mhurhangee/patent-ind-claim-en huggingface dataset:
A hybrid all-wheel drive system comprising: a front wheel ; a rear wheel ; an internal combustion engine providing an output; a first electric motor providing an output; a second electric motor providing an output; a pair of planetary-gear sets each having a ring gear, a sun gear, a plurality of pinion gears, and a carrier, each of the pair of planetary-gear sets being operably coupled to at least one of the internal combustion engine , first electric motor , and the second electric motor to transmit the output to at least one of the front wheel and the rear wheel ,); a first dynamic clutch selectively coupling a first of the pair of planetary-gear sets to a second of the pair of planetary-gear sets ; a second dynamic clutch selectively coupling the first of the pair of planetary-gear sets to the second of the pair of planetary-gear sets ; and a brake clutch selectively collocating the carrier of one of the first and the second pair of planetary-gear sets , wherein the first electric motor is operably coupled to the sun gear of the first of the pair of planetary-gear sets, the sun gear of the second of the pair of planetary gear sets transmitting output to the rear wheel , characterized in that the internal combustion engine is operably coupled to the ring gear of the first of the pair of planetary gear sets, the second electric motor being operably coupled to the sun gear of the second of the pair of planetary-gear sets, the ring gear of the second of the pair of planetary-gear sets transmitting output to the front wheel . a front wheel ; a rear wheel ; an internal combustion engine providing an output; a first electric motor providing an output; a second electric motor providing an output; a pair of planetary-gear sets each having a ring gear, a sun gear, a plurality of pinion gears, and a carrier, each of the pair of planetary-gear sets being operably coupled to at least one of the internal combustion engine , first electric motor , and the second electric motor to transmit the output to at least one of the front wheel and the rear wheel ,); a first dynamic clutch selectively coupling a first of the pair of planetary-gear sets to a second of the pair of planetary-gear sets ; a second dynamic clutch selectively coupling the first of the pair of planetary-gear sets to the second of the pair of planetary-gear sets ; and a brake clutch selectively collocating the carrier of one of the first and the second pair of planetary-gear sets , wherein the first electric motor is operably coupled to the sun gear of the first of the pair of planetary-gear sets, the sun gear of the second of the pair of planetary gear sets transmitting output to the rear wheel , characterized in that the internal combustion engine is operably coupled to the ring gear of the first of the pair of planetary gear sets, the second electric motor being operably coupled to the sun gear of the second of the pair of planetary-gear sets, the ring gear of the second of the pair of planetary-gear sets transmitting output to the front wheel .
A method for recycling a rolled sheet of a battery, the sheet comprising one or more layers including one or more metallic layers, each metallic layer respectively having a coating of a precursory element, the precursory element of the coating of at least one metallic layer being precursory ink containing LiFePO 4 /C (s) , the method comprising: - unrolling the sheet; - brushing each metallic layer for which the coating is precursory ink to separate the precursory ink, thereby recovering a substrate (S) containing LiFePO 4/ C (s) ; and - implementing a method for recovering lithium (Li) and iron (Fe) from the substrate; the method for recovering lithium (Li) and iron (Fe) comprising the steps of: i.- Bringing the substrate (S) into contact with an aqueous leaching solution comprising an organic acid chosen from alkylsulfonic, alkylarylsulfonic, arylsulfonic acids, ethylenediamine-N,N'-bis(2-hydroxyphenylacetic acid) or a mixture thereof, and optionally an oxidizing agent, whereby a liquid phase L 1 rich in lithium and iron is recovered; ii.- Precipitation of iron in the liquid phase L 1 obtained in step i), and recovery of the iron precipitate; iii.- Precipitation of lithium in the L 2 liquid phase obtained in step ii) and recovery of the lithium precipitate; and optionally iv.- Recovery of the liquid phase L 3 obtained in step iii) and recovery of the acid or organic solvent used in step i). - unrolling the sheet; - brushing each metallic layer for which the coating is precursory ink to separate the precursory ink, thereby recovering a substrate (S) containing LiFePO 4/ C (s) ; and - implementing a method for recovering lithium (Li) and iron (Fe) from the substrate; i.- Bringing the substrate (S) into contact with an aqueous leaching solution comprising an organic acid chosen from alkylsulfonic, alkylarylsulfonic, arylsulfonic acids, ethylenediamine-N,N'-bis(2-hydroxyphenylacetic acid) or a mixture thereof, and optionally an oxidizing agent, whereby a liquid phase L 1 rich in lithium and iron is recovered; ii.- Precipitation of iron in the liquid phase L 1 obtained in step i), and recovery of the iron precipitate; iii.- Precipitation of lithium in the L 2 liquid phase obtained in step ii) and recovery of the lithium precipitate; and optionally iv.- Recovery of the liquid phase L 3 obtained in step iii) and recovery of the acid or organic solvent used in step i).
A displacement sensor comprising: a first electrode and a second electrode displaceably mounted relative to the first electrode; capacitance measurement circuitry configured to make measurements of a capacitance associated with the first and second electrodes and to generate analogue capacitance measurement signals in response thereto ; compensation circuitry configured to generate a compensated analogue capacitance measurement signal by reducing a magnitude of a current analogue capacitance measurement signal by an amount indicated by a compensation signal derived from at least one previous analogue capacitance measurement signal; and processing circuitry configured to digitise the compensated analogue capacitance measurement signal and to determine if there is a displacement of the second electrode relative to the first electrode based on the compensated analogue capacitance measurement signal; wherein the amount indicated by the compensation signal derived from at least one previous analogue capacitance measurement signal corresponds to a predetermined proportion of the at least one previous analogue capacitance measurement signal, and wherein the predetermined proportion is less than 100% to reduce the chance the compensated capacitance measurement will be reduced to below zero. a first electrode and a second electrode displaceably mounted relative to the first electrode; capacitance measurement circuitry configured to make measurements of a capacitance associated with the first and second electrodes and to generate analogue capacitance measurement signals in response thereto ; compensation circuitry configured to generate a compensated analogue capacitance measurement signal by reducing a magnitude of a current analogue capacitance measurement signal by an amount indicated by a compensation signal derived from at least one previous analogue capacitance measurement signal; and processing circuitry configured to digitise the compensated analogue capacitance measurement signal and to determine if there is a displacement of the second electrode relative to the first electrode based on the compensated analogue capacitance measurement signal; wherein the amount indicated by the compensation signal derived from at least one previous analogue capacitance measurement signal corresponds to a predetermined proportion of the at least one previous analogue capacitance measurement signal, and wherein the predetermined proportion is less than 100% to reduce the chance the compensated capacitance measurement will be reduced to below zero.
Method for operating a numerically controlled production system, in particular a machine tool , which is connected to a numerical controller , - wherein a control program with successive control program sets is provided in the numerical controller , - wherein the control program comprises at least one program branching which is controlled by a condition and which comprises a plurality of successive alternative control program sections , said program branching determining which of the alternative control program sections is additionally run depending on the condition, characterised in that the numerical controller comprises a look-ahead module wherein from a plurality of successive control program sets prior to a movement the look-ahead module determines a movement profile for at least one movement axis , the profile comprising guidance variables for a travel/time movement for the at least one movement axis for successive clock time points, and wherein the look-ahead module calculates an alternative movement profile for each alternative control program section prior to an additional movement, stores it, and holds it ready at the required program branching in order to carry out the additional movement. - wherein a control program with successive control program sets is provided in the numerical controller , - wherein the control program comprises at least one program branching which is controlled by a condition and which comprises a plurality of successive alternative control program sections , said program branching determining which of the alternative control program sections is additionally run depending on the condition, characterised in that
Tripeptide having X-KGH-Z or X-KHG-Z formula; wherein: • At the N-terminal end X is selected from H, -CO-R 1 and -SO 2 -R 1 ; • At the C-terminal end Z is selected from OH, OR 1 , NH 2 , NHR 1 or NR 1 R 2 ; and • R 1 and R 2 are, independently from each other, an alkyle chain of 1 to 24 carbon atoms, except tripeptides wherein (X=H and Z=OH) or (X=H and Z=NH 2 ) and except the tripeptide KHG-N-octyl ester wherein X=H and Z=OR 1 with R 1 being an alkyl chain of 8 carbon atoms. • At the N-terminal end X is selected from H, -CO-R 1 and -SO 2 -R 1 ; • At the C-terminal end Z is selected from OH, OR 1 , NH 2 , NHR 1 or NR 1 R 2 ; and • R 1 and R 2 are, independently from each other, an alkyle chain of 1 to 24 carbon atoms, except tripeptides wherein (X=H and Z=OH) or (X=H and Z=NH 2 ) and except the tripeptide KHG-N-octyl ester wherein X=H and Z=OR 1 with R 1 being an alkyl chain of 8 carbon atoms.
A method for communicating information by changing a temperature of a communication device equipped with a temperature modifying element , comprising: determining whether a temperature change should be initiated based upon received temperature information selected from the group consisting of a temperature of another device and a temperature of another location, and upon comparing the temperature information to a temperature range criteria; and activating the temperature modifying element so as to generate a temperature commensurate with the temperature information if it is determined that a temperature change should be initiated. determining whether a temperature change should be initiated based upon received temperature information selected from the group consisting of a temperature of another device and a temperature of another location, and upon comparing the temperature information to a temperature range criteria; and activating the temperature modifying element so as to generate a temperature commensurate with the temperature information if it is determined that a temperature change should be initiated.
A controller for a radio access node, the radio access node comprising a plurality of antenna elements for communicating wirelessly with a mobile device, the controller comprising: a location module for obtaining location information relating to a location of the mobile device, the location information comprising information relating to the location of the mobile device along a predetermined path, and a beam module configured to select, based on the location information, one of a plurality of antenna configurations for generating one of a corresponding plurality of beams at the plurality of antenna elements, such that a first antenna configuration generating a first beam is selected when the mobile device is located at a first location, and a second antenna configuration generating a second beam is selected when the mobile device is located at a second location, wherein the plurality of antenna configurations are arranged in a predetermined sequence for generating a predetermined sequence of beams configured to target the mobile device on the predetermined path; wherein the second beam is wider than the first beam, and the first location is at a larger distance from the radio access node than the second location. a location module for obtaining location information relating to a location of the mobile device, the location information comprising information relating to the location of the mobile device along a predetermined path, and a beam module configured to select, based on the location information, one of a plurality of antenna configurations for generating one of a corresponding plurality of beams at the plurality of antenna elements, such that a first antenna configuration generating a first beam is selected when the mobile device is located at a first location, and a second antenna configuration generating a second beam is selected when the mobile device is located at a second location, wherein the plurality of antenna configurations are arranged in a predetermined sequence for generating a predetermined sequence of beams configured to target the mobile device on the predetermined path; wherein the second beam is wider than the first beam, and the first location is at a larger distance from the radio access node than the second location.
A brake control device , comprising: a tube seat having at least one input port through which a fluid is input from a fluid source ; and a regulating valve (30-35) for regulating a flow rate or a pressure of the fluid input through the at least one input port to output a fluid for operating a brake device , characterized in that the tube seat is formed of a plurality of plate-shaped members (11-17, 20-24) metal-joined to each other and laminated, and a channel (A-W) connecting between the at least one input port and the regulating valve (30-35) is formed by the plurality of plate-shaped members (11-17, 20-24). a tube seat having at least one input port through which a fluid is input from a fluid source ; and a regulating valve (30-35) for regulating a flow rate or a pressure of the fluid input through the at least one input port to output a fluid for operating a brake device , characterized in that the tube seat is formed of a plurality of plate-shaped members (11-17, 20-24) metal-joined to each other and laminated, and a channel (A-W) connecting between the at least one input port and the regulating valve (30-35) is formed by the plurality of plate-shaped members (11-17, 20-24).
A vapour provision device including: an atomiser for vaporising a liquid; an air passage through the atomiser, the air passage exiting the vapour provision device at a mouthpiece ; at least one air inlet, joined by a channel to the air passage through the atomiser; and at least one resilient seal which acts to restrict air from the air inlet travelling to the air passage except through the channel; wherein the seal comprises a resilient material; and characterised in that the size of the channel is defined at least in part by the resilient material to control resistance to draw for the vapour provision device. an atomiser for vaporising a liquid; an air passage through the atomiser, the air passage exiting the vapour provision device at a mouthpiece ; at least one air inlet, joined by a channel to the air passage through the atomiser; and at least one resilient seal which acts to restrict air from the air inlet travelling to the air passage except through the channel; wherein the seal comprises a resilient material; and characterised in that the size of the channel is defined at least in part by the resilient material to control resistance to draw for the vapour provision device.
A grass trimmer comprising an extending rod extending longitudinally; a housing arranged at one end of said extending rod ; a handle arranged on said extending rod and spaced from said housing by a distance; a grass trimming head connected to said housing , wherein said grass trimming head comprises a base , a cap matched and connected to said base and a spool arranged between said base and said cap , wherein said spool has a first state static relative to said base a main motor driving the grass trimming head to rotate around an axis; a main switch controlling said main motor ; and a cord delivering mechanism, wherein said cord delivering mechanism comprises a cord delivering electronic switch independent of said main switch and a control device, wherein when the main switch is switched on, the main motor drives the grass trimming head to rotate and said cord delivering electronic switch operably electrically controls said control device to enable said spool to be in a second state capable of generating a rotary speed difference relative to said base , characterized in that said control device comprises a control circuit electrically connected to said main motor and said control circuit is used for controlling said main motor to be converted between a normal working speed and a cord delivering speed.
A blade outer air seal assembly (60; 260; 460) for a gas turbine engine , comprising: a seal arc segment (66; 66A,B,C; 266) including a sealing portion and a first interface portion (74; 74'; 474), the first interface portion (74; 74'; 474) defining circumferential mate faces (75; 75A,B; 275); a support (68; 268; 468) including a mounting portion and a second interface portion (78; 78'; 278; 478), the mounting portion configured to be fixedly attached to an engine static structure (36; 70), and the second interface portion (78; 78'; 278; 478) radially inward of the first interface portion (74; 74'; 474); and at least one positioning member (80; 80'; 180; 280; 480) dimensioned to abut the first and second interface portions (74; 74'; 474; 78; 78'; 278; 478) such that the seal arc segment (66; 66A,B,C; 266) and an engine axis (A) are spaced apart by a predetermined distance in a radial direction, characterised in that : the predetermined distance varies in a circumferential direction. a seal arc segment (66; 66A,B,C; 266) including a sealing portion and a first interface portion (74; 74'; 474), the first interface portion (74; 74'; 474) defining circumferential mate faces (75; 75A,B; 275); a support (68; 268; 468) including a mounting portion and a second interface portion (78; 78'; 278; 478), the mounting portion configured to be fixedly attached to an engine static structure (36; 70), and the second interface portion (78; 78'; 278; 478) radially inward of the first interface portion (74; 74'; 474); and at least one positioning member (80; 80'; 180; 280; 480) dimensioned to abut the first and second interface portions (74; 74'; 474; 78; 78'; 278; 478) such that the seal arc segment (66; 66A,B,C; 266) and an engine axis (A) are spaced apart by a predetermined distance in a radial direction, characterised in that : the predetermined distance varies in a circumferential direction.
A developing cartridge (1; 2) comprising: a casing configured to accommodate developer; a developing roller positioned at one end portion of the casing in a first direction, the developing roller being rotatable about a first axis (A1) extending in a second direction; a storage medium having an electrical contact surface ; a first holder (621; 651; 4651) movable in the first direction relative to the casing, the first holder having an outer surface (62A; 65A) at which the electrical contact surface is held; characterized by a second holder (622; 652; 4652) movable together with the first holder in the first direction relative to the casing, the second holder being positioned away from the first holder in a third direction crossing the electrical contact surface; and a coupling (41; 141) rotatable about a second axis (A2) extending in the second direction, the coupling being rotatable together with the developing roller, wherein the first holder (621; 651; 4651) and the second holder (622; 652; 4652) are movable relative to the casing and the coupling between a first position in the first direction and a second position in the first direction, the second position being positioned closer to the developing roller than the first position is to the developing roller, and wherein a portion of the coupling is positioned between the first holder (621; 651; 4651) and the second holder (622; 652; 4652) in a case where the first holder and the second holder are positioned at the second position. a casing configured to accommodate developer; a developing roller positioned at one end portion of the casing in a first direction, the developing roller being rotatable about a first axis (A1) extending in a second direction; a storage medium having an electrical contact surface ; a first holder (621; 651; 4651) movable in the first direction relative to the casing, the first holder having an outer surface (62A; 65A) at which the electrical contact surface is held; characterized by a second holder (622; 652; 4652) movable together with the first holder in the first direction relative to the casing, the second holder being positioned away from the first holder in a third direction crossing the electrical contact surface; and a coupling (41; 141) rotatable about a second axis (A2) extending in the second direction, the coupling being rotatable together with the developing roller, wherein the first holder (621; 651; 4651) and the second holder (622; 652; 4652) are movable relative to the casing and the coupling between a first position in the first direction and a second position in the first direction, the second position being positioned closer to the developing roller than the first position is to the developing roller, and wherein a portion of the coupling is positioned between the first holder (621; 651; 4651) and the second holder (622; 652; 4652) in a case where the first holder and the second holder are positioned at the second position.
A pharmaceutical composition comprising: (a) a rAAV9 having a variant capsid protein comprising an amino acid sequence LGETTRP, inserted between positions 588 and 589 of capsid protein VPI; a nucleic acid encoding (i) a sequence having at least 95% identity to SEQ ID NO: 9 and (ii) a sequence having at least 95% identity to SEQ ID NO: 10, and (b) a pharmaceutically acceptable excipient; for use in a method of treating an eye disease or condition selected from neovascular (wet) age-related macular degeneration (AMD), choroidal neovascularization, macular edema following retinal vein occlusion, diabetic macular edema (DME), retinal vein occlusion and diabetic retinopathy associated with DME, the method comprising administering a unit dose of the pharmaceutical composition by intravitreal injection to an eye of a primate subject in need thereof. (a) a rAAV9 having a variant capsid protein comprising an amino acid sequence LGETTRP, inserted between positions 588 and 589 of capsid protein VPI; a nucleic acid encoding (i) a sequence having at least 95% identity to SEQ ID NO: 9 and (ii) a sequence having at least 95% identity to SEQ ID NO: 10, and (b) a pharmaceutically acceptable excipient;