mhurhangee/ep-ind-claims huggingface dataset:
A hydrogel contact lens, comprising: a lens body comprising an interpenetrating network of a first polymer component and at least one second polymer physically entrapped with said first polymer component, which lens body is the reaction product of a polymerizable composition, the polymerizable composition comprising one or more monomers, at least one crosslinker that crosslinks the one or more monomers during polymerization, and the at least one second polymer, wherein said one or more monomers and at least one crosslinker form the first polymer component, wherein the monomers of the polymerizable composition contain at least one hydrophilic monomeric component selected from 2-hydroxyethyl methacrylate (HEMA), 2- (3-phenyl-3-methylcyclobutyl)-2-hydroxyethyl methacrylate (PC-HEMA), 2-hydroxyethyl acrylate, 2-hydroxypropyI methacrylate, 2-hydroxypropyl methacrylate, 2-hydroxypropyl acrylate, 3-hydroxypropyl methacrylate, glycerol mono-acrylate, glycerol mono-methacrylate and N-vinylpyrrolidone and acrylamide, characterized in that the at least one second polymer is a polymer of 2-methacryloyloxyethyl phosphorylcholine. a lens body comprising an interpenetrating network of a first polymer component and at least one second polymer physically entrapped with said first polymer component, which lens body is the reaction product of a polymerizable composition, the polymerizable composition comprising one or more monomers, at least one crosslinker that crosslinks the one or more monomers during polymerization, and the at least one second polymer, wherein said one or more monomers and at least one crosslinker form the first polymer component, wherein the monomers of the polymerizable composition contain at least one hydrophilic monomeric component selected from 2-hydroxyethyl methacrylate (HEMA), 2- (3-phenyl-3-methylcyclobutyl)-2-hydroxyethyl methacrylate (PC-HEMA), 2-hydroxyethyl acrylate, 2-hydroxypropyI methacrylate, 2-hydroxypropyl methacrylate, 2-hydroxypropyl acrylate, 3-hydroxypropyl methacrylate, glycerol mono-acrylate, glycerol mono-methacrylate and N-vinylpyrrolidone and acrylamide, characterized in that the at least one second polymer is a polymer of 2-methacryloyloxyethyl phosphorylcholine.
Method for protecting honeybees from predatory insects, wherein at least one of the insects is captured and at least partially immobilized, at least one insecticidal substance adhering to the insect is applied to the chest of the insect so that the insect cannot completely remove the substance, and subsequently the insect is mobilized.
A facial breathing mask, primarily for regulating the carbon dioxide concentration in the inspired air as well as the depth and rate of breathing, said facial mask comprising in combination: - a primary air chamber and a primary opening in said chamber through which the user can breathe, said chamber being made of any material - at least one semi-permeable membrane in the surface of said primary chamber, separating said primary air chamber and a surrounding atmosphere - at least one flexible air chamber in fluid connection with said primary chamber, said flexible air chamber having a volume which can expand and contract according to the mass of air inside said flexible air chamber, said flexible air chamber being made of any material. - a primary air chamber and a primary opening in said chamber through which the user can breathe, said chamber being made of any material - at least one semi-permeable membrane in the surface of said primary chamber, separating said primary air chamber and a surrounding atmosphere - at least one flexible air chamber in fluid connection with said primary chamber, said flexible air chamber having a volume which can expand and contract according to the mass of air inside said flexible air chamber, said flexible air chamber being made of any material.
A catalyst article for treating exhaust gas comprising a substrate having a first catalyst layer disposed on and/or within the substrate and a second catalyst layer coated over the first catalyst layer; wherein the first catalyst layer comprises a first oxidation catalyst, wherein the first oxidation catalyst is a supported noble metal, and the second catalyst layer contains a mixture of (i) a second oxidation catalyst consisting of supported palladium and (ii) a catalyst for selectively reducing NO x and/or storing NH 3, wherein the catalyst for selectively reducing NO x and/or storing NH 3 is a Fe and/or Cu loaded zeolite; and wherein the first and second oxidation catalysts are different formulations.
A functional truncated human GDE polypeptide, which is deleted of at least about 10, 20, 30, 40, 50, 60, 75, 90, 100, 125, 150, 175, 190, 200, 225, 250, 275, 300, 325, 350, 375, 400, 425, 450, 475, 500 or at least about 525 amino acids with respect to a reference full-length human GDE sequence, in particular a reference full-length human GDE sequence having an amino acid sequence as shown in SEQ ID NO:1, SEQ ID NO:40 or SEQ ID NO:41.
A work head comprising: a head main body; multiple movable bodies (130, 132) held to be approachable to or separatable from each other by the head main body; and an air passage formed, being open toward a space between the multiple movable bodies (130, 132), on a lower face of the head main body, wherein the work head being configured to grip a holding tool (290, 320), being configured to hold a component, by causing the multiple movable bodies (130, 132) to approach the holding tool (290, 320) to be communicated with the air passage, so that the holding tool (290, 320) holds the component by air supplied thereto via the air passage and characterized in that the work head further being configured to fix two or more claws (200, 202, 260, 262) to two or more movable bodies (130, 132) among the multiple movable bodies (130, 132) via a fixing mechanism (174, 176) built in the two or more movable bodies (130, 132), so that the component is gripped by the two or more claws (200, 202, 260, 262). a head main body; multiple movable bodies (130, 132) held to be approachable to or separatable from each other by the head main body; and an air passage formed, being open toward a space between the multiple movable bodies (130, 132), on a lower face of the head main body, wherein the work head being configured to grip a holding tool (290, 320), being configured to hold a component, by causing the multiple movable bodies (130, 132) to approach the holding tool (290, 320) to be communicated with the air passage, so that the holding tool (290, 320) holds the component by air supplied thereto via the air passage and characterized in that the work head further being configured to fix two or more claws (200, 202, 260, 262) to two or more movable bodies (130, 132) among the multiple movable bodies (130, 132) via a fixing mechanism (174, 176) built in the two or more movable bodies (130, 132), so that the component is gripped by the two or more claws (200, 202, 260, 262).
An indoor unit (100, 200, 300, 400) of an air-conditioning apparatus comprising: a heat exchanger that performs part of a refrigeration cycle; an imaging device that captures an image of a room; a controller that controls at least the refrigeration cycle, based on information of a person whose image is captured by the imaging device; a fan that blows air conditioned at the heat exchanger; and an air flow direction adjusting device (9, 10) that adjusts a blowing direction of the conditioned air blown by the fan, characterized in that wherein when the refrigeration cycle is stopped, in a case where a face of the person whose image is captured by the imaging device remains stationarily facing the imaging device for a preset recognition time, the controller is configured to activate the refrigeration cycle, wherein after activating the refrigeration cycle, the controller is configured to identify a location of the person, and control the air flow direction adjusting device (9, 10) so that the conditioned air is blown toward the identified location of the person, wherein in a case where the person has moved after the air flow direction adjusting device (9, 10) is controlled so that the conditioned air is blown toward the identified location of the person, the controller is configured to identify a movement destination of the person by tracking movement of the person and controls the air flow direction adjusting device (9, 10) so that the conditioned air is blown toward the identified movement destination. a heat exchanger that performs part of a refrigeration cycle; an imaging device that captures an image of a room; a controller that controls at least the refrigeration cycle, based on information of a person whose image is captured by the imaging device; a fan that blows air conditioned at the heat exchanger; and an air flow direction adjusting device (9, 10) that adjusts a blowing direction of the conditioned air blown by the fan, characterized in that wherein when the refrigeration cycle is stopped, in a case where a face of the person whose image is captured by the imaging device remains stationarily facing the imaging device for a preset recognition time, the controller is configured to activate the refrigeration cycle, wherein after activating the refrigeration cycle, the controller is configured to identify a location of the person, and control the air flow direction adjusting device (9, 10) so that the conditioned air is blown toward the identified location of the person, wherein in a case where the person has moved after the air flow direction adjusting device (9, 10) is controlled so that the conditioned air is blown toward the identified location of the person, the controller is configured to identify a movement destination of the person by tracking movement of the person and controls the air flow direction adjusting device (9, 10) so that the conditioned air is blown toward the identified movement destination.
Method for heating a kiln chamber in which, using a multi-fuel burner (1, 24, 44), a primary fuel and a primary oxidant as well as at least one secondary fuel and a secondary oxidant are introduced into a kiln chamber (5, 27, 47), characterized in that as secondary oxidant, use is made of liquid oxygen which is introduced using an oxygen lance (8, 25, 45) and which, before being introduced, is brought into thermal contact with a medium whose temperature is below the temperature of the liquid oxygen and is thereby subcooled and introduced into the kiln chamber (5, 27, 47) as a liquid jet (21, 30, 53), wherein the oxygen is subcooled to a temperature that is chosen such that the oxygen remains in the liquid state as it is transported through the oxygen lance (8, 25, 45) and at least partially during its flight through the kiln chamber (5, 27, 47).
A solid pharmaceutical tablet for oral delivery, the tablet comprising calcium carbonate in an amount of more than 30% by weight of the tablet and organic water-insoluble components in an amount of more than 20% by weight of the tablet, wherein the tablet is designed to be masticated into a coherent residual containing the organic water-insoluble components, wherein the tablet is provided as a multi-layer tablet comprising a first layer and a second layer, wherein the tablet comprises elastomer and resins, wherein the elastomer and resins are contained in first layer, and wherein the second layer comprises at least 70% by weight of said calcium carbonate, wherein the tablet is composed of a pressed mixture of particles and/or granules, and wherein the tablet is adapted to release more than 80% of the calcium carbonate within 5 minutes of mastication. wherein the tablet is provided as a multi-layer tablet comprising a first layer and a second layer, wherein the tablet comprises elastomer and resins, wherein the elastomer and resins are contained in first layer, and wherein the second layer comprises at least 70% by weight of said calcium carbonate, wherein the tablet is composed of a pressed mixture of particles and/or granules, and wherein the tablet is adapted to release more than 80% of the calcium carbonate within 5 minutes of mastication.
A garment hanger (100, 300) comprising: a primary support (110, 310) including a hook and elements (113A, 113B) constructed and arranged to suspend a top portion of a garment; an auxiliary support (130, 330) including a bar (131, 331) for suspending a bottom portion of the garment, shortening a total length of the garment thus supported; and the primary support (110, 310) and the auxiliary support (130, 330) including cooperative, non-locking elements detachably suspending the auxiliary support (130, 330) from the primary support (110, 310) with the bar (131, 331) close to the primary support (110, 310), characterised in that the non-locking elements are held in respective recesses in primary support(110, 310) and auxiliary support (130, 330). a primary support (110, 310) including a hook and elements (113A, 113B) constructed and arranged to suspend a top portion of a garment; an auxiliary support (130, 330) including a bar (131, 331) for suspending a bottom portion of the garment, shortening a total length of the garment thus supported; and the primary support (110, 310) and the auxiliary support (130, 330) including cooperative, non-locking elements detachably suspending the auxiliary support (130, 330) from the primary support (110, 310) with the bar (131, 331) close to the primary support (110, 310), characterised in that the non-locking elements are held in respective recesses in primary support(110, 310) and auxiliary support (130, 330).
A front bumper skin provided with a mounting opening suitable for mounting a headlight, wherein the front bumper skin comprises a covering member arranged along the edge of the mounting opening to shield a gap at the edge of the mounting opening, and wherein the covering member at least covers the lower edge of the mounting opening, characterized in that the covering member is configured as a substantially L-shape and comprises a first covering part arranged along the lower edge of the mounting opening and a second covering part extending from the first covering part along the side edge of the mounting opening.
A vehicle suspension control system, characterised in that the control system comprises a vehicle-mounted time of flight camera system having a forward facing camera (12; 112), the system being configured to illuminate and repeatedly capture an image of the scene ahead of the vehicle (10; 110) to determine image data, wherein the system is further configured to: identify topographical features in the scene (15, 16, 17, 18; 114, 115, 116); identify the forward travelling speed of the vehicle based on the image data from the system; and automatically adjust suspension parameters of the vehicle in advance according to the nature of said features and an expected speed of the vehicle when it reaches a feature. identify topographical features in the scene (15, 16, 17, 18; 114, 115, 116); identify the forward travelling speed of the vehicle based on the image data from the system; and automatically adjust suspension parameters of the vehicle in advance according to the nature of said features and an expected speed of the vehicle when it reaches a feature.
A device for cardiac surgery, comprising: a frame; a plurality of pairs of suture guides (48,50,52) spaced about the frame; a plurality of suture tubes (124 A-C), with one suture tube (124 A-C) corresponding to each pair of suture guides (48,50,52); a plurality of snares (126 A-C), each corresponding to and passed through one of the plurality of suture tubes (124 A-C) so that a handle (128 A-C) at one end of the snare (126 A-C) protrudes from a proximal end of the corresponding suture tube (124 A-C) and a snare loop (132 A-C) at another end of the snare (126 A-C) protrudes through a distal end of the corresponding suture tube (124 A-C), and wherein the snare loop (132 A-C) further protrudes through one of the suture guides (48B,50A,52A) in the corresponding pair of suture guides (48,50,52); and a plurality of sutures (136 A-C), each corresponding to one of the pairs of suture guides (48,50,52) and coupled to the suture guide (48A,50B,52B) in the corresponding pair of suture guides (48,50,52) which does not have the snare loop passing through it. a frame; a plurality of pairs of suture guides (48,50,52) spaced about the frame; a plurality of suture tubes (124 A-C), with one suture tube (124 A-C) corresponding to each pair of suture guides (48,50,52); a plurality of snares (126 A-C), each corresponding to and passed through one of the plurality of suture tubes (124 A-C) so that a handle (128 A-C) at one end of the snare (126 A-C) protrudes from a proximal end of the corresponding suture tube (124 A-C) and a snare loop (132 A-C) at another end of the snare (126 A-C) protrudes through a distal end of the corresponding suture tube (124 A-C), and wherein the snare loop (132 A-C) further protrudes through one of the suture guides (48B,50A,52A) in the corresponding pair of suture guides (48,50,52); and a plurality of sutures (136 A-C), each corresponding to one of the pairs of suture guides (48,50,52) and coupled to the suture guide (48A,50B,52B) in the corresponding pair of suture guides (48,50,52) which does not have the snare loop passing through it.
Pipe drilling device for an irrigation pipe manufacturing system comprising a continuous pipe feeder capable of making a pipe equipped with drippers within the pipe and having a water outlet, said pipe circulating along a predetermined circulation direction (X-X') while keeping the drippers' water outlet in a predetermined dripper orientation (Z-Z'), characterised in that said pipe drilling device includes a rotary drilling unit which rotates around an axis of rotation (Y-Y') which is orthogonal to said circulation direction (X-X') and to said dripper orientation (Z-Z'), said rotary drilling unit being equipped with at least one drilling tool performing a rotating motion around its own longitudinal axis and being distant from the pipe so that said drilling tool is able to drill a hole in the pipe wall at a location of a dripper when the angular position of the drilling tool corresponds to the closest position from the pipe.
A printing system including an information processing apparatus and a production system, the information processing apparatus being able to communicate with an external apparatus and the production system, the information processing apparatus comprising: receiving means for receiving print data and quality request data from the external apparatus; and interpretation means for interpreting the received quality request data; wherein the printing system further comprises: processing means for performing prepress processing of the received print data based on an interpretation result of the quality request data interpreted by the interpretation means; print data sending means for sending the print data on which the prepress processing is performed to the production system; and inspection settings sending means for sending inspection settings which are based on the quality request data to the production system, wherein the production system comprises: inspection means for inspecting a print product printed based on the print data by the production system and the inspection settings. receiving means for receiving print data and quality request data from the external apparatus; and interpretation means for interpreting the received quality request data; wherein the printing system further comprises: processing means for performing prepress processing of the received print data based on an interpretation result of the quality request data interpreted by the interpretation means; print data sending means for sending the print data on which the prepress processing is performed to the production system; and inspection settings sending means for sending inspection settings which are based on the quality request data to the production system, wherein the production system comprises: inspection means for inspecting a print product printed based on the print data by the production system and the inspection settings. processing means for performing prepress processing of the received print data based on an interpretation result of the quality request data interpreted by the interpretation means; print data sending means for sending the print data on which the prepress processing is performed to the production system; and inspection settings sending means for sending inspection settings which are based on the quality request data to the production system, wherein the production system comprises: inspection means for inspecting a print product printed based on the print data by the production system and the inspection settings.
A screw extruder for extruding a kneaded material, comprising: a screw (2, 3) having a helical flight (7, 13) provided on an outer peripheral surface of a shaft portion thereof; and a chamber housing the screw (2, 3), wherein the screw (2, 3) has a supply rotation direction in which the screw (2, 3) is rotated for extruding the kneaded material to a chamber downstream portion; characterized in that a flight thickening portion (8, 12) is provided at a part which is a tip portion of the flight (7, 13) and is on the reverse side in view of the supply rotation direction of the flight (7, 13); an outer peripheral surface of the tip portion where the flight thickening portion (8, 12) is provided is formed in an arc shape in the supply rotation direction of the flight (7, 13); and at least a part of an inner wall surface of the chamber has an arc shape so that a gap having a uniform dimension is formed between the at least a part of the inner wall surface of the chamber and the outer peripheral surface (7a, 8a) of the tip portion including the flight thickening portion (8, 12). a screw (2, 3) having a helical flight (7, 13) provided on an outer peripheral surface of a shaft portion thereof; and a chamber housing the screw (2, 3), wherein the screw (2, 3) has a supply rotation direction in which the screw (2, 3) is rotated for extruding the kneaded material to a chamber downstream portion; characterized in that a flight thickening portion (8, 12) is provided at a part which is a tip portion of the flight (7, 13) and is on the reverse side in view of the supply rotation direction of the flight (7, 13); an outer peripheral surface of the tip portion where the flight thickening portion (8, 12) is provided is formed in an arc shape in the supply rotation direction of the flight (7, 13); and at least a part of an inner wall surface of the chamber has an arc shape so that a gap having a uniform dimension is formed between the at least a part of the inner wall surface of the chamber and the outer peripheral surface (7a, 8a) of the tip portion including the flight thickening portion (8, 12).