having a plurality of depressions (24, 224, 324), each filled and in direct contact with at least one cleaning composition (30, 292a, 292b); a plurality of internal lids (40, 240, 393) corresponding with the plurality of depressions (24, 224, 324) and being sealed to the carrier sheet (20, 320) to cover the plurality of depressions (24, 224, 324); and a plurality of external lids corresponding with the plurality of internal lids (40, 240, 393) and being sealed to the carrier sheet to cover the plurality of internal lids (40, 240, 393), characterized in that the carrier sheet and the external lids are made of a water-resistant material, the internal lids (40, 240, 393) are made of a water-soluble material, and each external lid covers a larger surface area of the carrier sheet than its corresponding internal lid (40, 240, 393).
A pipe storage module for use in an offshore pipelay operation, the storage module configured to be installed on the deck of a vessel and comprising a base frame; characterised in that the pipe storage module comprises: a rack for accommodating a plurality of pipeline sections in layers; and a conveyor assembly configured to receive a pipeline section from the rack; wherein the conveyor assembly is configured to receive a pipe section from a conveyor assembly of an adjacent pipe storage module and move the pipeline section towards an assembly line during an offshore pipelay operation. a rack for accommodating a plurality of pipeline sections in layers; and a conveyor assembly configured to receive a pipeline section from the rack; wherein the conveyor assembly is configured to receive a pipe section from a conveyor assembly of an adjacent pipe storage module and move the pipeline section towards an assembly line during an offshore pipelay operation.
A blowout preventer, BOP, control system comprising: a system controller configured to actuate a first BOP function by communicating one or more commands to one or more nodes of a functional pathway selected from at least two functional pathways associated with the first BOP function; each node comprising an actuatable component configured to actuate in response to a command received from the system controller, each node having: one or more sensors configured to capture data indicative of a first data set corresponding to actuation of the component; the blowout preventer control system characterised in that each node further comprises a processor configured to: analyze the first data set to determine a useful life remaining of the component; and communicate the useful life remaining of the component to the system controller; where the system controller is configured to identify at least one of the at least two functional pathways for actuating the first BOP function based, at least in part, on the useful life remaining of the component of at least one of the one or more nodes of at least one of the at least two functional pathways. a system controller configured to actuate a first BOP function by communicating one or more commands to one or more nodes of a functional pathway selected from at least two functional pathways associated with the first BOP function; each node comprising an actuatable component configured to actuate in response to a command received from the system controller, each node having: one or more sensors configured to capture data indicative of a first data set corresponding to actuation of the component; the blowout preventer control system characterised in that each node further comprises a processor configured to: analyze the first data set to determine a useful life remaining of the component; and communicate the useful life remaining of the component to the system controller; one or more sensors configured to capture data indicative of a first data set corresponding to actuation of the component; the blowout preventer control system characterised in that each node further comprises a processor configured to: analyze the first data set to determine a useful life remaining of the component; and communicate the useful life remaining of the component to the system controller; analyze the first data set to determine a useful life remaining of the component; and communicate the useful life remaining of the component to the system controller; where the system controller is configured to identify at least one of the at least two functional pathways for actuating the first BOP function based, at least in part, on the useful life remaining of the component of at least one of the one or more nodes of at least one of the at least two functional pathways.
A compound of formula in free form or in pharmaceutically acceptable salt form wherein R 1 is a ring selected from pyrazolyl, thiophenyl or pyridin-2-yl, which ring may be substituted by C 1-3 alkyl; R 2 is C 2 -C 3 alkyl or R 2 is cyclobutyl; R 3 is hydrogen or methyl; R 4 is hydrogen and R 5 is hydrogen. R 1 is a ring selected from pyrazolyl, thiophenyl or pyridin-2-yl, which ring may be substituted by C 1-3 alkyl; R 2 is C 2 -C 3 alkyl or R 2 is cyclobutyl; R 3 is hydrogen or methyl; R 4 is hydrogen and R 5 is hydrogen.
A medical device for deployment in a lumen, comprising: a tubular support structure comprising: a plurality of ringlets (202, 204, 206, 208) arranged sequentially along a common longitudinal axis thereof, wherein each of the plurality of ringlet (202, 204, 206, 208) is formed by of plurality of crowns connected along a circumferential direction, each crown being formed by two straight struts arranged in V-shaped configuration; a plurality of long connecting elements to connect the plurality of ringlets (202, 204, 206, 208), wherein at least one of the plurality of long connecting elements connects adjacent ringlets (202, 204, 206, 208), wherein consecutive long connecting elements connecting adjacent ringlets (202, 204, 206, 208) are to form a mirror-reflection of each other about a radial plane of reflection; characterized in that at least one of the plurality of long connecting elements is formed of two long sections and a short section to form a Z-shaped configuration, wherein the long sections are parallel and the short section forms an obtuse angle with the long sections; and the obtuse angle is unchanged while compressing or expanding a tubular support structure. a plurality of ringlets (202, 204, 206, 208) arranged sequentially along a common longitudinal axis thereof, wherein each of the plurality of ringlet (202, 204, 206, 208) is formed by of plurality of crowns connected along a circumferential direction, each crown being formed by two straight struts arranged in V-shaped configuration; a plurality of long connecting elements to connect the plurality of ringlets (202, 204, 206, 208), wherein at least one of the plurality of long connecting elements connects adjacent ringlets (202, 204, 206, 208), wherein consecutive long connecting elements connecting adjacent ringlets (202, 204, 206, 208) are to form a mirror-reflection of each other about a radial plane of reflection; characterized in that at least one of the plurality of long connecting elements is formed of two long sections and a short section to form a Z-shaped configuration, wherein the long sections are parallel and the short section forms an obtuse angle with the long sections; and the obtuse angle is unchanged while compressing or expanding a tubular support structure.
A method of predicting and determining a therapeutic effect of a biological formulation targeting an inflammatory cytokine on a rheumatoid arthritis patient, comprising the step of measuring a concentration of a determination marker in a serum collected from the rheumatoid arthritis patient prior to the administration of the biological formulation, wherein said determination marker is soluble glycoprotein 130 and said biological formulation is an anti-interleukin-6 agent.
A method of manufacturing an article, the method comprising: forming a sealed shell of gas impervious material, the shell comprising a collapsible hopper portion opening to a main body portion, the main body portion and at least part of the hopper portion containing a powder material; applying vibratory energy to the shell and powder material to substantially empty the hopper portion of powder material and compact the powder material within the main body portion; and subjecting the shell and compacted powder material to isostatic pressure to collapse the hopper portion and consolidate the compacted powder material within the main body portion to form the article. forming a sealed shell of gas impervious material, the shell comprising a collapsible hopper portion opening to a main body portion, the main body portion and at least part of the hopper portion containing a powder material; applying vibratory energy to the shell and powder material to substantially empty the hopper portion of powder material and compact the powder material within the main body portion; and subjecting the shell and compacted powder material to isostatic pressure to collapse the hopper portion and consolidate the compacted powder material within the main body portion to form the article.
A vibration actuator, comprising: a vibrator configured to include a piezoelectric element and a contact surface that is brought into contact with a member, and wherein the vibrator is configured to cause a relative movement with the member by driving the piezoelectric element; and a pressing member guided by a fixing unit (105; 301) that allows the pressing member to move to the vibrator while restricting movement of the pressing member in a direction of the relative movement, the pressing member being configured to apply a bias force to the vibrator by an elastic member (107; 302) so as to press the contact surface against the member, characterized in further comprising a holding part configured to hold the vibrator, wherein the holding part comprises an abutting part that is brought into a single line contact with the pressing member in a direction perpendicular to the direction of the relative movement, wherein the abutting part has a part of a cylindrical shape. a vibrator configured to include a piezoelectric element and a contact surface that is brought into contact with a member, and wherein the vibrator is configured to cause a relative movement with the member by driving the piezoelectric element; and a pressing member guided by a fixing unit (105; 301) that allows the pressing member to move to the vibrator while restricting movement of the pressing member in a direction of the relative movement, the pressing member being configured to apply a bias force to the vibrator by an elastic member (107; 302) so as to press the contact surface against the member, characterized in further comprising a holding part configured to hold the vibrator, wherein the holding part comprises an abutting part that is brought into a single line contact with the pressing member in a direction perpendicular to the direction of the relative movement, wherein the abutting part has a part of a cylindrical shape.
An in vitro method for selecting a dosage or dosage range of an agent as a drug candidate customised to an individual subject, comprising the steps of: (i) contacting at least one induced pluripotent stem cell (iPSC)-derived cardiomyocyte-like cell derived from said subject with the agent at more than two different dosages; and (ii) determining the effect of the agent based on changes in at least one electrophysiological property of the iPSC-derived cardiomyocyte-like cell contacted with different dosages of the agent at the different dosages, compared to a control comprising at least one iPSC-derived cardiomyocyte absent the agent to give a dose response curve; and selecting a suitable dosage or dosage range exerting a desired effect on the induced pluripotent stem cell (iPSC)-derived cardiomyocyte-like cell(s) from the subject. (i) contacting at least one induced pluripotent stem cell (iPSC)-derived cardiomyocyte-like cell derived from said subject with the agent at more than two different dosages; and (ii) determining the effect of the agent based on changes in at least one electrophysiological property of the iPSC-derived cardiomyocyte-like cell contacted with different dosages of the agent at the different dosages, compared to a control comprising at least one iPSC-derived cardiomyocyte absent the agent to give a dose response curve;
A method of interlocking a vehicle for preventing a subject under drug influence to operate said vehicle, characterized in that said method comprising: providing at least one SERS-sensor in a vehicle interlock system, exposing a SERS-active layer of said SERS-sensor to exhaled breath, analyzing if at least one analyte is present in exhaled breath of a subject based on measurement of said exhaled breath by means of said SERS-sensor, and interlocking said vehicle if said analyte is detected in said exhaled breath. providing at least one SERS-sensor in a vehicle interlock system, exposing a SERS-active layer of said SERS-sensor to exhaled breath, analyzing if at least one analyte is present in exhaled breath of a subject based on measurement of said exhaled breath by means of said SERS-sensor, and interlocking said vehicle if said analyte is detected in said exhaled breath.