mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition for use in reducing a risk of cardiovascular death, coronary revascularization, and/or unstable angina in a subject on statin therapy, wherein the subject has a fasting baseline triglyceride level of 135 mg/dl to 500 mg/dl and has established cardiovascular disease or a high risk of developing cardiovascular disease, wherein the pharmaceutical composition comprises 4 g of eicosapentaenoic acid ethyl ester, administered to the subject per day, and wherein the eicosapentaenoic acid ethyl ester comprises at least 96 wt.% of all omega-3 fatty acids in the pharmaceutical composition.
A container comprising a flexible wall and a dispensing head , wherein: (i) the dispensing head is not detachable from the rest of the container during normal use; (ii) the dispensing head comprises a dispensing orifice ; (iii) the smallest cross-sectional area of passage through the dispensing orifice (X) is between 0.2 mm 2 and 2.0 mm 2 ; and (iv) the container contains a fluid skin colour cosmetic composition comprising at least 20% of one or more pigments; characterised in that the fluid skin colour cosmetic composition has a viscosity of at least 10 Pa.s at 23 °C. (i) the dispensing head is not detachable from the rest of the container during normal use; (ii) the dispensing head comprises a dispensing orifice ; (iii) the smallest cross-sectional area of passage through the dispensing orifice (X) is between 0.2 mm 2 and 2.0 mm 2 ; and (iv) the container contains a fluid skin colour cosmetic composition comprising at least 20% of one or more pigments;
A method performed by a User Equipment of transmitting a random access preamble and a physical uplink shared channel, PUSCH, in Message A, MsgA, of a two-step random access procedure, the method comprising: determining (S701) a resource size k of a PUSCH occasion to be used to contain the PUSCH occasion in a MsgA PUSCH slot, the resource size k being one of a set of predetermined sizes of PUSCH occasions; identifying (S702) a resource to be used for said PUSCH occasion in a MsgA PUSCH slot from a predetermined set of resources, the resource in the set of resources corresponding to the determined resource size k, each resource being identified with a respective first index n and occupying a distinct set of orthogonal frequency division multiplexing, OFDM, symbols and subcarriers; identifying (S703) a physical random access channel, PRACH, preamble with a second index n' that maps to the first index n of the identified resource; and transmitting (S704) MsgA in the identified resource, wherein MsgA comprises the identified PRACH preamble and the PUSCH. determining (S701) a resource size k of a PUSCH occasion to be used to contain the PUSCH occasion in a MsgA PUSCH slot, the resource size k being one of a set of predetermined sizes of PUSCH occasions; identifying (S702) a resource to be used for said PUSCH occasion in a MsgA PUSCH slot from a predetermined set of resources, the resource in the set of resources corresponding to the determined resource size k, each resource being identified with a respective first index n and occupying a distinct set of orthogonal frequency division multiplexing, OFDM, symbols and subcarriers; identifying (S703) a physical random access channel, PRACH, preamble with a second index n' that maps to the first index n of the identified resource; and transmitting (S704) MsgA in the identified resource, wherein MsgA comprises the identified PRACH preamble and the PUSCH.
A six-degree-of-freedom motion hexapod simulator assembly comprising a base , a load bearing structure , and six linear actuators having upper ends connected to the load bearing structure by two-degree-of-freedom joints and lower ends thereof connected to the fixed base by means of two-degree-of-freedom joints , wherein each two-degree-of-freedom joint comprises two pivot means with orthogonally crossing pivot axes, wherein one pivot means runs through the other pivot means , wherein the load bearing structure is positioned between two parallel planes having a distance between the planes defined by structural elements making up the load bearing structure and wherein the motion platform centroid is positioned between the two planes , wherein the load bearing structure is a triangle structure composed of structural beams as the structural elements and wherein the triangle structure has three corner sections , each corner section comprising an outwardly directed extension of the load bearing structure , wherein the two-degree-of-freedom joints are connected in pairs to the respective three corner sections of the load bearing structure , and wherein one joint of a pair of joints is separated by the extension of the load bearing structure from the other joint of the pair of joints and wherein a user structure is positioned on top of the load bearing structure , wherein the user structure comprises means to position a user, instruments and visual displays, computers and an instructor station.
A transmitter device configured to implement a microwave barrier, the transmitter device comprising - an encryption circuit configured to: store an encryption key and a unique digital identifier of the transmitter device; obtain a data frame comprising the unique digital identifier of the transmitter device and status information of the transmitter device; and encrypt the data frame using the encryption key to generate an encrypted data frame unique to each transmission by applying an encryption algorithm using a nonce; - a modulator configured to modulate a microwave signal to generate a modulated microwave signal comprising a subcarrier encoding a message comprising the encrypted data frame and the nonce, the message comprising a message authentication code used by a receiver device to perform an integrity and authentication check of the decrypted data frame; - a transmitter configured to generate an intrusion detection microwave beam from the modulated microwave signal. - an encryption circuit configured to: store an encryption key and a unique digital identifier of the transmitter device; obtain a data frame comprising the unique digital identifier of the transmitter device and status information of the transmitter device; and encrypt the data frame using the encryption key to generate an encrypted data frame unique to each transmission by applying an encryption algorithm using a nonce; - a modulator configured to modulate a microwave signal to generate a modulated microwave signal comprising a subcarrier encoding a message comprising the encrypted data frame and the nonce, the message comprising a message authentication code used by a receiver device to perform an integrity and authentication check of the decrypted data frame; - a transmitter configured to generate an intrusion detection microwave beam from the modulated microwave signal.
A radiation detector comprising: - a semiconductor body having at least one radiation entrance face , - a plurality of first electrodes , and - at least one second electrode , wherein - each one of the first electrodes comprises a tip comprising a pillar and a head that extends into the semiconductor body , - a penetration depth (Th) of the tips into the semiconductor body exceeds a maximum width (Td) of the tips , and - the tips are configured to collect charge carriers generated in the semiconductor body by the radiation to be detected, - the pillar starts at the radiation entrance face of the semiconductor body and the head terminates the pillar within the semiconductor body , - an electrical insulation layer is located directly between the pillar and the semiconductor body and - an end of the electrical insulation layer defines an intersection between the pillar and the head so that the head is in direct electrical contact with the semiconductor body and not the pillar . - a semiconductor body having at least one radiation entrance face , - a plurality of first electrodes , and - at least one second electrode , - each one of the first electrodes comprises a tip comprising a pillar and a head that extends into the semiconductor body , - a penetration depth (Th) of the tips into the semiconductor body exceeds a maximum width (Td) of the tips , and - the tips are configured to collect charge carriers generated in the semiconductor body by the radiation to be detected, - the pillar starts at the radiation entrance face of the semiconductor body and the head terminates the pillar within the semiconductor body , - an electrical insulation layer is located directly between the pillar and the semiconductor body and - an end of the electrical insulation layer defines an intersection between the pillar and the head so that the head is in direct electrical contact with the semiconductor body and not the pillar .
A game system, comprising: - a data processing system configured to execute program instructions allowing a user to engage in digital game play; - a physical toy; and - a detection device configured to detect a presence of the toy within a detection area of the detection device; wherein the physical toy comprises two or more identification elements each detectable by the detection device when the identification element is positioned within the detection area, wherein the physical toy is a coherent structure where the two or more identification elements are physically interconnected with said structure, characterized by : the physical toy is configured to allow a user to selectively position the physical toy with only a user-selected subset of one or more of said identification elements within the detection area; and wherein the data processing system is configured to control said digital game play responsive to the detected subset of identification elements. - a data processing system configured to execute program instructions allowing a user to engage in digital game play; - a physical toy; and - a detection device configured to detect a presence of the toy within a detection area of the detection device;
Rear gearshift mechanism for a shift arrangement for a bicycle, comprising: - a base element which is attachable to a bicycle frame; - a movable element which is coupled to the base element and is displaceable relative to the latter, - a chain-guide arrangement which is coupled to the movable element and is pivotable about a pivot axle relative to the latter, - a preload device by way of which the chain-guide arrangement is preloaded into a starting position about the pivot axle relative to the movable element , wherein the chain-guide arrangement , from the initial position, is pivotable about the pivot axle into various operating positions counter to a load force of the preload device, and - at least one blocking apparatus which is intended for blocking the chain-guide arrangement in at least one blocking position, different from the starting position, relative to the movable element , wherein the blocking apparatus has a blocking element which is displaceable between a passive position, in which said blocking apparatus releases the chain-guide arrangement relative to the movable element , and at least one active position, in which said blocking apparatus holds the chain-guide arrangement in the at least one blocking position, characterized in that the blocking apparatus has a longitudinal axis and the blocking element has a longitudinal axis , and the two longitudinal axes are spaced apart from one another and parallel. - a base element which is attachable to a bicycle frame; - a movable element which is coupled to the base element and is displaceable relative to the latter, - a chain-guide arrangement which is coupled to the movable element and is pivotable about a pivot axle relative to the latter, - a preload device by way of which the chain-guide arrangement is preloaded into a starting position about the pivot axle relative to the movable element , wherein the chain-guide arrangement , from the initial position, is pivotable about the pivot axle into various operating positions counter to a load force of the preload device, and - at least one blocking apparatus which is intended for blocking the chain-guide arrangement in at least one blocking position, different from the starting position, relative to the movable element , wherein the blocking apparatus has a blocking element which is displaceable between a passive position, in which said blocking apparatus releases the chain-guide arrangement relative to the movable element , and at least one active position, in which said blocking apparatus holds the chain-guide arrangement in the at least one blocking position, characterized in that the blocking apparatus has a longitudinal axis and the blocking element has a longitudinal axis , and the two longitudinal axes are spaced apart from one another and parallel.
A sensing system , comprising a patient interface module , PIM, communicatively disposed between a processing system and a sensing device configured to obtain measurement data associated with a body of a patient while positioned within the body, the sensing device comprising a memory , wherein the patient interface module comprises a controller operable to read data stored on the memory of the sensing device using a first signal voltage; characterized in that the controller is further operable to write to the memory to disable further operation of the sensing device using a second signal voltage; and wherein the patient interface module comprises a voltage switch configured to selectively output the first signal voltage or the second signal voltage. a patient interface module , PIM, communicatively disposed between a processing system and a sensing device configured to obtain measurement data associated with a body of a patient while positioned within the body, the sensing device comprising a memory , wherein the patient interface module comprises a controller operable to read data stored on the memory of the sensing device using a first signal voltage; characterized in that the controller is further operable to write to the memory to disable further operation of the sensing device using a second signal voltage; and wherein the patient interface module comprises a voltage switch configured to selectively output the first signal voltage or the second signal voltage.
A phase separator for an electrical machine, comprising: a first end portion configured and adapted for separating first end turns of adjacent phase windings; an opposed second end portion configured and adapted for separating second end turns of the adjacent phase windings; and a midsection connecting the first and second end portions, wherein the midsection is configured to fix the phase separator in the electrical machine and provide physical and dielectric separation between adjacent phase windings sharing a common slot, wherein at least one of the end portions defines an outwardly facing arcuate edge segment corresponding to an end turn of the phase windings, characterized in that the least one of the end portions further defines an inwardly facing arcuate edge segment laterally offset from the midsection configured for receiving winding lacing cord. a first end portion configured and adapted for separating first end turns of adjacent phase windings; an opposed second end portion configured and adapted for separating second end turns of the adjacent phase windings; and a midsection connecting the first and second end portions, wherein the midsection is configured to fix the phase separator in the electrical machine and provide physical and dielectric separation between adjacent phase windings sharing a common slot, wherein at least one of the end portions defines an outwardly facing arcuate edge segment corresponding to an end turn of the phase windings, characterized in that the least one of the end portions further defines an inwardly facing arcuate edge segment laterally offset from the midsection configured for receiving winding lacing cord.
A mass spectrometer or ion mobility spectrometer comprising: a first device for separating ions or molecules according to a physicochemical property; and an ion mobility separation or filter device for receiving and separating or filtering at least some of said ions, or ions derived from said molecules, according to their ion mobility; a gas supply connected to said ion mobility separation or filter device for supplying gas into said ion mobility separation or filter device; and a control system configured to adjust said gas supply so as to vary the composition of gas within the ion mobility separation or filter device dynamically based on the separation or elution time in said first device; wherein the gas composition in the ion mobility separation or filter device is controlled based on the ions or molecules eluting from the first device and passing into the ion mobility separation or filter device so that the gas in the ion mobility separation or filter device is controlled to be of a first composition whilst a first analyte ion is passing through the ion mobility separation or filter device, and the gas in the ion mobility separation or filter device is controlled to be of a second composition whilst a second, different analyte ion is passing through the ion mobility separation or filter device. a first device for separating ions or molecules according to a physicochemical property; and an ion mobility separation or filter device for receiving and separating or filtering at least some of said ions, or ions derived from said molecules, according to their ion mobility; a gas supply connected to said ion mobility separation or filter device for supplying gas into said ion mobility separation or filter device; and a control system configured to adjust said gas supply so as to vary the composition of gas within the ion mobility separation or filter device dynamically based on the separation or elution time in said first device; wherein the gas composition in the ion mobility separation or filter device is controlled based on the ions or molecules eluting from the first device and passing into the ion mobility separation or filter device so that the gas in the ion mobility separation or filter device is controlled to be of a first composition whilst a first analyte ion is passing through the ion mobility separation or filter device, and the gas in the ion mobility separation or filter device is controlled to be of a second composition whilst a second, different analyte ion is passing through the ion mobility separation or filter device.
A metal adsorption acrylic fiber comprising an acrylonitrile based polymer containing at least 85 mass% of a component unit derived from acrylonitrile, wherein the acrylonitrile based polymer is a copolymer of acrylonitrile and sodium methallylsulfonate, presenting a BET specific surface area from 80 to 500 m 2 /g, where BET is measured in a wet condition as specified in the description, and wherein a strontium adsorption rate is 85% or more when the strontium adsorption rate is measured by the following measurement method: <A method of measuring a strontium adsorption rate (a strontium 0.1 ppm measurement method)> To a 1000 mL capacity fluorine resin container, added is 5 g of the metal adsorption acrylic fiber which has been vacuum dried, and then 500 mL of an immersion liquid at 20°C is added to the container to start immersion of the metal adsorption acrylic fiber, the immersion liquid comprising an aqueous solution of strontium carbonate with a concentration of 0.1 ppm. The temperature of the immersion liquid is maintained at 20°C, and the content in the container is agitated 24 hours after the immersion started, and then the immersion liquid is collected as a test liquid. The test liquid is introduced into an inductively-coupled plasma mass spectrometer, and quantitative analysis is performed for strontium to obtain the concentration of strontium C1 (ppm) in the test liquid. Apart from this, 500 mL of the immersion liquid at 20°C alone is added to another container to give a reference liquid, and quantitative analysis is performed for strontium as in the test liquid to obtain the concentration of strontium C2 (ppm) in the reference liquid. The strontium adsorption rate of the metal adsorption acrylic fiber is computed by the following equation: Strontium adsorption rate % = C2 − C1 / C2 × 100
A plate-shaped battery cell configured to have a structure in which an electrode assembly is received in a battery case made of a laminate sheet comprising a resin layer and a metal layer together with an electrolyte in a state in which outer edges of the battery case are sealed, wherein the battery case comprises: - thermally bondable portions thermally bonded to each other to constitute a first sealed portion of the battery cell ; - a first space for receiving the electrode assembly ; and - second spaces defined outside the thermally bondable portions , the second spaces constituting the outer edges of the battery case together with the thermally bondable portions , and wherein a metal piece for preventing penetration of humidity into the first space from an outside is mounted in at least one of the second spaces , wherein the metal piece is coupled to the metal layer of the battery case by welding in the at least one of the second spaces to constitute a second sealed portion for preventing penetration of humidity into the first sealed portion , characterised in that the second sealed portion is cut in a longitudinal direction (A-A') and configured to expose the metal piece to the outside. wherein the battery case comprises: - thermally bondable portions thermally bonded to each other to constitute a first sealed portion of the battery cell ; - a first space for receiving the electrode assembly ; and - second spaces defined outside the thermally bondable portions , the second spaces constituting the outer edges of the battery case together with the thermally bondable portions , and - thermally bondable portions thermally bonded to each other to constitute a first sealed portion of the battery cell ; - a first space for receiving the electrode assembly ; and - second spaces defined outside the thermally bondable portions , the second spaces constituting the outer edges of the battery case together with the thermally bondable portions , and wherein a metal piece for preventing penetration of humidity into the first space from an outside is mounted in at least one of the second spaces , wherein the metal piece is coupled to the metal layer of the battery case by welding in the at least one of the second spaces to constitute a second sealed portion for preventing penetration of humidity into the first sealed portion , characterised in that the second sealed portion is cut in a longitudinal direction (A-A') and configured to expose the metal piece to the outside.
An air management system for controlling an intake air pressure and an exhaust back pressure of a fuel cell system , the air management system comprising: - an air pressurizing device arranged to feed intake air to an air compressor of the fuel cell system , - a pressure regulating device arranged for regulating the exhaust back pressure, - a pressure detection device for detecting an ambient air pressure, - a control device configured to control the air pressurizing device and the pressure regulating device in dependence on the detected ambient air pressure, characterised in that the control device is configured to control the intake air pressure to a predetermined first pressure level, and to control the exhaust back pressure to a predetermined second pressure level. - an air pressurizing device arranged to feed intake air to an air compressor of the fuel cell system , - a pressure regulating device arranged for regulating the exhaust back pressure, - a pressure detection device for detecting an ambient air pressure, - a control device configured to control the air pressurizing device and the pressure regulating device in dependence on the detected ambient air pressure, characterised in that