mhurhangee/ep-ind-claims huggingface dataset:
A control device for an internal combustion engine which includes an in-cylinder injection fuel injection valve arranged to inject a fuel into a combustion chamber, and a port injection fuel injection valve arranged to inject the fuel into an intake port, in which injection amount ratios of the in-cylinder injection fuel injection valve and the port injection fuel injection valve are controlled in accordance with a driving condition of the engine, and in which a fuel cut is performed at a predetermined deceleration of the internal combustion engine, the control device being characterized in that: the control device is configured to control the injection amount ratios such that the injection amount ratio of the in-cylinder injection fuel injection valve is corrected to be decreased, and the injection amount ratio of the port injection fuel valve is corrected to be increased, at a fuel cut recovery at which a fuel supply is restarted from the fuel cut state, during a predetermined period from the start of the recovery, wherein the predetermined period is set to a longer period as the fuel cut time period from a start of the fuel cut to the start of the recovery is longer. the control device is configured to control the injection amount ratios such that the injection amount ratio of the in-cylinder injection fuel injection valve is corrected to be decreased, and the injection amount ratio of the port injection fuel valve is corrected to be increased, at a fuel cut recovery at which a fuel supply is restarted from the fuel cut state, during a predetermined period from the start of the recovery, wherein the predetermined period is set to a longer period as the fuel cut time period from a start of the fuel cut to the start of the recovery is longer.
A braille teaching material comprising: an information section showing learning information, not braille, to be used for learning, in a preset learning area; a braille section showing dots corresponding to vertical dots and horizontal dots of braille, in a preset braille area, and provided with a magnetic part at some or all of positions where the dots are arranged, the magnetic part being made of a magnet, a ferromagnetic substance, or a paramagnetic substance; and a teaching tool detachably attached to the dot due to attractive force caused by magnetic force to the magnetic part, wherein a sheet provided with the dots is formed by stacking, in order, an outer layer in which the dots are formed in a hole shape, and an inner layer to which the magnetic part is fixed, wherein the inner layer contains a magnetic-part-holding layer that is provided with a fitting hole into which the magnetic part is interlocked. an information section showing learning information, not braille, to be used for learning, in a preset learning area; a braille section showing dots corresponding to vertical dots and horizontal dots of braille, in a preset braille area, and provided with a magnetic part at some or all of positions where the dots are arranged, the magnetic part being made of a magnet, a ferromagnetic substance, or a paramagnetic substance; and a teaching tool detachably attached to the dot due to attractive force caused by magnetic force to the magnetic part, wherein a sheet provided with the dots is formed by stacking, in order, an outer layer in which the dots are formed in a hole shape, and an inner layer to which the magnetic part is fixed, wherein the inner layer contains a magnetic-part-holding layer that is provided with a fitting hole into which the magnetic part is interlocked.
A Kluyveromyces lactis yeast strain deposited in the Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH (DSMZ) Culture Collection with deposit number DSM 24900, comprising the sequence identified by SEQ ID NO: 1.
A method for preparing a tissue sample for morphological and/or immunohistochemical analysis, and molecular analysis comprising the steps of: 1) simultaneous fixation, dehydration and initial clearing of the sample using a fixation-dehydration-clearing, FDC, solution, that comprises, v/v: 0.2 to 10% formaldehyde 40% w/v, 30 to 90% methanol, 5 to 25% diethylether and 0 to 10% acetic acid 2) dehydration and final clearing of the sample using a dehydrating-clearing solution, and 3) infiltrating the sample with an inert specimen matrix, ISM. 1) simultaneous fixation, dehydration and initial clearing of the sample using a fixation-dehydration-clearing, FDC, solution, that comprises, v/v: 0.2 to 10% formaldehyde 40% w/v, 30 to 90% methanol, 5 to 25% diethylether and 0 to 10% acetic acid 0.2 to 10% formaldehyde 40% w/v, 30 to 90% methanol, 5 to 25% diethylether and 0 to 10% acetic acid 2) dehydration and final clearing of the sample using a dehydrating-clearing solution, and 3) infiltrating the sample with an inert specimen matrix, ISM.
A fixing structure, adapted to be fixed on a carrying plane and to carry an electronic device, the fixing structure comprising: a fixing plate, disposed on the carrying plane; a carrying frame, detachably disposed on a back surface of the electronic device; a first pivot portion, fixedly disposed on the fixing plate at a side opposite to the carrying plane; a second pivot portion, disposed on the carrying frame at a side facing the fixing plate; and a connection portion, the first pivot portion and the second pivot portion being respectively pivoted to two opposite sides of the connection portion, wherein the electronic device and the carrying frame are adapted to be pivotally rotated relative to the carrying plane and the connection portion through the first pivot portion and the second pivot portion, respectively, characterized in that the fixing plate, comprises a plurality of bumps, configured to be fixed on the carrying plane, wherein the first pivot portion is fixedly disposed on the fixing plate by inserting the plurality of bumps on the fixing plate into a plurality of holes in the first pivot portion corresponding to the plurality of bumps. a fixing plate, disposed on the carrying plane; a carrying frame, detachably disposed on a back surface of the electronic device; a first pivot portion, fixedly disposed on the fixing plate at a side opposite to the carrying plane; a second pivot portion, disposed on the carrying frame at a side facing the fixing plate; and a connection portion, the first pivot portion and the second pivot portion being respectively pivoted to two opposite sides of the connection portion, wherein the electronic device and the carrying frame are adapted to be pivotally rotated relative to the carrying plane and the connection portion through the first pivot portion and the second pivot portion, respectively, characterized in that the fixing plate, comprises a plurality of bumps, configured to be fixed on the carrying plane, wherein the first pivot portion is fixedly disposed on the fixing plate by inserting the plurality of bumps on the fixing plate into a plurality of holes in the first pivot portion corresponding to the plurality of bumps.
A method comprising: receiving by a receiver an uplink grant scheduling uplink data transmission, wherein the uplink grant indicates a resource allocation pattern index for the uplink data transmission, the resource allocation pattern index is associated with a resource allocation pattern comprising one or more physical resource block, "PRB", sets from a plurality of PRB sets, and each PRB set of the plurality of PRB sets comprises PRBs that are uniformly spaced in frequency; and determining by a processor one or more PRBs not included in the plurality of PRB sets; and transmitting by a transmitter data on the one or more PRBs if the one or more PRB sets includes a predetermined PRB set. receiving by a receiver an uplink grant scheduling uplink data transmission, wherein the uplink grant indicates a resource allocation pattern index for the uplink data transmission, the resource allocation pattern index is associated with a resource allocation pattern comprising one or more physical resource block, "PRB", sets from a plurality of PRB sets, and each PRB set of the plurality of PRB sets comprises PRBs that are uniformly spaced in frequency; and determining by a processor one or more PRBs not included in the plurality of PRB sets; and transmitting by a transmitter data on the one or more PRBs if the one or more PRB sets includes a predetermined PRB set.
A water leak detector for detecting fluid flow in a pipe system, wherein the fluid comprises water, the detector having a first temperature sensor configured to detect ambient temperature, a second temperature sensor to detect pipe temperature configured to be coupled in thermal contact with a pipe of a said pipe system, a processing means configured to determine a temperature difference value between the first and second temperature sensors (16, 20) and to detect a leak based on the temperature difference value, said leak detection comprising, if the temperature difference value is above a predetermined threshold value for a time period having predetermined duration, a determination that fluid is flowing in the pipe system, wherein the processing means is configured to restart the determination of the time period if the pipe temperature changes at a rate above a predetermined value.
A packaging unit (1; 20) for producing hot asphalt, comprising a solid material and a binder, characterized in that the binder and the solid material are separated from each other by a separating material.
An organic light-emitting display (OLED) device comprising: an organic light-emitting element layer on a substrate; and an encapsulation layer covering the organic light-emitting element layer and configured to block moisture and oxygen from permeating, characterized in that the encapsulation layer comprises a barrier film, wherein the barrier film comprises a barrier coating layer made of a flexible, transparent polymer resin, wherein the barrier coating layer is configured for suppressing oxygen and/or moisture from permeating, and a plurality of transmittance adjusting layers (156-1, 156-2) made of silicon oxide and/or titanium oxide and disposed above and below the barrier coating layer; and in that each of the transmittance adjusting layers (156-1, 156-2) has a refractive index of 0.2 or higher and a thickness of 0.01 μm to 1 μm, in that a first transmittance adjusting layer is configured to transmit light emitted from the organic light-emitting element layer at a transmittance between 70% and 80%, and in that a second transmittance adjusting layer is configured to transmit light having passed the first transmittance adjusting layer at a transmittance between 40% and 60%. an organic light-emitting element layer on a substrate; and an encapsulation layer covering the organic light-emitting element layer and configured to block moisture and oxygen from permeating, characterized in that the encapsulation layer comprises a barrier film, wherein the barrier film comprises a barrier coating layer made of a flexible, transparent polymer resin, wherein the barrier coating layer is configured for suppressing oxygen and/or moisture from permeating, and a plurality of transmittance adjusting layers (156-1, 156-2) made of silicon oxide and/or titanium oxide and disposed above and below the barrier coating layer; and
A container for a sealed mounting into a wall, which container comprises: a box being open or to be opened to the front and closed to the rear side and the other sides in relation to a mounted position and a frame enclosing an opening at the front-side, wherein the frame is connected to the box by a connection wall and can be mounted in different interspaces relative to the opening and the direction perpendicular to the opening, characterized in that the connection wall is conforming with regard to a movement direction perpendicular to the opening, wherein the connection wall consists of a flexible material, preferably of a foil or a bellows-like material. a box being open or to be opened to the front and closed to the rear side and the other sides in relation to a mounted position and a frame enclosing an opening at the front-side, wherein the frame is connected to the box by a connection wall and can be mounted in different interspaces relative to the opening and the direction perpendicular to the opening, characterized in that the connection wall is conforming with regard to a movement direction perpendicular to the opening, wherein the connection wall consists of a flexible material, preferably of a foil or a bellows-like material.
Photolyase for use in the topical treatment to reduce the risk of developing actinic keratosis lesions and/or non-melanoma skin cancer (NMSC) in human patients having a subclinical cancerization field wherein the cancerization field is characterized by increased expression levels of TP53, p21 and/or PCNA, and/or decreased expression levels of CPI-17 with respect to the expression levels in healthy skin.
Method for secure access to personal data comprising: - reading in a contacting manner of at least one security feature of a first data card enabling access to personal data, - contactless reading of at least one data carrier identification by a transponder, - transmitting the security feature and the data carrier identification to a data memory, - associating of the security feature with the data carrier identification, - reading of at least personal data from a second data card in a contacting manner, such that before access to the personal data the data carrier identification of the transponder is read in a contactless manner and, by means of the data carrier information at least the security feature carrier information associated with the data carrier information is read from the data memory, wherein the security feature determines a read permission for the personal data from the second data card. - reading in a contacting manner of at least one security feature of a first data card enabling access to personal data, - contactless reading of at least one data carrier identification by a transponder, - transmitting the security feature and the data carrier identification to a data memory, - associating of the security feature with the data carrier identification, - reading of at least personal data from a second data card in a contacting manner, such that before access to the personal data the data carrier identification of the transponder is read in a contactless manner and, by means of the data carrier information at least the security feature carrier information associated with the data carrier information is read from the data memory, wherein the security feature determines a read permission for the personal data from the second data card.
A conductive laminate in which a transparent conductive thin film laminate including at least two transparent conductive thin films and a metal layer are formed in this order on at least one surface of a transparent base, wherein a first transparent conductive thin film that is closest to the metal layer in the transparent conductive thin film laminate is a metal oxide layer, or a composite metal oxide layer containing a principal metal and at least one impurity metal, and a transparent conductive thin film other than the first transparent conductive thin film is a composite metal oxide layer containing a principal metal and at least one impurity metal, and a content ratio of impurity metal in the first transparent conductive thin film is not the highest of content ratios of impurity metal in the transparent conductive thin films which form the transparent conductive thin film laminate, wherein all transparent conductive thin films, which form the transparent conductive thin film laminate, are crystalline films.
A surgical device comprising: an elongated substantially inner rigid cannula having a first passageway extending from a distal end of the inner rigid cannula to a proximal end of the inner rigid cannula; a handle connected to the proximal end of the inner rigid cannula; an outer flexible cannula having a second passageway extending therethrough wherein at least a portion of the inner rigid cannula is deposed within the second passageway of the outer flexible cannula, there being clearance between an interior surface of the outer flexible cannula and an outer surface of the inner rigid cannula to allow fluid flow therebetween; and a clamping device operable to releasably seal the interior surface of the outer flexible cannula to the outer surface of the inner rigid cannula proximate to the proximal end of the inner rigid cannula. an elongated substantially inner rigid cannula having a first passageway extending from a distal end of the inner rigid cannula to a proximal end of the inner rigid cannula; a handle connected to the proximal end of the inner rigid cannula; an outer flexible cannula having a second passageway extending therethrough wherein at least a portion of the inner rigid cannula is deposed within the second passageway of the outer flexible cannula, there being clearance between an interior surface of the outer flexible cannula and an outer surface of the inner rigid cannula to allow fluid flow therebetween; and a clamping device operable to releasably seal the interior surface of the outer flexible cannula to the outer surface of the inner rigid cannula proximate to the proximal end of the inner rigid cannula.
An in vitro method of determining the latent tuberculosis infection status in an individual comprising: (i) providing a sample comprising T-cells; (ii) exposing the sample of (i) to one or more TB antigens; (iii) identifying T-cells in the sample that are CD4 positive and secrete IFN-γ in response to TB antigens; (iv) identifying those cells of (iii) which are also HLA-DR positive; and (v) calculating the cells identified in (iv) as a percentage of those identified in (iii); wherein the identification of cells in (iv) and/or the percentage of cells calculated in (v) correlates to latent TB infection status of the individual, and wherein steps (iii) and (iv) can be carried out either sequentially or simultaneously; wherein the latent TB infection status determined by the method corresponds to the risk of the latent TB infection progressing to an active TB infection; and wherein the risk of the latent TB infection progressing to an active TB infection is proportional to the percentage value calculated in step (v) of the method. (i) providing a sample comprising T-cells; (ii) exposing the sample of (i) to one or more TB antigens; (iii) identifying T-cells in the sample that are CD4 positive and secrete IFN-γ in response to TB antigens; (iv) identifying those cells of (iii) which are also HLA-DR positive; and (v) calculating the cells identified in (iv) as a percentage of those identified in (iii); wherein the identification of cells in (iv) and/or the percentage of cells calculated in (v) correlates to latent TB infection status of the individual, and wherein steps (iii) and (iv) can be carried out either sequentially or simultaneously; wherein the latent TB infection status determined by the method corresponds to the risk of the latent TB infection progressing to an active TB infection; and wherein the risk of the latent TB infection progressing to an active TB infection is proportional to the percentage value calculated in step (v) of the method.
A filter device for filtering oil, comprising a first filtration layer, a second filtration layer and a frame element, wherein - the frame element is arranged in a sandwich-like manner between the first filtration layer and the second filtration layer, and wherein - the frame element has a plurality of through-openings so that a number of intermediate chambers is formed between the first filtration layer and the second filtration layer, wherein the number of intermediate chambers corresponds to the number of through-openings, wherein the filter device is characterized in that the frame element - is constructed to be porous, - itself acts as a filtration layer, - does not inhibit throughflow of the oil and - comprises an oil-permeable filter medium by means of which a filtration of the oil which passes through it is carried out. - the frame element is arranged in a sandwich-like manner between the first filtration layer and the second filtration layer, and wherein - the frame element has a plurality of through-openings so that a number of intermediate chambers is formed between the first filtration layer and the second filtration layer, wherein the number of intermediate chambers corresponds to the number of through-openings, - is constructed to be porous, - itself acts as a filtration layer, - does not inhibit throughflow of the oil and - comprises an oil-permeable filter medium by means of which a filtration of the oil which passes through it is carried out.
A method for communicating between a primary station and at least one secondary station, comprising a) the secondary station being configured to search a first configuration of search spaces (201, 301), said search spaces comprising a number of resource sets and control message formats, where at least one resource set and control message format might be used to transmit a control message to the secondary station, b) the secondary station receiving a configuration message configuring the secondary station to search a second configuration of search spaces (202, 302) instead of the first configuration of search spaces, c) the secondary station in response of the reception of the configuration message entering into a transitional configuration mode, wherein the secondary station continues to partly search the first configuration of search spaces (201', 301') and begins to partly search the second configuration of search spaces (202', 302'), the transitional configuration mode ending without this requiring reception of a further configuration message. a) the secondary station being configured to search a first configuration of search spaces (201, 301), said search spaces comprising a number of resource sets and control message formats, where at least one resource set and control message format might be used to transmit a control message to the secondary station, b) the secondary station receiving a configuration message configuring the secondary station to search a second configuration of search spaces (202, 302) instead of the first configuration of search spaces, c) the secondary station in response of the reception of the configuration message entering into a transitional configuration mode, wherein the secondary station continues to partly search the first configuration of search spaces (201', 301') and begins to partly search the second configuration of search spaces (202', 302'), the transitional configuration mode ending without this requiring reception of a further configuration message.