mhurhangee/ep-ind-claims huggingface dataset:
A multikinase inhibitor for use in a method of prevention or treatment of a disease or disorder characterized by chronic inflammation with associated angiogenesis and/or fibrosis, wherein the multikinase inhibitor is selected from the group consisting of axitinib, nintedanib, lenvatinib and pharmaceutically acceptable salts, solvates or solvates of salts thereof, and wherein the disease or disorder is selected from the group consisting of rosacea and atopic dermatitis.
A suspension structure for an in-wheel drive device, including a pair of trailing arms being adapted to be extending in a longitudinal direction of a vehicle and being adapted to be separated from each other in a lateral direction of said vehicle, each trailing arm having at its front end a pivot that is adapted to be attached to a vehicle body, a beam member being adapted to be extending in said lateral direction of said vehicle and connecting said pair of trailing arms, a bracket connected to a rear end region of said trailing arm, and an in-wheel motor drive device coupled and fixed to said bracket, wherein said in-wheel motor drive device is located above said rear end region of said trailing arm, and a lower side of said in-wheel motor drive device is covered by said rear end region of said trailing arm and said bracket, wherein said bracket is formed by a plate material, and includes a projecting wall portion being adapted to be projecting outward in said lateral direction of said vehicle from said rear end region of said trailing arm, a vertical wall portion extending upward from said projecting wall portion, characterized in that the bracket further includes a front wall portion bent at 90 degrees from the front edge of the vertical wall portion so as to extend in the lateral direction of the vehicle and connected to the rear end region of the trailing arm, and rear wall portion bent at 90 degrees from the rear edge of the vertical wall portion so as to extend in the lateral direction of the vehicle and connected to the rear end of the trailing arm, said projecting wall portion is adapted to be located between said front wall portion and said rear wall portion as viewed in a vertical direction.
A system comprising: a translation system operable to receive a plurality of print jobs submitted by clients to a print shop architecture, wherein each of the print jobs includes a corresponding job ticket, for each of the print jobs, the translation system being further operable to identify fields in a corresponding job ticket that describe services requested by a client, wherein the fields are in formats that are outside of a job ticket standard used by the print shop architecture; a storage system operable to store translations for clients that map fields in the job tickets that describe services requested by the clients to standard elements defined in the job ticket standard, wherein the translation system is further operable to identify a client, when processing a job ticket for a print job submitted by the client, to locate a translation in the storage system for a job ticket of the print job based on the client, and to map fields in a job ticket of the print job to standard elements using the translation to generate a normalized job ticket; and a submission system operable to transmit normalized job tickets to a system of the print shop architecture for generating workflows for the print job based on the normalized job tickets. a translation system operable to receive a plurality of print jobs submitted by clients to a print shop architecture, wherein each of the print jobs includes a corresponding job ticket, for each of the print jobs, the translation system being further operable to identify fields in a corresponding job ticket that describe services requested by a client, wherein the fields are in formats that are outside of a job ticket standard used by the print shop architecture; a storage system operable to store translations for clients that map fields in the job tickets that describe services requested by the clients to standard elements defined in the job ticket standard, wherein the translation system is further operable to identify a client, when processing a job ticket for a print job submitted by the client, to locate a translation in the storage system for a job ticket of the print job based on the client, and to map fields in a job ticket of the print job to standard elements using the translation to generate a normalized job ticket; and a submission system operable to transmit normalized job tickets to a system of the print shop architecture for generating workflows for the print job based on the normalized job tickets.
A seat belt connector for securing pets, primarily dogs in a car, comprising a fastening carabiner, an adjustable length stalk portion connected thereto, a slide adjuster ensuring the adjustability of the stalk portion, furthermore, a connecting member engageable in a releasable manner by means of a tongue plate and a tongue opening formed therein, extending in the direction of the axis line, in a buckle housing equipped with a receiving opening and a buckle housing release button, firmly fixed to the car seat, the protruding portion of which has at least one connecting member opening accommodating the stalk portion, and the stalk portion continues in a folded back stalk portion fixed to the stalk portion in a stalk portion fixing zone, characterized in that the seat belt connector has a cover element directly fixed together with the stalk portion, comprising at least two cover element openings, and the cover element is located between the stalk portion fixing zone and the tongue plate of the connecting member, in a manner separating from each other the stalk portion fixing zone and the tongue plate, covering the protruding portion on the side towards the stalk portion fixing zone, and having a width extending beyond the release button of the buckle housing, furthermore, the stalk portion is threaded through at least one cover element opening in the direction of the tongue opening, while on the opposite side of the axis line the folded back stalk portion passes through the other cover element opening and is fixed to the stalk portion in the stalk portion fixing zone, furthermore, the stalk portion and the folded back stalk portion form a loop portion extending between the connecting member opening and the stalk portion fixing zone in the direction of the axis line, surrounding an intermediate wall portion perpendicular to the axis line, located between the cover element openings, which intermediate wall portion, squeezed by the loop portion as a result of the pulling and tugging forces acting during normal use, is compressed to an extent depending on the density of the material of the cover element in the direction perpendicular to the axis line.
An attachment structure comprising: a functional component in which an electronic component capable of acquiring information inside a tire is housed and which is attachable to an inner peripheral surface of the tire, the functional component comprising: a housing having a housing part for the electronic component and a bottom surface facing the inner peripheral surface of the tire; a tubular part extending from a peripheral edge of the bottom surface toward the inner peripheral surface, and an adhesive agent; characterized in that the end part of the tubular part is abuttable against the inner peripheral surface of the tire, and the adhesive agent is filled in a filling space enclosed by an inner peripheral surface of the tubular part, the bottom surface of the housing, and the inner peripheral surface of the tire. a housing having a housing part for the electronic component and a bottom surface facing the inner peripheral surface of the tire; a tubular part extending from a peripheral edge of the bottom surface toward the inner peripheral surface, and an adhesive agent; characterized in that the end part of the tubular part is abuttable against the inner peripheral surface of the tire, and the adhesive agent is filled in a filling space enclosed by an inner peripheral surface of the tubular part, the bottom surface of the housing, and the inner peripheral surface of the tire.
A process for forming a fiber tow, said process involving a wet spinning procedure comprising the steps of: dissolving cellulose pulp in an alkaline aqueous solvent to form a cellulose spin dope composition, spinning the cellulose spin dope composition in a coagulation bath having a pH of more than 7.0, preferably a pH of at least 10, to produce a fiber tow, and passing the produced fiber tow through a sequence of consecutive stretching and washing steps in which the fiber tow is washed with washing liquid having gradually lower alkalinity, preferably by a counter-current flow washing procedure. dissolving cellulose pulp in an alkaline aqueous solvent to form a cellulose spin dope composition, spinning the cellulose spin dope composition in a coagulation bath having a pH of more than 7.0, preferably a pH of at least 10, to produce a fiber tow, and passing the produced fiber tow through a sequence of consecutive stretching and washing steps in which the fiber tow is washed with washing liquid having gradually lower alkalinity, preferably by a counter-current flow washing procedure.
A flushing group for toilet bowls comprising: - a tank for the accumulation of water; - a drain pipe adapted to connect said tank to a toilet bowl; - a loading pipe adapted to connect a water network with said tank; - an overflow pipe adapted to connect said tank with said toilet bowl; - a vent pipe adapted to connect the volume of air present above the level of the volume of water contained in said tank with the external environment; - shut-off means of the flow of water along said drain pipe and along said loading pipe, the elements contained in said tank being static elements comprising: - the terminal section of said loading pipe; - the terminal section of said overflow pipe; - the terminal section of said vent pipe, the flushing group being characterized in that said tank comprises at least one annular hollow body formed by two or more tubular parts (3a, 3b, 3c; 31a, 31b; 32a) connected together. - a tank for the accumulation of water; - a drain pipe adapted to connect said tank to a toilet bowl; - a loading pipe adapted to connect a water network with said tank; - an overflow pipe adapted to connect said tank with said toilet bowl; - a vent pipe adapted to connect the volume of air present above the level of the volume of water contained in said tank with the external environment; - shut-off means of the flow of water along said drain pipe and along said loading pipe, - the terminal section of said loading pipe; - the terminal section of said overflow pipe; - the terminal section of said vent pipe,
A Field Effect Transistor, FET,, comprising: a plurality of FET cells, each cell having a source pad, a drain pad, and a gate electrode disposed on a surface of a substrate; each one of the FET cells having a corresponding one of the gate electrodes disposed between one of the source pads and one of the drain pads; a common gate contact connected to the gate electrodes of each one of the FET cells; a drain contact connected to the drain pad of each one of the FET cells; a source contact connected to the source pad of each one of the FET cells; wherein the FET cells are disposed on said surface in a two-dimensional array; wherein the gate electrodes are finger-like gate electrodes connected to successive points along an edge of the common gate contact, a first portion of the finger-like gate electrodes extending along a vertical direction and a second portion extending along a direction intersecting the vertical direction, characterized in that: the FET cells are disposed in a U-shaped arrangement around the common gate contact. a plurality of FET cells, each cell having a source pad, a drain pad, and a gate electrode disposed on a surface of a substrate; each one of the FET cells having a corresponding one of the gate electrodes disposed between one of the source pads and one of the drain pads; a common gate contact connected to the gate electrodes of each one of the FET cells; a drain contact connected to the drain pad of each one of the FET cells; a source contact connected to the source pad of each one of the FET cells; wherein the FET cells are disposed on said surface in a two-dimensional array; wherein the gate electrodes are finger-like gate electrodes connected to successive points along an edge of the common gate contact, a first portion of the finger-like gate electrodes extending along a vertical direction and a second portion extending along a direction intersecting the vertical direction, characterized in that: the FET cells are disposed in a U-shaped arrangement around the common gate contact.
An electric cooking or grilling device, such as a contact grill or a waffle iron, at least including a housing and an electric heater disposed in the housing with a contact surface or two electrically heatable contact surfaces pivoting into a parallel, approached position, one hood-like housing portion (2a, 2b) each covering or surrounding the respective rear of the heatable contact surface and the heater arranged there, each hood-like housing portion (2a, 2b) being made of metal, the respective hood-like housing portion (2a, 2b) being formed double-walled, the two walls (9, 10) being spaced to each other, and between the spaced walls (9, 10), a cavity being formed, characterized by that in the cavity between the spaced walls (9, 10), a vacuum is formed.
Weft insertion system for a weaving machine, said system including at least one rapier (6, 8) provided with weft yarn clamping means (622, 822) for drawing a weft yarn, characterized in that: - the weft insertion system also includes a reed provided with dents made of a magnetic material, - the rapier (6,8) is equipped with magnetic means for exerting an attractive magnetic effort (E, E') between this rapier and the dents of the reed. - the weft insertion system also includes a reed provided with dents made of a magnetic material, - the rapier (6,8) is equipped with magnetic means for exerting an attractive magnetic effort (E, E') between this rapier and the dents of the reed.
A prosthetic valve, comprising: a radially collapsible and expandable stent portion (402; 702; 904; 1104; 1804; 2300) defining a lumen (430; 703; 903; 2306) through said stent portion (402; 702; 904; 1104; 1804; 2300); and a valve portion (704; 800; 910; 1108; 1808) comprising one or more leaflets (404; 708; 808; 912); wherein the prosthetic valve (400; 700; 900; 1100; 1800) is transformable from a delivery configuration in which at least a portion of the one or more leaflets (404; 708; 808; 912) is positioned outside the lumen of the stent portion (402; 702; 904; 1104; 1804; 2300), to an operating configuration in which at least a portion of the one or more leaflets (404; 708; 808; 912) is positioned within the lumen of the stent portion (402; 702; 904; 1104; 1804; 2300), wherein, in the delivery configuration, the valve portion (704; 800; 910; 1108; 1808) and the stent portion (402; 702; 904; 1104; 1804; 2300) are separated from one another along an axial direction; characterized in that the prosthetic valve (400; 700; 1100; 1800) further comprises a flexible sleeve (406; 606; 706; 902; 1110; 1810) coupling the stent portion (402; 702; 904; 1104; 1804) to the valve portion (704; 800; 910; 1108; 1808). a radially collapsible and expandable stent portion (402; 702; 904; 1104; 1804; 2300) defining a lumen (430; 703; 903; 2306) through said stent portion (402; 702; 904; 1104; 1804; 2300); and a valve portion (704; 800; 910; 1108; 1808) comprising one or more leaflets (404; 708; 808; 912); wherein the prosthetic valve (400; 700; 900; 1100; 1800) is transformable from a delivery configuration in which at least a portion of the one or more leaflets (404; 708; 808; 912) is positioned outside the lumen of the stent portion (402; 702; 904; 1104; 1804; 2300), to an operating configuration in which at least a portion of the one or more leaflets (404; 708; 808; 912) is positioned within the lumen of the stent portion (402; 702; 904; 1104; 1804; 2300), wherein, in the delivery configuration, the valve portion (704; 800; 910; 1108; 1808) and the stent portion (402; 702; 904; 1104; 1804; 2300) are separated from one another along an axial direction; characterized in that the prosthetic valve (400; 700; 1100; 1800) further comprises a flexible sleeve (406; 606; 706; 902; 1110; 1810) coupling the stent portion (402; 702; 904; 1104; 1804) to the valve portion (704; 800; 910; 1108; 1808).
A wheel damper structure to be applied to a saddled vehicle which includes a wheel hub formed to surround an axle of a rear wheel, a damper chamber provided in the wheel hub, a damper member accommodated in the damper chamber, and a sprocket holder supported by the wheel hub through the damper member, characterized in that the damper member has a cylindrical shape being circular in side view of a vehicle body, the damper member is formed with a hole to which a projection extending in an axial direction from the sprocket holder is inserted, and the hole is provided with an offset in a predetermined direction from a damper center of the damper member.
A printhead assembly (100; 200), comprising: a printbar beam member having a beam surface, a first cavity in the beam surface and a third cavity in the beam surface; a printhead having a printhead surface, a second cavity in the printhead surface and a fourth cavity in the printhead surface; a first eccentric pin inserted into the first cavity and the second cavity to couple the printhead to the printbar beam member, the first eccentric pin to rotate to adjust a position of the printhead relative to the printbar beam member along a first axis of the beam surface; and a second eccentric pin inserted into the third cavity and the fourth cavity to couple the printhead to the printbar beam member, characterized in that: the third cavity is an oval shaped slit; and the second eccentric pin is configured to rotate to adjust the position of the printhead relative to the printbar beam member along a second axis of the beam surface different from the first axis, wherein the third cavity is arranged to direct movement of the printhead along the second axis. a printbar beam member having a beam surface, a first cavity in the beam surface and a third cavity in the beam surface; a printhead having a printhead surface, a second cavity in the printhead surface and a fourth cavity in the printhead surface; the third cavity is an oval shaped slit; and the second eccentric pin is configured to rotate to adjust the position of the printhead relative to the printbar beam member along a second axis of the beam surface different from the first axis, wherein the third cavity is arranged to direct movement of the printhead along the second axis.
Method for producing a metering valve for a fluid, in particular for a liquid and/or gaseous fuel, comprising a preferably plate-shaped valve seat element with at least one throughflow opening for the liquid and/or gaseous fuel, a valve head which can be moved with a reciprocating movement and interacts in a sealing manner with the valve seat element for releasing and closing the at least one throughflow opening, and a stroke stop element with an annular stroke stop face for limiting the stroke of the valve head, characterized in that the stroke stop element is prestressed axially in the direction of a stroke setting ring which surrounds the valve head, and the axial prestressing force is changed for the precision setting of the stroke of the valve head, the stroke stop element being deformed.
A parking control method for controlling a vehicle to park on a basis of an operation command acquired from inside or outside of the vehicle, the parking control method comprising the steps of: making a determination whether or not an occupant is present inside a vehicle interior of the vehicle; characterized by the step of controlling the vehicle so that a target speed at a position at which the vehicle is estimated to come into contact with a curbstone is zero when a determination is made (106: YES) that an occupant is present inside the vehicle interior of the vehicle, and controlling the vehicle so that a target speed at a position at which the vehicle is estimated to come into contact with a curbstone is higher than zero when a determination (106: NO) is made that no occupant is present inside the vehicle interior of the vehicle. making a determination whether or not an occupant is present inside a vehicle interior of the vehicle; characterized by the step of controlling the vehicle so that a target speed at a position at which the vehicle is estimated to come into contact with a curbstone is zero when a determination is made (106: YES) that an occupant is present inside the vehicle interior of the vehicle, and controlling the vehicle so that a target speed at a position at which the vehicle is estimated to come into contact with a curbstone is higher than zero when a determination (106: NO) is made that no occupant is present inside the vehicle interior of the vehicle.
A sensor probe (30, 60A, 60B) for coupling between a counter module electronic volume corrector, EVC, and a gas meter body (10A, 10B) for sensing rotation of a counter drive shaft of the gas meter body, the probe comprising: a housing (39A, 39B) having an outer profile; a first end (31, 61) bearing a coupling member for operable connection to the EVC; and a second end (32, 62) insertable into an aperture on the gas meter body (10A, 10B); characterized in that the outer profile provides a complementary shape and size for friction fitting the probe within the aperture; and wherein the outer profile is provided by an adapter sleeve. a housing (39A, 39B) having an outer profile; a first end (31, 61) bearing a coupling member for operable connection to the EVC; and a second end (32, 62) insertable into an aperture on the gas meter body (10A, 10B); characterized in that the outer profile provides a complementary shape and size for friction fitting the probe within the aperture; and wherein the outer profile is provided by an adapter sleeve.