mhurhangee/patent-ind-claim-en huggingface dataset:
A paging apparatus , comprising: a centralized unit, CU , configured to receive a first paging message, wherein the first paging message comprises a first list, and the first list comprises an area identifier of at least one cell, characterized in that : the CU is further configured to receive a first configuration update message sent by a second apparatus, wherein the first configuration update message is used to indicate an area identifier of a first cell at a first moment, and the second apparatus comprises a distributed unit, DU; the CU is further configured to determine the first cell based on the first configuration update message; and when the area identifier of the first cell at the first moment does not belong to the first list, the CU is further configured to send first information to the second apparatus, wherein the first information is used to indicate the second apparatus to stop paging a terminal device in the first cell. the CU is further configured to receive a first configuration update message sent by a second apparatus, wherein the first configuration update message is used to indicate an area identifier of a first cell at a first moment, and the second apparatus comprises a distributed unit, DU; the CU is further configured to determine the first cell based on the first configuration update message; and when the area identifier of the first cell at the first moment does not belong to the first list, the CU is further configured to send first information to the second apparatus, wherein the first information is used to indicate the second apparatus to stop paging a terminal device in the first cell.
A semiconductor fabrication method, the method comprising: in a masking phase (P1), forming a mask layer on a substrate , wherein the mask layer leaves at least one wall region and at least one component region of the substrate exposed, the component region being adjacent the wall region in a plane of the substrate; in a selective area growth (SAG) phase (P2), inducing selective area growth of crystalline semiconductor in the exposed regions of the substrate, wherein the wall and component regions have relative dimensions in the plane of the substrate, which cause a shadow wall component , formed of the crystalline semiconductor in the wall region , to grow to a greater height than a device component formed of the crystalline semiconductor in the component region ; and in a deposition phase (P3), selectively depositing a layer of deposition material on the device component using a deposition beam , which has a non-zero angle of incidence relative to a normal to the plane of the substrate and an orientation in the plane of the substrate such that the shadow wall component prevents deposition of the deposition material on a surface region of the device component adjacent the shadow wall component . in a masking phase (P1), forming a mask layer on a substrate , wherein the mask layer leaves at least one wall region and at least one component region of the substrate exposed, the component region being adjacent the wall region in a plane of the substrate; in a selective area growth (SAG) phase (P2), inducing selective area growth of crystalline semiconductor in the exposed regions of the substrate, wherein the wall and component regions have relative dimensions in the plane of the substrate, which cause a shadow wall component , formed of the crystalline semiconductor in the wall region , to grow to a greater height than a device component formed of the crystalline semiconductor in the component region ; and in a deposition phase (P3), selectively depositing a layer of deposition material on the device component using a deposition beam , which has a non-zero angle of incidence relative to a normal to the plane of the substrate and an orientation in the plane of the substrate such that the shadow wall component prevents deposition of the deposition material on a surface region of the device component adjacent the shadow wall component .
A method of sealing an annulus between inner and outer pipe sections of a pipe-in-pipe system, the method comprising positioning a sealing mass in the annulus in contact with the inner and outer pipe sections , the method being characterised by : deforming the sealing mass by effecting relative longitudinal movement between the inner and outer pipe sections ; and fixing the inner and outer pipe sections against reverse relative longitudinal movement to maintain deformation of the sealing mass . deforming the sealing mass by effecting relative longitudinal movement between the inner and outer pipe sections ; and fixing the inner and outer pipe sections against reverse relative longitudinal movement to maintain deformation of the sealing mass .
A separator for separating a conveyed medium, preferably air, from a conveyed material , with a container that has at least one supply line for the conveyed medium-conveyed material- mixture, at least one outlet for the conveyed material and at least one exit for the conveyed medium, wherein a baffle wall is spaced apart opposite the outlet end of the supply line in the inflow direction of the conveyed medium-conveyed material-mixture inside of the housing , and angularly connects with a cover wall that covers the inflow path of the conveyed medium-conveyed material-mixture against the exit for the conveyed medium, characterized in that the baffle wall is part of a separator shoe that has a separating space for the conveyed medium-conveyed material-mixture, which is limited in the inflow direction by the baffle wall adjoined by side walls that laterally limit the separating space , which is limited on the side opposite the baffle wall by at least one transverse wall that adjoins the supply line .
A composition comprising: (a) the compound PAC-1: (b) a second active agent, which agent is an inhibitor of the BRAF enzyme having a mutation; and (c) a pharmaceutically acceptable diluent, excipient, or carrier; wherein the second active agent is vemurafenib, dabrafenib, or encorafenib. (a) the compound PAC-1: (b) a second active agent, which agent is an inhibitor of the BRAF enzyme having a mutation; and (c) a pharmaceutically acceptable diluent, excipient, or carrier;
A composition for hydrogel solid freeform fabrication, comprising: water; a water-soluble monomer comprising at least one polyfunctional monomer having a polyethylene glycol structure; a mineral; and a diamine compound, wherein a proportion of the diamine compound to the mineral is from 7.0 to 20.0 percent by mass. water; a water-soluble monomer comprising at least one polyfunctional monomer having a polyethylene glycol structure; a mineral; and a diamine compound, wherein a proportion of the diamine compound to the mineral is from 7.0 to 20.0 percent by mass.
Measuring station , configured to measure air quality, for outdoor installation in urban areas, - having a stand base for setting up the measuring station on a ground , - having a trunk-like structure extending upwards from the stand base , and - having a treetop-like structure at the upper end of the trunk-like structure , - wherein at least one measuring sensor (12, 12', 12") is integrated into the measuring station in such a way that measurement values of a measuring quantity for the air quality in the region of the treetop-like structure can be measured with the measuring sensor (12, 12', 12"), characterised - in that the treetop-like structure comprises a plurality of hollow spherical elements which define the outer shape of the treetop-like structure , - in that illumination means are provided and arranged for illuminating at least one, preferably several, of the spherical elements , the illumination means being arranged in the hollow spherical elements, and - in that a control device is provided, which is configured to control the illumination means as a function of the measurement values measured by the at least one measuring sensor (12, 12', 12"). - having a stand base for setting up the measuring station on a ground , - having a trunk-like structure extending upwards from the stand base , and - having a treetop-like structure at the upper end of the trunk-like structure , - wherein at least one measuring sensor (12, 12', 12") is integrated into the measuring station in such a way that measurement values of a measuring quantity for the air quality in the region of the treetop-like structure can be measured with the measuring sensor (12, 12', 12"), - in that the treetop-like structure comprises a plurality of hollow spherical elements which define the outer shape of the treetop-like structure , - in that illumination means are provided and arranged for illuminating at least one, preferably several, of the spherical elements , the illumination means being arranged in the hollow spherical elements, and - in that a control device is provided, which is configured to control the illumination means as a function of the measurement values measured by the at least one measuring sensor (12, 12', 12").
A method of detecting a fuel leak in a gas turbine engine with a combustor including several fuel manifolds and fuel circuits, comprising adjusting a control valve to correspond with a desired fuel flow ; determining an actual fuel flow ; comparing the desired fuel flow with the actual fuel flow ; and determining a difference between the desired fuel flow and the actual fuel flow , wherein the difference between the desired fuel flow and the actual fuel flow indicates a fuel leak in a fuel circuit , characterised in that the actual fuel flow is determined based at least in part on an upstream pressure in a fuel manifold and gas turbine engine parameters , wherein the gas turbine engine parameters comprise at least: a fuel temperature, a fuel circuit effective area, and a downstream pressure; and in that based at least in part on the difference, a location of the leakage in the fuel circuit is determined, and at least one corrective action is initiated to mitigate risks associated with the fluid leak, wherein the at least one corrective action comprises at least shutting down one or more fuel circuits.
A combination valve for a steam circuit, comprising a quick-closing valve and a regulating valve , wherein the quick-closing valve and the regulating valve are arranged in a common housing , the regulating valve is displaceable by an active drive and the quick-closing valve is passively displaceable by steam of the steam circuit, characterized in that a partial-stroke test can be carried out on the quick-closing valve during ongoing operation of the steam circuit if the regulating valve is in an open position, wherein, in order to carry out the partial-stroke test, the quick-closing valve can be acted upon by the steam in such a way that it moves in a closing direction, and the combination valve is devised such that, as a result of the movement of the quick-closing valve in the closing direction, a throttle point opens via which the steam can escape, so that the quick-closing valve is prevented from further movement in the closing direction and remains in a partial-stroke position.
A multi-function flashlight 1, comprising: a flashlight body ; an optic having a focusing portion and a non-focusing portion; a centrally-disposed, main LED positioned to direct light through the focusing portion; one or more additional LEDs positioned peripherally around the main LED to direct light through the non-focusing portion; a power source disposed within the flashlight body adapted to provide power to the main and additional LEDs; and a first control configured to selectively provide power to the main LED ; characterised in that it further comprises a control for adjusting the main beam between broad and narrow beams, the control comprising a bezel that is forwardly and rearwardly slidably mounted to a front portion of the flashlight body, wherein the optic is disposed in the bezel , and the main LED is mounted to the flashlight body so that sliding the bezel forwardly and rearwardly moves the optic away from and toward the main LED , thereby narrowing and broadening the main beam, respectively; and wherein the bezel that is rotatably mounted to the flashlight body , and rotation of the bezel with respect to the flashlight body shifts power selectively between the additional LEDs . a flashlight body ; an optic having a focusing portion and a non-focusing portion; a centrally-disposed, main LED positioned to direct light through the focusing portion; one or more additional LEDs positioned peripherally around the main LED to direct light through the non-focusing portion; a power source disposed within the flashlight body adapted to provide power to the main and additional LEDs; and a first control configured to selectively provide power to the main LED ; characterised in that it further comprises a control for adjusting the main beam between broad and narrow beams, the control comprising a bezel that is forwardly and rearwardly slidably mounted to a front portion of the flashlight body, wherein the optic is disposed in the bezel , and the main LED is mounted to the flashlight body so that sliding the bezel forwardly and rearwardly moves the optic away from and toward the main LED , thereby narrowing and broadening the main beam, respectively; and wherein the bezel that is rotatably mounted to the flashlight body , and rotation of the bezel with respect to the flashlight body shifts power selectively between the additional LEDs .
A method for preparing a reinforced composite fabric, wherein the method comprises steps of: forming a high-hardness thermoplastic elastomeric yarn and a low-hardness thermoplastic elastomeric yarn into a fabric by weaving; a melting point of the low-hardness thermoplastic elastomeric yarn ranging from 50°C to 150°C; a shore hardness of the low-hardness thermoplastic elastomeric yarn ranging from 10A to 90A and a shore hardness of the high-hardness thermoplastic elastomeric yarn ranging from 95A to 90D; hot-pressing the fabric under a hot-pressing temperature and a hot-pressing pressure to form the reinforced composite fabric; the hot-pressing temperature being higher than or equal to the melting point of the low-hardness thermoplastic elastomeric yarn , and lower than a melting point of the high-hardness thermoplastic elastomeric yarn . forming a high-hardness thermoplastic elastomeric yarn and a low-hardness thermoplastic elastomeric yarn into a fabric by weaving; a melting point of the low-hardness thermoplastic elastomeric yarn ranging from 50°C to 150°C; a shore hardness of the low-hardness thermoplastic elastomeric yarn ranging from 10A to 90A and a shore hardness of the high-hardness thermoplastic elastomeric yarn ranging from 95A to 90D; hot-pressing the fabric under a hot-pressing temperature and a hot-pressing pressure to form the reinforced composite fabric; the hot-pressing temperature being higher than or equal to the melting point of the low-hardness thermoplastic elastomeric yarn , and lower than a melting point of the high-hardness thermoplastic elastomeric yarn .
Grand piano cover for a pivotable lid of a grand piano , wherein the pivotable lid comprises a main part , a fixed part and a foldable end portion , wherein the grand piano cover has a geometry and a size corresponding to the geometry and the size of the pivotable grand piano lid, wherein an upper side of said grand piano cover has a textile of natural and/or synthetic material having light reflection-reducing ability, at least at a certain angle, wherein the upper side of the grand piano cover is formed of a textile having cut or angled pile, as well as that said grand piano cover is foldable or possible to roll up, wherein the grand piano cover comprises a flap shaped piece and a remaining piece , whereby the flap-shaped piece is detachably connectable with the remaining piece by means of fastening means , characterized in that the detachable connection is at an area to where the foldable end portion reaches in fully turned-up and lowered position over the fixed part, and in that the flap shaped piece is configured to be arranged foldable across the main part of the lid over the foldable end portion when the foldable end portion is folded over, and further characterized in that an underside of said grand piano cover has slide-preventing protuberances situated at mutual distances (A, B) from each other.
A fabricating method of a thin film transistor, comprising: forming a gate electrode on a substrate ; and forming a gate insulating layer , a semiconductor layer , a source electrode , a drain electrode and a channel region on the substrate on which the gate electrode is formed, wherein, the semiconductor layer is formed of a metal oxide, and two etching steps are used to form the channel region, and in a first etching step, a part of a source-drain metal layer above the semiconductor layer corresponding to the channel region is removed by using a dry etching, and in a second etching step, a remaining part of the source-drain metal layer above the semiconductor layer corresponding to the channel region is removed by using a wet etching, thereby forming the channel region, wherein the metal oxide is InGaZnO, InGaO, ITZO, AlZnO or a combination of two or more selected from the oxides thereof, and in the wet etching, an etching solution being mixed with HNO 3 , H 3 PO 4 , HCL, and not containing H 2 O 2 , H 2 SO 4 and CH 3 COOH is used. forming a gate electrode on a substrate ; and forming a gate insulating layer , a semiconductor layer , a source electrode , a drain electrode and a channel region on the substrate on which the gate electrode is formed, wherein, the semiconductor layer is formed of a metal oxide, and two etching steps are used to form the channel region, and in a first etching step, a part of a source-drain metal layer above the semiconductor layer corresponding to the channel region is removed by using a dry etching, and in a second etching step, a remaining part of the source-drain metal layer above the semiconductor layer corresponding to the channel region is removed by using a wet etching, thereby forming the channel region, wherein the metal oxide is InGaZnO, InGaO, ITZO, AlZnO or a combination of two or more selected from the oxides thereof, and in the wet etching, an etching solution being mixed with HNO 3 , H 3 PO 4 , HCL, and not containing H 2 O 2 , H 2 SO 4 and CH 3 COOH is used.
A composition for use in the treatment of a symptom associated with keratoconjunctivitis sicca (dry eye), wherein the composition consists of a semifluorinated alkane of the formula F(CF 2 ) n (CH 2 ) m H, wherein n is an integer from the range of 3 to 8 and m is an integer from the range of 3 to 10, and optionally, one or more excipients selected from a lipid, oil, lubricant, lipophilic vitamin, viscosity agent, antioxidant, surfactant and mixtures of two or more thereof, and wherein the symptom associated with keratoconjunctivitis sicca is selected from one or more of dry, scratchy, gritty, or sandy feeling in the eye; foreign body sensation; pain or soreness; stinging or burning; itching; increased blinking; eye fatigue; photophobia; blurry vision; redness; mucus discharge; contact lens intolerance; and excessive reflex tearing.
Packaging for food , comprising a transparent bag which is produced from a plastics material and in which the food is enclosed in a water-tight and/or gas-tight manner, and comprising at least one label which is fastened at any position on the packaging and on which content information for the food and other important information for the consumer are printed, a stabilizing body being fastened on one of the outer sides of the bag , and the label being adhered to the stabilizing body and/or the label being adhered directly to the bag , characterized in that the stabilizing body can be detached from the bag by a manual force being applied, and in that a perforation seam is incorporated into the stabilizing body in such a way that a part of the stabilizing body can be folded out and used as a base for the packaging .
Paste compositions containing and/or consisting of (a) at least one color pigment and/or a filler, (b) at least one alkoxylated compound, namely (b1) an alkoxylated carboxylic acid and/or (b2) an alkoxylated alcohol and/or (b3) a poloxamer, and optionally (c) at least one dispersant. (a) at least one color pigment and/or a filler, (b) at least one alkoxylated compound, namely (b1) an alkoxylated carboxylic acid and/or (b2) an alkoxylated alcohol and/or (b3) a poloxamer, and optionally (b1) an alkoxylated carboxylic acid and/or (b2) an alkoxylated alcohol and/or (b3) a poloxamer, (c) at least one dispersant.
A method implemented using one or more processors, comprising: obtaining a first digital image of a geographic area captured from an elevated vantage point, wherein the first digital image comprises a plurality of pixels that correspond spatially to a respective plurality of geographic units of the geographic area; identifying one or more obscured pixels of the first digital image that correspond spatially to one or more obscured geographic units of the geographic area that are obscured in the first digital image by one or more transient obstructions; determining , across pixels of a corpus of digital images that correspond spatially to the one or more obscured geographic units, one or more spectral-temporal data fingerprints of the one or more obscured geographic units; identifying one or more unobscured pixels of the first digital image or a second digital image that correspond spatially to one or more unobscured geographic units that are unobscured by transient obstructions, wherein the unobscured geographic units are spatially different than the one or more obscured geographic units of the geographic area and have one or more spectral-temporal data fingerprints that match the one or more spectral-temporal data fingerprints of the one or more obscured geographic units; calculating replacement pixel data based on the one or more unobscured pixels; and generating a transient-obstruction-free version of the first digital image in which data associated with the one or more obscured pixels is replaced with the replacement pixel data. obtaining a first digital image of a geographic area captured from an elevated vantage point, wherein the first digital image comprises a plurality of pixels that correspond spatially to a respective plurality of geographic units of the geographic area; identifying one or more obscured pixels of the first digital image that correspond spatially to one or more obscured geographic units of the geographic area that are obscured in the first digital image by one or more transient obstructions; determining , across pixels of a corpus of digital images that correspond spatially to the one or more obscured geographic units, one or more spectral-temporal data fingerprints of the one or more obscured geographic units; identifying one or more unobscured pixels of the first digital image or a second digital image that correspond spatially to one or more unobscured geographic units that are unobscured by transient obstructions, wherein the unobscured geographic units are spatially different than the one or more obscured geographic units of the geographic area and have one or more spectral-temporal data fingerprints that match the one or more spectral-temporal data fingerprints of the one or more obscured geographic units; calculating replacement pixel data based on the one or more unobscured pixels; and generating a transient-obstruction-free version of the first digital image in which data associated with the one or more obscured pixels is replaced with the replacement pixel data.