mhurhangee/patent-ind-claim-en huggingface dataset:
A tape printing apparatus (A) including a cartridge mounting portion , a thermal head and a head pressing mechanism , wherein a first tape cartridge , which accommodates a first tape (Ta) having a first tape width and a first platen roller having a first roller length, and a second tape cartridge , which accommodates a second tape (Tb) having a second tape width and a second platen roller having a second roller length, are mountable in the cartridge mounting portion of the tape printing apparatus (A), and wherein the thermal head of the tape printing apparatus (A) is configured to perform printing onto the first tape (Ta), when the first tape cartridge is mounted in the cartridge mounting portion of the tape printing apparatus (A), and onto the second tape (Tb), when the second tape cartridge is mounted in the cartridge mounting portion of the tape printing apparatus, characterized in that the head pressing mechanism comprises an elastic body for applying force to the thermal head , an elastic side member to which one end of the elastic body is attached and a cover side member that is provided in a cover for opening/closing the cartridge mounting portion and configured to engage with the elastic side member , wherein the head pressing mechanism is configured to press the thermal head of the tape printing apparatus (A) against the first platen roller of the first tape cartridge , when the first tape cartridge is mounted in the cartridge mounting portion of the tape printing apparatus (A) by setting the elastic side member and the cover side member in a first position, and to press the thermal head of the tape printing apparatus (A) against the second platen roller of the second tape cartridge , when the second tape cartridge is mounted in the cartridge mounting portion of the tape printing apparatus (A) by setting the elastic side member and the cover side member in a second position.
A cryptographic module , wherein: when in a key-input mode of operation, the cryptographic module is configured to: receive key data, key length information and first input data; combine an amount of the key data corresponding to the key length information with the first input data in a combining operation to produce combined data, wherein a key-influenced length of the combined data is the shortest length of the combined data that contains every data bit of the combined data whose value depends on the key data; perform a cryptographic operation on the combined data to generate first output data; and not output any of the first output data from the cryptographic module until after the cryptographic operation has been applied to all of the key-influenced length of the combined data; and the cryptographic module is configured to output the first output data after the cryptographic operation has been applied to all of the key-influenced length of the combined data; characterised in that : the cryptographic module is switchable between the key-input mode of operation and a data-input mode of operation; and when in the data-input mode of operation, the cryptographic module is configured to: receive a quantity of second input data having a length that can be less than said key-influenced length; perform the cryptographic operation on the second input data to generate second output data; and output the second output data. when in a key-input mode of operation, the cryptographic module is configured to: receive key data, key length information and first input data; combine an amount of the key data corresponding to the key length information with the first input data in a combining operation to produce combined data, wherein a key-influenced length of the combined data is the shortest length of the combined data that contains every data bit of the combined data whose value depends on the key data; perform a cryptographic operation on the combined data to generate first output data; and not output any of the first output data from the cryptographic module until after the cryptographic operation has been applied to all of the key-influenced length of the combined data; and the cryptographic module is configured to output the first output data after the cryptographic operation has been applied to all of the key-influenced length of the combined data; the cryptographic module is switchable between the key-input mode of operation and a data-input mode of operation; and when in the data-input mode of operation, the cryptographic module is configured to: receive a quantity of second input data having a length that can be less than said key-influenced length; perform the cryptographic operation on the second input data to generate second output data; and output the second output data.
An apparatus for treating sleep apnea in a patient comprising: a gas source adapted to selectively provide breathable gas to the patient under pressure; a flow sensor adapted to sense the flow of air breathed by the patient and to generate a flow signal indicative of said air flow; and an obstruction detector coupled to said flow sensor, characterised by said obstruction detector including a weight assigning member arranged to assign one or more weighting factors to portions of said flow signal and to generate an obstruction signal to indicate an obstruction when the flow signal represents an inspiratory pattern with two lobes separated by a relatively flat region. a gas source adapted to selectively provide breathable gas to the patient under pressure; a flow sensor adapted to sense the flow of air breathed by the patient and to generate a flow signal indicative of said air flow; and an obstruction detector coupled to said flow sensor, characterised by said obstruction detector including a weight assigning member arranged to assign one or more weighting factors to portions of said flow signal and to generate an obstruction signal to indicate an obstruction when the flow signal represents an inspiratory pattern with two lobes separated by a relatively flat region.
A method for producing a cell sheet, comprising the following steps; a step of preparing a retinal pigment epithelial cell, a step of seeding the prepared cell on a plane substrate at 10,000 cells/mm 2 - 120,000 cells/mm 2 , and culturing the cell, wherein the cell sheet comprises a basement membrane formed on the side opposite from the side to be in contact with the plane substrate, and a step of confirming formation of Bruch's membrane on the side opposite from the side to be in contact with the plane substrate of the cell. a step of preparing a retinal pigment epithelial cell, a step of seeding the prepared cell on a plane substrate at 10,000 cells/mm 2 - 120,000 cells/mm 2 , and culturing the cell, wherein the cell sheet comprises a basement membrane formed on the side opposite from the side to be in contact with the plane substrate, and a step of confirming formation of Bruch's membrane on the side opposite from the side to be in contact with the plane substrate of the cell.
A system for ventilation of clean rooms , including at least two clean rooms and a plenum above these clean rooms , wherein the clean rooms and the plenum are separated by a load-bearing ceiling , wherein the plenum is an enclosed space, which has an inlet opening for fresh air and an outlet opening for outgoing air, and wherein at least one recess is provided in the ceiling above each clean room , and a supply air unit has an inlet opening and an outlet opening , the inlet opening communicating with the plenum , and the outlet opening being situated at the top of the clean room , characterized in that the enclosed space has a closable door for personnel and equipment that is accessible for personnel, and wherein at least one gap is provided in the ceiling above each clean room , and the exhaust air unit has an intake opening and an exhaust opening , the intake opening communicating with the clean room , and the exhaust opening communicating with the plenum , and the supply air unit and the exhaust air unit each have access points for maintenance jobs, and these access points are situated only in the plenum .
A device for a multi-channel pipetting system, the device comprising: - a piston holder extending in a transverse direction of the pipetting system; - a rod for guiding the piston holder, the guide rod extending parallel to a central longitudinal axis of the pipetting system, and orthogonal to the piston holder ; - a member for guiding the guide rod , the latter being slidably mounted in the guide member , along the central longitudinal axis ; - a plurality of pistons distributed along the piston holder , each piston having a lower end slidably housed in a suction chamber , as well as a piston head mounted on the piston holder via a mechanical connection for mounting the piston on the piston holder ; - a row of sampling cone holder tips distributed along the transverse direction of the pipetting system, each tip communicating with one of the suction chambers , respectively, characterised in that the mechanical mounting connection , for at least one of the pistons (20a 20b), includes two contact points jointly defining an axis of rotation of the piston head oriented orthogonally or substantially orthogonally to the transverse direction and to the central longitudinal axis of the pipetting system, and in that the device further includes, associated with said piston , elastic return means forcing the piston head upwards against the piston holder , for the establishment of the two contact points . - a piston holder extending in a transverse direction of the pipetting system; - a rod for guiding the piston holder, the guide rod extending parallel to a central longitudinal axis of the pipetting system, and orthogonal to the piston holder ; - a member for guiding the guide rod , the latter being slidably mounted in the guide member , along the central longitudinal axis ; - a plurality of pistons distributed along the piston holder , each piston having a lower end slidably housed in a suction chamber , as well as a piston head mounted on the piston holder via a mechanical connection for mounting the piston on the piston holder ; - a row of sampling cone holder tips distributed along the transverse direction of the pipetting system, each tip communicating with one of the suction chambers , respectively, characterised in that the mechanical mounting connection , for at least one of the pistons (20a 20b), includes two contact points jointly defining an axis of rotation of the piston head oriented orthogonally or substantially orthogonally to the transverse direction and to the central longitudinal axis of the pipetting system, and in that the device further includes, associated with said piston , elastic return means forcing the piston head upwards against the piston holder , for the establishment of the two contact points .
A rotor blade for a wind turbine, having a connection interface, the connection interface having at least one cutout for receiving a tension element for connecting the rotor blade to a further element of a wind turbine, characterized in that an outer circumferential surface of the cutout is formed of a connection material and has an internal thread , wherein the tension element is introduced into the cutout with adhesive material . having a connection interface, the connection interface having at least one cutout for receiving a tension element for connecting the rotor blade to a further element of a wind turbine, characterized in that an outer circumferential surface of the cutout is formed of a connection material and has an internal thread , wherein the tension element is introduced into the cutout with adhesive material .
A method for transmitting a wireless communication signal by a Base Station, BS, the method comprising: transmitting downlink control information including information on User Equipment-, UE-, specific Reference Signals, RSs, and a total number of UE-specific RSs corresponds to a number of layers; and transmitting at least one UE-specific RS using Code Division Multiplexing, CDM, and Frequency Division Multiplexing, FDM, and data on a Physical Downlink Shared Channel, PDSCH, based on the downlink control information, wherein a ratio of PDSCH Energy Per Resource Element, EPRE, to UE-specific RS EPRE within an Orthogonal Frequency Division Multiplexing, OFDM, symbol containing the UE-specific RS is determined to be -3 dB in case of the number of layers being three or four, based on the total number of UE-specific RSs and a spreading length of a code used for CDM. transmitting downlink control information including information on User Equipment-, UE-, specific Reference Signals, RSs, and a total number of UE-specific RSs corresponds to a number of layers; and transmitting at least one UE-specific RS using Code Division Multiplexing, CDM, and Frequency Division Multiplexing, FDM, and data on a Physical Downlink Shared Channel, PDSCH, based on the downlink control information, wherein a ratio of PDSCH Energy Per Resource Element, EPRE, to UE-specific RS EPRE within an Orthogonal Frequency Division Multiplexing, OFDM, symbol containing the UE-specific RS is determined to be -3 dB in case of the number of layers being three or four, based on the total number of UE-specific RSs and a spreading length of a code used for CDM.
A window system for an aerospace vehicle subjected to a change in air pressure, the aerospace vehicle including a window having an air-filled cavity , the system comprising: a first path configured to allow air within the cavity of the window to vent out of the cavity; a second path configured to allow air to flow into the cavity ; and a drying agent disposed within the second path ; wherein moisture in the air entering the window cavity through the second path is reduced by the drying agent , the first path includes a flow control element which permits airflow out of the system and prohibits airflow into the system, and the second path includes a flow control element which permits airflow into the system and prohibits airflow out of the system. a first path configured to allow air within the cavity of the window to vent out of the cavity; a second path configured to allow air to flow into the cavity ; and a drying agent disposed within the second path ; wherein moisture in the air entering the window cavity through the second path is reduced by the drying agent , the first path includes a flow control element which permits airflow out of the system and prohibits airflow into the system, and the second path includes a flow control element which permits airflow into the system and prohibits airflow out of the system.
A method of preparing a steviol glycoside composition, the method comprising: preparing a reaction mixture comprising: (a) rebaudioside W having the structure: and (b) a beta-glucosidase; and incubating the reaction mixture for a sufficient time to produce a steviol glycoside composition comprising rebaudioside WB1, rebaudioside WB2, or a combination thereof, wherein rebaudioside WB1 has the structure: and rebaudioside WB2 has the structure: preparing a reaction mixture comprising: (a) rebaudioside W having the structure: and (b) a beta-glucosidase; and (a) rebaudioside W having the structure: and (b) a beta-glucosidase; and incubating the reaction mixture for a sufficient time to produce a steviol glycoside composition comprising rebaudioside WB1, rebaudioside WB2, or a combination thereof, wherein rebaudioside WB1 has the structure: and rebaudioside WB2 has the structure:
An apparatus for characterizing a satellite clock in a satellite , the satellite having the satellite clock and a transmitting device , the transmitting device being adapted to transmit a transmission signal having a transmitting frequency that is a function of a state of the satellite clock , the apparatus comprising the following features: a receiver clock having a higher accuracy than the satellite clock ; a receiving device which is adapted to receive the transmission signal and to determine a received signal therefrom and to determine a received signal frequency and a received signal phase from the received signal using the receiver clock ; an evaluation device which is adapted to determine a frequency offset and a frequency drift and an Allan deviation of the transmission frequency from the received signal frequency and the received signal phase, and to determine the stability of the rate of the satellite clock or the validity of a time indication of the satellite clock from the determined frequency offset and the frequency drift and the Allan deviation, thereby characterizing the satellite clock , characterized in that the evaluation device is further adapted to correct errors occurring in the received signal frequency or the received signal phase as a result of relativistic effects on the basis of precalculated orbit data of the satellite. a receiver clock having a higher accuracy than the satellite clock ; a receiving device which is adapted to receive the transmission signal and to determine a received signal therefrom and to determine a received signal frequency and a received signal phase from the received signal using the receiver clock ; an evaluation device which is adapted to determine a frequency offset and a frequency drift and an Allan deviation of the transmission frequency from the received signal frequency and the received signal phase, and to determine the stability of the rate of the satellite clock or the validity of a time indication of the satellite clock from the determined frequency offset and the frequency drift and the Allan deviation, thereby characterizing the satellite clock , characterized in that the evaluation device is further adapted to correct errors occurring in the received signal frequency or the received signal phase as a result of relativistic effects on the basis of precalculated orbit data of the satellite.
A composition for use in treating or inhibiting gluten intolerance wherein said composition comprises recombinant nepenthesin selected from recombinant nepenthesin I, recombinant nepenthesin II, a salt thereof, or any combination thereof.
A sealing blade, which includes opposite elongated edges and between them a flat and which is adaptable to a blade holder arranged in a coating applicator of a coating device and into contact with a moving surface , wherein a contact surface , which may be arranged against the moving surface and which is 5 - 15% of the width (W) of the sealing blade , is adapted in the sealing blade , and wherein the sealing blade includes: - a fastening area adapted on the side of a first elongated edge , from which fastening area the sealing blade is adapted to be fastened to said blade holder , - a second elongated edge , which is opposite to the first elongated edge , - flat surfaces located on the opposite sides of the sealing blade between the elongated edges , to which flat surface said contact surface is adapted on one side, characterized in that the flat of the sealing blade is divided into more than two areas (35.1 - 35.3), from which the contact surface is formed in at least one area (35.1), and the flat of the sealing blade is divided into the more than two areas (35.1 - 35.3) by means of more than one folds (36.1, 36.2) . - a fastening area adapted on the side of a first elongated edge , from which fastening area the sealing blade is adapted to be fastened to said blade holder , - a second elongated edge , which is opposite to the first elongated edge , - flat surfaces located on the opposite sides of the sealing blade between the elongated edges , to which flat surface said contact surface is adapted on one side,
A computer-implemented method comprising: controlling input of data quantifying damage received by one or more components of a gas turbine engine into a first machine learning algorithm ; the method being characterised by further comprising: receiving data quantifying a first operating parameter of the gas turbine engine as an output of the first machine learning algorithm ; and determining operability of the gas turbine engine by comparing the received data quantifying the first operating parameter of the gas turbine engine with a threshold. controlling input of data quantifying damage received by one or more components of a gas turbine engine into a first machine learning algorithm ; the method being characterised by further comprising: receiving data quantifying a first operating parameter of the gas turbine engine as an output of the first machine learning algorithm ; and determining operability of the gas turbine engine by comparing the received data quantifying the first operating parameter of the gas turbine engine with a threshold.
A resin composition comprising: a polyolefin; a carbon fiber; a resin containing at least one of an amide bond and an imide bond; and a compatibilizer, wherein the resin containing at least one of an amide bond and an imide bond forms a coating layer around the carbon fiber, a thickness of the coating layer is from 50 nm to 700 nm, and the compatibilizer forms a layer between the coating layer and the polyolefin, characterized in that a content of the compatibilizer is from 1% by weight to 15% by weight with respect to the weight of the carbon fiber. a polyolefin; a carbon fiber; a resin containing at least one of an amide bond and an imide bond; and a compatibilizer, wherein the resin containing at least one of an amide bond and an imide bond forms a coating layer around the carbon fiber, a thickness of the coating layer is from 50 nm to 700 nm, and the compatibilizer forms a layer between the coating layer and the polyolefin, characterized in that a content of the compatibilizer is from 1% by weight to 15% by weight with respect to the weight of the carbon fiber.
A method of applying a new thermal barrier coating on a component of a gas turbine engine, the component having an outer surface and an inner surface and a plurality of first cooling holes, the plurality of first cooling holes extending between the outer surface and the inner surface of the component, the method comprising the steps of: exposing the outer surface of the component by removing an existing coating from the outer surface of the component; filling the first plurality of cooling holes with a polyimide; curing the polyimide to block the plurality of first cooling holes; and applying a thermal barrier coating over the outer surface of the component and characterized by said thermal barrier coating completely covering the plurality of first cooling holes blocked with the cured polyimide. exposing the outer surface of the component by removing an existing coating from the outer surface of the component; filling the first plurality of cooling holes with a polyimide; curing the polyimide to block the plurality of first cooling holes; and applying a thermal barrier coating over the outer surface of the component and characterized by said thermal barrier coating completely covering the plurality of first cooling holes blocked with the cured polyimide.
Connection assembly comprising an electrified planar element in the form of a glass pane or a laminated glass pane and comprising a strip arrangement for establishing an electrical connection between the electrified planar element , which is formed with a peripheral electrical contact , and an electrical device, wherein the strip arrangement comprises a plastic frame element having an electrical conductor and being adapted to be disposed along a peripheral portion of the planar element , the peripheral portion including the peripheral contact , wherein the plastic frame element has a U-shaped cross section and extends between two ends, wherein the conductor extends between the two ends of the plastic frame element along the plastic frame element and on a side facing the planar element so that, when the plastic frame element is attached to the peripheral portion and the peripheral portion is received between the legs of the plastic frame element , an electrical connection is automatically established between the electrical conductor extending between the two ends of the plastic frame element and the peripheral contact .