mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of a solid dosage form for oral administration such as a tablet, capsule or sachet containing Lercanidipine or a pharmaceutical acceptable salt thereof as an active ingredient and an effective amount of colloidal silicon dioxide, to enhance bioavailability, which comprises: - dissolving the total quantity of said active ingredient, a portion of the total quantity of said colloidal silicon dioxide and a binder into water/EtOH solvent; - adding to the formed solution the remaining portion of colloidal silicon dioxide and an optional excipient such as a diluent, a binder, a disintegrant, a glidant, a lubricant and wet granulating; - dissolving a wetting agent such as Poloxamer into a small quantity of water/EtOH solvent and kneading with the first solution - drying the wetted mass; - sieving the dried mass and adding to the sieved mixture the total quantities of at least one optional excipient such as a binder, a diluent, a disintegrant, a lubricant and/or a glidant and mixing until uniform, and - formulating the resulting mixture in a solid dosage form either by compressing it into a desired tablet form or by filling capsules or sachets. - dissolving the total quantity of said active ingredient, a portion of the total quantity of said colloidal silicon dioxide and a binder into water/EtOH solvent; - adding to the formed solution the remaining portion of colloidal silicon dioxide and an optional excipient such as a diluent, a binder, a disintegrant, a glidant, a lubricant and wet granulating; - dissolving a wetting agent such as Poloxamer into a small quantity of water/EtOH solvent and kneading with the first solution - drying the wetted mass; - sieving the dried mass and adding to the sieved mixture the total quantities of at least one optional excipient such as a binder, a diluent, a disintegrant, a lubricant and/or a glidant and mixing until uniform, and - formulating the resulting mixture in a solid dosage form either by compressing it into a desired tablet form or by filling capsules or sachets.
Exercise system for giving feedback to a user thereof, the exercise system comprising at least two exercise devices, the at least two exercise devices including a first exercise device and a second exercise device, each of the first and the second exercise device comprising at least one sensor, a feedback means, a body coupled communication module, and a processing unit, wherein the processing unit of the first exercise device is at least configured for collecting user data from at least one sensor of the first exercise device, collecting user data from at least one sensor of the second exercise device via a body area network, processing the collected data, and outputting the processed data on the feedback means via the body area network, wherein the body area network comprises the body coupled communication module of the each of the first and the second exercise device.
A method of producing an equine sorted artificial insemination sample comprising the steps of a. collecting equine sperm cells; b. determining the sex characteristic of a plurality of said equine sperm cells; c. sorting said equine sperm cells according to the determination of their sex characteristic, wherein a sheath fluid is chemically coordinated to create a sheath fluid environment for said cells which is coordinated with both a pre-sort and a post-sort cell fluid environment, wherein said sheath fluid contains hepes buffered medium; d. establishing an equine sorted artificial insemination sample having a number of equine sperm cells which is less than 50% of the number of equine sperm cells relative to the number of equine sperm cells of a typical equine unsorted artificial insemination sample. a. collecting equine sperm cells; b. determining the sex characteristic of a plurality of said equine sperm cells; c. sorting said equine sperm cells according to the determination of their sex characteristic, wherein a sheath fluid is chemically coordinated to create a sheath fluid environment for said cells which is coordinated with both a pre-sort and a post-sort cell fluid environment, wherein said sheath fluid contains hepes buffered medium; d. establishing an equine sorted artificial insemination sample having a number of equine sperm cells which is less than 50% of the number of equine sperm cells relative to the number of equine sperm cells of a typical equine unsorted artificial insemination sample.
A coaxial cable connector comprising a connector body, a post operably attached to the connector body, the post having a flange; a nut axially rotatable with respect to the post and the connector body, the nut including an inward lip; and characterized by an electrical continuity member disposed axially rearward of a surface of the internal lip of the nut that faces the flange.
A method for determining the antioxidant power of a sample of a biological fluid or a food, comprising the steps of contacting the sample with (i) an aqueous solution of metal nanoparticles, wherein said metal is platinum (ii), an oxidising agent and (iii) a chromogenic peroxidase substrate, and detecting the colour intensity of the final solution thereby obtained, the colour intensity being proportional to the antioxidant power of the biological sample.
A current mode output driver to drive on a multi-drop bus, an output symbol representing two bits including a most significant bit and a least significant bit, comprising: a first driver circuit to drive the LSB by generating an LSB symbol component representing the LSB; and a second driver circuit to drive the MSB by generating an MSB symbol component representing the MSB, the LSB symbol component being combined with the MSB symbol component to provide the output symbol, wherein the first driver circuit includes at least one driver transistor and the second driver circuit includes at least one driver transistor, the first and second driver circuits contain the same number of drive transistors, and wherein said at least one driver transistor in one of the first and second driver circuits is twice as large in size as the at least one driver transistor in the other one of the first and second driver circuits, i.e. that a width to length ratio of a respective driver transistor in one of the first and second driver circuits is twice the width to length ratio of a corresponding driver transistor in the other one of the first and second driver circuits, wherein, if the first driver circuit and the second driver circuit each include two or more driver transistors (960-0, 960-1, 960-3, 960-4), then the driver transistors (960-0, 960-1) of the first or second driver circuit have width to length ratios W/L, 2 W/L,..., 2 n W/L, and the driver transistors (960-3, 960-4)) of the other of the first or second driver circuit have width to length ratios 2 W/L, 4 W/L,..., 2 n+1 W/L, wherein, in case MSB and LSB are both high or both low, one of the MSB and LSB is driven with twice as much current as the other one of the MSB and LSB, and wherein the first driver circuit and the second driver circuit connect to an I/O pin and output at the I/O pin the sum of the MSB current and the LSB current. a first driver circuit to drive the LSB by generating an LSB symbol component representing the LSB; and a second driver circuit to drive the MSB by generating an MSB symbol component representing the MSB, the LSB symbol component being combined with the MSB symbol component to provide the output symbol, wherein the first driver circuit includes at least one driver transistor and the second driver circuit includes at least one driver transistor, the first and second driver circuits contain the same number of drive transistors, and wherein said at least one driver transistor in one of the first and second driver circuits is twice as large in size as the at least one driver transistor in the other one of the first and second driver circuits, i.e. that a width to length ratio of a respective driver transistor in one of the first and second driver circuits is twice the width to length ratio of a corresponding driver transistor in the other one of the first and second driver circuits,
Method for calibration of colour groups, where a colour group comprises at least one LED placed at a pixel board, where the colour groups are connected to control means, which control means control at least one physical parameter used in relation to the operation of the colour groups, where each colour group is connected to a control circuit, said control circuit comprises a daughter printed circuit comprising said control means, characterized in that calibration data for a colour group is stored in a calibration memory, where each colour group is controlled in accordance with local, stored calibration data during operation, wherein said calibration memory (53, 55) is placed at said pixel board and in that said daughter printed circuit and said pixel board are separated.
An aircraft insulation system comprising: - a foil extending at a distance from an inner surface of an aircraft outer shell, - a cabin exhaust air duct arranged adjacent to an inner surface of the foil and being adapted to be flown through with cabin exhaust air, characterised by an air gap defined between the foil and the aircraft outer shell. - a foil extending at a distance from an inner surface of an aircraft outer shell, - a cabin exhaust air duct arranged adjacent to an inner surface of the foil and being adapted to be flown through with cabin exhaust air,
A method for producing a bone transplant material by executing at least one chemical treatment of hard body tissue selected from extracted teeth by using a chemical reagent, comprising: removing soft tissues and tooth pulp from the extracted teeth, and washing the teeth (step S1); separating tooth crown and tooth root from the teeth treated according to step S1, and forming at least one hole at the tooth crown and tooth root (step S2); a third step of washing the teeth treated according to step S2 (step S3); and a fourth step of immersing the teeth treated according to step S3 in hydrochloric acid solution whose concentration ranges from 0.5N to 0.6N while performing vacuum sonication at a reduced pressure, taking out the teeth from the hydrochloric acid solution, and washing the teeth (step S4). removing soft tissues and tooth pulp from the extracted teeth, and washing the teeth (step S1); separating tooth crown and tooth root from the teeth treated according to step S1, and forming at least one hole at the tooth crown and tooth root (step S2); a third step of washing the teeth treated according to step S2 (step S3); and a fourth step of immersing the teeth treated according to step S3 in hydrochloric acid solution whose concentration ranges from 0.5N to 0.6N while performing vacuum sonication at a reduced pressure, taking out the teeth from the hydrochloric acid solution, and washing the teeth (step S4).
A staple cartridge assembly for use with a surgical instrument, said staple cartridge assembly comprising: a cartridge body, comprising: a proximal end; a distal end; a deck; and staple cavities defined in said deck; staples removably positioned in said staple cavities; and a firing member comprising a guide channel aligned with said staples; characterised in that said guide channel is defined by an inclined surface of said firing member, a first lateral sidewall and a second lateral sidewall, wherein said staples are received between said first lateral sidewall and said second lateral sidewall, and wherein said guide channel is configured to receive said staples. a cartridge body, comprising: a proximal end; a distal end; a deck; and staple cavities defined in said deck; a proximal end; a distal end; a deck; and staple cavities defined in said deck; staples removably positioned in said staple cavities; and a firing member comprising a guide channel aligned with said staples; characterised in that said guide channel is defined by an inclined surface of said firing member, a first lateral sidewall and a second lateral sidewall, wherein said staples are received between said first lateral sidewall and said second lateral sidewall, and wherein said guide channel is configured to receive said staples.
A knee joint prosthesis comprising: a proximal tibial camming portion extending from a lateral portion of a posterior tibial cam to a medial portion of the posterior tibial cam in a first medio-lateral plane, a distal tibial camming portion (i) extending from the lateral portion of the posterior tibial cam to the medial portion of the posterior tibial cam in a second medio-lateral plane, an anterior femoral camming portion extending from a lateral portion of a posterior femoral cam to a medial portion of the posterior femoral cam in the first medio-lateral plane, and a posterior femoral camming portion extending from the lateral portion of the posterior femoral cam to the medial portion of the posterior femoral cam in the second medio-lateral plane, characterised in that the proximal tibial camming portion is defined by a first radius of curvature having a first origin, the distal tibial camming portion is defined by a second radius of curvature having a second origin, the anterior femoral camming portion is defined by a third radius of curvature having a third origin, and the posterior femoral camming portion is defined by a fourth radius of curvature having a fourth origin, in which the first radius of curvature is equal to the second radius of curvature and the second origin is closer to the lateral tibial portion than the first origin, or the third radius of curvature is equal to the fourth radius of curvature and the fourth origin is closer to the medial femoral portion than the third origin. a proximal tibial camming portion extending from a lateral portion of a posterior tibial cam to a medial portion of the posterior tibial cam in a first medio-lateral plane, a distal tibial camming portion (i) extending from the lateral portion of the posterior tibial cam to the medial portion of the posterior tibial cam in a second medio-lateral plane, an anterior femoral camming portion extending from a lateral portion of a posterior femoral cam to a medial portion of the posterior femoral cam in the first medio-lateral plane, and a posterior femoral camming portion extending from the lateral portion of the posterior femoral cam to the medial portion of the posterior femoral cam in the second medio-lateral plane, characterised in that the proximal tibial camming portion is defined by a first radius of curvature having a first origin, the distal tibial camming portion is defined by a second radius of curvature having a second origin, the anterior femoral camming portion is defined by a third radius of curvature having a third origin, and the posterior femoral camming portion is defined by a fourth radius of curvature having a fourth origin, in which the first radius of curvature is equal to the second radius of curvature and the second origin is closer to the lateral tibial portion than the first origin, or the third radius of curvature is equal to the fourth radius of curvature and the fourth origin is closer to the medial femoral portion than the third origin.
An implantable sensor configured to be inserted in an intramedullary canal, the implantable sensor comprising: a primary insert including a distal end, a proximal end opposite the distal end, and a central bore extending from an opening in the distal end towards the proximal end; a secondary insert receivable within the central bore through the opening, the secondary insert comprising: a body removably engageable with an inside surface of the central bore; and a sensor module disposable within the body and configured to produce a sensor signal as a function of a first sensed parameter indicative of infection; and an antenna disposed in the central bore, the antenna configured to: transmit a wireless signal as a function of the sensor signal, characterised in that the secondary insert further comprises a cap releasably securable to the secondary insert, wherein the cap and the sensor module are releasable from the secondary insert when the secondary insert is in use and inserted in the intramedullary canal. a primary insert including a distal end, a proximal end opposite the distal end, and a central bore extending from an opening in the distal end towards the proximal end; a secondary insert receivable within the central bore through the opening, the secondary insert comprising: a body removably engageable with an inside surface of the central bore; and a sensor module disposable within the body and configured to produce a sensor signal as a function of a first sensed parameter indicative of infection; and a body removably engageable with an inside surface of the central bore; and a sensor module disposable within the body and configured to produce a sensor signal as a function of a first sensed parameter indicative of infection; and an antenna disposed in the central bore, the antenna configured to: transmit a wireless signal as a function of the sensor signal, characterised in that the secondary insert further comprises a cap releasably securable to the secondary insert, wherein the cap and the sensor module are releasable from the secondary insert when the secondary insert is in use and inserted in the intramedullary canal.
An apparatus for drilling annulus ring hole, comprising: a down-the-hole percussion hammer assembly, the DTH percussion hammer assembly comprising one or more DTH percussion hammers, an annulus ring structural housing having an outer diameter and an inner diameter for accommodating the DTH percussion hammers within space between the OD and the ID of the annulus ring structural housing; a top pipe with one or more exhaust openings, the top pipe being connected to the DTH percussion hammer assembly; one or more drill pipes, the drill pipes being attached vertically with each other forming a string of drill pipes, the string of drill pipes being connected at a first end to the DTH percussion hammer assembly, and the string of drill pipes being connected at a second end to the top pipe; an air or fluid distributor, the air or fluid distributor being connected to the top pipe; and a rotary head, the rotary head providing rotational turning motion for the apparatus, and the rotary head being connected to the air distributor; wherein each of the DTH percussion hammer comprises a drill bit (202, 401) having an exhaust outlet located at the bottom of the drill bit for releasing compressed air or pressurized fluid and being fixed in its position within the annulus ring structural housing by adjacent index blocks; and a piston on top of the drill bit for delivering hammering forces during drilling; wherein the compressed air is directed through an air channel and presses a top adaptor of the DTH percussion hammer, driving the reciprocal hammering action of the piston; wherein the piston strikes on the drill bit below transferring the hammering force, and in turn the drill bit impacts the ground; wherein the compressed air passes through the piston and is released out of the exhaust outlet located at the bottom of the drill bit after each strike by the piston; wherein the exhausted compressed air or pressurized fluid simultaneously flushes away broken debris or rock particles, conveying them along both inner and outer surfaces of the annulus ring structural housing; wherein the broken debris and rock particles that are flushed along the outer surface of the annulus ring structural housing travel upwards along the drill pipes and escape out on to ground surface; and wherein the broken debris and rock particles that are flushed along the inner surface of the annulus ring structural housing travel upwards along the drill pipes, reach the top pipe, and escape through the exhaust openings out on to the ground surface. a drill bit (202, 401) having an exhaust outlet located at the bottom of the drill bit for releasing compressed air or pressurized fluid and being fixed in its position within the annulus ring structural housing by adjacent index blocks; and a piston on top of the drill bit for delivering hammering forces during drilling;
A terminal comprising: a transmitting section configured to multiplex and transmit a Hybrid Automatic Repeat Request - Acknowledgement, HARQ-ACK in at least one of a first uplink shared channel transmission scheduled by downlink control information and a second uplink shared channel transmission not scheduled by downlink control information; and a control section configured to: control, when the HARQ-ACK is to be multiplexed in the first uplink shared channel transmission, multiplexing of the HARQ-ACK based on a Downlink Assignment Indicator, DAI, included in the downlink control information and a counter DAI included in downlink control information for scheduling a downlink shared channel, and control, when the HARQ-ACK is to be multiplexed in the second uplink shared channel transmission, multiplexing of the HARQ-ACK based on a total DAI and the counter DAI included in downlink control information for scheduling a downlink shared channel. a transmitting section configured to multiplex and transmit a Hybrid Automatic Repeat Request - Acknowledgement, HARQ-ACK in at least one of a first uplink shared channel transmission scheduled by downlink control information and a second uplink shared channel transmission not scheduled by downlink control information; and a control section configured to: control, when the HARQ-ACK is to be multiplexed in the first uplink shared channel transmission, multiplexing of the HARQ-ACK based on a Downlink Assignment Indicator, DAI, included in the downlink control information and a counter DAI included in downlink control information for scheduling a downlink shared channel, and control, when the HARQ-ACK is to be multiplexed in the second uplink shared channel transmission, multiplexing of the HARQ-ACK based on a total DAI and the counter DAI included in downlink control information for scheduling a downlink shared channel. control, when the HARQ-ACK is to be multiplexed in the first uplink shared channel transmission, multiplexing of the HARQ-ACK based on a Downlink Assignment Indicator, DAI, included in the downlink control information and a counter DAI included in downlink control information for scheduling a downlink shared channel, and control, when the HARQ-ACK is to be multiplexed in the second uplink shared channel transmission, multiplexing of the HARQ-ACK based on a total DAI and the counter DAI included in downlink control information for scheduling a downlink shared channel.
A method of manufacturing a tubular wind turbine tower structure, comprising the steps of: providing a plurality of tubular tower structure sub-sections at a movable wind turbine tower structure production facilty; wherein said step of providing the plurality of tubular tower structure sub-sections comprises manufacturing the tubular sub-sections at the movable production facility; and welding said plurality of tubular sub-sections (222a, 222b) together to form said tubular wind turbine tower structure. providing a plurality of tubular tower structure sub-sections at a movable wind turbine tower structure production facilty; wherein said step of providing the plurality of tubular tower structure sub-sections comprises manufacturing the tubular sub-sections at the movable production facility; and welding said plurality of tubular sub-sections (222a, 222b) together to form said tubular wind turbine tower structure.
A transition metal-supported intermetallic compound comprising a transition metal M supported on an intermetallic compound represented by formula: RTX... wherein R represents a lanthanoid element, T represents a transition metal in period 4 or period 5 in the periodic table, X represents Si or Ge, and M represents a transition metal in group 8, 9 or 10 in the periodic table.