mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a lubricant composition to reduce inlet valve deposits in a direct injection gasoline engine, wherein the lubricant composition comprises: (a) an oil of lubricating viscosity; (b) a polyolefin of number average molecular weight at least 20,000, wherein the polyolefin comprises 0 to 20 percent by weight of ethylene-derived monomer units, said polyolefin being present in an amount of 0.001% to 1.0% by weight of the composition; and (c) an overbased metal containing detergent. (a) an oil of lubricating viscosity; (b) a polyolefin of number average molecular weight at least 20,000, wherein the polyolefin comprises 0 to 20 percent by weight of ethylene-derived monomer units, said polyolefin being present in an amount of 0.001% to 1.0% by weight of the composition; and (c) an overbased metal containing detergent.
A method of providing a 2G or 3G service to a mobile station according to a 2G or 3G standard, comprising: providing a first network according to a 2G or 3G standard which has a first part comprising at least a base station of the first network and a second part (3") comprising the remainder of the first network ; providing a second network according to a 5G standard which has an N3IWF gateway according to the 5G standard; connecting a server , which hosts said second part (3") of the first network , to the second network as a DN entity in the user plane of the 5G standard; connecting a 5G user equipment via an interface to said first part of the first network on the one hand and via said N3IWF gateway to the second network on the other hand; establishing at least one PDU session between the 5G user equipment and the server via the N3IWF gateway ; and providing the 2G or 3G service to the mobile station , while it is wirelessly attached to the base station of the first part (3"), by using said first and second parts (3', 3") interconnected via said interface and said at least one PDU session . providing a first network according to a 2G or 3G standard which has a first part comprising at least a base station of the first network and a second part (3") comprising the remainder of the first network ; providing a second network according to a 5G standard which has an N3IWF gateway according to the 5G standard; connecting a server , which hosts said second part (3") of the first network , to the second network as a DN entity in the user plane of the 5G standard; connecting a 5G user equipment via an interface to said first part of the first network on the one hand and via said N3IWF gateway to the second network on the other hand; establishing at least one PDU session between the 5G user equipment and the server via the N3IWF gateway ; and providing the 2G or 3G service to the mobile station , while it is wirelessly attached to the base station of the first part (3"), by using said first and second parts (3', 3") interconnected via said interface and said at least one PDU session .
A power generation system comprising - a liquid pump section comprising a rotary liquid pump with an impeller in which a working fluid is pressurised and which is driven by a drive shaft ; - an evaporator section comprising an evaporator in which the in the rotary liquid pump pressurised working fluid is at least partly evaporated by addition of heat from a heat source; - an expander section comprising a rotary expander with an inlet port and a rotary expander element in which the in the evaporator section at least partly evaporated working fluid is expanded; and - a generator section comprising a rotary power generator with a rotor, whereby the expander section , the liquid pump section and the generator section are rotably connected in such a manner that relative rotational speed ratios between the rotary expander element of the rotary expander , the impeller of the rotary liquid pump and the rotor of the rotary power generator are mechanically upheld, characterised in that the drive shaft which drives the impeller of the rotary liquid pump , is configured to be provided with a throttling device allowing a controlled portion of the working fluid entering the rotary liquid pump to pass from the liquid pump section to the expander section and/or the generator section . - a liquid pump section comprising a rotary liquid pump with an impeller in which a working fluid is pressurised and which is driven by a drive shaft ; - an evaporator section comprising an evaporator in which the in the rotary liquid pump pressurised working fluid is at least partly evaporated by addition of heat from a heat source; - an expander section comprising a rotary expander with an inlet port and a rotary expander element in which the in the evaporator section at least partly evaporated working fluid is expanded; and - a generator section comprising a rotary power generator with a rotor,
A method of operating a heating element in a food processor for at least partially automatic preparation of food, comprising the steps of: a) detecting an electrical resistance of the heating element so that at least one resistance value is determined, b) performing a heating operation on the heating element based on the at least one determined resistance value to perform the heating operation depending on a temperature of the heating element , wherein the heating operation is performed as a temperature control of the heating element with the temperature as a controlled variable, and during the heating operation, the resistance is repeatedly detected in accordance with step a), the resistance value being determined in each case by comparing at least one current measurement value from a current measurement at the heating element and at least one voltage measurement value from a voltage measurement at the heating element with one another. comprising the steps of: a) detecting an electrical resistance of the heating element so that at least one resistance value is determined, b) performing a heating operation on the heating element based on the at least one determined resistance value to perform the heating operation depending on a temperature of the heating element , a) detecting an electrical resistance of the heating element so that at least one resistance value is determined, b) performing a heating operation on the heating element based on the at least one determined resistance value to perform the heating operation depending on a temperature of the heating element , wherein the heating operation is performed as a temperature control of the heating element with the temperature as a controlled variable, and during the heating operation, the resistance is repeatedly detected in accordance with step a), the resistance value being determined in each case by comparing at least one current measurement value from a current measurement at the heating element and at least one voltage measurement value from a voltage measurement at the heating element with one another.
A relay transmission configuration method for a PLC system, comprising: scheduling (S201), by a domain master node, a transmission slot in a first media access control, MAC, period, wherein the first MAC period comprises m transmission time windows in different channel states, and m is an integer greater than 0, wherein the channel state indicates a state in which a channel quality parameter value of a transmission path remains stable in a time interval; determining, by the domain master node, a location of the scheduled transmission slot; and the method characterised by comprising: sending (S202), by the domain master node, transmission slot configuration information to a relay node, where the transmission slot configuration information is used to indicate the location of the transmission slot, and the location of the transmission slot and locations of the m transmission time windows are used to determine (S203) gain information. scheduling (S201), by a domain master node, a transmission slot in a first media access control, MAC, period, wherein the first MAC period comprises m transmission time windows in different channel states, and m is an integer greater than 0, wherein the channel state indicates a state in which a channel quality parameter value of a transmission path remains stable in a time interval; determining, by the domain master node, a location of the scheduled transmission slot; and the method characterised by comprising: sending (S202), by the domain master node, transmission slot configuration information to a relay node, where the transmission slot configuration information is used to indicate the location of the transmission slot, and the location of the transmission slot and locations of the m transmission time windows are used to determine (S203) gain information.
6-{4-[1-(Propan-2-yl)piperidin-4-yl]-1,4-diazepan-1-yl}-N-(pyridin-4-yl)pyridine-2-carboxamide, or a pharmaceutically acceptable salt thereof, for use in treatment of CNS cancers.
A method of forming a wafer of a single crystal of SiC the method comprising: forming a SiC boule having a diameter of at least 75 millimeters; thereafter slicing the boule into at least one wafer ; lapping the wafer on a double-sided lapper using a down force as appropriate, that is less than that required to bend the wafer ; processing the wafer such that the surface and subsurface damage levels on each side are equivalent as a result of using the double-sided lapper so that the wafer has a warp of less than 5 μm, a bow of less than 5 μm, and a total thickness variation, TTV, of less than 2.0 μm; and thereafter polishing the wafer . forming a SiC boule having a diameter of at least 75 millimeters; thereafter slicing the boule into at least one wafer ; lapping the wafer on a double-sided lapper using a down force as appropriate, that is less than that required to bend the wafer ; processing the wafer such that the surface and subsurface damage levels on each side are equivalent as a result of using the double-sided lapper so that the wafer has a warp of less than 5 μm, a bow of less than 5 μm, and a total thickness variation, TTV, of less than 2.0 μm; and thereafter polishing the wafer .
A nozzle receiver arrangeable in a powder container used in an image forming apparatus, the nozzle receiver comprising: a nozzle receiving opening , in which a conveying nozzle for conveying powder supplied from the powder container is inserted in the image forming apparatus; an opening/closing member to open and to close the nozzle receiving opening ; and a supporter to support the opening/closing member , wherein the opening/closing member includes a sealing portion to seal the nozzle receiving opening and is insertable in the supporter in a sliding moving direction so as to move to an opening position to open the nozzle receiving opening when being pressed with insertion of the conveying nozzle , and to move to a closing position to close the nozzle receiving opening with removal of the conveying nozzle , the supporter includes an end surface portion perpendicular to the sliding moving direction of the opening/closing member and facing a rear end surface of the opening/closing member , characterized in that a projection area of the end surface portion in the sliding moving direction of the opening/closing member is smaller than a projection area of the sealing portion in the sliding moving direction of the opening/closing member . a nozzle receiving opening , in which a conveying nozzle for conveying powder supplied from the powder container is inserted in the image forming apparatus; an opening/closing member to open and to close the nozzle receiving opening ; and a supporter to support the opening/closing member , wherein the opening/closing member includes a sealing portion to seal the nozzle receiving opening and is insertable in the supporter in a sliding moving direction so as to move to an opening position to open the nozzle receiving opening when being pressed with insertion of the conveying nozzle , and to move to a closing position to close the nozzle receiving opening with removal of the conveying nozzle , the supporter includes an end surface portion perpendicular to the sliding moving direction of the opening/closing member and facing a rear end surface of the opening/closing member , characterized in that a projection area of the end surface portion in the sliding moving direction of the opening/closing member is smaller than a projection area of the sealing portion in the sliding moving direction of the opening/closing member .
Method for operating a drive device for a motor vehicle , the drive device having at least one internal combustion engine , an electric motor which is or can be drivingly coupled to the internal combustion engine , and a starting clutch , via which the internal combustion engine and the electric motor are drivingly connected to an output shaft of the drive device , characterised in that in a starting operating mode of the drive device the internal combustion engine is operated without combustion when the starting clutch is fully open and is towed by means of the electric motor to a starting speed which is greater than an idling speed of the internal combustion engine , wherein after the starting speed has been reached the internal combustion engine is operated with combustion and the starting clutch is closed.
A specimen collection container comprising: an inner tube having a closed bottom end , a top end , and a sidewall extending therebetween defining an inner tube interior , said sidewall having an inner surface including at least one angled directing surface for directing a standard instrument probe or other device toward the closed bottom end , the inner tube comprising at least one funnel portion adjacent the top end , said funnel portion including at least one introducing surface having a curvature configured for directing a specimen down the funnel and into the inner tube interior , said angled surface and said at least one introducing surface together forming a smooth and gradual surface to promote flow of the specimen into the inner tube interior ; and an outer tube comprising a bottom end , a top end including an upper end , and a sidewall extending therebetween, wherein the inner tube is disposed at least partially within the outer tube such that the at least one funnel portion sits above the upper end of the outer tube , characterized in that , the sidewall of the inner tube has an outer surface having at least one annular protrusion extending therefrom and the sidewall of the outer tube has an inner surface defining an annular recess adapted to receive at least a portion of the annular protrusion 68) therein during assembly of the inner tube with the outer tube . an inner tube having a closed bottom end , a top end , and a sidewall extending therebetween defining an inner tube interior , said sidewall having an inner surface including at least one angled directing surface for directing a standard instrument probe or other device toward the closed bottom end , the inner tube comprising at least one funnel portion adjacent the top end , said funnel portion including at least one introducing surface having a curvature configured for directing a specimen down the funnel and into the inner tube interior , said angled surface and said at least one introducing surface together forming a smooth and gradual surface to promote flow of the specimen into the inner tube interior ; and an outer tube comprising a bottom end , a top end including an upper end , and a sidewall extending therebetween, wherein the inner tube is disposed at least partially within the outer tube such that the at least one funnel portion sits above the upper end of the outer tube , characterized in that , the sidewall of the inner tube has an outer surface having at least one annular protrusion extending therefrom and the sidewall of the outer tube has an inner surface defining an annular recess adapted to receive at least a portion of the annular protrusion 68) therein during assembly of the inner tube with the outer tube .
Warp knitting machine having a knitting region in which knitting tools are arranged for creating knitted fabric , and having a fabric withdrawal device for removing from the knitting region a knitted fabric manufactured by the warp knitting machine in a knitting process, wherein the fabric withdrawal device has a fabric guiding element with a run-on area in which the knitted fabric runs onto the fabric guiding element, wherein a spacing between a stationary machine bed of the warp knitting machine and the run-on area of the fabric guiding element can be altered, such that a fabric withdrawal tension with which the knitted fabric is withdrawn from the knitting region can be evened by means of a change of the spacing, and wherein the fabric guiding element is coupled with a drive element of the warp knitting machine , characterised in that the spacing between the stationary machine bed of the warp knitting machine and the run-on area can be altered by a drive action of the drive element, wherein the drive and the fabric withdrawal device are configured to adapt the spacing between the stationary machine bed of the warp knitting machine and the run-on area to the position in the knitting region during the knitting process at which a stitch formation takes place.
A software installation method for a device comprising non-volatile memory and access control circuitry to control access to the non-volatile memory based on region defining data defining whether a given region of the non-volatile memory is a less secure region or a more secure region, where the access control circuitry is configured to apply greater restriction on access to a more secure region than to a less secure region; the method comprising: installing target software in a target region of the non-volatile memory defined by the region defining data as a less secure region; verifying , after the installation of the target software, the target software, wherein verifying the target software comprises verifying a cryptographic signature associated with the target software; and at least when verification of the target software is successful, and after installation of the target software, updating the region defining data to change the target region from a less secure region to a more secure region. installing target software in a target region of the non-volatile memory defined by the region defining data as a less secure region; verifying , after the installation of the target software, the target software, wherein verifying the target software comprises verifying a cryptographic signature associated with the target software; and at least when verification of the target software is successful, and after installation of the target software, updating the region defining data to change the target region from a less secure region to a more secure region.
A steering control device configured to control a steering system having a structure in which a steering unit and a turning unit that turns turning wheels in response to steering input to the steering unit are mechanically separated or are configured to be mechanically disconnected and connected, the steering control device comprising a control unit configured to control operation of a steering-side motor that applies a steering reaction force which is a force resisting the steering input to the steering unit, wherein the control unit includes a target steering angle calculating unit configured to calculate a target steering angle which is a target value of a steering angle of a steering wheel which is connected to the steering unit based on a steering torque input to the steering unit and is configured to calculate a target reaction torque which is a target value of the steering reaction force based on execution of feedback control for causing the steering angle to match the target steering angle, characterized in that the control unit includes: a plurality of axial force calculating units configured to calculate a plurality of kinds of axial forces acting on a turning shaft to which the turning wheels are connected based on different state quantities; and a grip state quantity calculating unit configured to calculate a grip state quantity based on the plurality of kinds of axial forces, and wherein the target steering angle calculating unit is configured to calculate the target steering angle in consideration of the grip state quantity. a plurality of axial force calculating units configured to calculate a plurality of kinds of axial forces acting on a turning shaft to which the turning wheels are connected based on different state quantities; and a grip state quantity calculating unit configured to calculate a grip state quantity based on the plurality of kinds of axial forces, and
A cooker comprising: a cooking chamber adapted for cooking food in it; a heat source adapted for heating the food in the cooking chamber ; a lighting device adapted for illuminating an inner portion of the cooking chamber ; an image sensor adapted for scanning the inner portion of the cooking chamber and the food; and a control part adapted for correcting a food image distorted by a condition change made while cooking the food in the cooking chamber , characterized in that : the control part is adapted to operate the image sensor and the lighting device , to obtain an inner image of the cooking chamber by the image sensor after the heat source is set into operation, to read an RGB color value from the inner image of the cooking chamber , and to correct the image of the food in the cooking chamber scanned by the image sensor by using a difference between the RGB color value of the inner image of the cooking chamber scanned by the image sensor after the heat source is set into operation and a preset reference RGB color value read from an inner image of the cooking chamber scanned by the image sensor before the heat source is operated, wherein the preset reference RGB color value is stored in a data storage . a cooking chamber adapted for cooking food in it; a heat source adapted for heating the food in the cooking chamber ; a lighting device adapted for illuminating an inner portion of the cooking chamber ; an image sensor adapted for scanning the inner portion of the cooking chamber and the food; and a control part adapted for correcting a food image distorted by a condition change made while cooking the food in the cooking chamber , the control part is adapted to operate the image sensor and the lighting device , to obtain an inner image of the cooking chamber by the image sensor after the heat source is set into operation, to read an RGB color value from the inner image of the cooking chamber , and to correct the image of the food in the cooking chamber scanned by the image sensor by using a difference between the RGB color value of the inner image of the cooking chamber scanned by the image sensor after the heat source is set into operation and a preset reference RGB color value read from an inner image of the cooking chamber scanned by the image sensor before the heat source is operated, wherein the preset reference RGB color value is stored in a data storage . to operate the image sensor and the lighting device , to obtain an inner image of the cooking chamber by the image sensor after the heat source is set into operation, to read an RGB color value from the inner image of the cooking chamber , and to correct the image of the food in the cooking chamber scanned by the image sensor by using a difference between the RGB color value of the inner image of the cooking chamber scanned by the image sensor after the heat source is set into operation and a preset reference RGB color value read from an inner image of the cooking chamber scanned by the image sensor before the heat source is operated, wherein the preset reference RGB color value is stored in a data storage .