mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing dipropylene glycol and/or tripropylene glycol, the method comprising steps (I), (J), (K), and (L) defined below, step (I): the step of reacting a raw material liquid comprising propylene oxide and water to obtain a reaction liquid comprising unreacted water, propylene glycol, dipropylene glycol and/or tripropylene glycol, and an alcohol compound excluding propylene glycol, dipropylene glycol, and tripropylene glycol, step (J) : the step of separating, from the reaction liquid, a seventh liquid comprising the water, the alcohol compound, and the propylene glycol each contained in the reaction liquid, and an eighth liquid comprising the dipropylene glycol and/or tripropylene glycol contained in the reaction liquid and optionally comprising the alcohol compound contained in the reaction liquid, step (K): the step of removing at least a part of the alcohol compound contained in the seventh liquid from the seventh liquid to obtain a ninth liquid comprising the propylene glycol contained in the seventh liquid, optionally comprising the whole or a part of the water contained in the seventh liquid, and optionally comprising a part of the alcohol compound contained in the seventh liquid, step (L): the step of recycling at least a part of the ninth liquid to step (I) as a component of the raw material liquid. step (I): the step of reacting a raw material liquid comprising propylene oxide and water to obtain a reaction liquid comprising unreacted water, propylene glycol, dipropylene glycol and/or tripropylene glycol, and an alcohol compound excluding propylene glycol, dipropylene glycol, and tripropylene glycol, step (J) : the step of separating, from the reaction liquid, a seventh liquid comprising the water, the alcohol compound, and the propylene glycol each contained in the reaction liquid, and an eighth liquid comprising the dipropylene glycol and/or tripropylene glycol contained in the reaction liquid and optionally comprising the alcohol compound contained in the reaction liquid, step (K): the step of removing at least a part of the alcohol compound contained in the seventh liquid from the seventh liquid to obtain a ninth liquid comprising the propylene glycol contained in the seventh liquid, optionally comprising the whole or a part of the water contained in the seventh liquid, and optionally comprising a part of the alcohol compound contained in the seventh liquid, step (L): the step of recycling at least a part of the ninth liquid to step (I) as a component of the raw material liquid.
An isolated humanized monoclonal antibody that binds to CD47, wherein the antibody is an IgG4 isotype comprising a S228P and a L235E mutation (IgG4PE).
A semiconductor structure, comprising: a nano-crystalline core comprising a first semiconductor material; and a nano-crystalline shell comprising a second, different semiconductor material at least partially surrounding the nano-crystalline core, wherein only the first semiconductor material is based on Cd, and wherein the first semiconductor material comprises a Type II-VI material and wherein the second semiconductor material comprises a Type I-III-VI 2 material. a nano-crystalline core comprising a first semiconductor material; and a nano-crystalline shell comprising a second, different semiconductor material at least partially surrounding the nano-crystalline core, wherein only the first semiconductor material is based on Cd, and wherein the first semiconductor material comprises a Type II-VI material and wherein the second semiconductor material comprises a Type I-III-VI 2 material.
A battery pack configured to have a structure comprising a plate-shaped battery cell having electrode terminals (110 and 120) formed at one side thereof comprising a sealed surplus part and a protection circuit module (PCM) mounted at the sealed surplus part , wherein each of the electrode terminals (110 and 120) of the battery cell is made of a plate-shaped conductive member, the PCM comprises a protection circuit board (PCB) , a safety element electrically connected between one of the electrode terminals (110 and 120) of the battery cell and the PCB or loaded on the PCB , an external input and output terminal electrically connected to a protection circuit of the PCB , and an electrically insulative module case in which the PCB and the safety element are mounted in a state in which the external input and output terminal extends outside, the PCM is loaded on the sealed surplus part of the battery cell in a state in which the PCM is received in the module case such that the PCM is electrically connected to the electrode terminals (110 and 120) of the battery cell , and the module case comprises a PCB receiving part open outward at one side thereof, and an adhesive fixing tape is attached to an outer surface of the module case contacting the sealed surplus part , the module case is configured to have a rectangular parallelepiped box structure, the module case is provided at an inside thereof with at least one PCB fixing protrusion part , and the fixing tape comprises a base film selected from a group consisting of a polycarbonate tape, a polypropylene tape, a polyethylene tape, and a polyethylene terephthalate tape, and wherein an adhesive material is applied to opposite sides of the fixing tape .
Assembly comprising a dough extrusion machine and a cutting device (101..106), - the cutting device comprising a moveable frame ,a wire or a blade mounted on said frame , - and a first drive coupled to said frame causing a movement of the frame in a first direction (x), characterized in that the cutting device further comprises - a second drive coupled to said frame , which causes a movement of the frame in a second direction (z) transverse to the first direction (x) and which can be actuated independently of said first drive , and - a control being connected to said first drive and said second drive and being configured to calculate drive signals for the same based on a given moving path for the wire / blade , wherein said control is configured such that said given moving path can be modified by an operator during movement of the wire / blade, - and whereby the moving path of the wire/blade is a closed curve. - the cutting device comprising a moveable frame ,a wire or a blade mounted on said frame , - and a first drive coupled to said frame causing a movement of the frame in a first direction (x), - a second drive coupled to said frame , which causes a movement of the frame in a second direction (z) transverse to the first direction (x) and which can be actuated independently of said first drive , and - a control being connected to said first drive and said second drive and being configured to calculate drive signals for the same based on a given moving path for the wire / blade , wherein said control is configured such that said given moving path can be modified by an operator during movement of the wire / blade, - and whereby the moving path of the wire/blade is a closed curve.
A work vehicle comprising: a hydraulic actuator configured to change an actual steering angle; an actual steering angle detecting part configured to detect the actual steering angle; an operating unit for performing a steering operation and including a support part , a rotating part supported rotatably by the support part , an operating part supported rotatably by the support part or the rotating part and configured to be rotated by an operator, a biasing part configured to bias the operating part to a predetermined position with respect to the rotating part , a position adjusting part configured to adjust a rotation angle of the rotating part with respect to the support part , and a first rotation angle detecting part configured to detect the rotation angle of the operating part with respect to the support part ; characterized by a position adjusting control part configured to control the position adjusting part based on the actual steering angle; and a steering control part configured to control the hydraulic actuator based on a difference between an input steering angle, which corresponds to the rotation angle of the operating part , and the actual steering angle. a hydraulic actuator configured to change an actual steering angle; an actual steering angle detecting part configured to detect the actual steering angle; an operating unit for performing a steering operation and including a support part , a rotating part supported rotatably by the support part , an operating part supported rotatably by the support part or the rotating part and configured to be rotated by an operator, a biasing part configured to bias the operating part to a predetermined position with respect to the rotating part , a position adjusting part configured to adjust a rotation angle of the rotating part with respect to the support part , and a first rotation angle detecting part configured to detect the rotation angle of the operating part with respect to the support part ; characterized by a position adjusting control part configured to control the position adjusting part based on the actual steering angle; and a steering control part configured to control the hydraulic actuator based on a difference between an input steering angle, which corresponds to the rotation angle of the operating part , and the actual steering angle.
Portal gantry crane for loading / unloading containers (C) from a container vessel comprising: - Two parallel main girders running side by side on respective sides of a midplane (M), - two legs each positioned in said midplane (M), - two couples of trolleys , each couple of trolleys operating on a corresponding girder , each trolley carrying a hoist, the ropes of which carrying a spreader configured for attachment to a container (C), each hoist being laterally movable both ways relative to centreline of the corresponding girder, - suspension cross beams connected to respective legs and carrying the girders . - Two parallel main girders running side by side on respective sides of a midplane (M), - two legs each positioned in said midplane (M), - two couples of trolleys , each couple of trolleys operating on a corresponding girder , each trolley carrying a hoist, the ropes of which carrying a spreader configured for attachment to a container (C), each hoist being laterally movable both ways relative to centreline of the corresponding girder, - suspension cross beams connected to respective legs and carrying the girders .
A method of wireless communication at a user equipment, UE, comprising: receiving a carrier aggregation configuration for a first component carrier, CC, and a second CC, the first CC being a time division duplex, TTD CC, the carrier aggregation configuration including downlink portions and excluding uplink portions of the first CC for data transmission by the UE; determining one of to transmit an uplink transmission on the second CC in a subframe or to receive a downlink transmission in the subframe on the second CC; determining that a sounding reference signal, SRS, transmission in an uplink portion of the first CC would at least partially collide in the subframe with one of the uplink transmission or the downlink transmission; determining to adjust at least one of the uplink transmission, the SRS transmission, or reception of the downlink transmission based on the determination of a collision and an interruption time to transmit the SRS in the uplink portion of the first CC, wherein the determining to adjust includes determining whether to apply at least one of a prioritization rule or a puncturing of the uplink transmission, and wherein the interruption time is associated with a capability of the UE; and performing at least one of transmitting the uplink transmission on the second CC, receiving the downlink transmission on the second CC, or transmitting the SRS in the uplink portion of the first CC based on the determination to adjust. receiving a carrier aggregation configuration for a first component carrier, CC, and a second CC, the first CC being a time division duplex, TTD CC, the carrier aggregation configuration including downlink portions and excluding uplink portions of the first CC for data transmission by the UE; determining one of to transmit an uplink transmission on the second CC in a subframe or to receive a downlink transmission in the subframe on the second CC; determining that a sounding reference signal, SRS, transmission in an uplink portion of the first CC would at least partially collide in the subframe with one of the uplink transmission or the downlink transmission; determining to adjust at least one of the uplink transmission, the SRS transmission, or reception of the downlink transmission based on the determination of a collision and an interruption time to transmit the SRS in the uplink portion of the first CC, wherein the determining to adjust includes determining whether to apply at least one of a prioritization rule or a puncturing of the uplink transmission, and wherein the interruption time is associated with a capability of the UE; and performing at least one of transmitting the uplink transmission on the second CC, receiving the downlink transmission on the second CC, or transmitting the SRS in the uplink portion of the first CC based on the determination to adjust.
A fire-resistant heat-insulation composition, comprising: 70 to 250 parts by mass of gypsum based on 100 parts by mass of calcium aluminate having a CaO content of 34% or more; and 0.1 to 20 parts by mass of a fibrous inorganic clay mineral having a water content of 5% or more by mass, determined by the method described in the description, based on 100 parts by mass of the total of the calcium aluminate and the gypsum. 70 to 250 parts by mass of gypsum based on 100 parts by mass of calcium aluminate having a CaO content of 34% or more; and 0.1 to 20 parts by mass of a fibrous inorganic clay mineral having a water content of 5% or more by mass, determined by the method described in the description, based on 100 parts by mass of the total of the calcium aluminate and the gypsum.
A system for compensating a power transmission grid , comprising: one or more non-conventional power generating sources connected to said power transmission grid , the one or more non-conventional power generating sources comprising one or more of a wind turbine, a wind farm and a solar power generating station; one or more power transformers connected to at least one or one or more non-conventional power generating sources ; at least one series compensation circuit connected to at least a portion of said power transmission grid , said at least one series compensation circuit compensating said power transmission grid ; and at least one damping circuit comprising at least one resistor connected in parallel with a series-connected capacitor and inductor , and a bypass switch connected in parallel with the at least one resistor and with the series-connected capacitor and inductor ; wherein, said at least one damping circuit is tuned to decrease or eliminate sub synchronous resonance caused by said at least one series compensation circuit on said power transmission grid ; and wherein said at least one damping circuit is connected in series with said at least one series compensation circuit . one or more non-conventional power generating sources connected to said power transmission grid , the one or more non-conventional power generating sources comprising one or more of a wind turbine, a wind farm and a solar power generating station; one or more power transformers connected to at least one or one or more non-conventional power generating sources ; at least one series compensation circuit connected to at least a portion of said power transmission grid , said at least one series compensation circuit compensating said power transmission grid ; and at least one damping circuit comprising at least one resistor connected in parallel with a series-connected capacitor and inductor , and a bypass switch connected in parallel with the at least one resistor and with the series-connected capacitor and inductor ; wherein, said at least one damping circuit is tuned to decrease or eliminate sub synchronous resonance caused by said at least one series compensation circuit on said power transmission grid ; and wherein said at least one damping circuit is connected in series with said at least one series compensation circuit .
A method, comprising: at an electronic device having one or more processors: receiving a natural-language user input; identifying, with the one or more processors, an intent object of a set of intent objects and a parameter associated with the intent object, wherein the intent object and the parameter are derived from the natural-language user input; identifying a software application associated with the intent object of the set of intents objects; providing the intent object and the parameter to the software application; receiving a response from the software application indicating that the parameter is valid and no additional user input with respect to the parameter is required; after receiving the response from the software application, confirming the intent object with the software application, wherein confirming the intent object with the software application includes requesting a notification that the software application can successfully perform a task corresponding to the intent object in accordance with the parameter; and after confirming the intent object with the software application, causing the software application to perform the task corresponding to the intent object in accordance with the parameter. receiving a natural-language user input; identifying, with the one or more processors, an intent object of a set of intent objects and a parameter associated with the intent object, wherein the intent object and the parameter are derived from the natural-language user input; identifying a software application associated with the intent object of the set of intents objects; providing the intent object and the parameter to the software application; receiving a response from the software application indicating that the parameter is valid and no additional user input with respect to the parameter is required; after receiving the response from the software application, confirming the intent object with the software application, wherein confirming the intent object with the software application includes requesting a notification that the software application can successfully perform a task corresponding to the intent object in accordance with the parameter; and after confirming the intent object with the software application, causing the software application to perform the task corresponding to the intent object in accordance with the parameter.
A control electronics in modular design, comprising an electronic base module and a plurality of functional modules , wherein the base module provides at least one DC link voltage U ZK at a voltage supply output for supplying voltage to the functional modules , and the functional modules are electrically and mechanically connected to the base module and supplied with the DC link voltage U ZK from the base module , wherein the base module and the functional modules each have a carrier with electronic components , the electronic components of the base module produce the intermediate circuit voltage U ZK , at least one functional module is attached to the carrier of the base module , and wherein the electronic components of the base module and of the functional modules are arranged separated from each other by means of thermal decoupling and/or EMC shield, characterized in that the electronic components are separated into groups according to their function, the groups are evaluated according to their electronic power input or power output, and the evaluation of the power input or power output determines an allocation of the components to the base module and to the functional modules as well as their relative position to each other, and wherein the evaluation of the power input or power output determines a distance between the functional modules and a distance of the respective functional module to the base module . the base module provides at least one DC link voltage U ZK at a voltage supply output for supplying voltage to the functional modules , and the functional modules are electrically and mechanically connected to the base module and supplied with the DC link voltage U ZK from the base module , wherein the base module and the functional modules each have a carrier with electronic components , the electronic components of the base module produce the intermediate circuit voltage U ZK , at least one functional module is attached to the carrier of the base module , and wherein the electronic components of the base module and of the functional modules are arranged separated from each other by means of thermal decoupling and/or EMC shield, characterized in that the electronic components are separated into groups according to their function, the groups are evaluated according to their electronic power input or power output, and the evaluation of the power input or power output determines an allocation of the components to the base module and to the functional modules as well as their relative position to each other, and wherein the evaluation of the power input or power output determines a distance between the functional modules and a distance of the respective functional module to the base module .
A paper towel dispensing apparatus for dispensing paper towel (T) from a roll , the apparatus comprising: a rotatable support roller having an outer surface for supporting the towel (T) to be dispensed; a cutter blade provided in the support roller for cutting said towel (T), the cutter blade being movable to a cutting position in which it extends beyond the outer surface of the support roller ; a blade actuator for moving the cutter blade to said cutting position responsive to the support roller completing a plurality of revolutions; and a gear train for drivingly connecting the support roller to a central axle ; wherein the blade actuator comprises at least one cam mounted on the central axle , and the cutter blade is provided with at least one cam follower for following said at least one cam ; the at least one cam and the at least one cam follower being provided inside the support roller . a rotatable support roller having an outer surface for supporting the towel (T) to be dispensed; a cutter blade provided in the support roller for cutting said towel (T), the cutter blade being movable to a cutting position in which it extends beyond the outer surface of the support roller ; a blade actuator for moving the cutter blade to said cutting position responsive to the support roller completing a plurality of revolutions; and a gear train for drivingly connecting the support roller to a central axle ; wherein the blade actuator comprises at least one cam mounted on the central axle , and the cutter blade is provided with at least one cam follower for following said at least one cam ; the at least one cam and the at least one cam follower being provided inside the support roller .