mhurhangee/patent-ind-claim-en huggingface dataset:
Method for installing a gas turbine assembly of a first design at a position of an existing power plant , at which position a gas turbine assembly of a second design was previously installed on a foundation which is designed specifically for said second design, wherein the gas turbine assembly comprises at least one housing , a compressor , a combustion chamber , a gas turbine and a plurality of bleed air and removal lines which are routed on the outside along the housing, wherein, in a first step, changes are made to the bleed air and/or removal lines of the gas turbine assembly of a first design, and, in a second step, the changed gas turbine assembly is installed on the existing foundation , characterized in that the changes which are carried out in the first step comprise a movement of position and/or a change in the line course of at least one bleed air and/or removal line , a reduction in the cross section and/or external diameter of at least one bleed air and/or removal line , a reduction in the thickness of at least one insulation means which surrounds a bleed air and/or removal line , a replacement of at least one compensator which is integrated into a bleed air and/or removal line , or combinations of these measures. wherein the gas turbine assembly comprises at least one housing , a compressor , a combustion chamber , a gas turbine and a plurality of bleed air and removal lines which are routed on the outside along the housing, wherein, in a first step, changes are made to the bleed air and/or removal lines of the gas turbine assembly of a first design, and, in a second step, the changed gas turbine assembly is installed on the existing foundation , characterized in that the changes which are carried out in the first step comprise a movement of position and/or a change in the line course of at least one bleed air and/or removal line , a reduction in the cross section and/or external diameter of at least one bleed air and/or removal line , a reduction in the thickness of at least one insulation means which surrounds a bleed air and/or removal line , a replacement of at least one compensator which is integrated into a bleed air and/or removal line , or combinations of these measures.
A method for supporting catalyst metal particles, comprising: (a) adding an iridium precursor and a palladium precursor to a solvent containing at least one member selected from the group consisting of polyvinylpyrrolidone, N-methylpyrrolidone, N-vinyl-2-pyrrolidone, and ethylene glycol; (b) adding a reducing agent to the obtained catalyst metal colloid; (c) obtaining a concentrated solution containing catalyst metal particles by subjecting the obtained solution to heat reflux; and (d) supporting the catalyst metal particles on a carrier, wherein the iridium content of the catalyst metal particles accounts for 3% to 7% by mass of the total mass of iridium and palladium. (a) adding an iridium precursor and a palladium precursor to a solvent containing at least one member selected from the group consisting of polyvinylpyrrolidone, N-methylpyrrolidone, N-vinyl-2-pyrrolidone, and ethylene glycol; (b) adding a reducing agent to the obtained catalyst metal colloid; (c) obtaining a concentrated solution containing catalyst metal particles by subjecting the obtained solution to heat reflux; and (d) supporting the catalyst metal particles on a carrier,
A supplemental device configured for removable attachment to a medicament injection device , the supplemental device comprising a display , a processor arrangement , at least one memory and an image capturing component , wherein the processor arrangement is configured to cause the supplemental device to: use the image capturing component to capture successive images of a medicament dosage indicated by a medicament dispensing device; successively display the captured images on the display; perform optical character recognition on captured images thereby to identify medicament dosage indicated by the medicament dispensing device when the images were captured; and make a non-transient record of delivered dosage information in the at least one memory based at least in part on the identified medicament dosage. use the image capturing component to capture successive images of a medicament dosage indicated by a medicament dispensing device; successively display the captured images on the display; perform optical character recognition on captured images thereby to identify medicament dosage indicated by the medicament dispensing device when the images were captured; and make a non-transient record of delivered dosage information in the at least one memory based at least in part on the identified medicament dosage.
An emitter for a THz radiation source, comprising a substrate and a metal thin-film structure structured as a grating, which comprises a plurality of strips oriented in a longitudinal direction on a surface of the substrate and containing a ferromagnetic layer , characterised in that the surface has a wave-like profile in a section perpendicular to the longitudinal direction, with alternating first and second flanks that are inclined in opposite directions with respect to a mean surface normal of the surface, and in that the strips are each located only on the first flanks .
A filtering device comprising: a filter tank comprising a first sidewall and a second sidewall opposed to each other; a first drum filter comprising a first end portion supported on the first sidewall and a second end portion supported on the second sidewall ; characterized by : a cantilever second drum filter comprising an end portion on the supported side supported on the first sidewall ; a fluid inflow part formed between the first drum filter and the second drum filter ; a fluid communicating part communicating with the fluid inflow part , said communicating part being formed between an end portion of the second drum filter on the non-supported side and the second sidewall ; a drive mechanism configured to rotate the first drum filter and the second drum filter ; a first jetting section configured to jet a fluid (Q2) against an outer circumferential surface of the first drum filter ; a second jetting section configured to jet the fluid (Q2) against an outer circumferential surface of the second drum filter ; and a conveyor configured to discharge the sludge inside the filter tank to the outside of the filter tank . a filter tank comprising a first sidewall and a second sidewall opposed to each other; a first drum filter comprising a first end portion supported on the first sidewall and a second end portion supported on the second sidewall ; characterized by : a cantilever second drum filter comprising an end portion on the supported side supported on the first sidewall ; a fluid inflow part formed between the first drum filter and the second drum filter ; a fluid communicating part communicating with the fluid inflow part , said communicating part being formed between an end portion of the second drum filter on the non-supported side and the second sidewall ; a drive mechanism configured to rotate the first drum filter and the second drum filter ; a first jetting section configured to jet a fluid (Q2) against an outer circumferential surface of the first drum filter ; a second jetting section configured to jet the fluid (Q2) against an outer circumferential surface of the second drum filter ; and a conveyor configured to discharge the sludge inside the filter tank to the outside of the filter tank . a cantilever second drum filter comprising an end portion on the supported side supported on the first sidewall ; a fluid inflow part formed between the first drum filter and the second drum filter ; a fluid communicating part communicating with the fluid inflow part , said communicating part being formed between an end portion of the second drum filter on the non-supported side and the second sidewall ; a drive mechanism configured to rotate the first drum filter and the second drum filter ; a first jetting section configured to jet a fluid (Q2) against an outer circumferential surface of the first drum filter ; a second jetting section configured to jet the fluid (Q2) against an outer circumferential surface of the second drum filter ; and a conveyor configured to discharge the sludge inside the filter tank to the outside of the filter tank .
A machine for cutting decorations for frustoconical bodies, comprising: two longitudinal supports provided with inner surfaces facing each other, divergent towards a lower area, and carriers of respective groups of counter blades , cutting blades , drive means for the relative movement of the blades with respect to the counter blades in the longitudinal direction, and transverse slots for step by step advancement, of at least one printed strip wherein arch-shaped decorations and disposable trapezoidal portions are alternated, - two independent groups of flat and coplanar blades , laterally attached to the respective groups of counter blades of the longitudinal supports , said groups of blades defining a gap between them of increasing width towards a lower outlet opening by gravity of the trapezoidal portions separated, by cutting, from the printed strip , - two drive shafts of the respective groups of blades , housed in longitudinal holes defined in the respective longitudinal supports fixed by one of the ends thereof to drive means , and - clamping parts of the longitudinal supports by the opposite ends thereof, which determine the relative positions and the separation and inclination of said longitudinal supports . - two independent groups of flat and coplanar blades , laterally attached to the respective groups of counter blades of the longitudinal supports , said groups of blades defining a gap between them of increasing width towards a lower outlet opening by gravity of the trapezoidal portions separated, by cutting, from the printed strip , - two drive shafts of the respective groups of blades , housed in longitudinal holes defined in the respective longitudinal supports fixed by one of the ends thereof to drive means , and - clamping parts of the longitudinal supports by the opposite ends thereof, which determine the relative positions and the separation and inclination of said longitudinal supports .
A method 100 for non-catalytic delignification of biomass inside an apparatus 50, the method 100 comprising the steps of: adding a stream 10 inside the apparatus 50, the stream 10 being a water-washed cellulose-rich lignocellulosic biomass; treating the stream 10 with a treatment liquid 20 in the presence of oxygen-containing gas in the apparatus 50 at a temperature of 120-170 °C and initial pressure of 3 to 100 bar, wherein the treatment liquid 20 is a mixture of water and oxygenated solvent comprising 30-70% w/w of an oxygenated solvent comprising an ether, ketone and/or an ester group, and 30-70% w/w of water; and the oxygen-containing gas is having 2 to 100% volume of oxygen, wherein the oxygen-containing gas is either in the form of oxygen or air or a mixture of oxygen with an inert gas, wherein the method 100 ensures pulp quality of modified kappa number less than 15, wherein no external catalyst is added. adding a stream 10 inside the apparatus 50, the stream 10 being a water-washed cellulose-rich lignocellulosic biomass; treating the stream 10 with a treatment liquid 20 in the presence of oxygen-containing gas in the apparatus 50 at a temperature of 120-170 °C and initial pressure of 3 to 100 bar, wherein the treatment liquid 20 is a mixture of water and oxygenated solvent comprising 30-70% w/w of an oxygenated solvent comprising an ether, ketone and/or an ester group, and 30-70% w/w of water; and the oxygen-containing gas is having 2 to 100% volume of oxygen, wherein the oxygen-containing gas is either in the form of oxygen or air or a mixture of oxygen with an inert gas, wherein the method 100 ensures pulp quality of modified kappa number less than 15, wherein no external catalyst is added.
A maintenance method for a zirconia-type oxygen analyzer that uses a zirconia sensor to measure an oxygen concentration of a gas to be measured, the maintenance method comprising: storing in a memory, by the zirconia-type oxygen analyzer, an internal resistance present in the zirconia sensor; determining, by an information processing apparatus, a timing at which maintenance should be performed on the zirconia sensor based on a change over time in the internal resistance stored in the memory; and presenting, by the information processing apparatus, the timing at which maintenance should be performed on the zirconia sensor. storing in a memory, by the zirconia-type oxygen analyzer, an internal resistance present in the zirconia sensor; determining, by an information processing apparatus, a timing at which maintenance should be performed on the zirconia sensor based on a change over time in the internal resistance stored in the memory; and presenting, by the information processing apparatus, the timing at which maintenance should be performed on the zirconia sensor.
A liquid supplier comprising: a supply port which supplies a liquid (LQ) to a space between an objective lens and an observation object (S); and a recovery port which recovers the liquid supplied from the supply port, characterised in that the recovery port is arranged above the supply port so that when the upper end of the level (LQa) of the liquid reaches the height of the recovery port, the liquid is recovered at the position of the recovery port and the height of the level of the liquid is maintained substantially constant. a supply port which supplies a liquid (LQ) to a space between an objective lens and an observation object (S); and a recovery port which recovers the liquid supplied from the supply port, characterised in that the recovery port is arranged above the supply port so that when the upper end of the level (LQa) of the liquid reaches the height of the recovery port, the liquid is recovered at the position of the recovery port and the height of the level of the liquid is maintained substantially constant.
A method for operating a water electrolysis device for producing hydrogen and oxygen from water, concerning which the water for producing hydrogen and oxygen is led into a water circuit, in which a PEM electrolyser is integrated, characterised in that the water circuit is lead past the PEM electrolyser via a bypass conduit on starting up the water electrolysis device.
A torque limiting device comprising: an input shaft ; an output shaft ; and a jamming mechanism operable in response to relative rotation between the input shaft and output shaft to stop rotation of both the input shaft and the output shaft , characterised in that the torque limiting device further comprises: a torsionally preloaded torsion spring having a first end and a second end , the first end and the second end of the torsion spring being coupled to the both the input shaft and the output shaft , whereby torque is transmitted between the input shaft and output shaft via the preloaded torsion spring , the couplings between the torsion spring and the input shaft and the output shaft permitting limited relative rotation between the input shaft and the output shaft , wherein the couplings between the first and second ends of the torsion spring and the input and output shafts comprise first and second coupling pins extending through respective apertures in the input and output shafts into the torsion spring , and the openings in the input and output shafts extend over an circumferential arc (α) greater than the diameter of the coupling pins to permit relative rotational movement of the input and output shafts. an input shaft ; an output shaft ; and a jamming mechanism operable in response to relative rotation between the input shaft and output shaft to stop rotation of both the input shaft and the output shaft , characterised in that the torque limiting device further comprises: a torsionally preloaded torsion spring having a first end and a second end , the first end and the second end of the torsion spring being coupled to the both the input shaft and the output shaft , whereby torque is transmitted between the input shaft and output shaft via the preloaded torsion spring , the couplings between the torsion spring and the input shaft and the output shaft permitting limited relative rotation between the input shaft and the output shaft , wherein the couplings between the first and second ends of the torsion spring and the input and output shafts comprise first and second coupling pins extending through respective apertures in the input and output shafts into the torsion spring , and the openings in the input and output shafts extend over an circumferential arc (α) greater than the diameter of the coupling pins to permit relative rotational movement of the input and output shafts.
An orthodontic system comprising: a plurality of removable orthodontic tooth aligners , each comprising: a shell having a plurality of cavities shaped to receive a patient's teeth, wherein the shell comprises a first layer and a second layer having a stiffness less than a stiffness of the first layer, wherein the first layer comprises an exterior layer of the shell and the second layer comprises an interior layer of the shell; a discontinuity formed in the first layer, and wherein the aligners are successively wearable by the patient to move one or more teeth from a first arrangement to a second arrangement. a shell having a plurality of cavities shaped to receive a patient's teeth, wherein the shell comprises a first layer and a second layer having a stiffness less than a stiffness of the first layer, wherein the first layer comprises an exterior layer of the shell and the second layer comprises an interior layer of the shell; a discontinuity formed in the first layer, and wherein the aligners are successively wearable by the patient to move one or more teeth from a first arrangement to a second arrangement.
A detachable power cord structure for a portable hair curler, comprising a device tail sleeve and a tail wire , wherein the device tail sleeve is provided with an elastic engaging assembly , wherein the tail wire is inserted into the device tail sleeve , and is engaged with the elastic engaging assembly , when the tail wire is engaged in the elastic engaging assembly and can turn on a circuit and can be rotated freely, characterized in that the elastic engaging assembly comprises a tail spring ring , and one end of the tail spring ring extending into the device tail sleeve is provided with a buckle , a protrusion is arranged on an inner side of the buckle , a spring groove is arranged on an inner side wall of the device tail sleeve , and a tail spring is arranged in the spring groove , and the tail spring ring extends into the device tail sleeve and abuts against the tail spring , wherein the tail wire has an insertion end , and an outer side of the insertion end is provided with an annular groove , an axial center of the insertion end is provided with a positive insertion port , and an annular negative insertion slot is further provided in the insertion end , and a protrusion of the buckle is docked with the annular groove . the tail wire is inserted into the device tail sleeve , and is engaged with the elastic engaging assembly , when the tail wire is engaged in the elastic engaging assembly and can turn on a circuit and can be rotated freely, characterized in that the elastic engaging assembly comprises a tail spring ring , and one end of the tail spring ring extending into the device tail sleeve is provided with a buckle , a protrusion is arranged on an inner side of the buckle , a spring groove is arranged on an inner side wall of the device tail sleeve , and a tail spring is arranged in the spring groove , and the tail spring ring extends into the device tail sleeve and abuts against the tail spring , wherein the tail wire has an insertion end , and an outer side of the insertion end is provided with an annular groove , an axial center of the insertion end is provided with a positive insertion port , and an annular negative insertion slot is further provided in the insertion end , and a protrusion of the buckle is docked with the annular groove .
A method for determining a Hybrid Automatic Repeat reQuest, HARQ, codebook, comprising: determining, by a terminal device, a target channel group, wherein the target channel group comprises at least one channel, and a first channel in the target channel group corresponds to a first HARQ codebook ; and determining, by the terminal device, a target HARQ codebook to be transmitted on a first uplink resource, wherein the first uplink resource is an HARQ feedback resource corresponding to the target channel group, characterized in that when the terminal device determines that the first channel meets a first processing delay, the target HARQ codebook comprises the first HARQ codebook, when the terminal device determines that the first channel does not meet the first processing delay, the target HARQ codebook does not comprise the first HARQ codebook ; wherein the first processing delay is determined according to processing capability of the terminal device. determining, by a terminal device, a target channel group, wherein the target channel group comprises at least one channel, and a first channel in the target channel group corresponds to a first HARQ codebook ; and determining, by the terminal device, a target HARQ codebook to be transmitted on a first uplink resource, wherein the first uplink resource is an HARQ feedback resource corresponding to the target channel group, characterized in that when the terminal device determines that the first channel meets a first processing delay, the target HARQ codebook comprises the first HARQ codebook, when the terminal device determines that the first channel does not meet the first processing delay, the target HARQ codebook does not comprise the first HARQ codebook ; wherein the first processing delay is determined according to processing capability of the terminal device.
A remote controller configured to remotely operate a facility device , the remote controller comprising: operation accepting means for accepting, from a first user, a first operation with respect to the facility device ; identification information acquisition means for acquiring identification information of the first user; and transmission means for transmitting the identification information of the first user and identification information of the first operation to the facility device , characterized in that the identification information acquisition means receives at least one user identification information from at least one mobile terminal by short-range wireless communication, and acquires, as the identification information of the first user, identification information of a user received at a greatest signal reception strength among the at least one user identification information. operation accepting means for accepting, from a first user, a first operation with respect to the facility device ; identification information acquisition means for acquiring identification information of the first user; and transmission means for transmitting the identification information of the first user and identification information of the first operation to the facility device , characterized in that the identification information acquisition means receives at least one user identification information from at least one mobile terminal by short-range wireless communication, and acquires, as the identification information of the first user, identification information of a user received at a greatest signal reception strength among the at least one user identification information.