mhurhangee/ep-ind-claims huggingface dataset:
An implantable medical endoprosthesis delivery system, comprising: a delivery member in the form of a wire or a slotted hypotube; a sheath; an endoprosthesis having a proximal portion and a distal portion, the endoprosthesis being disposed between the delivery member and the sheath; and a second member (18, 20) configured so that: when the sheath moves proximally or distally with respect to the delivery member, the endoprosthesis remains substantially stationary in a longitudinal direction with respect to the delivery member; and when the delivery member moves proximally or distally, the endoprosthesis remains substantially stationary with respect to the delivery member; characterized in that the second member comprises: a first seating member disposed between the delivery member and the endoprosthesis distal portion; and a second seating member disposed between the delivery member and the endoprosthesis proximal portion. a delivery member in the form of a wire or a slotted hypotube; a sheath; an endoprosthesis having a proximal portion and a distal portion, the endoprosthesis being disposed between the delivery member and the sheath; and a second member (18, 20) configured so that: when the sheath moves proximally or distally with respect to the delivery member, the endoprosthesis remains substantially stationary in a longitudinal direction with respect to the delivery member; and when the delivery member moves proximally or distally, the endoprosthesis remains substantially stationary with respect to the delivery member; when the sheath moves proximally or distally with respect to the delivery member, the endoprosthesis remains substantially stationary in a longitudinal direction with respect to the delivery member; and when the delivery member moves proximally or distally, the endoprosthesis remains substantially stationary with respect to the delivery member; characterized in that the second member comprises: a first seating member disposed between the delivery member and the endoprosthesis distal portion; and a second seating member disposed between the delivery member and the endoprosthesis proximal portion. a first seating member disposed between the delivery member and the endoprosthesis distal portion; and a second seating member disposed between the delivery member and the endoprosthesis proximal portion.
A process of dehydrogenating an alkane to an alkene, comprising: (a) feeding CO to a first reactor containing a catalyst comprising CrO 3; (b) contacting the CO with the CrO 3, to form Cr 2 O 3 and CO 2; (c) feeding the CO 2 obtained in (b), and an alkane, to a second reactor containing a catalyst comprising Cr 2 O 3; (d) contacting the alkane with the catalyst in the second reactor to form an alkene and H 2; (e) reacting the CO 2 from (c) with the H 2 from (d), in the second reactor, to form CO and H 2 O; and (f) feeding the CO formed in (e) to (a). (a) feeding CO to a first reactor containing a catalyst comprising CrO 3; (b) contacting the CO with the CrO 3, to form Cr 2 O 3 and CO 2; (c) feeding the CO 2 obtained in (b), and an alkane, to a second reactor containing a catalyst comprising Cr 2 O 3; (d) contacting the alkane with the catalyst in the second reactor to form an alkene and H 2; (e) reacting the CO 2 from (c) with the H 2 from (d), in the second reactor, to form CO and H 2 O; and (f) feeding the CO formed in (e) to (a).
A method for forming a photoresist relief image comprising: (a) applying over a substrate a coating layer of a composition comprising a coating composition comprising a tetrapolymer that comprises polymizerized units of maleimide, 9-anthracene-methyl methacrylate, 2-hydroxynaphthalene-methylmethacrylate, and t-butyl acrylate; (b) applying a photoresist layer above the coating composition layer; and (c) exposing the applied photoresist layer to patterned radiation; and (d) developing the exposed photoresist layer with an aqueous alkaline developer composition, whereby the developer composition selectively removes in both the photoresist layer and the underlying coating composition layer the image as defined in the photoresist layer by patterned radiation. (a) applying over a substrate a coating layer of a composition comprising a coating composition comprising a tetrapolymer that comprises polymizerized units of maleimide, 9-anthracene-methyl methacrylate, 2-hydroxynaphthalene-methylmethacrylate, and t-butyl acrylate; (b) applying a photoresist layer above the coating composition layer; and (c) exposing the applied photoresist layer to patterned radiation; and (d) developing the exposed photoresist layer with an aqueous alkaline developer composition, whereby the developer composition selectively removes in both the photoresist layer and the underlying coating composition layer the image as defined in the photoresist layer by patterned radiation.
Elevator rescue system for moving an elevator car of an elevator in an emergency situation, which elevator includes an elevator motor acting on hoisting ropes by which the elevator car is suspended and/or moved, which elevator motor comprises at least one electro-mechanical brake (14a, 14b) and an encoder outputting a signal corresponding to its speed, which system comprises - a back-up power source, characterized by - a jerk monitoring circuit connected to the encoder and comprising a memory for at least one first upper threshold value for the time derivative of the car acceleration, - a brake feed circuit which is controlled by the jerk monitoring circuit, - at least one release switch which is connected to the jerk monitoring circuit and/or to the brake feed circuit, in which system the operation of the release switch activates the brake feed circuit to release the brake, and initiates the jerk monitoring circuit to compare the derivative of the car acceleration as derived from the encoder signal with the stored first upper threshold value, whereby it forwards a control signal to the brake feed circuit to initiate/stop braking depending on the comparison result. - a back-up power source, - a jerk monitoring circuit connected to the encoder and comprising a memory for at least one first upper threshold value for the time derivative of the car acceleration, - a brake feed circuit which is controlled by the jerk monitoring circuit, - at least one release switch which is connected to the jerk monitoring circuit and/or to the brake feed circuit,
A method for use by a base station, the method comprising: a) transmitting a message comprising a subframe allocation bitmap indicating a plurality of almost blank subframes, said plurality of almost blank subframes consisting of second, fourth, seventh, and ninth subframes of every radio frame in a plurality of radio frames; and b) transmitting, to a wireless device, a unicast message comprising: i. a first measurement subframe allocation bitmap indicating a first plurality of measurement subframes of a primary carrier, said first plurality of measurement subframes excluding said plurality of almost blank subframes; and ii. a second measurement subframe allocation bitmap indicating a second plurality of measurement subframes of said primary carrier, said second plurality of measurement subframes excluding any of the subframes in said first plurality of measurement subframes; and wherein during a majority of symbols of an almost blank subframe: no signal is transmitted by said base station, or signals are transmitted at an almost blank subframe power level that is lower than a transmit power during a non-almost blank subframe, and wherein said first measurement subframe allocation bitmap and said second measurement subframe allocation bitmap are longer than said subframe allocation bitmap. a) transmitting a message comprising a subframe allocation bitmap indicating a plurality of almost blank subframes, said plurality of almost blank subframes consisting of second, fourth, seventh, and ninth subframes of every radio frame in a plurality of radio frames; and b) transmitting, to a wireless device, a unicast message comprising: i. a first measurement subframe allocation bitmap indicating a first plurality of measurement subframes of a primary carrier, said first plurality of measurement subframes excluding said plurality of almost blank subframes; and ii. a second measurement subframe allocation bitmap indicating a second plurality of measurement subframes of said primary carrier, said second plurality of measurement subframes excluding any of the subframes in said first plurality of measurement subframes; and i. a first measurement subframe allocation bitmap indicating a first plurality of measurement subframes of a primary carrier, said first plurality of measurement subframes excluding said plurality of almost blank subframes; and ii. a second measurement subframe allocation bitmap indicating a second plurality of measurement subframes of said primary carrier, said second plurality of measurement subframes excluding any of the subframes in said first plurality of measurement subframes; and
A method for color buffer compression comprising: defining a minimal box around a tile's color values in the color space; splitting the minimal box into cells; for each cell, finding a minimal box of color values that fall into that cell; merging the smallest minimal box with a neighbor minimal box that gives the smallest volume compared to merging with any other neighbor minimal box and merging iteratively until the encoding cost falls below a threshold; determining a base color value for each non-empty cell; and encoding each value using the base color value. defining a minimal box around a tile's color values in the color space; splitting the minimal box into cells; for each cell, finding a minimal box of color values that fall into that cell; merging the smallest minimal box with a neighbor minimal box that gives the smallest volume compared to merging with any other neighbor minimal box and merging iteratively until the encoding cost falls below a threshold; determining a base color value for each non-empty cell; and encoding each value using the base color value.
A process for producing a cosmetic article by printing using a laser printer comprising a heating unit and at least one cosmetic toner, the process comprising the steps consisting in: a) producing, with the printer, a printing on a support with the aid of the cosmetic toner, b) heating the support coated with the printing with the aid of the heating unit to an operating temperature greater than or equal to 60°C, the cosmetic toner comprising a weight content of material that is fusible at the operating temperature of less than 10% relative to the total weight of the toner. a) producing, with the printer, a printing on a support with the aid of the cosmetic toner, b) heating the support coated with the printing with the aid of the heating unit to an operating temperature greater than or equal to 60°C, the cosmetic toner comprising a weight content of material that is fusible at the operating temperature of less than 10% relative to the total weight of the toner.
Electric power method for an electric arc furnace, comprising: - the supply, using an electric network, of a mains voltage (Ur) and a mains current (Ir) having a predefined mains frequency (fr); - the transformation, using a transformer of said mains voltage (Ur) and mains current (Ir), into a base voltage (Ub) and a base current (Ib), selectively settable, and having a base frequency (fb) substantially equal to said mains frequency (fr); - the rectifying of said base voltage (Ub) and base current (Ib) by a plurality of rectifiers to obtain a direct electric voltage and current; - the conversion, by a plurality of convertors, of said direct electric voltage and current into an alternating power voltage (Ua) and power current (Ia) selectively settable by means of a control and command unit connected to said convertors; - the feeding of said power voltage (Ua) and power current (Ia) to a plurality of electrodes of the electric furnace, - during each step of a melting cycle of said electric furnace, regulation devices regulate an electric power frequency (fa) of said power voltage (Ua) and power current (Ia), independently of said mains frequency (fr), obtaining a regulation, possibly also instantaneous, of the reactance of the electric power apparatus of the electric furnace, and characterized in that the rectifiers are connected to the convertors by at least one intermediate circuit which works in direct current, wherein the intermediate circuit stores electricity continuously and generates a separation between the electrodes and the rectifiers, and therefore with the electric network. - the supply, using an electric network, of a mains voltage (Ur) and a mains current (Ir) having a predefined mains frequency (fr); - the transformation, using a transformer of said mains voltage (Ur) and mains current (Ir), into a base voltage (Ub) and a base current (Ib), selectively settable, and having a base frequency (fb) substantially equal to said mains frequency (fr); - the rectifying of said base voltage (Ub) and base current (Ib) by a plurality of rectifiers to obtain a direct electric voltage and current; - the conversion, by a plurality of convertors, of said direct electric voltage and current into an alternating power voltage (Ua) and power current (Ia) selectively settable by means of a control and command unit connected to said convertors; - the feeding of said power voltage (Ua) and power current (Ia) to a plurality of electrodes of the electric furnace, - during each step of a melting cycle of said electric furnace, regulation devices regulate an electric power frequency (fa) of said power voltage (Ua) and power current (Ia), independently of said mains frequency (fr), obtaining a regulation, possibly also instantaneous, of the reactance of the electric power apparatus of the electric furnace, and characterized in that the rectifiers are connected to the convertors by at least one intermediate circuit which works in direct current, wherein the intermediate circuit stores electricity continuously and generates a separation between the electrodes and the rectifiers, and therefore with the electric network.
A thermoplastic elastomer composition [composition] comprising a continuous thermoplastic fluoropolymer phase and a dispersed fluoroelastomer phase, said composition comprising: a. - at least one thermoplastic fluoropolymer [polymer], said polymer comprising: - from 60% to 80% by moles, preferably from 65% to 78% by moles of recurring units derived from tetrafluoroethylene, - from 15% to 35% by moles, preferably from 20% to 30% by moles of recurring units derived from vinylidene fluoride, and - from 1% to 5% by moles, preferably from 1.5% to 3.5% by moles of recurring units derived from at least one perfluoroalkylvinylether (PAVE) of formula: CF 2 =CF-O-R f wherein Rf is a C 1 -C 6 alkyl group or a C 1 -C 6 (per)fluoroalkyl group, wherein the molar amounts of said recurring units are relative to the total moles of recurring units in said polymer; and b. - at least one (per)fluoroelastomer [elastomer]. a. - at least one thermoplastic fluoropolymer [polymer], said polymer comprising: - from 60% to 80% by moles, preferably from 65% to 78% by moles of recurring units derived from tetrafluoroethylene, - from 15% to 35% by moles, preferably from 20% to 30% by moles of recurring units derived from vinylidene fluoride, and - from 1% to 5% by moles, preferably from 1.5% to 3.5% by moles of recurring units derived from at least one perfluoroalkylvinylether (PAVE) of formula: CF 2 =CF-O-R f wherein Rf is a C 1 -C 6 alkyl group or a C 1 -C 6 (per)fluoroalkyl group, wherein the molar amounts of said recurring units are relative to the total moles of recurring units in said polymer; and - from 60% to 80% by moles, preferably from 65% to 78% by moles of recurring units derived from tetrafluoroethylene, - from 15% to 35% by moles, preferably from 20% to 30% by moles of recurring units derived from vinylidene fluoride, and - from 1% to 5% by moles, preferably from 1.5% to 3.5% by moles of recurring units derived from at least one perfluoroalkylvinylether (PAVE) of formula: CF 2 =CF-O-R f wherein Rf is a C 1 -C 6 alkyl group or a C 1 -C 6 (per)fluoroalkyl group, wherein the molar amounts of said recurring units are relative to the total moles of recurring units in said polymer; and wherein Rf is a C 1 -C 6 alkyl group or a C 1 -C 6 (per)fluoroalkyl group, wherein the molar amounts of said recurring units are relative to the total moles of recurring units in said polymer; and b. - at least one (per)fluoroelastomer [elastomer].
A carboxylated 2' amino LNA nucleotide having the general formula wherein B is a nucleobase, L 1 is an internucleoside linkage or absent and R is a carboxylated substituent comprising one or two carboxyl groups and wherein R is comprising from 6 to 40 carbon atoms and optionally from 1 to 3 heteroatoms selected from O, N, and S.
A control apparatus for a power transmission system, the power transmission system including an electrical transmission mechanism including a differential mechanism to which an engine is coupled such that power is transmitted and a first electric motor coupled to the differential mechanism such that power is transmitted, the electrical transmission mechanism being configured such that a differential state of the differential mechanism is controlled by controlling an operating state of the first electric motor, the power transmission system including a second electric motor coupled to an output rotating member of the electrical transmission mechanism such that power is transmitted, the power transmission system including a mechanical transmission mechanism that constitutes part of a power transmission path between the output rotating member and a drive wheel, the control apparatus comprising: a malfunction determination unit being configured to determine whether there is a malfunction in the electrical transmission mechanism, the malfunction making the operating state of the first electric motor uncontrollable; and an engine operation control unit being configured to stop operation of the engine; the control apparatus being characterized by further comprising a shift control unit being configured, when it is determined that a malfunction in the electrical transmission mechanism exists and the operation of the engine is stopped, to cause the mechanical transmission mechanism to start upshifting by the time the rotation of the engine stops. a malfunction determination unit being configured to determine whether there is a malfunction in the electrical transmission mechanism, the malfunction making the operating state of the first electric motor uncontrollable; and an engine operation control unit being configured to stop operation of the engine; the control apparatus being characterized by further comprising a shift control unit being configured, when it is determined that a malfunction in the electrical transmission mechanism exists and the operation of the engine is stopped, to cause the mechanical transmission mechanism to start upshifting by the time the rotation of the engine stops.
A marine acoustic source system for generating an acoustic wave in a body of water, the marine acoustic source system comprising: a first marine acoustic source array having first and second external source sub-arrays (114a, 114c), each sub-array including one or more individual source elements and a cable connecting to a vessel; a first actuator device connected to the first external source sub-array; a first lead-in; and a first rope connecting the first actuator device to the first lead-in that is configured to connect to a head of a streamer, wherein the first actuator device is configured to control a length of the first rope in order to control a position of the first source array relative to the streamer, characterized in that the first lead-in is configured to directly connect to a head of the streamer and not to directly connect to a deflector, the system further comprising a first slider connected to the first rope of the first actuator device and configured to roll on the first lead-in. a first marine acoustic source array having first and second external source sub-arrays (114a, 114c), each sub-array including one or more individual source elements and a cable connecting to a vessel; a first actuator device connected to the first external source sub-array; a first lead-in; and a first rope connecting the first actuator device to the first lead-in that is configured to connect to a head of a streamer, wherein the first actuator device is configured to control a length of the first rope in order to control a position of the first source array relative to the streamer, characterized in that the first lead-in is configured to directly connect to a head of the streamer and not to directly connect to a deflector, the system further comprising a first slider connected to the first rope of the first actuator device and configured to roll on the first lead-in.
Segmented component for a housing, wherein the segmented component comprises a first segment and a second segment, characterised in that - the segmented component has a first shaped part, - wherein the first segment has a first cast metal region, - wherein the second segment has a second cast metal region, - wherein the first cast metal region is material-bonded to the first shaped part by means of a first bonding zone and the first shaped part is material-bonded to the second cast metal region by means of a second bonding zone, - wherein the segmented component indicates an extension of an interior space of the housing on a cross-sectional plane of the housing by means of the first segment, the first shaped part, the second segment and at least one additional element, wherein the additional element is material-bonded to the second segment by means of a third bonding zone and is material-bonded to the first segment by a fourth bonding zone. - the segmented component has a first shaped part, - wherein the first segment has a first cast metal region, - wherein the second segment has a second cast metal region, - wherein the first cast metal region is material-bonded to the first shaped part by means of a first bonding zone and the first shaped part is material-bonded to the second cast metal region by means of a second bonding zone, - wherein the segmented component indicates an extension of an interior space of the housing on a cross-sectional plane of the housing by means of the first segment, the first shaped part, the second segment and at least one additional element, wherein the additional element is material-bonded to the second segment by means of a third bonding zone and is material-bonded to the first segment by a fourth bonding zone.