mhurhangee/patent-ind-claim-en huggingface dataset:
A vertical falling film heat transfer tube for falling film evaporation of spent liquor, the heat transfer tube having: - a heating medium surface arranged to be heated by a heating medium; and - a falling film surface opposite and facing away from said heating medium surface , which falling film surface is arranged to have spent liquor containing lignin and other dissolved components from cellulosic material and/or inorganics from the cellulosic material and chemicals used passing over it as a falling film while evaporating solvent from the falling film and thus increasing the dry matter content; said heat transfer tube being made from a steel sheet material, e.g. an iron based high alloy stainless steel material with an alloy content above 16.00% for Chromium and above 1% for Nickel, preferably corresponding to corrosion resistant steel qualities at least like AISI 316 or AISI 304 characterized in that the falling film surface of the heat transfer tube is equipped with one or several welds forming a multitude of weld ridges (WR; WR 1 , WR 2 ) spaced apart along the longitudinal axis (CC) of the heat transfer tube such that the distance along the longitudinal axis of the heat transfer tube between adjacent weld ridges is within the range of 0-250 mm; said weld ridges (WR; WR 1 , WR 2 ) having a height (h; h 2 ) in the range of 0.3-5.0 mm; said weld ridges (WR; WR 1 , WR 2 ) having a width (w; w 2 ) in the range of 0.5-15 mm; and said weld ridges (WR; WR 1 , WR 2 ) having an inclination angle (α; α 1 α 2 ) versus a plane orthogonal to a longitudinal axis (CC) of the heat transfer tube in a range of 0-70 degrees. - a heating medium surface arranged to be heated by a heating medium; and - a falling film surface opposite and facing away from said heating medium surface , which falling film surface is arranged to have spent liquor containing lignin and other dissolved components from cellulosic material and/or inorganics from the cellulosic material and chemicals used passing over it as a falling film while evaporating solvent from the falling film and thus increasing the dry matter content; said heat transfer tube being made from a steel sheet material, e.g. an iron based high alloy stainless steel material with an alloy content above 16.00% for Chromium and above 1% for Nickel, preferably corresponding to corrosion resistant steel qualities at least like AISI 316 or AISI 304 characterized in that
A cardiac pacing device for delivering a cardiac pacing therapy to a patient, the cardiac pacing device comprising a leadless pacemaker device having an outer housing configured to be positioned within a chamber of the patient's heart, the pacemaker device comprising: two or more electrodes on the outer housing for sensing a cardiac event and delivering the pacing therapy; an accelerometer in the outer housing for sensing an electromechanical signal; and a processor in the outer housing configured to determine a pre-ejection period in response to the sensed electromechanical signal, determine a left ventricular ejection time in response to the sensed electromechanical signal, and perform one or both of adjusting a pacing parameter setting and generating an alert in response to the determined pre-ejection period and the determined left ventricular ejection time. two or more electrodes on the outer housing for sensing a cardiac event and delivering the pacing therapy; an accelerometer in the outer housing for sensing an electromechanical signal; and a processor in the outer housing configured to determine a pre-ejection period in response to the sensed electromechanical signal, determine a left ventricular ejection time in response to the sensed electromechanical signal, and perform one or both of adjusting a pacing parameter setting and generating an alert in response to the determined pre-ejection period and the determined left ventricular ejection time.
Welding method for welding conductor ends grouped into conductor-end groups of a component for an electrical machine, comprising: a) detecting a relative position of a first conductor end and a second conductor end of a conductor-end group and b) controlling a welding energy input to the conductor ends to be welded depending on the relative position, characterized by c) detecting at least one size parameter of a melt pool produced during welding and d) controlling the welding energy input depending on the size parameter of the melt pool . a) detecting a relative position of a first conductor end and a second conductor end of a conductor-end group and b) controlling a welding energy input to the conductor ends to be welded depending on the relative position, c) detecting at least one size parameter of a melt pool produced during welding and d) controlling the welding energy input depending on the size parameter of the melt pool .
A method for facilitating text editing of language units inputted during text inputting, comprising: detecting (S110) a deletion operation with respect to a language unit; if the language unit has not yet been confirmed by a user: retrieving (S120) input string information corresponding to the language unit from a memory which is configured to store input string information including input strings respectively corresponding to inputted language units during text inputting, wherein the memory is further configured to be cleared, whereby the already inputted language units are confirmed, in response to a confirmation criterion being met; providing (S130) the retrieved input string information to an input engine to obtain a candidate list based on the input string corresponding to the language unit; and prompting (S140) the obtained candidate list for the user's selection; and if the language unit has been confirmed, deleting the language unit without prompting a retrieved candidate list. detecting (S110) a deletion operation with respect to a language unit; if the language unit has not yet been confirmed by a user: retrieving (S120) input string information corresponding to the language unit from a memory which is configured to store input string information including input strings respectively corresponding to inputted language units during text inputting, wherein the memory is further configured to be cleared, whereby the already inputted language units are confirmed, in response to a confirmation criterion being met; providing (S130) the retrieved input string information to an input engine to obtain a candidate list based on the input string corresponding to the language unit; and prompting (S140) the obtained candidate list for the user's selection; and if the language unit has been confirmed, deleting the language unit without prompting a retrieved candidate list. retrieving (S120) input string information corresponding to the language unit from a memory which is configured to store input string information including input strings respectively corresponding to inputted language units during text inputting, wherein the memory is further configured to be cleared, whereby the already inputted language units are confirmed, in response to a confirmation criterion being met; providing (S130) the retrieved input string information to an input engine to obtain a candidate list based on the input string corresponding to the language unit; and prompting (S140) the obtained candidate list for the user's selection; and if the language unit has been confirmed, deleting the language unit without prompting a retrieved candidate list.
A set for dorsal spinal fusion , comprising at least one detachable handle made of plastics material and at least one screwdriver that can be coupled to the detachable handle without the use of tools, wherein the handle has a receptacle for the screwdriver , which is made of plastics material, wherein the drive of the screwdriver looks the tool in place by an L-shaped hook of plastics material which is formed integrally with the main body of the handle and which protrudes into the tool receptacle , characterized in that the handle is in the form of a ratchet handle, which comprises a rachet mechanism which is designed not to be switchable, wherein, in order to change the direction of rotation, the screwdriver can be locked into the receptacle from two different sides. wherein the drive of the screwdriver looks the tool in place by an L-shaped hook of plastics material which is formed integrally with the main body of the handle and which protrudes into the tool receptacle , characterized in that the handle is in the form of a ratchet handle, which comprises a rachet mechanism which is designed not to be switchable, wherein, in order to change the direction of rotation, the screwdriver can be locked into the receptacle from two different sides.
Cosmetic article , preferably a make-up article, in the form of a stick comprising: - a first cosmetic product , in the form of a stick having a substantially solid or pasty consistency at room temperature, which defines at least one internal cavity ; and - a second cosmetic product housed in at least one internal cavity , the second cosmetic product comprising: i) up to 95% by weight of water, based on the weight of the second product 14, 14A, ii) a heat sensitive viscosifying agent comprising poloxamer, e iii) decorative solid elements, or fat-soluble dye, or a combination thereof, the first cosmetic product , at room temperature, being preferably transparent or translucent in order to make the contents of said internal cavity visible from the outside to a user. - a first cosmetic product , in the form of a stick having a substantially solid or pasty consistency at room temperature, which defines at least one internal cavity ; and - a second cosmetic product housed in at least one internal cavity , the second cosmetic product comprising: i) up to 95% by weight of water, based on the weight of the second product 14, 14A, ii) a heat sensitive viscosifying agent comprising poloxamer, e iii) decorative solid elements, or fat-soluble dye, or a combination thereof, the first cosmetic product , at room temperature, being preferably transparent or translucent in order to make the contents of said internal cavity visible from the outside to a user. i) up to 95% by weight of water, based on the weight of the second product 14, 14A, ii) a heat sensitive viscosifying agent comprising poloxamer, e iii) decorative solid elements, or fat-soluble dye, or a combination thereof,
A microprocessor , comprising: a first instruction execution unit operable for one type of instruction to produce a final architecturally-visible result, and for a second type of instruction, being a fused multiply-accumulate operation, operable to: receive one or more operands of the instruction, perform a sub-operation of the fused multiply-accumulate operation, and generate an intermediate numeric result and to concomitantly generate a plurality of calculation control indicators that indicate how a subsequent sub-operation should proceed to generate a final result from the intermediate numeric result; storage configured to store the intermediate numeric result and the plurality of calculation control indicators; and a second instruction execution unit; wherein the intermediate numeric result and plurality of calculation control indicators provide information to enable the second instruction execution unit to perform the subsequent sub-operation of the fused multiply-accumulate operation to generate an arithmetically correct representation of the fused multiply-accumulate operation; characterized in that : the storage is external to the instruction execution unit; wherein the calculation control indicators provide information regarding how much of a fused multiply-accumulate operation has been completed in generating the intermediate numeric result, provide rounding information, and provide information regarding whether the sub-operation resulted in an underflow or an overflow. receive one or more operands of the instruction, perform a sub-operation of the fused multiply-accumulate operation, and generate an intermediate numeric result and to concomitantly generate a plurality of calculation control indicators that indicate how a subsequent sub-operation should proceed to generate a final result from the intermediate numeric result; storage configured to store the intermediate numeric result and the plurality of calculation control indicators; and a second instruction execution unit; wherein the intermediate numeric result and plurality of calculation control indicators provide information to enable the second instruction execution unit to perform the subsequent sub-operation of the fused multiply-accumulate operation to generate an arithmetically correct representation of the fused multiply-accumulate operation; characterized in that : the storage is external to the instruction execution unit; wherein the calculation control indicators provide information regarding how much of a fused multiply-accumulate operation has been completed in generating the intermediate numeric result, provide rounding information, and provide information regarding whether the sub-operation resulted in an underflow or an overflow. the storage is external to the instruction execution unit; wherein the calculation control indicators provide information regarding how much of a fused multiply-accumulate operation has been completed in generating the intermediate numeric result, provide rounding information, and provide information regarding whether the sub-operation resulted in an underflow or an overflow.
An etching solution suitable for the selective removal of silicon-germanium alloy over germanium from a microelectronic device, which comprises: 0.5% to 90% by weight of water; from 0.001% to 40% by weight of an oxidizer; from 15% to 75% by weight of a water-miscible organic solvent; from 0.004% to 8% by weight of a fluoride ion source; from 0.1% to 10% by weight of a corrosion inhibitor; and a buffer; wherein the oxidizer is a quinone, wherein the water-miscible solvent is selected from the group consisting of dimethylacetamide, dimethylsulfoxide, n-methyl pyrrolidone, sulfoxides, sulfolane, sulfolene, sulfone, or mixtures thereof; wherein the fluoride ion source is selected from the group consisting of hydrofluoric acid, ammonium fluoride, quaternary ammonium fluorides, fluoroborates, fluoroboric acid, tetrabutylammonium tetrafluoroborate, aluminum hexafluoride, and a fluoride salt of an aliphatic primary, secondary or tertiary amine having the formula: R 1 NR 2 R 3 R 4 F, wherein R 1 , R 2 , R 3 and R 4 individually represent H or a (C 1 -C 4 ) alkyl group; wherein the corrosion inhibitor is selected from the group consisting of 8-hydroxyquinoline, cetyltrimethyl ammonium bromide, 1-mercaptoundecanoic acid and n-methyl-n-octylamine; wherein the buffer comprises a polyfunctional organic acid and a conjugate salt; wherein the amount of polyfunctional organic acid in the composition is from 0.01 wt% to 5 wt% and the amount of the conjugate salt is from 0.05 wt% to 10 wt% and wherein the polyfunctional organic acid is citric acid and the conjugate salt is triammonium citrate; and wherein the pH value of the etching solution is alkaline. 0.5% to 90% by weight of water; from 0.001% to 40% by weight of an oxidizer; from 15% to 75% by weight of a water-miscible organic solvent; from 0.004% to 8% by weight of a fluoride ion source; from 0.1% to 10% by weight of a corrosion inhibitor; and a buffer; wherein the oxidizer is a quinone, wherein the water-miscible solvent is selected from the group consisting of dimethylacetamide, dimethylsulfoxide, n-methyl pyrrolidone, sulfoxides, sulfolane, sulfolene, sulfone, or mixtures thereof; wherein the fluoride ion source is selected from the group consisting of hydrofluoric acid, ammonium fluoride, quaternary ammonium fluorides, fluoroborates, fluoroboric acid, tetrabutylammonium tetrafluoroborate, aluminum hexafluoride, and a fluoride salt of an aliphatic primary, secondary or tertiary amine having the formula: R 1 NR 2 R 3 R 4 F, wherein R 1 , R 2 , R 3 and R 4 individually represent H or a (C 1 -C 4 ) alkyl group; wherein the corrosion inhibitor is selected from the group consisting of 8-hydroxyquinoline, cetyltrimethyl ammonium bromide, 1-mercaptoundecanoic acid and n-methyl-n-octylamine; wherein the buffer comprises a polyfunctional organic acid and a conjugate salt; wherein the amount of polyfunctional organic acid in the composition is from 0.01 wt% to 5 wt% and the amount of the conjugate salt is from 0.05 wt% to 10 wt% and wherein the polyfunctional organic acid is citric acid and the conjugate salt is triammonium citrate; and wherein the pH value of the etching solution is alkaline.
A method, in particular a computer-implemented method, for training a machine learning model used for determining a remaining useful life of a further wind turbine , comprising: - providing a plurality of operation data sets of a reference wind turbine , - providing a plurality of load data sets of the reference wind turbine , wherein a load data set is based on at least one load parameter measured at the reference wind turbine , and - generating a plurality of wind turbine training data sets for training the machine learning model by synchronously assigning a respective operation data set with a respective load data set. - providing a plurality of operation data sets of a reference wind turbine , - providing a plurality of load data sets of the reference wind turbine , wherein a load data set is based on at least one load parameter measured at the reference wind turbine , and - generating a plurality of wind turbine training data sets for training the machine learning model by synchronously assigning a respective operation data set with a respective load data set.
A delivery system for an implantable medical device, the delivery system comprising: (a) an elongated inner shaft having a device-carrying region adjacent a distal end thereof; (b) an elongated, hollow outer shaft surrounding the inner shaft ; (c) a sheath mounted at a distal end of the outer shaft , the sheath having an outside diameter greater than an outside diameter of the outer shaft , the outer shaft being movable relative to the inner shaft in a proximal direction from an advanced position in which the sheath surrounds the device-carrying region of the inner shaft to a retracted position in which the sheath does not cover the device-carrying region ; and (d) a sleeve shorter than the outer shaft , the sleeve surrounding the outer shaft , the sleeve being configured to have a range of motion relative to the outer shaft during use from an advanced position in which a distal end of the sleeve is in close proximity to the proximal end of the sheath to a fully retracted position in which the distal end of the sleeve is remote from the sheath by an offset distance, the offset distance being greater than a distance through which the sheath moves from the advanced position to the fully retracted position, the distal end of the sleeve and the sheath cooperatively defining a smooth exterior surface when the sleeve is in the advanced position. (a) an elongated inner shaft having a device-carrying region adjacent a distal end thereof; (b) an elongated, hollow outer shaft surrounding the inner shaft ; (c) a sheath mounted at a distal end of the outer shaft , the sheath having an outside diameter greater than an outside diameter of the outer shaft , the outer shaft being movable relative to the inner shaft in a proximal direction from an advanced position in which the sheath surrounds the device-carrying region of the inner shaft to a retracted position in which the sheath does not cover the device-carrying region ; and (d) a sleeve shorter than the outer shaft , the sleeve surrounding the outer shaft , the sleeve being configured to have a range of motion relative to the outer shaft during use from an advanced position in which a distal end of the sleeve is in close proximity to the proximal end of the sheath to a fully retracted position in which the distal end of the sleeve is remote from the sheath by an offset distance, the offset distance being greater than a distance through which the sheath moves from the advanced position to the fully retracted position, the distal end of the sleeve and the sheath cooperatively defining a smooth exterior surface when the sleeve is in the advanced position.
A glass plate module to which a wire for supplying electric power is capable of being joined, comprising: a glass plate ; a heating wire disposed on the glass plate ; and an electricity supply portion disposed on the glass plate , the wire being connected to the electricity supply portion , and the electricity supply portion supplying electric power to the heating wire , wherein the heating wire is formed using a conductive print that contains, as a main component, the same metal microparticles as those contained in the electricity supply portion , the electricity supply portion is formed using conductive print that contains, as a main component, metal microparticles whose thermal expansion coefficient is larger than that of the glass plate , and the electricity supply portion is thinner than the heating wire . a glass plate ; a heating wire disposed on the glass plate ; and an electricity supply portion disposed on the glass plate , the wire being connected to the electricity supply portion , and the electricity supply portion supplying electric power to the heating wire , wherein the heating wire is formed using a conductive print that contains, as a main component, the same metal microparticles as those contained in the electricity supply portion , the electricity supply portion is formed using conductive print that contains, as a main component, metal microparticles whose thermal expansion coefficient is larger than that of the glass plate , and the electricity supply portion is thinner than the heating wire .
Method of MR imaging of an object placed in an examination volume of a MR device , the method comprising the steps of: - generating MR signals by subjecting the object to a number N of shots of a multi-echo imaging sequence comprising multi-slice RF pulses for simultaneously exciting two or more spatially separate image slices, with a phase offset being imparted to the MR signals of each image slice, wherein the phase offset is varied from shot to shot, - acquiring the MR signals, wherein the MR signals are received in parallel via a set of at least two RF coils having different spatial sensitivity profiles within the examination volume, and - reconstructing a MR image for each image slice from the acquired MR signals using a parallel reconstruction algorithm, wherein the MR signal contributions from the different image slices are separated on the basis of the spatial encodings of the MR signals according to the spatial sensitivity profiles of the RF coils and on the basis of the phase offset imparted to the MR signals of the respective image slices and shots. - generating MR signals by subjecting the object to a number N of shots of a multi-echo imaging sequence comprising multi-slice RF pulses for simultaneously exciting two or more spatially separate image slices, with a phase offset being imparted to the MR signals of each image slice, wherein the phase offset is varied from shot to shot, - acquiring the MR signals, wherein the MR signals are received in parallel via a set of at least two RF coils having different spatial sensitivity profiles within the examination volume, and - reconstructing a MR image for each image slice from the acquired MR signals using a parallel reconstruction algorithm, wherein the MR signal contributions from the different image slices are separated on the basis of the spatial encodings of the MR signals according to the spatial sensitivity profiles of the RF coils and on the basis of the phase offset imparted to the MR signals of the respective image slices and shots.