mhurhangee/patent-ind-claim-en huggingface dataset:
An end trolley for a sliding cover structure of a commercial vehicle superstructure or trailer superstructure, comprising: - a base member for slidable attachment to a roof beam of the commercial vehicle superstructure or trailer superstructure, and - an erection arm , which is pivotably attached to the base member for erecting an end member of the sliding cover structure , which end member is attached to the erection arm , wherein the erection arm can be brought into a first open position, in which the erection arm is pivoted by less than 90° with respect to a closed position, and into a second open position, in which the erection arm is pivoted by more than 90° with respect to the closed position, characterized in that the end trolley comprises a holding mechanism adapted to hold the erection arm in the first open position. - a base member for slidable attachment to a roof beam of the commercial vehicle superstructure or trailer superstructure, and - an erection arm , which is pivotably attached to the base member for erecting an end member of the sliding cover structure , which end member is attached to the erection arm , wherein
A fine particles-coated amine comprising a solid amine having a melting point equal to or higher than 50°C and a mean particle size equal to or smaller than 20 μm, wherein the fine particles-coated amine has an amount of heat in the second absorption peak, measured by a differential scanning calorimeter by increasing the temperature from room temperature to 200°C at a rate of 5°C/min, equal to or less than 220 J/g, and the surface of the solid amine is coated with fine particles having a mean particle size equal to or smaller than 2 μm, wherein the particle size and the particle size distribution of the solid amine particles and the fine particles are determined by a laser diffraction-scattering particle size distribution measuring apparatus conducted according to a dry method and taking the particle size with which the resulting passing substance cumulative distribution was 50% as the mean particle size.
A method of removing contaminants, particularly doping agents, from chlorosilanes, which includes the following steps: (a) heating a deposition surface to a temperature of 600°C to 1000°C, preferably to 700°C to 900°C, particularly preferably to 750°C to 850°C; (b) bringing at least one gaseous chlorosilane mixture into contact with the heated deposition surface , which gaseous chlorosilane mixture includes at least one chlorosilane and at least one contaminant, particularly at least one doping agent; (c) at least partially removing the contaminant, particularly the doping agent, by forming polycrystalline silicon deposits on the deposition surface , which polycrystalline silicon deposits are enriched with the contaminant, particularly with the doping agent; (d) discharging the purified gaseous chlorosilane mixture; (e) bringing an etching gas into contact with the heated deposition surface to return the polycrystalline silicon deposits and the contaminant, particularly the doping agent, into the gas phase whilst forming a gaseous etching gas mixture; and (f) discharging the gaseous etching gas mixture. (a) heating a deposition surface to a temperature of 600°C to 1000°C, preferably to 700°C to 900°C, particularly preferably to 750°C to 850°C; (b) bringing at least one gaseous chlorosilane mixture into contact with the heated deposition surface , which gaseous chlorosilane mixture includes at least one chlorosilane and at least one contaminant, particularly at least one doping agent; (c) at least partially removing the contaminant, particularly the doping agent, by forming polycrystalline silicon deposits on the deposition surface , which polycrystalline silicon deposits are enriched with the contaminant, particularly with the doping agent; (d) discharging the purified gaseous chlorosilane mixture; (e) bringing an etching gas into contact with the heated deposition surface to return the polycrystalline silicon deposits and the contaminant, particularly the doping agent, into the gas phase whilst forming a gaseous etching gas mixture; and (f) discharging the gaseous etching gas mixture.
A mold casted sheet material comprising a reaction product of components comprising: (a) polyisocyanate compound comprising at least two isocyanate functional groups; (b) polyol; (c) curative comprising at least two amine functional groups; (d) acrylic monomer; and (e) multifunctional monomer comprising a first functional group comprising an active hydrogen and a second functional group comprising at least one double bond, wherein the multifunctional monomer and the acrylic monomer are different monomers, wherein, optionally, the content of any component, other than components (a)-(e) is less than 1 percent by weight of the reaction product when present therein, and wherein optionally at least a portion of the polyisocyanate compound and at least a portion of the polyol are present in the form of pre-reacted urethane prepolymer, and wherein the pre-reacted urethane prepolymer comprises the at least two isocyanate functional groups. (a) polyisocyanate compound comprising at least two isocyanate functional groups; (b) polyol; (c) curative comprising at least two amine functional groups; (d) acrylic monomer; and (e) multifunctional monomer comprising a first functional group comprising an active hydrogen and a second functional group comprising at least one double bond, wherein the multifunctional monomer and the acrylic monomer are different monomers, wherein, optionally, the content of any component, other than components (a)-(e) is less than 1 percent by weight of the reaction product when present therein, and wherein optionally at least a portion of the polyisocyanate compound and at least a portion of the polyol are present in the form of pre-reacted urethane prepolymer, and wherein the pre-reacted urethane prepolymer comprises the at least two isocyanate functional groups.
A wearable antenna , for wirelessly receiving sensor data generated by an implantable sensor device implanted in a uterus, the antenna, in use, extending around the waist of the wearer's body, having an undulating shape around at least a portion of the wearer's waist, to permit expansion and contraction of the wearable antenna about the wearer's waist, and characterised by having a downwardly extending portion for location at the front of the wearer's body.
A treatment process for treating a structure of lignocellulosic material, the lignocellulosic material being preferably wood, said process comprising the following steps: at least one step of soaking the structure of lignocellulosic material with at least one fluid to dissolve at least 40% and at most 85% by weight % of the lignin present in the material; at least one step of washing the structure resulting from step with at least one organic fluid so as to discharge the dissolved lignin resulting from the soaking step , so as to produce a partially delignified structure; at least one step of filling the partially delignified structure resulting from the washing step with at least one filling compound, so as to produce a filled partially delignified structure; and at least one step of finishing the filled partially delignified structure resulting from the filling step , so as to obtain a composite material structure formed of a three-dimensional network of transformed filling compound incorporated in a network of cellulose and lignin. at least one step of soaking the structure of lignocellulosic material with at least one fluid to dissolve at least 40% and at most 85% by weight % of the lignin present in the material; at least one step of washing the structure resulting from step with at least one organic fluid so as to discharge the dissolved lignin resulting from the soaking step , so as to produce a partially delignified structure; at least one step of filling the partially delignified structure resulting from the washing step with at least one filling compound, so as to produce a filled partially delignified structure; and at least one step of finishing the filled partially delignified structure resulting from the filling step , so as to obtain a composite material structure formed of a three-dimensional network of transformed filling compound incorporated in a network of cellulose and lignin.
A work vehicle comprising: a pair of left and right front wheels ; a pair of left and right rear wheels ; a mower between the front wheels and the rear wheels ; an engine (E); an openable/closable hood pivotally openable/closable about a front pivot (S1) and housing the engine (E); a detection mechanism provided at a portion corresponding to a rear portion of the hood for detecting an opened/closed state of the hood ; a start commanding section for commanding start of the engine (E); and a control section for controlling the engine (E); wherein the control section is configured not to start the engine (E) against a command, if any, from the start commanding section , if a closed state of the hood is not detected by the detection mechanism . a pair of left and right front wheels ; a pair of left and right rear wheels ; a mower between the front wheels and the rear wheels ; an engine (E); an openable/closable hood pivotally openable/closable about a front pivot (S1) and housing the engine (E); a detection mechanism provided at a portion corresponding to a rear portion of the hood for detecting an opened/closed state of the hood ; a start commanding section for commanding start of the engine (E); and a control section for controlling the engine (E); wherein the control section is configured not to start the engine (E) against a command, if any, from the start commanding section , if a closed state of the hood is not detected by the detection mechanism .
A mobile terminal comprising: a wireless communication unit configured to perform communication with an omnidirectional capture device for capturing an omnidirectional image; a display unit configured to display a partial image of the omnidirectional image received through the wireless communication unit ; characterized by : a controller configured to set an area, in which a moving image is to be generated, in the omnidirectional image and to generate the moving image corresponding to the set area, wherein the set area is a partial area of the displayed partial image of the omnidirectional image, wherein the moving image is an animation combining a plurality of images corresponding to the set area, wherein the plurality of images are obtained according to a preset frame rate, and wherein the controller is configured to store the animation combining a plurality of images corresponding to the set area as a single file in a graphics interchange format. a wireless communication unit configured to perform communication with an omnidirectional capture device for capturing an omnidirectional image; a display unit configured to display a partial image of the omnidirectional image received through the wireless communication unit ; characterized by : a controller configured to set an area, in which a moving image is to be generated, in the omnidirectional image and to generate the moving image corresponding to the set area, wherein the set area is a partial area of the displayed partial image of the omnidirectional image, wherein the moving image is an animation combining a plurality of images corresponding to the set area, wherein the plurality of images are obtained according to a preset frame rate, and wherein the controller is configured to store the animation combining a plurality of images corresponding to the set area as a single file in a graphics interchange format. a controller configured to set an area, in which a moving image is to be generated, in the omnidirectional image and to generate the moving image corresponding to the set area, wherein the set area is a partial area of the displayed partial image of the omnidirectional image, wherein the moving image is an animation combining a plurality of images corresponding to the set area, wherein the plurality of images are obtained according to a preset frame rate, and wherein the controller is configured to store the animation combining a plurality of images corresponding to the set area as a single file in a graphics interchange format.
A method for wireless communications by a user equipment, UE, comprising: receiving distinct channel state information reference signals, CSI-RS, transmitted from a plurality of cells; and transmitting feedback to a serving base station, BS, based on the received CSI-RS, wherein the feedback indicates cells to include by the serving BS in an uplink, UL, coordinated multipoint, CoMP, group. receiving distinct channel state information reference signals, CSI-RS, transmitted from a plurality of cells; and transmitting feedback to a serving base station, BS, based on the received CSI-RS, wherein the feedback indicates cells to include by the serving BS in an uplink, UL, coordinated multipoint, CoMP, group.
A washing machine comprising: a main body having a laundry inlet in a front portion of the main body ; a tub disposed inside the main body ; a drum rotatably disposed inside the tub ; a pulsator disposed inside the drum , and being rotatable relative to the drum ; a first motor configured to provide a driving force to the pulsator , to thereby control rotation of the pulsator ; a second motor configured to provide a driving force to the drum , to thereby control rotation of the drum ; and a controller , characterized by the controller being configured to control the second motor , and perform a first control process of controlling a current flowing to the first motor , in accordance with rotation of the pulsator by movement of laundry (W) in the drum and that generates counter electromotive force in the first motor , to thereby suppress the counter electromotive force, and after performing the first control process, perform a second control process of controlling the first motor based on revolution per minute(rpm) of the drum controlled, to thereby control the driving force provided to the pulsator . a main body having a laundry inlet in a front portion of the main body ; a tub disposed inside the main body ; a drum rotatably disposed inside the tub ; a pulsator disposed inside the drum , and being rotatable relative to the drum ; a first motor configured to provide a driving force to the pulsator , to thereby control rotation of the pulsator ; a second motor configured to provide a driving force to the drum , to thereby control rotation of the drum ; and a controller , characterized by the controller being configured to control the second motor , and perform a first control process of controlling a current flowing to the first motor , in accordance with rotation of the pulsator by movement of laundry (W) in the drum and that generates counter electromotive force in the first motor , to thereby suppress the counter electromotive force, and after performing the first control process, perform a second control process of controlling the first motor based on revolution per minute(rpm) of the drum controlled, to thereby control the driving force provided to the pulsator .
A process for refolding recombinant trypsinogen produced from a prokaryote host cell comprising: (a) providing the recombinant trypsinogen in a solubilization solution comprising a chaotropic agent, a buffer agent, and a low molecular weight reducing agent, in the absence of a low molecular weight oxidizing agent that would provide a redox pair with the low molecular weight reducing agent; and (b) infusing the solubilization solution comprising the recombinant trypsinogen over time into a diluent comprising the chaotropic agent, buffer agent, and low molecular weight reducing agent, in the absence of a low molecular weight oxidizing agent that would provide a redox pair with the low molecular weight reducing agent, to provide a refold solution comprising the recombinant trypsinogen at a concentration greater than 1 g/L or of 1.8 g/L and incubating the refold solution for a time sufficient for the recombinant trypsinogen to refold into a conformation characteristic of native trypsinogen and form the disulfide bonds characteristic of native trypsinogen; wherein the chaotropic agent is urea; wherein the reducing agent is cysteine or cysteine hydrochloride; wherein the buffer agent is ethanolamine. (a) providing the recombinant trypsinogen in a solubilization solution comprising a chaotropic agent, a buffer agent, and a low molecular weight reducing agent, in the absence of a low molecular weight oxidizing agent that would provide a redox pair with the low molecular weight reducing agent; and (b) infusing the solubilization solution comprising the recombinant trypsinogen over time into a diluent comprising the chaotropic agent, buffer agent, and low molecular weight reducing agent, in the absence of a low molecular weight oxidizing agent that would provide a redox pair with the low molecular weight reducing agent, to provide a refold solution comprising the recombinant trypsinogen at a concentration greater than 1 g/L or of 1.8 g/L and incubating the refold solution for a time sufficient for the recombinant trypsinogen to refold into a conformation characteristic of native trypsinogen and form the disulfide bonds characteristic of native trypsinogen;
A distance measuring device for measuring metallic or dielectric target objects, comprising: a sensor having a resonance chamber and a resonance structure , wherein the resonance structure has an element of a dielectric material, wherein the element is angular or cylindrical in form, and having a lower side, an upper side and side edges, wherein the side edges run at right angles to the lower side and the upper side, and wherein the side edges have a narrowing in the form of an indentation or a recess, and wherein a resonance frequency of the resonance chamber is dependent on the distance between the element and a target object, wherein the lower side of the element , optionally including the edge surfaces of the narrowing , is entirely, partially or predominantly metallized, and wherein the sensor comprises an injection moulded plastic positioned around it, which plastic covers the element , and wherein the sensor has a sensor sleeve in which the resonance structure is disposed, wherein an upper region of the element is located above the sensor sleeve, wherein the distance measuring device is configured to couple a signal into the resonance structure, to decouple a second signal from the resonance structure with the given resonance, and to determine the distance to the target object dependent on the resonance of the second signal.
Household appliance with a household appliance apparatus , in particular with a cooking appliance apparatus, which has at least one electronic unit and at least one barrier unit , which is provided to delimit at least one electronic subassembly of the electronic unit from at least a majority of other electronic components of the electronic unit , wherein the barrier unit has at least one spatial structuring element , which is provided to structure a space at least substantially comprised by the barrier unit , wherein the at least one spatial structuring element is provided to delimit two electronic elements of the electronic subassembly from one another, at least in an assembled state, characterised in that at least the one electronic subassembly is embodied as a protection subassembly, and wherein the protection subassembly is an electronic subassembly which is provided to protect at least one electrical circuit from an overvoltage and/or an overcurrent.
A method for swapping content presentation, the method comprising: determining, at a device currently receiving a single content stream comprising respective frames of two videos stitched into single, respective frames of a single merged video and currently presenting a first of the two videos, that another device is currently presenting a second of the two videos and is currently receiving both of the two videos through the single content stream; receiving an instruction, at the device, to swap content presentation between the device and the other device; responsive to the instruction to swap content presentation: presenting, at the device, the second of the two videos and ceasing to present the first of the two videos; and causing the other device to present the first of the two videos and cease to present the second of the two videos. determining, at a device currently receiving a single content stream comprising respective frames of two videos stitched into single, respective frames of a single merged video and currently presenting a first of the two videos, that another device is currently presenting a second of the two videos and is currently receiving both of the two videos through the single content stream; receiving an instruction, at the device, to swap content presentation between the device and the other device; responsive to the instruction to swap content presentation: presenting, at the device, the second of the two videos and ceasing to present the first of the two videos; and causing the other device to present the first of the two videos and cease to present the second of the two videos. presenting, at the device, the second of the two videos and ceasing to present the first of the two videos; and causing the other device to present the first of the two videos and cease to present the second of the two videos.
Energy storage system comprising a housing in which a plurality of storage cells are arranged, wherein the storage cells are thermally insulated from one another by means of a device arranged between the storage cells , wherein the device is designed in such a way that the storage cells are spaced apart from one another, wherein the device is formed from temperature-resistant material, characterized in that the device has raised portions and recessed portions , and in that the device contains a material which is subject to an endothermic chemical conversion when it exceeds a temperature of 200°C. characterized in that the device has raised portions and recessed portions , and in that the device contains a material which is subject to an endothermic chemical conversion when it exceeds a temperature of 200°C.
A method for operating a large diesel engine, in particular a dual-fuel large diesel engine, which can be operated in a liquid mode in which mode a liquid fuel is introduced into a cylinder for combustion and which dual-fuel large diesel engine can also be operated in a gas mode in which mode a gas is introduced as fuel into a cylinder, in which method scavenging air is supplied to a cylinder of the large diesel engine for producing an air-fuel mixture, which scavenging air is provided by a turbocharger with a charging pressure, wherein the turbocharger is driven by exhaust gases from the large diesel engine and wherein the turbocharger sucks in ambient air for providing the scavenging air, wherein the power of the turbocharger can be changed by means of an exhaust valve, with which the mass flow of the exhaust gas driving the turbocharger is adjusted, characterized in that a control parameter is determined during operation of the large diesel engine, which control parameter is characteristic of the humidity of the ambient air, and that the value of the control parameter is used to adjust the exhaust valve, so that the power of the turbocharger is changed depending on the humidity of the ambient air, and wherein an outlet valve of the cylinder is closed at a predeterminable closing time to complete the scavenging of the cylinder, wherein the value of the control parameter is used to determine the closing time.
Secukinumab for use in inhibiting the progression of structural damage in psoriatic arthritis, comprising subcutaneously administering to a patient a dose of 150 mg or 300 mg secukinumab monthly, wherein inhibition of the progression of structural damage is measured by the van der Heijde psoriatic arthritis-modified total Sharp score (mTSS).