mhurhangee/ep-ind-claims huggingface dataset:
A roller bearing comprising: an inner race ring (30'; 30"); an outer race ring; and a roller (40'; 40") arranged between and in contact with the inner and outer rings (30'; 30", 20); wherein the bearing has a flange (31'; 31") on the inner race ring (30'; 30") at one axial end, and a flange on the outer race ring at an opposite axial end; wherein at least one of the flanges (21, 31'; 31") is profiled to include at least one principal segment (35; 35") intermediate two additional segments (34, 36; 34", 36"), the principle segment (35; 35") being tangentially blended with the two additional segments (34, 36; 34", 36"); wherein the principle segment (35; 35") has a first curvature that is different from the respective curvatures of the two additional segments; and wherein the curvatures of each of the principle segment (35; 35") and the two additional segments (34, 36; 34", 36") are portions of a circle, and characterized in that the first curvature has a greater radius (R B1) of curvature than the respective radii of curvatures (R A1, R C1) of the two additional segments (34, 36; 34", 36"). an inner race ring (30'; 30"); an outer race ring; and a roller (40'; 40") arranged between and in contact with the inner and outer rings (30'; 30", 20); wherein the bearing has a flange (31'; 31") on the inner race ring (30'; 30") at one axial end, and a flange on the outer race ring at an opposite axial end; wherein at least one of the flanges (21, 31'; 31") is profiled to include at least one principal segment (35; 35") intermediate two additional segments (34, 36; 34", 36"), the principle segment (35; 35") being tangentially blended with the two additional segments (34, 36; 34", 36"); wherein the principle segment (35; 35") has a first curvature that is different from the respective curvatures of the two additional segments; and wherein the curvatures of each of the principle segment (35; 35") and the two additional segments (34, 36; 34", 36") are portions of a circle, and characterized in that the first curvature has a greater radius (R B1) of curvature than the respective radii of curvatures (R A1, R C1) of the two additional segments (34, 36; 34", 36").
A method of detecting a biological activity, in a sample that may comprise a first biological activity, comprising: providing, a first indicator reagent that can be converted by the first biological activity to a first biological derivative; a gelling agent; and a plurality of particles, each particle comprising an organic polymer that receives and retains the first biological derivative, wherein the particles have a mean particle diameter between 0.05 microns and 20 microns; forming a hydrogel comprising the first indicator reagent and the plurality of particles; wherein at least a portion of the plurality of particles is dispersed in the hydrogel; bringing the sample into fluid communication with a portion of the hydrogel; and detecting the presence or absence of the first biological derivative, wherein the first biological derivative is retained by the plurality of particles; wherein detecting the presence or absence of the first biological derivative comprises detecting a fluorescent first biological derivative or a colored first biological derivative; and wherein the presence of the first biological derivative is indicative of the presence of a first biological activity. providing, a first indicator reagent that can be converted by the first biological activity to a first biological derivative; a gelling agent; and a plurality of particles, each particle comprising an organic polymer that receives and retains the first biological derivative, wherein the particles have a mean particle diameter between 0.05 microns and 20 microns; a first indicator reagent that can be converted by the first biological activity to a first biological derivative; a gelling agent; and a plurality of particles, each particle comprising an organic polymer that receives and retains the first biological derivative, wherein the particles have a mean particle diameter between 0.05 microns and 20 microns; forming a hydrogel comprising the first indicator reagent and the plurality of particles; wherein at least a portion of the plurality of particles is dispersed in the hydrogel; bringing the sample into fluid communication with a portion of the hydrogel; and detecting the presence or absence of the first biological derivative, wherein the first biological derivative is retained by the plurality of particles; wherein detecting the presence or absence of the first biological derivative comprises detecting a fluorescent first biological derivative or a colored first biological derivative; and wherein the presence of the first biological derivative is indicative of the presence of a first biological activity. wherein the first biological derivative is retained by the plurality of particles; wherein detecting the presence or absence of the first biological derivative comprises detecting a fluorescent first biological derivative or a colored first biological derivative; and wherein the presence of the first biological derivative is indicative of the presence of a first biological activity.
A display device for a vehicle, comprising a display unit for displaying visible information, a combiner with which the display unit reflects and projects, toward a viewing point of the driver within a prescribed observation region, light carrying visible information to be displayed on the display unit to display the visible information in a form of a virtual image, and a deploying and accommodating mechanism configured to change a state of disposition of the combiner between a position of a use state in which a display can be seen in the observation region and a position of an unused state in which a display cannot be seen in the observation region, characterized in that the deploying and accommodating mechanism includes a restricting unit configured to restrict an inclination (Θ1), with respect to a prescribed direction, of a surface of the combiner to a predetermined angle of a ghost suppression state where the ghost due to external light coming from the back surface of the combiner and reflected by the surface of the windshield does not influence the driver, at least when the combiner is located at the position of the use state.
A vehicle interior component comprising: a cover forming a design surface; and a tag attached to the cover wherein the tag has a first piece, an attachment portion for attaching the first piece to the cover, and a second piece with a first end integrated with the first piece, and a second end attached to the cover, characterized in that: the second piece is laminated on the first piece while covering the attachment portion, the attachment portion includes a sewing line formed in a substantially C-shape along a peripheral edge of the first piece, and the second piece covers and hides the sewing line which is a fixation position for the first piece and the cover. a cover forming a design surface; and a tag attached to the cover wherein the tag has a first piece, an attachment portion for attaching the first piece to the cover, and a second piece with a first end integrated with the first piece, and a second end attached to the cover, the second piece is laminated on the first piece while covering the attachment portion, the attachment portion includes a sewing line formed in a substantially C-shape along a peripheral edge of the first piece, and the second piece covers and hides the sewing line which is a fixation position for the first piece and the cover.
A polymerizable composition (NIBMAGAT) for making a 3D gel dosimeter for planning a radiation treatment, the polymerizable composition comprising: 2-5 w/w% of gelatin; 1-2 w/w% of N-(isobutoxymethyl)acrylamide (NIBMA); 1-4 w/w% ofN,N-methylene-bis-acrylamide; 0-29 w/w% of at least one co-solvent selected from the group consisting of glycerol, acetone and methanol; and ultra-pure de-ionized water as a solvent. 2-5 w/w% of gelatin; 1-2 w/w% of N-(isobutoxymethyl)acrylamide (NIBMA); 1-4 w/w% ofN,N-methylene-bis-acrylamide; 0-29 w/w% of at least one co-solvent selected from the group consisting of glycerol, acetone and methanol; and ultra-pure de-ionized water as a solvent.
A device for use in orthodontic treatment comprising: an orthodontic aligner adapted to fit a set of teeth and to apply a pressure in a range that moves at least one tooth in the set of teeth relative to surrounding gum tissue; and a sensor disposed in the orthodontic aligner and configured to sense the applied pressure between the aligner and the at least one tooth in the set of teeth, characterised in that the sensor comprises a first inductive electrode; a second inductive electrode; and a deforming layer disposed between the first inductive electrode and the second inductive electrode, wherein the deforming layer is configured to deform relative to a pressure. an orthodontic aligner adapted to fit a set of teeth and to apply a pressure in a range that moves at least one tooth in the set of teeth relative to surrounding gum tissue; and a sensor disposed in the orthodontic aligner and configured to sense the applied pressure between the aligner and the at least one tooth in the set of teeth, characterised in that the sensor comprises a first inductive electrode; a second inductive electrode; and a deforming layer disposed between the first inductive electrode and the second inductive electrode, wherein the deforming layer is configured to deform relative to a pressure.
A seal cap comprising: a preformed, at least partially cured, first sealant composition forming a shell having a thickness of 0.32 cm (1/8 inches) or 0.64 cm (1⁄4 inches); and an at least partially uncured, second sealant composition filling the shell, wherein the first sealant composition and the second sealant composition comprise: (i) a thiol-terminated polythioether; and (ii) an alkenyl-terminated compound, wherein the first sealant composition is at least partially transmissive to ultraviolet radiation and the second sealant composition is curable by ultraviolet radiation.. a preformed, at least partially cured, first sealant composition forming a shell having a thickness of 0.32 cm (1/8 inches) or 0.64 cm (1⁄4 inches); and an at least partially uncured, second sealant composition filling the shell, wherein the first sealant composition and the second sealant composition comprise: (i) a thiol-terminated polythioether; and (ii) an alkenyl-terminated compound, (i) a thiol-terminated polythioether; and (ii) an alkenyl-terminated compound, wherein the first sealant composition is at least partially transmissive to ultraviolet radiation and the second sealant composition is curable by ultraviolet radiation..
Filter device for removing pollutant particles from the air, comprising a filter housing with an air inlet and an outlet opening in which a connection ring is arranged, a replaceable filter cartridge with a hollow filter body, which is closed at its one end and at its other end carries a filter holding ring which can be placed on the connection ring of the filter housing so that the filter body is arranged inside the filter housing, a suction blower, which sucks contaminated air through the filter body and blows the filtered air into the environment, characterized in that on the filter body, a film ring is arranged coaxially and displaceably in the axial direction, in the film ring, a folded film tube is arranged that can be pulled apart in the axial direction, the one end of the film tube is attached to the film ring and the other end is attached to the filter holding ring, the film ring can be fixed to the connection ring of the filter housing in such a way that the film tube unfolds when the filter body is pulled out of the filter housing, the film tube is longer than the filter body, so that the fully expanded film tube completely envelops the filter body. a filter housing with an air inlet and an outlet opening in which a connection ring is arranged, a replaceable filter cartridge with a hollow filter body, which is closed at its one end and at its other end carries a filter holding ring which can be placed on the connection ring of the filter housing so that the filter body is arranged inside the filter housing, a suction blower, which sucks contaminated air through the filter body and blows the filtered air into the environment, characterized in that on the filter body, a film ring is arranged coaxially and displaceably in the axial direction, in the film ring, a folded film tube is arranged that can be pulled apart in the axial direction, the one end of the film tube is attached to the film ring and the other end is attached to the filter holding ring, the film ring can be fixed to the connection ring of the filter housing in such a way that the film tube unfolds when the filter body is pulled out of the filter housing, the film tube is longer than the filter body, so that the fully expanded film tube completely envelops the filter body.
A positive temperature coefficient polymer composition comprising: an organic polymer; and 1 to 95 weight percent (wt%), based on the total weight of the composition, of an electrically conducting first filler including at least one electrically conductive ceramic filler, at least one metallic filler, which is tool steel powder, or a combination including at least one of the foregoing fillers; and a second non-conducting filler selected from the group consisting of glass particles, glass fibers, nanoclays, and glass powder; wherein at least a portion of the first filler has a hardness of greater than or equal to 500 Vickers; where in the composition has a tunable trip temperature. an organic polymer; and 1 to 95 weight percent (wt%), based on the total weight of the composition, of an electrically conducting first filler including at least one electrically conductive ceramic filler, at least one metallic filler, which is tool steel powder, or a combination including at least one of the foregoing fillers; and a second non-conducting filler selected from the group consisting of glass particles, glass fibers, nanoclays, and glass powder; wherein at least a portion of the first filler has a hardness of greater than or equal to 500 Vickers; where in the composition has a tunable trip temperature.
Divisible casing for a fluid machine, having a first casing element and a second casing element which is connected to the first casing element via a parting joint, and a shaft seal having a seal gas system which is operated with seal gas, wherein the first and/or the second casing element (2, 3) has/have, in the region of the parting joint, at least one groove and at least one gas supply line or gas supply connection connected to the at least one groove, which gas supply line or gas supply connection is connected to the seal gas system, whereby the at least one groove can be supplied with the seal gas of the seal gas system of the shaft seal, characterized in that the first and/or the second casing element has/have, in the region of the parting joint, a further groove and a gas supply line or gas supply connection connected to the further groove, whereby the further groove can additionally be supplied with a purge gas.
Citrus fiber having a c* close packing concentration value of less than 3.8 wt%, anhydrous basis, as measured according to Test Methods section 2 of the description.
Prefabricated structure of a balcony for a cruise ship, destined to be fixed in particular to a ship's side, comprising: - at least two support beams (11, 12), provided with coupling elements to a ship's side; - a platform, which is mechanically connected to said two support beams (11, 12) at a lower face opposite an upper face defining the balcony floor, said platform comprising an inner edge destined in use to face the ship's side and an outer edge, opposite the inner edge; - a profiled element, which is mechanically associated to the platform at said outer edge and is predisposed to anchor a parapet, characterised in that said platform consists of a board defined by two sheets of aluminium or aluminium alloy (23, 24), arranged parallel to each other to form a cavity filled with a foam of aluminium or aluminium alloy, said foam structurally connecting said two sheets (23, 24) together to form a single body. - at least two support beams (11, 12), provided with coupling elements to a ship's side; - a platform, which is mechanically connected to said two support beams (11, 12) at a lower face opposite an upper face defining the balcony floor, said platform comprising an inner edge destined in use to face the ship's side and an outer edge, opposite the inner edge; - a profiled element, which is mechanically associated to the platform at said outer edge and is predisposed to anchor a parapet,
- An aiming method for a weapon system comprising a weapon secured to a chassis, the weapon system comprising a device for aiming the weapon, which comprises a navigation means for determining, relative to a fixed reference frame (R F), the position and orientation of a reference frame (R C) associated with the chassis, as well as motor means enabling the weapon to be aimed in elevation and relative bearing and angular measurement means for determining the aiming angles of the weapon relative to the chassis, the aiming device comprising a computer connected to the angular measurement means and to the navigation means, the computer having in an internal memory a nominal firing profile (G N) defined by extreme elevation and relative bearing aiming instructions that are possible for the weapon, therefore extreme possible directions of fire that correspond to a maximum load fire, in the reference frame (R C) associated with the chassis, when the latter is in a firing position on a horizontal ground, the method being characterized in that, when the chassis is in a firing position on a field: - a transfer matrix is determined, which makes it possible to transition from instructions expressed in the fixed reference frame (R F) to instructions expressed in the reference frame (R C) of the chassis; - boundaries of the nominal firing profile (G N) are converted so as to determine a transformed firing profile (G T) which is delimited by the extreme directions of fire that are possible in the reference frame (R C) of the chassis when it is in the firing position on the field; - an operating firing profile (G OP) is determined for the aiming, which is defined as the geometric intersection of the nominal firing profile (G N) and the transformed firing profile (G T). - a transfer matrix is determined, which makes it possible to transition from instructions expressed in the fixed reference frame (R F) to instructions expressed in the reference frame (R C) of the chassis; - boundaries of the nominal firing profile (G N) are converted so as to determine a transformed firing profile (G T) which is delimited by the extreme directions of fire that are possible in the reference frame (R C) of the chassis when it is in the firing position on the field; - an operating firing profile (G OP) is determined for the aiming, which is defined as the geometric intersection of the nominal firing profile (G N) and the transformed firing profile (G T).
A system for determining location of a fluid leak at a drape of a reduced pressure delivery system being used on a tissue of a patient, said system comprising: a processing unit configured to control operation of the reduced pressure delivery system; an input/output (I/O) unit in communication with said processing unit; and characterised by an imaging system configured to image the drape at the tissue site and to communicate image data to said processing unit via said I/O unit, said processing unit further configured to display the image data to determine a location at which the fluid leak exists at the drape. a processing unit configured to control operation of the reduced pressure delivery system; an input/output (I/O) unit in communication with said processing unit; and characterised by an imaging system configured to image the drape at the tissue site and to communicate image data to said processing unit via said I/O unit, said processing unit further configured to display the image data to determine a location at which the fluid leak exists at the drape.
A clothing steam ironing apparatus comprising a mount including a steam generating device therein and an ironing head which connects at an end of a steam pipe led from the mount and connects with the steam generating device through the steam pipe, wherein the ironing head comprises a steam chamber and an air suction chamber separated from the steam chamber, and steam ejection holes connecting with the steam chamber and air suction holes connecting with the air suction chamber are dispersedly formed in an ironing panel of the ironing head, characterized in that a fan is mounted in the mount, an air discharge port of the fan is in fluid communication with an air vent formed in a housing of the mount, and an air intake port of the fan connects with an air intake pipe, the other end of the air intake pipe connects with the air suction chamber of the ironing head.
An annular combustor for a gas turbine engine, comprising: a first circumferentially extending liner having a longitudinal axis; a second circumferentially extending liner spaced radially outboard of and circumscribing the first liner; and a bulkhead extending between a forward end of the first liner and a forward end of the second liner and cooperating therewith to define a combustion chamber for combusting fuel in air, the bulkhead having a height, H1, and the combustion chamber having an exit height, H3, and a length, L; said annular combustor characterized in that the ratio of the bulkhead height to the combustor exit height, H1/H3, has a value in the range from 1.2 to 1.6. a first circumferentially extending liner having a longitudinal axis; a second circumferentially extending liner spaced radially outboard of and circumscribing the first liner; and a bulkhead extending between a forward end of the first liner and a forward end of the second liner and cooperating therewith to define a combustion chamber for combusting fuel in air, the bulkhead having a height, H1, and the combustion chamber having an exit height, H3, and a length, L; said annular combustor characterized in that the ratio of the bulkhead height to the combustor exit height, H1/H3, has a value in the range from 1.2 to 1.6.
A method performed by a core network node (13,14) for handling communication for a wireless device in a communication network, wherein the communication network comprises partitioned sets of functionalities wherein a first set of functionalities belongs to a first network slice supporting the wireless device, and a second set of functionalities belongs to a second network slice supporting the wireless device, and which first and second sets of functionalities are separated from one another and other sets of functionalities out of a total set of functionalities in the communication network; the method characterized by, - obtaining a common identity for defining paging occasion for the wireless device for paging from the first network slice and the second network slice; - receiving a paging request for the wireless device from the first network slice when the wireless device is in idle mode; and - initiating a paging procedure of the wireless device by using the obtained common identity to define when to page the wireless device. - obtaining a common identity for defining paging occasion for the wireless device for paging from the first network slice and the second network slice; - receiving a paging request for the wireless device from the first network slice when the wireless device is in idle mode; and - initiating a paging procedure of the wireless device by using the obtained common identity to define when to page the wireless device.
A method for increasing nicotine in a Nicotiana plant, comprising overexpressing an NBB1 gene relative to a control plant, wherein said NBB1 gene is a nucleic acid sequence that encodes the polypeptide in SEQ ID NO:2.