mhurhangee/patent-ind-claim-en huggingface dataset:
A filter element comprising: (a) a media pack comprising opposite first and second flow faces with flutes extending in a direction therebetween; a sidewall extending between the first and second flow faces; (i) the first flow face being an outlet flow face, and second flow faces being an inlet flow face; and (b) a gasket secured to the sidewall; the gasket having a sealing portion and an attachment portion; the sealing portion having a flat surface at least 25.5 mm (one inch) long and being between planar with and 12.7 mm (0.5 inches) recessed from the first flow face, inclusive; (i) the gasket defining an undercut between the attachment portion and the sealing portion; (ii) the sealing portion including first and second angled surfaces slanting toward each other to meet at an apex; (A) the first angled surface extending from the attachment portion to the apex; (B) the second angled surface extending from the flat surface to the apex; (C) the undercut being defined as a gap between the first angled surface and the attachment portion; and (iii) the first angled surface and the attachment portion being joined by a base. (a) a media pack comprising opposite first and second flow faces with flutes extending in a direction therebetween; a sidewall extending between the first and second flow faces; (i) the first flow face being an outlet flow face, and second flow faces being an inlet flow face; and (i) the first flow face being an outlet flow face, and second flow faces being an inlet flow face; and (b) a gasket secured to the sidewall; the gasket having a sealing portion and an attachment portion; the sealing portion having a flat surface at least 25.5 mm (one inch) long and being between planar with and 12.7 mm (0.5 inches) recessed from the first flow face, inclusive; (i) the gasket defining an undercut between the attachment portion and the sealing portion; (ii) the sealing portion including first and second angled surfaces slanting toward each other to meet at an apex; (A) the first angled surface extending from the attachment portion to the apex; (B) the second angled surface extending from the flat surface to the apex; (C) the undercut being defined as a gap between the first angled surface and the attachment portion; and (iii) the first angled surface and the attachment portion being joined by a base. (i) the gasket defining an undercut between the attachment portion and the sealing portion; (ii) the sealing portion including first and second angled surfaces slanting toward each other to meet at an apex; (A) the first angled surface extending from the attachment portion to the apex; (B) the second angled surface extending from the flat surface to the apex; (C) the undercut being defined as a gap between the first angled surface and the attachment portion; and (A) the first angled surface extending from the attachment portion to the apex; (B) the second angled surface extending from the flat surface to the apex; (C) the undercut being defined as a gap between the first angled surface and the attachment portion; and (iii) the first angled surface and the attachment portion being joined by a base.
A uniaxially tracking solar element comprising a carrier structure and an axis module rotatably supported thereon, and a plurality of crossmembers , connected to the axis module, for supporting at least one solar module, the axis module being rotatable about an axis of symmetry, and on its circumference being divided into a plurality of casing section profiles that adjoin one another along their longitudinal edges, characterized in that a plurality of through openings are associated with the casing section profiles , and in an assembled state of the axis module the through openings are situated opposite one another in pairs in such a way that they form a receiving channel for the passage of a respective crossmember .
A bioreactor apparatus for a lung or a portion of a lung that includes a hierarchical vascular structure, comprising: an organ chamber configured to hold a lung matrix scaffold into which at least one fluid is perfused; an ingress line connecting the organ chamber and a reservoir system , wherein the ingress line includes any of the following: a fluid line, an arterial line , a venous line , a tracheal line , or an ingress pump; an egress line connecting the organ chamber and the reservoir system, wherein the egress line includes a bi-directional egress pump ; a controller configured to control fluid exchange between the organ chamber and the reservoir system through the ingress line and the egress line; and a chamber pressure sensor connected to the organ chamber, wherein the chamber pressure sensor is configured to record and transmit the chamber pressure to the controller, wherein, during negative pressure wet ventilation, the controller is to monitor pressure in the organ chamber using the chamber pressure sensor and correct for fluid shifts through the lung matrix into the organ chamber by adjusting direction and duration of the activation of the bi-directional egress pump. an organ chamber configured to hold a lung matrix scaffold into which at least one fluid is perfused; an ingress line connecting the organ chamber and a reservoir system , wherein the ingress line includes any of the following: a fluid line, an arterial line , a venous line , a tracheal line , or an ingress pump; an egress line connecting the organ chamber and the reservoir system, wherein the egress line includes a bi-directional egress pump ; a controller configured to control fluid exchange between the organ chamber and the reservoir system through the ingress line and the egress line; and a chamber pressure sensor connected to the organ chamber, wherein the chamber pressure sensor is configured to record and transmit the chamber pressure to the controller, wherein, during negative pressure wet ventilation, the controller is to monitor pressure in the organ chamber using the chamber pressure sensor and correct for fluid shifts through the lung matrix into the organ chamber by adjusting direction and duration of the activation of the bi-directional egress pump.
Safety device for controlling safety-relevant functions in an elevator system , the safety device being configured, on the basis of input signals from at least one first component of the elevator system that provide information regarding current conditions within the elevator system , - both to actuate at least one second component of the elevator system in such a way that an unintended travel movement of a car of the elevator system is prevented, - and also to actuate at least one third component of the elevator system in such a way that an unintended movement of a car door is prevented, characterized in that all the components forming the safety device are integrated in a common housing so as to form a unit. - both to actuate at least one second component of the elevator system in such a way that an unintended travel movement of a car of the elevator system is prevented, - and also to actuate at least one third component of the elevator system in such a way that an unintended movement of a car door is prevented, characterized in that
Material feeding device to be used in a material processing device, the material feeding device having at least one material feeding channel , the material feeding channel having an output end facing a processing site during operation of the material feeding device , characterized in that the material feeding device has at least one microchannel , the at least one microchannel having, at least in one place, a wall thickness of less than 0.5 mm, preferably less than 0.3 mm and particularly preferably less than 0.2 mm and being connected to a coolant supply.
A method for wireless communication at a user equipment, UE, in a wireless communication network , wherein the UE is configured to operate with a plurality of component carriers (430-440; 1430-1440) comprising uplink and downlink component carriers of the wireless communication network , the plurality of component carriers (430-440; 1430-1440) comprising a primary uplink component carrier and one or more secondary uplink component carriers, the method comprising: receiving a request for a random access procedure, wherein the request is received on a first downlink component carrier of the plurality of component carriers; selecting an uplink component carrier from among the plurality of component carriers (430; 440; 1430; 1440) for transmitting a random access message in response to the request for the random access procedure based on an association between the selected uplink component carrier and the first downlink component carrier; transmitting the random access message on the selected uplink component carrier; and receiving a response to the transmitted random access message , characterized in that the response is scrambled by a component carrier-specific signature sequence or a component carrier-specific radio network temporary identifier, RNTI, identifying a particular uplink component carrier, in order to enable cross carrier control. receiving a request for a random access procedure, wherein the request is received on a first downlink component carrier of the plurality of component carriers; selecting an uplink component carrier from among the plurality of component carriers (430; 440; 1430; 1440) for transmitting a random access message in response to the request for the random access procedure based on an association between the selected uplink component carrier and the first downlink component carrier; transmitting the random access message on the selected uplink component carrier; and receiving a response to the transmitted random access message , characterized in that the response is scrambled by a component carrier-specific signature sequence or a component carrier-specific radio network temporary identifier, RNTI, identifying a particular uplink component carrier, in order to enable cross carrier control.
A particle or particles containing (i) at least one hydrophobic matrix material and (ii) at least one volatile substance characterized in that a single particle contains 60% to 90% by weight of the at least one matrix material, whereby the at least one matrix material is selected from hydrogenated triglycerides, preferably vegetal triglycerides preferably palm oil, sunflower oil, corn oil, rapeseed oil, peanut oil or soybean oil, that are solid or semi-solid at 20 °C and 1 atmosphere, the single particle contains 10% to 40% by weight of the at least one volatile substance, whereby the at least one volatile substance is selected from essential oils and/or plant extracts, the at least one volatile substance has a vapor pressure at 125 °C in the range from 10 mm Hg to 200 mm Hg, preferably from 30 mm Hg to 70 mm Hg, the at least one volatile substance is homogeneously distributed in the at least one matrix material, and the particle has a sphericity from 0.800 to 0.999, whereby the particles maintains flowability. (i) at least one hydrophobic matrix material and (ii) at least one volatile substance a single particle contains 60% to 90% by weight of the at least one matrix material, whereby the at least one matrix material is selected from hydrogenated triglycerides, preferably vegetal triglycerides preferably palm oil, sunflower oil, corn oil, rapeseed oil, peanut oil or soybean oil, that are solid or semi-solid at 20 °C and 1 atmosphere, the single particle contains 10% to 40% by weight of the at least one volatile substance, whereby the at least one volatile substance is selected from essential oils and/or plant extracts, the at least one volatile substance has a vapor pressure at 125 °C in the range from 10 mm Hg to 200 mm Hg, preferably from 30 mm Hg to 70 mm Hg, the at least one volatile substance is homogeneously distributed in the at least one matrix material, and the particle has a sphericity from 0.800 to 0.999, whereby the particles maintains flowability.
Sealing arrangement for a vehicle window pane comprising at least - a retaining rail with a latching channel , wherein the latching channel comprises a guide rail and a spring leg and the retaining rail is fastened to a window pane , - a cover with a latching rail , wherein the guide rail , together with the spring leg , surrounds the latching rail in the latching channel , wherein the spring leg and the latching rail are oriented so as to latch parallel to each other, wherein - the cover makes contact, by means of a cover edge , with a glass edge of the window pane , - the guide rail comprises a spring element and the spring element is arranged and tensioned against a contact surface on the bottom of the cover , and - wherein the guide rail bears against the latching rail via a centering cam and, together with the cover edge , fixes and centers the cover in the latching channel . - a retaining rail with a latching channel , wherein the latching channel comprises a guide rail and a spring leg and the retaining rail is fastened to a window pane , - a cover with a latching rail , wherein the guide rail , together with the spring leg , surrounds the latching rail in the latching channel , wherein the spring leg and the latching rail are oriented so as to latch parallel to each other, wherein - the cover makes contact, by means of a cover edge , with a glass edge of the window pane , - the guide rail comprises a spring element and the spring element is arranged and tensioned against a contact surface on the bottom of the cover , and - wherein the guide rail bears against the latching rail via a centering cam and, together with the cover edge , fixes and centers the cover in the latching channel .
An apparatus to perform a stencil calculation comprising: a processor component (150; 350); a storage (160; 360) communicatively coupled to the processor component (150; 350); and an interleaving component for execution by the processor component to interleave storage of data of cells of adjacent rows of a first plane with data of cells of adjacent rows of an adjacent second plane of a three-dimensional, 3D, array among contiguous storage locations of the storage (160; 360), the interleaving component to generate an alternating order of adjacent rows from the first plane and the second plane of the 3D array in an interleaving pattern by interleaving on a row-by-row basis causing at least one row of the first plane to be followed by a same row of the adjacent second plane in contiguous storage locations of the storage (160; 360). a processor component (150; 350); a storage (160; 360) communicatively coupled to the processor component (150; 350); and an interleaving component for execution by the processor component to interleave storage of data of cells of adjacent rows of a first plane with data of cells of adjacent rows of an adjacent second plane of a three-dimensional, 3D, array among contiguous storage locations of the storage (160; 360), the interleaving component to generate an alternating order of adjacent rows from the first plane and the second plane of the 3D array in an interleaving pattern by interleaving on a row-by-row basis causing at least one row of the first plane to be followed by a same row of the adjacent second plane in contiguous storage locations of the storage (160; 360).
A method for manufacturing a film consisting of at least two layers, the method comprising the following steps of: i) arranging a first, still liquid bottom layer on an endless belt, ii) arranging a second, still liquid top layer on the still liquid bottom layer obtained according to step i), after which the composition of bottom layer and top layer is subjected to a drying treatment for the purpose of obtaining said film consisting of at least two layers, wherein the compositions of each of the layers to be arranged differ from each other, characterised by that step ii) is performed by applying a coating member of the knife type. i) arranging a first, still liquid bottom layer on an endless belt, ii) arranging a second, still liquid top layer on the still liquid bottom layer obtained according to step i), after which the composition of bottom layer and top layer is subjected to a drying treatment for the purpose of obtaining said film consisting of at least two layers, wherein the compositions of each of the layers to be arranged differ from each other, characterised by that step ii) is performed by applying a coating member of the knife type.
A sensing guide wire , comprising: a flexible elongate member having a distal portion adjacent a distal end and a proximal portion adjacent a proximal end , the flexible elongate member comprising a core wire having two electrical conductors embedded therein; and a sensing element electrically coupled to the two electrical conductors embedded in the core wire; wherein the two conductors are fully embedded within the material forming the core wire, while still providing the appropriate conductive path for function of the sensing element of the sensing guide wire, wherein the core wire is formed of a metallic material; wherein the sensing element is electrically coupled to the two electrical conductors adjacent a distal portion of the core wire; wherein in a section of the distal portion, the outer portions of the core member have been removed to expose the embedded conductors for electrically coupling the sensing element to the conductors; wherein in a section of the proximal portion, the outer portions of the core member have been removed to expose the embedded conductors for electrically coupling one or more connectors to the conductors. a flexible elongate member having a distal portion adjacent a distal end and a proximal portion adjacent a proximal end , the flexible elongate member comprising a core wire having two electrical conductors embedded therein; and a sensing element electrically coupled to the two electrical conductors embedded in the core wire; wherein the two conductors are fully embedded within the material forming the core wire, while still providing the appropriate conductive path for function of the sensing element of the sensing guide wire, wherein the core wire is formed of a metallic material; wherein the sensing element is electrically coupled to the two electrical conductors adjacent a distal portion of the core wire; wherein in a section of the distal portion, the outer portions of the core member have been removed to expose the embedded conductors for electrically coupling the sensing element to the conductors; wherein in a section of the proximal portion, the outer portions of the core member have been removed to expose the embedded conductors for electrically coupling one or more connectors to the conductors.
A transparent light emitting element display comprising: a transparent substrate ; at least one light emitting element which is provided on the transparent substrate; and a first common electrode wiring portion , a second common electrode wiring portion , and a signal electrode wiring portion which are provided on the transparent substrate. wherein all of the first common electrode wiring portion, the second common electrode wiring portion, and the signal electrode wiring portion comprise metal mesh patterns , respectively, each of the metal mesh patterns, which constitute the first common electrode wiring portion, the second common electrode wiring portion, and the signal electrode wiring portion, has a standard deviation of a line width which is 20% or less, a standard deviation of a pitch which is 10% or less, and a standard deviation of a line height which is 10% or less, the metal mesh patterns are provided in a region having an area of 80% or more of an overall area on the transparent substrate, and wherein the signal electrode wiring portion is provided between the first common electrode wiring portion and the second common electrode wiring portion. a transparent substrate ; at least one light emitting element which is provided on the transparent substrate; and a first common electrode wiring portion , a second common electrode wiring portion , and a signal electrode wiring portion which are provided on the transparent substrate. wherein all of the first common electrode wiring portion, the second common electrode wiring portion, and the signal electrode wiring portion comprise metal mesh patterns , respectively, each of the metal mesh patterns, which constitute the first common electrode wiring portion, the second common electrode wiring portion, and the signal electrode wiring portion, has a standard deviation of a line width which is 20% or less, a standard deviation of a pitch which is 10% or less, and a standard deviation of a line height which is 10% or less, the metal mesh patterns are provided in a region having an area of 80% or more of an overall area on the transparent substrate, and wherein the signal electrode wiring portion is provided between the first common electrode wiring portion and the second common electrode wiring portion.
A flat cable winding device (M) in which one end of a flat cable is connected and the other end side is wound so as to be able to be fed out, comprising: a base plate in which a central shaft for holding one end side of the flat cable is erected on the center of the upper surface; a rotation table disposed on an upper surface of the base plate and rotatably supported around the central shaft by fitting a center hole to the central shaft ; an energizing member for rotationally energizing the rotation table in the winding direction of the flat cable, with the energizing member being interposed between the base plate and the rotation table , one end being locked to the rotation table , and the other end being locked to the base plate ; and a tubular wall body mounted on the base plate while the energizing member and the rotation table are accommodated therein, characterized in that a rib is formed on an inner periphery wall surface of the tubular wall body for preventing the rotation table from popping out of the base plate in a direction away from the base plate in a state in which the tubular wall body is fixed to the base plate . a base plate in which a central shaft for holding one end side of the flat cable is erected on the center of the upper surface; a rotation table disposed on an upper surface of the base plate and rotatably supported around the central shaft by fitting a center hole to the central shaft ; an energizing member for rotationally energizing the rotation table in the winding direction of the flat cable, with the energizing member being interposed between the base plate and the rotation table , one end being locked to the rotation table , and the other end being locked to the base plate ; and a tubular wall body mounted on the base plate while the energizing member and the rotation table are accommodated therein, characterized in that a rib is formed on an inner periphery wall surface of the tubular wall body for preventing the rotation table from popping out of the base plate in a direction away from the base plate in a state in which the tubular wall body is fixed to the base plate .