mhurhangee/patent-ind-claim-en huggingface dataset:
A propulsive aircraft gas turbine engine comprising: a turbine disposed in a gas turbine engine core flow; a recuperator heat exchanger disposed downstream of the turbine in gas turbine engine core flow and installed adjacent a radially inner wall of a gas turbine core exhaust nozzle , the recuperator heat exchanger being configured to transfer heat from the gas turbine engine core flow to gas turbine engine fuel; wherein the recuperator heat exchanger is configured to accommodate a portion of the gas turbine engine core flow therethrough, the remainder being bypassed around the recuperator heat exchanger; and wherein the engine exhaust nozzle comprises a generally radially inner recuperator flow and a generally radially outer core bypass flow, the recuperator being provided within a core centre body of the gas turbine engine, aft of the turbine ; characterised in that : the gas turbine engine comprises an axially translating turbine centre body configured to vary an outlet area of the recuperator . a turbine disposed in a gas turbine engine core flow; a recuperator heat exchanger disposed downstream of the turbine in gas turbine engine core flow and installed adjacent a radially inner wall of a gas turbine core exhaust nozzle , the recuperator heat exchanger being configured to transfer heat from the gas turbine engine core flow to gas turbine engine fuel; wherein the recuperator heat exchanger is configured to accommodate a portion of the gas turbine engine core flow therethrough, the remainder being bypassed around the recuperator heat exchanger; and wherein the engine exhaust nozzle comprises a generally radially inner recuperator flow and a generally radially outer core bypass flow, the recuperator being provided within a core centre body of the gas turbine engine, aft of the turbine ; characterised in that : the gas turbine engine comprises an axially translating turbine centre body configured to vary an outlet area of the recuperator .
A fabric for a thermal protective application comprises: 5-40 weight % of phosphonated polybenzimidazole (PBI-p) fibers with 1.1 to 2.2 dtex (1.0-2.0 denier) per filament and the balance being conventional fibers, the PBI-p fiber having an APU in the range of 5-25 wt.%, and APU is phosphoric acid pick up, the conventional fibers are made of materials including cotton, wool, polyolefin, polyamide, acrylic, polyester, aramid, cellulosic, carbon, polybenzoxazole, melamine, polyamide imide, polyimide, polyphenyl sulfide, polyfluoride, poly ether ketone, and combinations thereof, where the fabric has equal or better flame-resistant and/or heat-resistant properties and a fabric weight less than an equivalent fabric made with a like amount of sulfonated polybenzimidazole (PBI-s) fiber in place of the PBI-p fibers.
A method performed by a terminal in a wireless communication system, the method comprising: receiving a radio resource control, RRC, message configuring a plurality of transmission configuration indicator, TCI, states associated with a physical downlink shared channel, PDSCH; receiving a medium access control, MAC, control element, CE, including information bits corresponding to the plurality of TCI states and 1-bit indicating that at least one TCI state for a bandwidth part, BWP, of a serving cell among the plurality of TCI states is associated with a transmission and reception point, TRP, the TRP being one of a first TRP or a second TRP, wherein one bit of the information bits indicates an activation state or a deactivation state of each TCI state among the plurality of TCI states; receiving, from the TRP, downlink control information, DCI, scheduling a PDSCH, the DCI including TCI information indicating a TCI state for the PDSCH from the at least one TCI state for the TRP; and receiving, from the TRP, the PDSCH scheduled by the DCI based on the TCI state indicated by the TCI information. receiving a radio resource control, RRC, message configuring a plurality of transmission configuration indicator, TCI, states associated with a physical downlink shared channel, PDSCH; receiving a medium access control, MAC, control element, CE, including information bits corresponding to the plurality of TCI states and 1-bit indicating that at least one TCI state for a bandwidth part, BWP, of a serving cell among the plurality of TCI states is associated with a transmission and reception point, TRP, the TRP being one of a first TRP or a second TRP, wherein one bit of the information bits indicates an activation state or a deactivation state of each TCI state among the plurality of TCI states; receiving, from the TRP, downlink control information, DCI, scheduling a PDSCH, the DCI including TCI information indicating a TCI state for the PDSCH from the at least one TCI state for the TRP; and receiving, from the TRP, the PDSCH scheduled by the DCI based on the TCI state indicated by the TCI information.
A method for preparing a sorbent comprising the steps of: (i) forming agglomerates comprising a particulate support material, (ii) coating the agglomerates with a coating mixture powder consisting of a particulate copper sulphide and a particulate calcined, rehydratable alumina to form coated agglomerates, by adding the coating mixture to the agglomerates in a granulator and (iii) drying the coated agglomerates to form a dried sorbent. (i) forming agglomerates comprising a particulate support material, (ii) coating the agglomerates with a coating mixture powder consisting of a particulate copper sulphide and a particulate calcined, rehydratable alumina to form coated agglomerates, by adding the coating mixture to the agglomerates in a granulator and (iii) drying the coated agglomerates to form a dried sorbent.
A display device comprising: a display unit configured to display an index corresponding to a deterioration state of a secondary battery and an electric vehicle, EV, travelable distance; and a control unit , characterized in that the control unit is configured to control display of the display unit such that (a) a first decreasing amount by which the EV travelable distance displayed on the display unit decreases with an elapse of time until a predetermined condition has been satisfied is less than a second decreasing amount by which the EV travelable distance displayed on the display unit decreases with the elapse of time after the predetermined condition has been satisfied and (b) a first changing amount by which the index changes with the elapse of time until the predetermined condition has been satisfied is less than a second changing amount by which the index changes with the elapse of time after the predetermined condition has been satisfied. a display unit configured to display an index corresponding to a deterioration state of a secondary battery and an electric vehicle, EV, travelable distance; and a control unit , characterized in that the control unit is configured to control display of the display unit such that (a) a first decreasing amount by which the EV travelable distance displayed on the display unit decreases with an elapse of time until a predetermined condition has been satisfied is less than a second decreasing amount by which the EV travelable distance displayed on the display unit decreases with the elapse of time after the predetermined condition has been satisfied and (b) a first changing amount by which the index changes with the elapse of time until the predetermined condition has been satisfied is less than a second changing amount by which the index changes with the elapse of time after the predetermined condition has been satisfied.
Composition comprising apomorphine and a divalent metal cation in a molar ratio of 2 or less, wherein the composition is a pharmaceutical solution or suspension.
A system for reducing demyelination and/or increasing remyelination by stimulation of a vagus nerve, the system comprising: a vagus nerve stimulator configured to be implanted over or adjacent to a vagus nerve; one or more electrodes on the vagus nerve stimulator configured to apply electrical stimulation to the vagus nerve; and a controller coupled to the vagus nerve stimulator and configured to apply electrical stimulation to the vagus nerve from the one or more electrodes, wherein the controller is constrained to apply a charge per day of between 2.5 nC and 7.5 mC to reduce demyelination and/or increase remyelination within the patient. a vagus nerve stimulator configured to be implanted over or adjacent to a vagus nerve; one or more electrodes on the vagus nerve stimulator configured to apply electrical stimulation to the vagus nerve; and a controller coupled to the vagus nerve stimulator and configured to apply electrical stimulation to the vagus nerve from the one or more electrodes, wherein the controller is constrained to apply a charge per day of between 2.5 nC and 7.5 mC to reduce demyelination and/or increase remyelination within the patient.
A knee movement support device that is worn on a leg (L) of a user, comprising: a damper that provides resistance against a direction in which a knee joint of the leg bends; an adjuster that is operated by a person and is configured to adjust the resistance from the damper; characterized by a case surrounding the damper , wherein the case has an opening that allows the adjuster to be operated from outside of the case, wherein the adjuster is operated through the opening . an adjuster that is operated by a person and is configured to adjust the resistance from the damper; characterized by a case surrounding the damper , wherein the case has an opening that allows the adjuster to be operated from outside of the case, wherein the adjuster is operated through the opening .
Stator for an electric motor, comprising a housing , which accommodates a coil winding , wherein a moulding compound at least partly encloses the coil winding , wherein a sealing ring is arranged axially between a housing wall axially terminating the housing and the coil winding and the sealing ring comprises a contact section circumferentially lying against a face end section of the coil winding , and the sealing ring radially extends at least from the face end section of the coil winding as far as to an inner wall of a part of the housing circumferentially enclosing the coil winding , characterized in that the sealing ring comprises a radially extending support surface adjoining the contact section radially inside for the support of the face end section of the coil winding against axial movements of the coil winding .
A method for detecting nucleotide incorporation into polynucleotides including: a) providing a substrate; and a first polynucleotide coupled to the substrate; b) hybridizing a second polynucleotide to the first polynucleotide; c) contacting the second polynucleotide to a polymerase and a plurality of nucleotides, a first subset of which includes a first moiety, a second subset of which includes a second moiety, a third subset of which includes a third moiety, and a fourth subset of which includes a fourth moiety or no moiety; d) adding a nucleotide of the plurality of nucleotides to the second polynucleotide based on a sequence of the first polynucleotide; e) exposing the nucleotide to a catalyst coupled to a fifth moiety; f) exposing the nucleotide to chemiluminogenic molecules; g) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; h) exposing the nucleotide to a catalyst coupled to a sixth moiety; i) exposing the nucleotide to chemiluminogenic molecules; j) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; k) exposing the nucleotide to a cleaver molecule; l) exposing the nucleotide to chemiluminogenic molecules; m) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; and n) detecting the nucleotide added in step d) based on the detection of emission of photons or absence of photons from the chemiluminogenic molecules at steps g, j, or m or a combination thereof. a) providing a substrate; and a first polynucleotide coupled to the substrate; b) hybridizing a second polynucleotide to the first polynucleotide; c) contacting the second polynucleotide to a polymerase and a plurality of nucleotides, a first subset of which includes a first moiety, a second subset of which includes a second moiety, a third subset of which includes a third moiety, and a fourth subset of which includes a fourth moiety or no moiety; d) adding a nucleotide of the plurality of nucleotides to the second polynucleotide based on a sequence of the first polynucleotide; e) exposing the nucleotide to a catalyst coupled to a fifth moiety; f) exposing the nucleotide to chemiluminogenic molecules; g) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; h) exposing the nucleotide to a catalyst coupled to a sixth moiety; i) exposing the nucleotide to chemiluminogenic molecules; j) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; k) exposing the nucleotide to a cleaver molecule; l) exposing the nucleotide to chemiluminogenic molecules; m) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; and n) detecting the nucleotide added in step d) based on the detection of emission of photons or absence of photons from the chemiluminogenic molecules at steps g, j, or m or a combination thereof.
A folding personal mobility vehicle comprising a footboard part including wheels , a front footboard part and a rear footboard part connected to each other through a hinge structure to be folded, and a handle part including handles and the handle part has a length changeable through sliding and is foldable toward the footboard part , characterized in that : the rear footboard part is folded on the front footboard part through the hinge structure ; the handle part is folded on the rear footboard part in a state in which the length of the handle part is shortened through the sliding; and the rear footboard part is positioned between the handle part and the front footboard part in a folded state in which the rear footboard part and the handle part are folded. the rear footboard part is folded on the front footboard part through the hinge structure ; the handle part is folded on the rear footboard part in a state in which the length of the handle part is shortened through the sliding; and the rear footboard part is positioned between the handle part and the front footboard part in a folded state in which the rear footboard part and the handle part are folded.
A mechanism for synchronising a plurality of dynamic language models residing in a plurality of devices (A, B, C) associated with a single user, each device comprising a dynamic language model , the mechanism configured to: receive text data (T A , T B , T C , 111, 112, 113) representing text that has been input by a user into one or more of the plurality of devices (A, B, C); incorporate the text data into at least one language model ; and provide the at least one language model for synchronising the devices (A, B, C); characterised in that a language model comprises a data structure associating sequences of terms with a frequency of occurrence for each sequence, and wherein the mechanism is configured to merge a first language model with a second language model by: adding the frequencies of occurrence for sequences in the data structure of the second language model to the frequencies of occurrence for the corresponding sequences in the data structure of the first language model; and inserting a new sequence and its corresponding frequency of occurrence into the data structure of the first language model, if that sequence is in the data structure of the second language model but not in the data structure of the first language model. receive text data (T A , T B , T C , 111, 112, 113) representing text that has been input by a user into one or more of the plurality of devices (A, B, C); incorporate the text data into at least one language model ; and provide the at least one language model for synchronising the devices (A, B, C); adding the frequencies of occurrence for sequences in the data structure of the second language model to the frequencies of occurrence for the corresponding sequences in the data structure of the first language model; and inserting a new sequence and its corresponding frequency of occurrence into the data structure of the first language model, if that sequence is in the data structure of the second language model but not in the data structure of the first language model.
Instrument transformer of a type designed for using an insulation medium containing SF 6 , said instrument transformer comprising a housing enclosing an insulation space and further comprising an electrical active part arranged in the insulation space, said insulation space containing a dielectric insulation medium, characterized in that the dielectric insulation medium contains a gaseous mixture comprising from 3 to 5 mol-% of heptafluoroisobutyronitrile, from 4 to 11 mol-% of oxygen (O 2 ) and from 84 to 93 mol-% of nitrogen (N 2 ).
A printing method to prepare a can body , the can body comprising: can main body that is formed cylindrically and includes an outer circumferential surface , and wherein on the outer circumferential surface of the can main body , a main image (MG), which is a main image, and a strip-shaped image (OG) , which is a sub-image, are formed, wherein the main image (MG) is formed on a main image formation region extending along the circumferential direction of the can main body , the strip-shaped image is formed in a strip-shaped image formation region formed in a rectangular shape and extending along the axial direction of the can main body and the length of the strip-shaped image in the axial direction of the can main body is the same length as the length of the main image formation region , and wherein the strip-shaped image is formed from one end portion to the other end portion in the axial direction of the can main body and in an entire region from the one end portion to the other end portion, wherein the strip-shaped image is composed of multiple images adjacent to each other in the circumferential direction, each of said images forming a row including multiple character images arranged in line in the axial direction, and between character images that are positioned in one row and are adjacent to each other in the axial direction, a character image is positioned in another row by shifting the character image in the other row by half a character with respect to the character images in said one row, wherein the can body is obtainable by a printing method comprising the following: a step of providing said can body ; a main image formation step to form said main image, wherein ink of different colors from respective ink jet heads of a plurality of ink jet heads (H1, H2, H3, H4), each including a plurality of ink ejection ports , is ejected to the outer circumferential surface of said can body , and wherein ink is ejected from the ink ejection port corresponding to the image to be formed; a sub-image formation step to form said sub-image, wherein ink from the ink jet head (H1, H2, H3, H4) is ejected from at least one of an unused ink ejection port that is not used in forming the image and a low-frequency ink ejection port with a frequency of ink ejection lower than a predetermined frequency of ink ejection, to said strip-shaped region.
Method for adjusting a predetermined real spectacle frame chosen by a given wearer, for its use by this wearer, including the following steps: b) determining an at least partial numerical model of the head (TS) of the wearer, with, in a given frame of reference, at least a model (MN) of one portion of the nose (N) and a model (MORD, MORG) of one portion of the ears (ORD, ORG), c) simulating the positioning of said predetermined real spectacle frame on the head (TS) of the wearer, before deformation of this predetermined real spectacle frame, by superposing, on the numerical model of the head (TS) of the wearer, the corresponding zones of a numerical model of the predetermined real spectacle frame , via a numerical calculation, said numerical model of the predetermined real spectacle frame being determined in a step a) carried out prior to step c), with, in a given other frame of reference, at least a model of one portion of the bridge of the frame and a model of one portion of the temples of the frame , d) determining, from this superposition, the deformation of the predetermined real frame required to obtain a fit of this frame on the head (TS) of the wearer meeting at least one predetermined fitting criterion, p) returning information on the compatibility between the deformability of the frame and the required deformation of the frame determined in step d). b) determining an at least partial numerical model of the head (TS) of the wearer, with, in a given frame of reference, at least a model (MN) of one portion of the nose (N) and a model (MORD, MORG) of one portion of the ears (ORD, ORG), c) simulating the positioning of said predetermined real spectacle frame on the head (TS) of the wearer, before deformation of this predetermined real spectacle frame, by superposing, on the numerical model of the head (TS) of the wearer, the corresponding zones of a numerical model of the predetermined real spectacle frame , via a numerical calculation, said numerical model of the predetermined real spectacle frame being determined in a step a) carried out prior to step c), with, in a given other frame of reference, at least a model of one portion of the bridge of the frame and a model of one portion of the temples of the frame , d) determining, from this superposition, the deformation of the predetermined real frame required to obtain a fit of this frame on the head (TS) of the wearer meeting at least one predetermined fitting criterion, p) returning information on the compatibility between the deformability of the frame and the required deformation of the frame determined in step d).
A method for charging a localized use vehicle comprising the following steps performed by a mobile device : evaluating the charge state of a localized use vehicle, tracking the geographical location of the localized use vehicle, characterised in that it further comprises the steps of, determining a decentralized charging vehicle being within a predefined distance of the localized use vehicle and having charging availability, displaying the decentralized charging vehicle that has charging availability, and providing access to a charging interface of the decentralized charging vehicle to couple the localized use vehicle to the charging interface by unlocking the trunk or a charging cap of the decentralized charging vehicle. evaluating the charge state of a localized use vehicle, tracking the geographical location of the localized use vehicle, characterised in that it further comprises the steps of, determining a decentralized charging vehicle being within a predefined distance of the localized use vehicle and having charging availability, displaying the decentralized charging vehicle that has charging availability, and providing access to a charging interface of the decentralized charging vehicle to couple the localized use vehicle to the charging interface by unlocking the trunk or a charging cap of the decentralized charging vehicle.
An ultrasonic transducer for use in an ultrasonic flow meter , the transducer comprising: a piezoelectric crystal; characterized by low-density epoxy encasing the piezoelectric crystal, wherein the low-density epoxy is impregnated with glass bubbles ; a cylindrical reinforcing sleeve embedded in the low-density epoxy , the sleeve comprising fiber mesh, and surrounding the piezoelectric crystal. a piezoelectric crystal; characterized by low-density epoxy encasing the piezoelectric crystal, wherein the low-density epoxy is impregnated with glass bubbles ; a cylindrical reinforcing sleeve embedded in the low-density epoxy , the sleeve comprising fiber mesh, and surrounding the piezoelectric crystal.