mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising magnesium, for use in the treatment of type 2 diabetes or one of the complications thereof, in combination with a pharmaceutical composition comprising at least one active agent intended for treating type 2 diabetes, said composition comprising magnesium being a composition for oral administration, in tablet form, comprising a gradual-release magnesium matrix comprising magnesium, a hydrophilic delay agent (B1), a hydrophobic delay agent (B2), an inert filler (C1) acting as a diluent and an inert filler (C2) acting as a lubricating means, said matrix being characterized in that it comprises: (A) 90 to 110 parts by weight of magnesium, the magnesium source being present in the form chosen from MgO, MgCl 2 and the hydrates of formula MgCl 2 .n(H 2 O) where n is a whole or fractional real number greater than 0 and less than or equal to 6, (B1) 180 to 190 parts by weight of hydroxypropylmethylcellulose, (B2) 19.8 to 22.2 parts by weight of glyceryl behenate, (C1) 10 to 12 parts by weight of lactose, and (C2) 10 to 12 parts by weight of colloidal silica; said composition also comprises a coating, which is not a gastroresistant coating, but a protective coating which slows down the dissolution of the Mg at the gastric level and said composition comprising magnesium is administered such that 100 to 200 mg of magnesium are administered per day to the subject. (A) 90 to 110 parts by weight of magnesium, the magnesium source being present in the form chosen from MgO, MgCl 2 and the hydrates of formula MgCl 2 .n(H 2 O) where n is a whole or fractional real number greater than 0 and less than or equal to 6, (B1) 180 to 190 parts by weight of hydroxypropylmethylcellulose, (B2) 19.8 to 22.2 parts by weight of glyceryl behenate, (C1) 10 to 12 parts by weight of lactose, and (C2) 10 to 12 parts by weight of colloidal silica;
A memory cell comprising: a first transistor (T1) and a second transistor (T2) vertically displaced relative to one another; and a capacitor disposed to be vertically between the first transistor (T1) and the second transistor (T2), the capacitor having a first node electrically coupled with a first source/drain region of the first transistor (T1), having a second node electrically coupled with a third source/drain region of the second transistor (T2), and having capacitor dielectric material between the first and second nodes ; characterised by one of the first node and the second node being container-shaped and the other of the first node and the second node extending into the container shape; and wherein; the first transistor (T1) has the first source/drain region and a second source/drain region , the first node of the capacitor being electrically coupled with the first source/drain region ; the second transistor (T2) has the third source/drain region and a fourth source/drain region , the second node of the capacitor being electrically coupled with the third source/drain region ; and the second and fourth source/drain regions being electrically coupled with a first and a second comparative bitline (BL-1, BL-2) respectively. a first transistor (T1) and a second transistor (T2) vertically displaced relative to one another; and a capacitor disposed to be vertically between the first transistor (T1) and the second transistor (T2), the capacitor having a first node electrically coupled with a first source/drain region of the first transistor (T1), having a second node electrically coupled with a third source/drain region of the second transistor (T2), and having capacitor dielectric material between the first and second nodes ; characterised by one of the first node and the second node being container-shaped and the other of the first node and the second node extending into the container shape; and wherein; the first transistor (T1) has the first source/drain region and a second source/drain region , the first node of the capacitor being electrically coupled with the first source/drain region ; the second transistor (T2) has the third source/drain region and a fourth source/drain region , the second node of the capacitor being electrically coupled with the third source/drain region ; and the second and fourth source/drain regions being electrically coupled with a first and a second comparative bitline (BL-1, BL-2) respectively.
3D printing method, wherein elementary volumes, or voxels , of a material are sequentially transformed by irradiation, comprising the following steps: breaking down the volume of a part of an object to be printed which does not require a maximum resolution into identical blocks ; associating, for printing, with each block a brick of the same outline comprising hollow portions ; and characterized by the step of carrying out a succession of irradiations in order to print the voxels of the bricks, each irradiation providing an array of irradiation beams focused in an array of points distributed in the material in the same way during two successive irradiations, the array of points being offset in the material between two successive irradiations. breaking down the volume of a part of an object to be printed which does not require a maximum resolution into identical blocks ; associating, for printing, with each block a brick of the same outline comprising hollow portions ; and characterized by the step of carrying out a succession of irradiations in order to print the voxels of the bricks, each irradiation providing an array of irradiation beams focused in an array of points distributed in the material in the same way during two successive irradiations, the array of points being offset in the material between two successive irradiations.
A hydraulic actuating device , comprising two working cylinders which are connected to a source of pressure by at least one supply line in order to provide a hydraulic pressure medium, wherein a shut-off system is disposed between the pressure source and the working cylinders which impedes the pressure medium from draining out in the case of a disruption-related drop in pressure, wherein the shut-off system is integrated into a valve assembly which comprises a valve housing with two inlet connections and two outlet connections , a common closing body , as well as a respective spring element associated with the respective outlet connection , wherein, in disruption-free operation, the closing body is located in a floating position between the outlet connections , and the case of a disruption-related drop in pressure in a supply line between an outlet connection and the working cylinder associated therewith leads to displacement of the closing body to its outlet connection on the valve assembly in order to prevent the pressure medium from draining out of the outlet connection , wherein a hydraulic flow divider is provided for a uniform flow through the valve assembly , wherein the two working cylinders are rigidly mechanically connected together and therefore act as hydraulic flow dividers.
A method of stirring, the method including: a) providing a number of electromagnetic stirrer units , each stirrer unit being moveably mounted; b) providing a number of locations at which stirring is to be provided by a stirrer unit ; c) providing stirring at a first location from amongst the number of locations using a stirrer unit ; d) providing stirring at a second location from amongst the number of locations using the same stirrer unit , the second location being different to the first location ; characterised in that a coolant source is in fluid communication with an interface (9a; 9b) at the first location and the coolant source is in fluid communication with an interface (9a; 9b) at the second location , the interface or interfaces (9a; 9b) provide for fluid communication between the coolant source and the stirrer unit when the stirrer unit is at a location ; wherein the coolant source is fixed in position relative to the first location and the second location . a) providing a number of electromagnetic stirrer units , each stirrer unit being moveably mounted; b) providing a number of locations at which stirring is to be provided by a stirrer unit ; c) providing stirring at a first location from amongst the number of locations using a stirrer unit ; d) providing stirring at a second location from amongst the number of locations using the same stirrer unit , the second location being different to the first location ;
A CO 2 recovery system used in a vehicle , comprising: a CO 2 recovery device recovering CO 2 contained in inflowing gas; characterised by a flow rate control device controlling flow rates of gases present in a plurality of different regions of the vehicle flowing into the CO 2 recovery device , wherein the gases present at the plurality of different regions include at least any two among air at an outside of the vehicle , air at an inside of the vehicle , and exhaust gas discharged from a body of an internal combustion engine of the vehicle . a CO 2 recovery device recovering CO 2 contained in inflowing gas; characterised by a flow rate control device controlling flow rates of gases present in a plurality of different regions of the vehicle flowing into the CO 2 recovery device , wherein the gases present at the plurality of different regions include at least any two among air at an outside of the vehicle , air at an inside of the vehicle , and exhaust gas discharged from a body of an internal combustion engine of the vehicle .
A method performed by a radio network device , the method comprising: determining a required enhanced coverage level; determining a set of available narrowband carriers that support the determined required enhanced coverage level; prior to determining the set of available narrowband carriers, receiving from a broadcast message on an anchor narrowband carrier, an indication of which available narrowband carriers support which enhanced coverage levels; and by applying a predetermined function to parameters known to both the radio network device and the network, selecting one narrowband carrier from the set, on which to receive or transmit a message, wherein the parameters known to both the radio network device and the network include a parameter derived from a unique identifier of the device and/or the number of carriers in the determined set of available narrowband carriers that support the determined enhanced coverage level. determining a required enhanced coverage level; determining a set of available narrowband carriers that support the determined required enhanced coverage level; prior to determining the set of available narrowband carriers, receiving from a broadcast message on an anchor narrowband carrier, an indication of which available narrowband carriers support which enhanced coverage levels; and by applying a predetermined function to parameters known to both the radio network device and the network, selecting one narrowband carrier from the set, on which to receive or transmit a message, wherein the parameters known to both the radio network device and the network include a parameter derived from a unique identifier of the device and/or the number of carriers in the determined set of available narrowband carriers that support the determined enhanced coverage level.
An apparatus for supporting a drum and hub assembly of a heavy vehicle brake assembly, the apparatus configured to engage and support the drum and hub assembly to facilitate removal and installation, the apparatus (40 comprising: a drum and hub engagement assembly configured to engage an accessible portion of the in-situ drum and/or hub assembly and to support the drum and/or hub assembly when so engaged for transport between an in-situ position and a removed position facilitating removal and installation of the drum and/or hub assembly ; wherein the apparatus is configured to be positionable relative to the brake assembly and movable away from the vehicle to facilitate removal of the brake assembly ; the apparatus further including a lifting assembly having an upright guide assembly and a lifting device for raising and lowering the drum and hub engagement assembly , wherein the lifting device is configured to raise and lower the drum and hub engagement assembly and the drum and/or hub assembly engaged thereby along the upright guide assembly in a vertical line; characterized in that the drum and hub engagement assembly , and the drum and/or hub assembly when so engaged, is configured to be rotatable about an axis which substantially passes through a centre of mass of the drum to facilitate servicing of the drum and/or hub assembly . a drum and hub engagement assembly configured to engage an accessible portion of the in-situ drum and/or hub assembly and to support the drum and/or hub assembly when so engaged for transport between an in-situ position and a removed position facilitating removal and installation of the drum and/or hub assembly ; wherein the apparatus is configured to be positionable relative to the brake assembly and movable away from the vehicle to facilitate removal of the brake assembly ; the apparatus further including a lifting assembly having an upright guide assembly and a lifting device for raising and lowering the drum and hub engagement assembly , wherein the lifting device is configured to raise and lower the drum and hub engagement assembly and the drum and/or hub assembly engaged thereby along the upright guide assembly in a vertical line; characterized in that the drum and hub engagement assembly , and the drum and/or hub assembly when so engaged, is configured to be rotatable about an axis which substantially passes through a centre of mass of the drum to facilitate servicing of the drum and/or hub assembly .
An axle number measurement device that measures a total number of axles of a vehicle that travels on a road, the axle number measurement device comprising: a first obtaining unit configured to obtain, from a first imaging device that includes an image sensor, a captured image (P1) that includes a tire of the vehicle ; a detector configured to detect the tire from the captured image (P1); a second obtaining unit configured to obtain, from a second imaging device that includes a distance sensor, a depth image (P2) that includes the tire of the vehicle ; and a measurement unit configured to measure a total number of axles that support tires which are in contact with the road, based on ion information indicating the position of the tire in the captured image and the depth image (P2), wherein the measurement unit is configured to: identify a position of the tire in the depth image (P2) obtained by the second imaging device, based on the position information indicating the position of the tire in the captured image (P1); obtain first distances from a predetermined position to the tire identified and second distances from the predetermined position to a position outside the tire identified, the position outside the tire being the road below the tire; and measure the total number of axles that support tires which are in contact with the road, based on a continuity between the first distances and the second distances arranged from the position of the tire to the position outside the tire. a first obtaining unit configured to obtain, from a first imaging device that includes an image sensor, a captured image (P1) that includes a tire of the vehicle ; a detector configured to detect the tire from the captured image (P1); a second obtaining unit configured to obtain, from a second imaging device that includes a distance sensor, a depth image (P2) that includes the tire of the vehicle ; and a measurement unit configured to measure a total number of axles that support tires which are in contact with the road, based on ion information indicating the position of the tire in the captured image and the depth image (P2), wherein the measurement unit is configured to: identify a position of the tire in the depth image (P2) obtained by the second imaging device, based on the position information indicating the position of the tire in the captured image (P1); obtain first distances from a predetermined position to the tire identified and second distances from the predetermined position to a position outside the tire identified, the position outside the tire being the road below the tire; and measure the total number of axles that support tires which are in contact with the road, based on a continuity between the first distances and the second distances arranged from the position of the tire to the position outside the tire.
A method implemented by a wireless transmit receive unit, WTRU, the method comprising: monitoring for a physical downlink control channel, PDCCH, transmission in a first set of search spaces at a first rate; receiving the PDCCH transmission in a search space of the first set of search spaces, wherein the PDCCH transmission includes configuration information, and wherein the configuration information includes a first slot format indication, SFI; monitoring for a first transmission in a second set of search spaces at a second rate based on the configuration information received in the PDCCH transmission; and monitoring for a second transmission in the first set of search spaces at the first rate on a condition that a preconfigured channel occupancy time, COT, has expired. monitoring for a physical downlink control channel, PDCCH, transmission in a first set of search spaces at a first rate; receiving the PDCCH transmission in a search space of the first set of search spaces, wherein the PDCCH transmission includes configuration information, and wherein the configuration information includes a first slot format indication, SFI; monitoring for a first transmission in a second set of search spaces at a second rate based on the configuration information received in the PDCCH transmission; and monitoring for a second transmission in the first set of search spaces at the first rate on a condition that a preconfigured channel occupancy time, COT, has expired.
A method for authenticating a device being a tag, the method comprising: - executing, by a tag reader of a first blockchain node, a one-side authentication of the device; - submitting, by the tag reader of the first blockchain node, results of the one-side authentication to a blockchain by submitting an authentication message to said blockchain; and - verifying the one-side authentication at a second blockchain node of the plurality of blockchain nodes by verifying the submitted authentication message using an authentication key. - executing, by a tag reader of a first blockchain node, a one-side authentication of the device; - submitting, by the tag reader of the first blockchain node, results of the one-side authentication to a blockchain by submitting an authentication message to said blockchain; and - verifying the one-side authentication at a second blockchain node of the plurality of blockchain nodes by verifying the submitted authentication message using an authentication key.
A method of single-pass printing using a printing system comprising at least first and second wholly aligned monochrome printheads supplied with a same ink, the second printhead being downstream of the first printhead, the method comprising the steps of: receiving first and second halftone images at the first and second printheads, respectively; printing the first halftone image from the first printhead; and printing the second halftone image from the second printhead such that a resulting printed image contains the second halftone image interleaved with the first halftone image, wherein: the printed image is printed at a first resolution in a printing direction; the first and second halftone images have a second resolution in the printing direction; the first halftone image is based on a first dither pattern and the second halftone image is based on a second dither pattern, the first dither pattern being different than the second dither pattern, and characterized in that : the second resolution is less than the first resolution. receiving first and second halftone images at the first and second printheads, respectively; printing the first halftone image from the first printhead; and printing the second halftone image from the second printhead such that a resulting printed image contains the second halftone image interleaved with the first halftone image, the printed image is printed at a first resolution in a printing direction; the first and second halftone images have a second resolution in the printing direction; the first halftone image is based on a first dither pattern and the second halftone image is based on a second dither pattern, the first dither pattern being different than the second dither pattern,
A process for the production of 2,5-furandicarboxylic acid (FDCA) via oxidation of 5-hydroxymethyl-2-furfural (HMF), said HMF being present in a solution in an aprotic, high-boiling polar solvent and water, characterized by the combination of - a first oxidation step wherein the HMF is at least partly oxidized in said solution to yield a first reaction mixture comprising at least one monoacid selected from the group consisting of 5-hydroxymethylfuran-2-carboxylic acid (HMFA) and 5-formylfuran-2-carboxylic acid (FFCA) and, optionally, FDCA - an extraction step after the first oxidation step wherein said aprotic high-boiling polar solvent is extracted from said first reaction mixture by means of an extraction solvent, wherein said at least one monoacid remains in an aqueous phase, - a second oxidation step wherein said at least one monoacid is oxidized to FDCA. - a first oxidation step wherein the HMF is at least partly oxidized in said solution to yield a first reaction mixture comprising at least one monoacid selected from the group consisting of 5-hydroxymethylfuran-2-carboxylic acid (HMFA) and 5-formylfuran-2-carboxylic acid (FFCA) and, optionally, FDCA - an extraction step after the first oxidation step wherein said aprotic high-boiling polar solvent is extracted from said first reaction mixture by means of an extraction solvent, wherein said at least one monoacid remains in an aqueous phase, - a second oxidation step wherein said at least one monoacid is oxidized to FDCA.
Assembly intended in particular to be arranged in a cockpit of an aircraft having a pressurized cabin in order to supply a breathing gas to a crew member, said assembly comprising: - a respiratory mask having an oronasal face cover and a harness , the oronasal face cover having a respiratory cavity and being suitable for applying on the face of crew member around the mouth and nose, the harness forming a loop adapted to be extended around the head of the user on a side opposite from the oronasal face cover so as to hold the oronasal face cover on the face of the user, and - a storage device , said storage device comprising a base and a platform , characterized in that the platform being mounted so as to be movable relative to the base between a retracted position and an extended position, the platform having a receiving surface , the receiving surface of the platform being adapted to receive the respiratory mask in a storage position where the harness holds the oronasal face cover against the receiving surface of the platform by encircling the platform to form a loop extending around the platform on the opposite side from the oronasal face cover , the respiratory mask being releasable from the storage device . - a respiratory mask having an oronasal face cover and a harness , the oronasal face cover having a respiratory cavity and being suitable for applying on the face of crew member around the mouth and nose, the harness forming a loop adapted to be extended around the head of the user on a side opposite from the oronasal face cover so as to hold the oronasal face cover on the face of the user, and - a storage device , said storage device comprising a base and a platform ,