mhurhangee/ep-ind-claims huggingface dataset:
Sealing product, designed to be sealed on at least one ring-shaped sealing zone which surrounds the opening of a container, made from a sealing sheet comprising: a) a support layer; b) a typically co-extruded multi-layer structure, comprising i. on one of its faces, an adhesive layer including an adhesive material chosen so as to adhere to said support layer, ii. an intermediate layer made of plastic, and iii. on its other face, a sealing layer including a sealing material chosen so as to adhere, after heat sealing, to the ring-shaped sealing zone, characterized in that: c) said support layer is a fibrous material comprising at least 80% of vegetable fibers, has an average thickness expressed in terms of surface density of between 40 and 110 g/m 2 and has an elongation at rupture of at least 5% in whatever test direction; d) said intermediate layer is made of a plastic belonging to the group of polyamides and thermoplastic polyesters with good strength, able to undergo plastic deformation, the average thickness of the intermediate layer is greater than a tenth of the average thickness of the support layer when said average thicknesses are expressed in terms of surface density such that it endows the entire sealing product with sufficient malleability and resistance for it to be possible to stamp it without tearing so as to make a relief whose form is such that its base follows, at least discontinuously, a contour close to that of the internal edge of said ring-shaped sealing zone. a) a support layer; b) a typically co-extruded multi-layer structure, comprising i. on one of its faces, an adhesive layer including an adhesive material chosen so as to adhere to said support layer, ii. an intermediate layer made of plastic, and iii. on its other face, a sealing layer including a sealing material chosen so as to adhere, after heat sealing, to the ring-shaped sealing zone, i. on one of its faces, an adhesive layer including an adhesive material chosen so as to adhere to said support layer, ii. an intermediate layer made of plastic, and iii. on its other face, a sealing layer including a sealing material chosen so as to adhere, after heat sealing, to the ring-shaped sealing zone, c) said support layer is a fibrous material comprising at least 80% of vegetable fibers, has an average thickness expressed in terms of surface density of between 40 and 110 g/m 2 and has an elongation at rupture of at least 5% in whatever test direction; d) said intermediate layer is made of a plastic belonging to the group of polyamides and thermoplastic polyesters with good strength, able to undergo plastic deformation, the average thickness of the intermediate layer is greater than a tenth of the average thickness of the support layer when said average thicknesses are expressed in terms of surface density such that it endows the entire sealing product with sufficient malleability and resistance for it to be possible to stamp it without tearing so as to make a relief whose form is such that its base follows, at least discontinuously, a contour close to that of the internal edge of said ring-shaped sealing zone.
A GPU pipeline comprising a tessellation unit and post-tessellation blender hardware (106, 200), wherein the blender hardware comprises: an input for receiving an input domain space vertex output by the tessellation unit, the input domain space vertex comprising UV coordinates of the vertex, a blend weight of the vertex, and where UV coordinates of neighbour vertices are not inherent from the UV coordinates of the vertex itself, the UV coordinates of the neighbour vertices; a cache arranged to store data pairs, each data pair comprising UV coordinates and a world space vertex generated from the UV coordinates by one or more domain shaders; and a blend unit arranged to receive the blend weight of the input domain space vertex, world space vertices for the input domain space vertex and its neighbour vertices generated by the one or more domain shaders or accessed from the cache, and to generate a single world space vertex for the input domain space vertex using the received blend weight and world space vertices, wherein the cache is arranged to, in the event of a cache hit at a cache entry for UV coordinates, output the world space vertex from the cache entry, and in the event of a cache miss for UV coordinates, output the UV coordinates to the one or more domain shaders; and wherein the cache is arranged to receive and store world space vertices generated by the one or more domain shaders for input vertices and their neighbours. an input for receiving an input domain space vertex output by the tessellation unit, the input domain space vertex comprising UV coordinates of the vertex, a blend weight of the vertex, and where UV coordinates of neighbour vertices are not inherent from the UV coordinates of the vertex itself, the UV coordinates of the neighbour vertices; a cache arranged to store data pairs, each data pair comprising UV coordinates and a world space vertex generated from the UV coordinates by one or more domain shaders; and a blend unit arranged to receive the blend weight of the input domain space vertex, world space vertices for the input domain space vertex and its neighbour vertices generated by the one or more domain shaders or accessed from the cache, and to generate a single world space vertex for the input domain space vertex using the received blend weight and world space vertices, wherein the cache is arranged to, in the event of a cache hit at a cache entry for UV coordinates, output the world space vertex from the cache entry, and in the event of a cache miss for UV coordinates, output the UV coordinates to the one or more domain shaders; and wherein the cache is arranged to receive and store world space vertices generated by the one or more domain shaders for input vertices and their neighbours.
A facility for culturing pluripotent stem cell comprising: a stem cell conditioning area including a treatment room for receiving a somatic cell from outside and inducing pluripotent stem cell from the somatic cell, or a treatment room for receiving and conditioning induced pluripotent stem cell induced in other facilities from outside; a transport area including a main transport path extending outwardly from the treatment room and a plurality of branched transport paths from the main transport path; and a plurality of cell culture areas including a culture room for culturing the stem cell and an analysis room for analyzing the cultured cells, and being arranged along each branched transport path respectively, wherein the treatment room in the stem cell conditioning area is connected with the main transport path via a transfer-opening, and the culture room and the analysis room in each cell culture area are connected with the branched transport path, respectively, via a transfer-opening, and the stem cell conditioning area, each of the cell culture areas, and the transport area are provided with respective operator gates [22, (47+48), 33] to outside of all areas [20, 40, 30] individually, and no operator gate is provided between the stem cell conditioning area, each of the cell culture areas, and the transport area. a stem cell conditioning area including a treatment room for receiving a somatic cell from outside and inducing pluripotent stem cell from the somatic cell, or a treatment room for receiving and conditioning induced pluripotent stem cell induced in other facilities from outside; a transport area including a main transport path extending outwardly from the treatment room and a plurality of branched transport paths from the main transport path; and a plurality of cell culture areas including a culture room for culturing the stem cell and an analysis room for analyzing the cultured cells, and being arranged along each branched transport path respectively, wherein the treatment room in the stem cell conditioning area is connected with the main transport path via a transfer-opening, and the culture room and the analysis room in each cell culture area are connected with the branched transport path, respectively, via a transfer-opening, and the stem cell conditioning area, each of the cell culture areas, and the transport area are provided with respective operator gates [22, (47+48), 33] to outside of all areas [20, 40, 30] individually, and no operator gate is provided between the stem cell conditioning area, each of the cell culture areas, and the transport area.
A multilayer body, comprising a base body and a carbon material layer disposed on said base body, wherein said base body is water permeable; said base body is thermally insulating, wherein said base body has a thermal conductivity of less than 1 W/(m·K) in at least one direction when wetted with water; wherein said base body comprises a water absorbent material with capillary pores and a material with low thermal conductivity, said material with low thermal conductivity has a thermal conductivity of less than 1W/(m·K); wherein said material with low thermal conductivity is wrapped by said water absorbent material with capillary pores; or said material with low thermal conductivity is penetrated by said water absorbent material with capillary pores; water can be conveyed to the carbon material layer by virtue of capillary force provided by the capillary pores of the base body; said carbon material comprises a substance selected from the group consisting of: graphite, graphene, graphene oxide, graphene modified by chemical functional groups, carbon nanotubes and combinations thereof. said base body is thermally insulating, wherein said base body has a thermal conductivity of less than 1 W/(m·K) in at least one direction when wetted with water; wherein said base body comprises a water absorbent material with capillary pores and a material with low thermal conductivity, said material with low thermal conductivity has a thermal conductivity of less than 1W/(m·K); wherein said material with low thermal conductivity is wrapped by said water absorbent material with capillary pores; or said material with low thermal conductivity is penetrated by said water absorbent material with capillary pores; water can be conveyed to the carbon material layer by virtue of capillary force provided by the capillary pores of the base body; said carbon material comprises a substance selected from the group consisting of: graphite, graphene, graphene oxide, graphene modified by chemical functional groups, carbon nanotubes and combinations thereof.
Method for producing a ball sleeve joint having a ball sleeve which has a spherical bearing region, is provided with an assembly opening which is continuous in an axial direction, is slidably mounted by means of the bearing region in a ball shell and is arranged with the said ball shell in an outer sleeve, with the result that the ball sleeve extends out of the outer sleeve in the axial direction on both sides, a material which can solidify being injected into an intermediate space which runs around between the ball shell and the outer sleeve, by way of the solidification of which material the assembly which is formed from the ball sleeve and the ball shell is joined to the outer sleeve, characterized in that at least one axial end of the outer sleeve is formed radially to the inside at least in regions and is encapsulated by the material for axially securing the assembly which is formed from the ball sleeve and the ball shell in the outer sleeve.
A nonwoven fabric usable as a component in a personal hygiene product, said nonwoven fabric comprising: a first ribbon-shaped spunbond layer; a second ribbon-shaped spunbond layer; and a melt-blown layer between said first ribbon-shaped spunbond layer and said second ribbon-shaped spunbond layer, wherein said melt-blown layer is in direct contact with said first spunbond layer and said second spunbond layer, wherein said nonwoven fabric contains less than 10 % by weight non-ribbon shaped spunbond fibers, and wherein said nonwoven fabric has a basis weight of at least 8 gsm and not greater than 40 gsm, as measured according to ASTM D-756, a pore size of less than or equal to 27 microns when measured at 10% of cumulative filter flow, as measured using a capillary flow porometer, and low surface tension liquid strike through flow of less than 0.9 ml per second, as measured according to a modified EDANA test method WSP 70.3. a first ribbon-shaped spunbond layer; a second ribbon-shaped spunbond layer; and a melt-blown layer between said first ribbon-shaped spunbond layer and said second ribbon-shaped spunbond layer, wherein said melt-blown layer is in direct contact with said first spunbond layer and said second spunbond layer, wherein said nonwoven fabric contains less than 10 % by weight non-ribbon shaped spunbond fibers, and wherein said nonwoven fabric has a basis weight of at least 8 gsm and not greater than 40 gsm, as measured according to ASTM D-756, a pore size of less than or equal to 27 microns when measured at 10% of cumulative filter flow, as measured using a capillary flow porometer, and low surface tension liquid strike through flow of less than 0.9 ml per second, as measured according to a modified EDANA test method WSP 70.3.
An isolated polypeptide having beta-glucosidase activity, said polypeptide having at least 95% sequence identity to the mature polypeptide of SEQ ID NO: 2.
An insulation fixing assembly for flat roofs comprised of a bushing with a dish, a fixing element, preferably in the form of a bolt, being placed inside the bushing, wherein a washer, provided from the bottom with spikes and with a ring ended with teeth around the opening of the washer, is seated on the bushing near the dish, while from the top side the washer has an upwardly protruding rim forming a recess for the dish characterised in that said ring and said teet extend from the bottom of the washer downward, closely along and parallel to the outer surface of the bushing, so that said ring and said teeth form the opening, which closely receives said bushing, wherein the spikes being arranged at a distance of 75% to 85% of the outer radius R of the washer and said spikes are arranged on the washer at an equal distance from the centre of the washer.
A process of forming a Ziegler-Natta catalyst component comprising: contacting an alkyl magnesium compound with an alcohol and a first organoaluminum compound to form a magnesium dialkoxide compound wherein the first organoaluminum compound is trimethyl aluminum, triisobutyl aluminum (TIBAl), triethyl aluminum (TEAl) or tri-n-octylaluminum (TNOAl); contacting the magnesium dialkoxide compound with a titanating agent to form reaction product "A"; reacting reaction product "A" with TiCl 4 to form reaction product "B"; reacting reaction product "B" with a second organoaluminum compound to form a Ziegler-Natta catalyst component; and contacting the Ziegler-Natta catalyst component with an activator, wherein the activator is TiBAl. contacting an alkyl magnesium compound with an alcohol and a first organoaluminum compound to form a magnesium dialkoxide compound wherein the first organoaluminum compound is trimethyl aluminum, triisobutyl aluminum (TIBAl), triethyl aluminum (TEAl) or tri-n-octylaluminum (TNOAl); contacting the magnesium dialkoxide compound with a titanating agent to form reaction product "A"; reacting reaction product "A" with TiCl 4 to form reaction product "B"; reacting reaction product "B" with a second organoaluminum compound to form a Ziegler-Natta catalyst component; and contacting the Ziegler-Natta catalyst component with an activator, wherein the activator is TiBAl.
A specimen collection treatment instrument, comprising: a tubular portion insertable into a body; a cell collecting hole portion comprising a through-hole which allows a distal end portion outer periphery and an internal space of the tubular portion to communicate with each other; an edge (11, 11A, 11C) for specimen cutting; a rod portion that is inserted in the tubular portion, and is advanceable and retractable with respect to the tubular portion mutually, wherein the rod portion has a thin portion thinner than other portions of the rod portion; and an ultrasound observation section (20, 50) disposed at a distal end of the thin portion of the the rod portion; wherein the tubular portion has ultrasound transmissivity, characterized in that at a part of a distal end side of the tubular portion, a shielding portion which shields the part of the distal end side from ultrasound is disposed; the rod portion is configured to be extractably inserted into the tubular portion; the thin portion forms, between an outer circumferential face of the thin portion and an inner face of the tubular portion, a specimen housing chamber that is configured by a space which is closed at front and rear and configured to house a specimen that is collected through the cell collecting hole portion; and that the edge for specimen cutting is formed to be at an acute angle by an inner periphery of the cell collecting hole portion and a surface of the tubular portion. a tubular portion insertable into a body; a cell collecting hole portion comprising a through-hole which allows a distal end portion outer periphery and an internal space of the tubular portion to communicate with each other; an edge (11, 11A, 11C) for specimen cutting; a rod portion that is inserted in the tubular portion, and is advanceable and retractable with respect to the tubular portion mutually, wherein the rod portion has a thin portion thinner than other portions of the rod portion; and an ultrasound observation section (20, 50) disposed at a distal end of the thin portion of the the rod portion; wherein the tubular portion has ultrasound transmissivity, characterized in that at a part of a distal end side of the tubular portion, a shielding portion which shields the part of the distal end side from ultrasound is disposed; the rod portion is configured to be extractably inserted into the tubular portion; the thin portion forms, between an outer circumferential face of the thin portion and an inner face of the tubular portion, a specimen housing chamber that is configured by a space which is closed at front and rear and configured to house a specimen that is collected through the cell collecting hole portion; and that the edge for specimen cutting is formed to be at an acute angle by an inner periphery of the cell collecting hole portion and a surface of the tubular portion.
A system for providing dynamic account and user device management comprising: one or more processors communicatively coupled to a network, wherein the one or more processors are configured to: identify a user device to be managed; transmit to the user device a request for delegate authority to manage the user device; receive from the user device delegate authority to manage the user device; provide network access to the user device; and manage the user device and monitor data communicated to and from the user device; wherein the delegate authority comprises a range of authority. identify a user device to be managed; transmit to the user device a request for delegate authority to manage the user device; receive from the user device delegate authority to manage the user device; provide network access to the user device; and manage the user device and monitor data communicated to and from the user device; wherein the delegate authority comprises a range of authority.
A monofilament fiber comprising at least one polymeric resin and at least one coated filler having a top cut of less than 10 microns, wherein the at least one coated filler comprises at least one ground calcium carbonate and at least one coating, and wherein the at least one coated filler is present in the fiber in an amount less than 10 wt%, relative to the total weight of the monofilament fiber and wherein the at least one coating is at least one organic material chosen from fatty acids and salts and esters thereof and the top cut is the largest particle size that can be identified in the filler by a Microtrac® 100 particle size analyzer and wherein the monofilament fiber has a size ranging from 0.5 to 5 denier.
A prompting method for a cooker hood, the cooker hood comprising a filter cartridge, comprising: obtaining current monitoring data about the cooker hood; determining a current cooking mode based on the current monitoring data; determining a current greasy dirt adhesion amount of the filter cartridge based on the current cooking mode; adding the current greasy dirt adhesion amount and a historical greasy dirt adhesion amount to obtain a current accumulated greasy dirt adhesion amount; and triggering, when the current accumulated greasy dirt adhesion amount is greater than or equal to an accumulated greasy dirt adhesion amount threshold, prompt information about replacing the filter cartridge. obtaining current monitoring data about the cooker hood; determining a current cooking mode based on the current monitoring data; determining a current greasy dirt adhesion amount of the filter cartridge based on the current cooking mode; adding the current greasy dirt adhesion amount and a historical greasy dirt adhesion amount to obtain a current accumulated greasy dirt adhesion amount; and triggering, when the current accumulated greasy dirt adhesion amount is greater than or equal to an accumulated greasy dirt adhesion amount threshold, prompt information about replacing the filter cartridge.
A digital imaging method for use with an endoscope in ambient light deficient environments comprising: illuminating an environment using a source of visible, infrared or ultraviolet electromagnetic radiation; continuously focusing a scene onto a pixel array of a sensor; sensing reflected electromagnetic radiation with said pixel array, wherein said pixel array generates image data; creating an image frame from said image data; detecting image textures and edges within the image frame; enhancing textures and edges within the image frame; retrieving from memory internal sensor properties pertaining to a pixel technology comprising a known-conversion gain for a given pixel or group of pixels and an applied sensor gain to: determine an expectation for the magnitude of noise for each pixel within an image frame based on the known-conversion gain for a given pixel or group of pixels; using said expectation for the magnitude of noise to control the enhancing of the textures and edges within the image frame; and creating a stream of images by sequentially combining a plurality of image frames. illuminating an environment using a source of visible, infrared or ultraviolet electromagnetic radiation; continuously focusing a scene onto a pixel array of a sensor; sensing reflected electromagnetic radiation with said pixel array, wherein said pixel array generates image data; creating an image frame from said image data; detecting image textures and edges within the image frame; enhancing textures and edges within the image frame; retrieving from memory internal sensor properties pertaining to a pixel technology comprising a known-conversion gain for a given pixel or group of pixels and an applied sensor gain to: determine an expectation for the magnitude of noise for each pixel within an image frame based on the known-conversion gain for a given pixel or group of pixels; using said expectation for the magnitude of noise to control the enhancing of the textures and edges within the image frame; and creating a stream of images by sequentially combining a plurality of image frames. determine an expectation for the magnitude of noise for each pixel within an image frame based on the known-conversion gain for a given pixel or group of pixels; using said expectation for the magnitude of noise to control the enhancing of the textures and edges within the image frame; and creating a stream of images by sequentially combining a plurality of image frames.