mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic substance including a metal salen complex represented by the following formula: wherein M is Fe, Cr, Mn, or Co, wherein paclitaxel, fluorouracil or methotrexate is bound at locations 5 and 10 via an - NHC(O)- group. wherein M is Fe, Cr, Mn, or Co, wherein paclitaxel, fluorouracil or methotrexate is bound at locations 5 and 10 via an - NHC(O)- group.
Tinostamustine or a pharmaceutically acceptable salt thereof, for use in the treatment of ovarian cancer, wherein tinostamustine or a pharmaceutically acceptable salt thereof is used in combination with carboplatin.
A method of selecting packets transmitted from a first device to a second device over a packet network , the method including the steps of: sending, from the first device to the second device, packets ; recording the time of receipt of said packets according to a clock in the second device; repeatedly, for each of a plurality of groups of said packets: determining an optimal inter-arrival time between successive packets at the second device; calculating, for each packet in said group, the inter-arrival time between the packet and the preceding packet; sending, from the first device to the second device , timestamps which are the time of sending said packets from the first device according to a clock in the first device; determining using the timestamps, for each packet in said group, the inter-departure time between the packet and the preceding packet from the first device; and selecting the packet in said group which has an inter-arrival time which is the closest to the optimal inter-arrival time wherein the optimal inter-arrival time is determined for each packet as the inter-departure time between said packet and the preceding packet. sending, from the first device to the second device, packets ; recording the time of receipt of said packets according to a clock in the second device; repeatedly, for each of a plurality of groups of said packets: determining an optimal inter-arrival time between successive packets at the second device; calculating, for each packet in said group, the inter-arrival time between the packet and the preceding packet; sending, from the first device to the second device , timestamps which are the time of sending said packets from the first device according to a clock in the first device; determining using the timestamps, for each packet in said group, the inter-departure time between the packet and the preceding packet from the first device; and selecting the packet in said group which has an inter-arrival time which is the closest to the optimal inter-arrival time wherein the optimal inter-arrival time is determined for each packet as the inter-departure time between said packet and the preceding packet. determining an optimal inter-arrival time between successive packets at the second device; calculating, for each packet in said group, the inter-arrival time between the packet and the preceding packet; sending, from the first device to the second device , timestamps which are the time of sending said packets from the first device according to a clock in the first device; determining using the timestamps, for each packet in said group, the inter-departure time between the packet and the preceding packet from the first device; and selecting the packet in said group which has an inter-arrival time which is the closest to the optimal inter-arrival time wherein the optimal inter-arrival time is determined for each packet as the inter-departure time between said packet and the preceding packet.
A method for producing dicyanocyclohexane, the method comprising a cyanation step in which cyanocyclohexane-1-carboxylic acid and/or a salt thereof is subjected to cyanation reaction with an ammonia source to obtain dicyanocyclohexane.
A kit comprising: a particulate acellular tissue matrix (ATM); a water miscible solvent; and a polymer which is dissolvable in the solvent wherein after mixing the ATM, polymer, and solvent and placing the mixture in contact with an aqueous media, the water miscible solvent is capable of diffusing from the mixture to allow the mixture to form a tissue scaffold from the polymer and ATM. a particulate acellular tissue matrix (ATM); a water miscible solvent; and a polymer which is dissolvable in the solvent wherein after mixing the ATM, polymer, and solvent and placing the mixture in contact with an aqueous media, the water miscible solvent is capable of diffusing from the mixture to allow the mixture to form a tissue scaffold from the polymer and ATM.
Method for producing 1-octanol comprising a contact step between ethanol, n-hexanol and two catalysts A and B, wherein catalyst A comprises: i) a metal oxide comprising the following metals: M1 is a divalent metal selected from Mg, Ca and any mixture thereof, M2 is trivalent Ga; and ii) a noble metal that is Pd, and catalyst B comprises a metal oxide comprising the following metals: M3 is a divalent metal selected from Mg, Cu, Ni and any mixture thereof, M4 is a trivalent metal selected from Al, Ni and any mixture thereof, with the condition that catalyst B comprises Cu and Ni, wherein the Ni comprises divalent or trivalent Ni or any mixture thereof. i) a metal oxide comprising the following metals: M1 is a divalent metal selected from Mg, Ca and any mixture thereof, M2 is trivalent Ga; and M1 is a divalent metal selected from Mg, Ca and any mixture thereof, M2 is trivalent Ga; and ii) a noble metal that is Pd, and catalyst B comprises a metal oxide comprising the following metals: M3 is a divalent metal selected from Mg, Cu, Ni and any mixture thereof, M4 is a trivalent metal selected from Al, Ni and any mixture thereof, M3 is a divalent metal selected from Mg, Cu, Ni and any mixture thereof, M4 is a trivalent metal selected from Al, Ni and any mixture thereof, with the condition that catalyst B comprises Cu and Ni, wherein the Ni comprises divalent or trivalent Ni or any mixture thereof.
A wound dressing comprising a wound contact layer in the form of a textile, a film or a foam and an absorption layer, the absorption layer being attached to the wound contact layer by an adhesive, wherein the wound contact layer comprises at least one antimicrobial agent dispersed across the wound contact layer and wherein the wound contact layer is compressed.
A mixing device (10; 110; 210; 310; 410; 610) comprising: a primary tube (12; 112a/b; 212; 312; 412; 612) carrying a first intravenous fluid or medication and having a proximal end, a distal end, an outer surface and defining an inner lumen (24; 124; 324); and a plurality of secondary tubes (14; 114a-c; 214; 314; 414; 614), each secondary tube carrying an intravenous fluid or medication different than the first intravenous fluid or medication and having a proximal end, a distal end, an outer surface and defining an inner lumen, characterized in each secondary tube extending longitudinally along the outer surface of the primary tube, maintaining a separate conduit from the primary tube, having a continuous attachment along much of the outer surface of the primary tube, and running substantially parallel to the primary tube; the distal end of each secondary tube being fluidly connected to the primary tube at a single junction, such that the intravenous fluid or medication in each secondary tube flows into the primary tube and mixes with the first intravenous fluid or medication, the single junction being located close to the distal end of the primary tube. a primary tube (12; 112a/b; 212; 312; 412; 612) carrying a first intravenous fluid or medication and having a proximal end, a distal end, an outer surface and defining an inner lumen (24; 124; 324); and a plurality of secondary tubes (14; 114a-c; 214; 314; 414; 614), each secondary tube carrying an intravenous fluid or medication different than the first intravenous fluid or medication and having a proximal end, a distal end, an outer surface and defining an inner lumen, characterized in each secondary tube extending longitudinally along the outer surface of the primary tube, maintaining a separate conduit from the primary tube, having a continuous attachment along much of the outer surface of the primary tube, and running substantially parallel to the primary tube; the distal end of each secondary tube being fluidly connected to the primary tube at a single junction, such that the intravenous fluid or medication in each secondary tube flows into the primary tube and mixes with the first intravenous fluid or medication, the single junction being located close to the distal end of the primary tube.
An orientation sensing apparatus , the apparatus comprising: (a) a rotatable first member having a first member orientation with respect to gravity; (b) an orientation sensor device fixed with the first member for generating orientation data relating to an orientation sensor device orientation of the orientation sensor device with respect to gravity, wherein the orientation sensor device orientation is referenced to the first member orientation, wherein the orientation sensor device is comprised of a first accelerometer for sensing a first sensed component in a first direction , wherein the orientation sensor device is further comprised of a second accelerometer for sensing a second sensed component in a second direction , wherein the orientation sensor device is further comprised of a third accelerometer for sensing a third sensed component in a third direction , and wherein the first direction , the second direction and the third direction are substantially perpendicular to each other; and (c) a rotation sensor device for generating rotation data relating to rotation of the first member; characterized in that the apparatus further comprises: (d) a first processor , wherein the apparatus is configured to assemble sets of sensor data, wherein each set of sensor data is comprised of the orientation data and the rotation data, wherein the first processor is configured to process the sets of sensor data in order to generate sets of corrected orientation data each comprising a corrected first sensed component, a corrected second sensed component and a corrected third sensed component, and wherein the sets of corrected orientation data are comprised of the orientation data which has been corrected using the rotation data to reduce the effects of rotation of the first member and misalignment of the orientation sensor device . (a) a rotatable first member having a first member orientation with respect to gravity; (b) an orientation sensor device fixed with the first member for generating orientation data relating to an orientation sensor device orientation of the orientation sensor device with respect to gravity, wherein the orientation sensor device orientation is referenced to the first member orientation, wherein the orientation sensor device is comprised of a first accelerometer for sensing a first sensed component in a first direction , wherein the orientation sensor device is further comprised of a second accelerometer for sensing a second sensed component in a second direction , wherein the orientation sensor device is further comprised of a third accelerometer for sensing a third sensed component in a third direction , and wherein the first direction , the second direction and the third direction are substantially perpendicular to each other; and (c) a rotation sensor device for generating rotation data relating to rotation of the first member;
A smart bag for charging a set of electronic devices, the smart bag comprising: a set of power sources integral to the smart bag, the set of power sources comprising multiple power sources; a power management engine for: managing provision of power from each of the set of power sources to a first electronic device; and initiating communication with the first electronic device using one or several communication protocols available to the smart bag to obtain information related to the first electronic device; and a display for displaying information from the set of electronic devices and/or the smart bag where the information shown on the display is based on a set of display factors, where the set of display factors comprise at least one of: presence of a type of electronic device, a number of electronic devices in the smart bag and a battery charge level of the first electronic device, the display showing default information until a display factor of the set of display factors is met, where each display factor is associated with corresponding display information for display when, in use, the corresponding display factor is met, and where the set of display factors are considered in an ordered priority. a set of power sources integral to the smart bag, the set of power sources comprising multiple power sources; a power management engine for: managing provision of power from each of the set of power sources to a first electronic device; and initiating communication with the first electronic device using one or several communication protocols available to the smart bag to obtain information related to the first electronic device; and managing provision of power from each of the set of power sources to a first electronic device; and initiating communication with the first electronic device using one or several communication protocols available to the smart bag to obtain information related to the first electronic device; and a display for displaying information from the set of electronic devices and/or the smart bag where the information shown on the display is based on a set of display factors, where the set of display factors comprise at least one of: presence of a type of electronic device, a number of electronic devices in the smart bag and a battery charge level of the first electronic device, the display showing default information until a display factor of the set of display factors is met, where each display factor is associated with corresponding display information for display when, in use, the corresponding display factor is met, and where the set of display factors are considered in an ordered priority.
Apparatus for delivery of a flow of breathable gas to a patient's airways comprising: a frame including a plenum chamber , the plenum chamber adapted with a connection port for coupling with a delivery conduit, the frame including two flow directors within the plenum chamber , each flow director configured to direct flow at a naris of a user, each flow director in fluid communication with a gas supply port on an external side of the plenum chamber , characterized in that each flow director is independently connected to the plenum chamber by a hollow spherical joint. a frame including a plenum chamber , the plenum chamber adapted with a connection port for coupling with a delivery conduit, the frame including two flow directors within the plenum chamber , each flow director configured to direct flow at a naris of a user, each flow director in fluid communication with a gas supply port on an external side of the plenum chamber , characterized in that each flow director is independently connected to the plenum chamber by a hollow spherical joint.
A tool tip for a rotary press punch, comprising: a body having a shank , and a radially extending flange on the shank adjacent a bottom end of the body ; an axial bore within said body constructed and configured to hold a fastener, characterized in that it comprises further a displacer ring captivated to the body and loosely affixed to the shank axially and radially, said ring having a 360 angular degree cutting edge at the bottom thereof; and force transmission means located between the flange and the displacer ring constructed and configured to transmit a pressing force from the shank to the ring at a single point on the ring such that when the tool is pressed against a workpiece and rotated the ring performs a wobbling motion pressing only a portion of the cutting edge against the workpiece. a body having a shank , and a radially extending flange on the shank adjacent a bottom end of the body ; an axial bore within said body constructed and configured to hold a fastener, characterized in that it comprises further a displacer ring captivated to the body and loosely affixed to the shank axially and radially, said ring having a 360 angular degree cutting edge at the bottom thereof; and force transmission means located between the flange and the displacer ring constructed and configured to transmit a pressing force from the shank to the ring at a single point on the ring such that when the tool is pressed against a workpiece and rotated the ring performs a wobbling motion pressing only a portion of the cutting edge against the workpiece.
A brachytherapy afterloader device , comprising: - at least one transmit wire that is suitable for being inserted and for being driven in an advance or retract motion in an external first delivery channel , the transmit wire having a test field source , which is arranged at a distal end region of the transmit wire, for controllably providing a magnetic test field; - at least one receive wire that is suitable for being inserted and for being driven in an advance or retract motion in an external second delivery channel for a measurement of the magnetic test field, the receive wire having a transducer that is configured to detect magnetic-field changes in the magnetic test field and to provide a transducer signal indicative thereof via the receive wire; - a wire driving unit which is configured to controllably advance or retract the transmit wire and the receive wire in response to a corresponding test drive control signal . - at least one transmit wire that is suitable for being inserted and for being driven in an advance or retract motion in an external first delivery channel , the transmit wire having a test field source , which is arranged at a distal end region of the transmit wire, for controllably providing a magnetic test field; - at least one receive wire that is suitable for being inserted and for being driven in an advance or retract motion in an external second delivery channel for a measurement of the magnetic test field, the receive wire having a transducer that is configured to detect magnetic-field changes in the magnetic test field and to provide a transducer signal indicative thereof via the receive wire; - a wire driving unit which is configured to controllably advance or retract the transmit wire and the receive wire in response to a corresponding test drive control signal .
A three-dimensional printer comprising: a transfer module ; a guide road extending in a first direction; a plurality of print heads mounted in the transfer module ; a stage on which color photocurable ink ejected from the plurality of print heads can be stacked, wherein each of the plurality of the print heads comprises a head chip for ejecting the color photocurable ink; and a light source mounted in the transfer module , the light source being for irradiating light to the color photocurable ink stacked on the stage, wherein the head chip comprises an ink chamber containing the color photocurable ink, a heater for generating a bubble in the ink chamber by applying heat to the color photocurable ink inside the ink chamber to increase internal pressure in the ink chamber, and a nozzle for ejecting the color photocurable ink in response to the internal pressure in the ink chamber, wherein the transfer module is configured to move horizontally along the guide road in the first direction such that the light source moves horizontally in the first direction together with the plurality of print heads, and wherein the color photocurable ink includes oligomer and monomer for forming a three-dimensional object, a photo initiator for beginning polymerizing by light, a pigment for expressing color, an anti-sticking agent for preventing foreign material generated from the color photocurable ink from sticking to the heater, and an anti-bleeding agent for preventing one color photocurable ink from being mixed with another color photocurable ink. a transfer module ; a guide road extending in a first direction; a plurality of print heads mounted in the transfer module ; a stage on which color photocurable ink ejected from the plurality of print heads can be stacked, wherein each of the plurality of the print heads comprises a head chip for ejecting the color photocurable ink; and a light source mounted in the transfer module , the light source being for irradiating light to the color photocurable ink stacked on the stage, wherein the head chip comprises an ink chamber containing the color photocurable ink, a heater for generating a bubble in the ink chamber by applying heat to the color photocurable ink inside the ink chamber to increase internal pressure in the ink chamber, and a nozzle for ejecting the color photocurable ink in response to the internal pressure in the ink chamber, wherein the transfer module is configured to move horizontally along the guide road in the first direction such that the light source moves horizontally in the first direction together with the plurality of print heads, and wherein the color photocurable ink includes oligomer and monomer for forming a three-dimensional object, a photo initiator for beginning polymerizing by light, a pigment for expressing color, an anti-sticking agent for preventing foreign material generated from the color photocurable ink from sticking to the heater, and an anti-bleeding agent for preventing one color photocurable ink from being mixed with another color photocurable ink.
An in vitro method for improving the expression and establishment efficiency of a self-replicating non- integrative episomal S/MAR expression vector in a target vertebrate cell comprising the following steps: a. providing an episomal S/MAR expression vector comprising: i. a bacterial replication-selection region comprising a bacterial origin of replication and a selectable marker; ii. a transcription unit for expression of a transgene in a vertebrate cell, comprising a promoter, a 5' UTR, a transgene, and a 3' UTR; iii. an S/MAR insert located within said 3' UTR; and b. modifying the episomal S/MAR expression vector such that the S/MAR is flanked by a 5' splice donor site and a 3' splice acceptor site within said 3' UTR, whereby the resultant self-replicating non-integrative episomal S/MAR expression vector has improved expression and establishment efficiency after transfection of a vertebrate cell. a. providing an episomal S/MAR expression vector comprising: i. a bacterial replication-selection region comprising a bacterial origin of replication and a selectable marker; ii. a transcription unit for expression of a transgene in a vertebrate cell, comprising a promoter, a 5' UTR, a transgene, and a 3' UTR; iii. an S/MAR insert located within said 3' UTR; and i. a bacterial replication-selection region comprising a bacterial origin of replication and a selectable marker; ii. a transcription unit for expression of a transgene in a vertebrate cell, comprising a promoter, a 5' UTR, a transgene, and a 3' UTR; iii. an S/MAR insert located within said 3' UTR; and b. modifying the episomal S/MAR expression vector such that the S/MAR is flanked by a 5' splice donor site and a 3' splice acceptor site within said 3' UTR, whereby the resultant self-replicating non-integrative episomal S/MAR expression vector has improved expression and establishment efficiency after transfection of a vertebrate cell.