mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first network function, comprising: receiving a message from a second network function indicating to create or update one or more session rules and/or Policy and Charging Control, PCC, rules; determining whether terminate a packet data unit, PDU, session based on a failure result of validation and/or enforcement of the session rules and/or the PCC rules; and when determine to terminate the PDU session based on the failure result, sending , to the second network function, a policy control delete message which comprises information indicating that the PDU session is terminated due to session rule and/or PCC rule failure. receiving a message from a second network function indicating to create or update one or more session rules and/or Policy and Charging Control, PCC, rules; determining whether terminate a packet data unit, PDU, session based on a failure result of validation and/or enforcement of the session rules and/or the PCC rules; and when determine to terminate the PDU session based on the failure result, sending , to the second network function, a policy control delete message which comprises information indicating that the PDU session is terminated due to session rule and/or PCC rule failure.
Rotor for an electrical machine, wherein the rotor is mounted such that it can rotate about an axis of rotation , and wherein the rotor comprises a rotor body and permanent magnets , wherein the rotor body forms alternately field-focusing and virtually field-free regions parallel to the axis of rotation , wherein the virtually field-free regions are formed by air gaps, and wherein the rotor body is formed by at least two types of laminations , which are stacked on one another in the direction of the axis of rotation , and the second type of laminations are located with their dimensions radially within the first type of laminations , wherein the laminations of the second type adjoin the permanent magnets with their respective outer circumference when the permanent magnets are inserted, wherein the permanent magnets are magnetized radially and extend in the tangential direction, wherein the air gaps forming the field-free regions are formed in the axial direction between two laminations of first type , wherein the field-focusing regions are arranged radially between the permanent magnets and the stator-side rotor circumference , and wherein openings for receiving the permanent magnets extending in the axial direction parallel to the axis of rotation are provided in the rotor , within the rotor body , and the rotor is formed as an internal rotor.
A method for controlling a vehicle including an engine , a generator , a drive motor , and a filter that collects particulate matter in exhaust gas of the engine, in which the generator is driven by the engine to generate power, and the drive motor is driven with the power generated by the generator , the method comprising: performing motoring by driving the engine in an operation stop state with the generator , thereby performing fuel cut of the engine and consuming power; and prohibiting fuel cut of the engine based on a temperature of the filter; the method being characterized by : when a discharge request is made while the fuel cut of the engine is prohibited, performing a power consumption operation in which a negative engine torque is generated in the engine by driving the engine with the generator while performing combustion in the engine . performing motoring by driving the engine in an operation stop state with the generator , thereby performing fuel cut of the engine and consuming power; and prohibiting fuel cut of the engine based on a temperature of the filter;
Microwave receiver device comprising at least one amplifier , an image rejection filter and an electronic board supporting at least said amplifier and said image rejection filter , wherein said amplifier comprises at least a first amplification stage and a second amplification stage and said image rejection filter is positioned between said first and said second amplification stage , characterized in that said electronic board comprises at least one dielectric substrate and at least two conductive layers each disposed on a surface of said dielectric substrate and in that said image rejection filter is integrated in said electronic board and is defined by cavities made in said at least one dielectric substrate (22; 22A, 22B) and delimited by a row of metallized connection holes .
A processor-based method of generating haptic effects, comprising: receiving haptic permissions settings for a user; associating the haptic permissions settings with permitted haptic parameter values for the user; receiving an incoming signal, the incoming signal including haptic parameters; modifying the haptic parameters based on the permitted haptic parameter values by mapping the haptic parameters of the incoming signal to the permitted haptic parameter values; generating a haptic signal based on the modified haptic parameters; and outputting the haptic signal to a haptic output device to generate haptic effects for the user. receiving haptic permissions settings for a user; associating the haptic permissions settings with permitted haptic parameter values for the user; receiving an incoming signal, the incoming signal including haptic parameters; modifying the haptic parameters based on the permitted haptic parameter values by mapping the haptic parameters of the incoming signal to the permitted haptic parameter values; generating a haptic signal based on the modified haptic parameters; and outputting the haptic signal to a haptic output device to generate haptic effects for the user.
A computer-implemented method of securely establishing control of a resource in a distributed ledger, wherein the distributed ledger comprises a first shard instantiated on one or more first processor(s) of a first system, the first shard configured to respond to an instruction originating from a first party , the distributed ledger further comprising a second shard , the second shard instantiated on one or more second processor(s) , the second shard configured to respond to an instruction originating from a second party, the method comprising: validating, by the first system, that the instruction originated from the first party ; creating, by means of the publishing of a record by the first system, the resource , wherein the publishing of the record occurs in response to an instruction originating from the first party , wherein the publishing of the record is to the first shard of the ledger, and wherein the publishing of the record establishes that control of the resource resides with the second party, wherein the method of securely establishing control of the resource is executed exclusively on one or more processor(s) of the first shard . validating, by the first system, that the instruction originated from the first party ; creating, by means of the publishing of a record by the first system, the resource , wherein the publishing of the record occurs in response to an instruction originating from the first party , wherein the publishing of the record is to the first shard of the ledger, and wherein the publishing of the record establishes that control of the resource resides with the second party, wherein the method of securely establishing control of the resource is executed exclusively on one or more processor(s) of the first shard .
A method for producing a bis(fluorosulfonyl)imide alkali metal salt by reacting a bis(fluorosulfonyl)imide with an alkali metal compound in a reaction solution including an organic solvent, wherein the organic solvent includes at least one organic solvent (A) selected from the group consisting of a carbonate-based solvent, a cyclic ether-based solvent, a chain ether-based solvent having two or more of oxygen atoms within its molecule, a cyclic ester-based solvent, a sulfolane-based solvent, N,N-dimethylformamide, dimethyl sulfoxide and N-methyloxazolidinone, and the alkali metal compound is LiCI and/or LiF.
High pressure gas storage vessel comprising a wall comprising a shell and a liner arranged so as to line the inside of the shell , the liner being made of a polymer-based piezo-electric liner material forming a layer having barrier and piezoelectric properties, wherein the vessel further comprises electric parameter measuring means connected to said liner in such a way as to measure an electrical signal generated within said liner in case of change in pressure and/or change in temperature via the piezoelectric properties of the polymer-based piezo-electric liner material, allowing real time monitoring of pressure and/or temperature in the vessel, in such a way that said liner is a self-sensing liner providing a sensing element for the vessel.
Circuit arrangement for comparing a first signal and a second signal taking a reference signal into account, wherein the circuit arrangement comprises a first channel , in which the first signal is processed, and a second channel , in which the second signal is processed, wherein a first differential amplifier , which forms a first difference between the first signal and the reference signal, and a first unit for forming an absolute value, which forms a first absolute value from the first difference, are provided in the first channel , and a second differential amplifier , which forms a second difference between the second signal and the reference signal, and a second unit for forming an absolute value, which forms a second absolute value from the second difference, are provided in the second channel , and a comparator which compares the first absolute value with the second absolute value, characterized in that the circuit arrangement comprises a safety-relevant component, wherein the circuit arrangement is configured to provide a redundant voltage supply for the safety-relevant component.
A liquid discharge device comprising: a liquid discharge head ; a head tank to store liquid to be supplied to the liquid discharge head , the head tank including: a body having a hole ; a film covering the hole and including a fixed portion fixed to the body ; and a cover to contact the film from an outer surface of the film , characterized in that the cover includes: a fixing-side cover part to contact a portion adjacent to the fixing portion of the film ; and a center-side cover part to contact a portion of the film that is closer to a center of the film than the portion adjacent to the fixing portion of the film . a liquid discharge head ; a head tank to store liquid to be supplied to the liquid discharge head , the head tank including: a body having a hole ; a film covering the hole and including a fixed portion fixed to the body ; and a cover to contact the film from an outer surface of the film , characterized in that the cover includes: a fixing-side cover part to contact a portion adjacent to the fixing portion of the film ; and a center-side cover part to contact a portion of the film that is closer to a center of the film than the portion adjacent to the fixing portion of the film . a body having a hole ; a film covering the hole and including a fixed portion fixed to the body ; and a cover to contact the film from an outer surface of the film , characterized in that the cover includes: a fixing-side cover part to contact a portion adjacent to the fixing portion of the film ; and a center-side cover part to contact a portion of the film that is closer to a center of the film than the portion adjacent to the fixing portion of the film . a fixing-side cover part to contact a portion adjacent to the fixing portion of the film ; and a center-side cover part to contact a portion of the film that is closer to a center of the film than the portion adjacent to the fixing portion of the film .
Pneumatic vehicle tyre with a tread comprising a contact surface , wherein the tread has rows of shoulder profile block elements extending from a tyre crown to tyre shoulders , wherein the rows of shoulder profile block elements are separated from a central tread region with one or more rows of central profile block elements by circumferential grooves running around in the circumferential direction , wherein, in the rows of shoulder profile block elements , individual shoulder profile block elements are separated from one another by transverse grooves , and wherein, in the row or rows of central profile block elements , individual central profile block elements are separated from one another by transverse grooves , wherein at least one profile block element of all the shoulder profile block elements and the central profile block elements has at least one sipe , wherein the sipe has an overall length of extent L GES , running parallel to the contact surface, wherein the sipe has a channel-shaped region in the form of a bead and with a channel length L R , running parallel to the contact surface , wherein the channel length L R corresponds to 20% to 100% of the overall length of extent L GES of the sipe , characterized in that the sipe is located in at least one shoulder profile block element and - a cross section of the sipe is u-shaped and - the sipe has a main extent , along a main direction of extent , and two secondary extents , respectively along a secondary direction of extent . - a cross section of the sipe is u-shaped and - the sipe has a main extent , along a main direction of extent , and two secondary extents , respectively along a secondary direction of extent .
A lubricant composition, comprising: a fatty acid metal salt; a zinc dithiocarbamate; and an acid value improver having an effect of increasing an acid value of the lubricant composition, wherein the acid value improver is a phosphate ester, wherein the content of the acid value improver is 2 mass% or more, wherein when a ratio of [content of the fatty acid metal salt (mass%)/content of the metal dithiocarbamate (mass%)] is defined as X, and a ratio of [content of the fatty acid metal salt (mass%)/total acid value of the lubricant composition (mgKOH/g)] is defined as Y, X is 0.38 to 1.35, Y is 0.027 or more, and the following relationship (A) is satisfied, Y ≤ 0.1547 X 2 − 0.1388 X + 0.07 a fatty acid metal salt; a zinc dithiocarbamate; and an acid value improver having an effect of increasing an acid value of the lubricant composition, wherein the acid value improver is a phosphate ester, wherein the content of the acid value improver is 2 mass% or more, wherein when a ratio of [content of the fatty acid metal salt (mass%)/content of the metal dithiocarbamate (mass%)] is defined as X, and a ratio of [content of the fatty acid metal salt (mass%)/total acid value of the lubricant composition (mgKOH/g)] is defined as Y, X is 0.38 to 1.35, Y is 0.027 or more, and the following relationship (A) is satisfied, Y ≤ 0.1547 X 2 − 0.1388 X + 0.07
An air anomaly alarming method, comprising: acquiring air composition information of an indoor environment; comparing the air composition information of the indoor environment with corresponding air composition information in a pre-acquired air change rule; the method further comprising: acquiring air composition information of an outdoor environment; and comparing the air composition information of the indoor environment with the air composition information of the outdoor environment, when both (a) : the difference between the air composition information of the indoor environment and the corresponding air composition information in the air change rule is more than the preset first air threshold value and (b) : the difference between the air composition information of the indoor environment and the air composition information of the outdoor environment is more than a preset second air threshold value, sending an alarming message to a preset target equipment. acquiring air composition information of an indoor environment; comparing the air composition information of the indoor environment with corresponding air composition information in a pre-acquired air change rule; the method further comprising: acquiring air composition information of an outdoor environment; and comparing the air composition information of the indoor environment with the air composition information of the outdoor environment, when both (a) : the difference between the air composition information of the indoor environment and the corresponding air composition information in the air change rule is more than the preset first air threshold value and (b) : the difference between the air composition information of the indoor environment and the air composition information of the outdoor environment is more than a preset second air threshold value, sending an alarming message to a preset target equipment. acquiring air composition information of an outdoor environment; and comparing the air composition information of the indoor environment with the air composition information of the outdoor environment, when both (a) : the difference between the air composition information of the indoor environment and the corresponding air composition information in the air change rule is more than the preset first air threshold value and (b) : the difference between the air composition information of the indoor environment and the air composition information of the outdoor environment is more than a preset second air threshold value, sending an alarming message to a preset target equipment.
Baking oven comprising a baking chamber and comprising at least one support which is provided in the baking chamber for the product being baked, characterized by at least three baking zones , wherein each of the at least three baking zones comprises - at least one first means for convection heating of the top side and bottom side of the product being baked which is located on the at least one support , wherein the means for convection heating comprises at least one inlet opening for supplying hot air into the baking chamber, and - at least one second means for radiant heating of the top side and/or bottom side of the product being baked which is located on the at least one support , wherein the means for radiant heating is formed from heat exchanger plates, wherein - the inlet openings of the means for convection heating are arranged in an alternating manner between the heat exchanger plates , wherein - the at least one first means for convection heating and the at least one second means for radiant heating can each be actuated independently of one another in the at least three baking zones, - so that radiant and/or convection heating can be selectively used in each individual baking zone independently of another baking zone and each baking zone can be separately adjusted. - at least one first means for convection heating of the top side and bottom side of the product being baked which is located on the at least one support , wherein the means for convection heating comprises at least one inlet opening for supplying hot air into the baking chamber, and - at least one second means for radiant heating of the top side and/or bottom side of the product being baked which is located on the at least one support , wherein the means for radiant heating is formed from heat exchanger plates, wherein - the inlet openings of the means for convection heating are arranged in an alternating manner between the heat exchanger plates , wherein - the at least one first means for convection heating and the at least one second means for radiant heating can each be actuated independently of one another in the at least three baking zones, - so that radiant and/or convection heating can be selectively used in each individual baking zone independently of another baking zone and each baking zone can be separately adjusted.
Refrigeration machine, comprising: - a cooling compartment with at least one shelf , wherein the shelf has a horizontal supporting surface, - a storage box which is arranged such that it can be removed within the cooling compartment and below the shelf , - a lid , which is arranged between the shelf and the storage box and substantially covers the open top side of the storage box , - an actuator , which selectively raises at least part of the lid when the storage box is situated in a full storage position, in order to open a passage between the raised lid and the periphery of the storage box , wherein the shelf has an operating surface , on which the actuator is provided, characterised in that the operating surface of the shelf is inclined by a predefined angle downwards in relation to the horizontal supporting surface in a direction facing towards the end face of the cooling compartment , wherein the operating surface is inclined downwards by 20 to 45 degrees. - a cooling compartment with at least one shelf , wherein the shelf has a horizontal supporting surface, - a storage box which is arranged such that it can be removed within the cooling compartment and below the shelf , - a lid , which is arranged between the shelf and the storage box and substantially covers the open top side of the storage box , - an actuator , which selectively raises at least part of the lid when the storage box is situated in a full storage position, in order to open a passage between the raised lid and the periphery of the storage box , wherein the shelf has an operating surface , on which the actuator is provided, characterised in that the operating surface of the shelf is inclined by a predefined angle downwards in relation to the horizontal supporting surface in a direction facing towards the end face of the cooling compartment , wherein the operating surface is inclined downwards by 20 to 45 degrees.
Device for treating container closures , preferably for sterilising container closures for closing containers in a beverage filling plant , comprising a treatment chamber for treating container closures , and a transport device for transporting container closures through the treatment chamber , wherein the transport device comprises a linear drive which has an elongate stator and, for receiving a container closure that is to be treated or a plurality of container closures that are to be treated, at least one carriage that can be driven individually via the elongate stator , characterised in that the linear drive can be operated in a conveying direction and a counter-conveying direction , so that container closures located in the treatment chamber can be moved out of the treatment chamber in a direction contrary to the conveying direction .
Partition wall having at least one wall element , wherein the wall element consists of at least one panel , and wherein at least one clamping fitting is arranged on at least one outer edge of the panel , and wherein the clamping fitting has at least one basic body and at least one clamping jaw , and wherein the clamping jaw , while clamping the panel , can be secured to the basic body by means of at least one clamping screw , and that the clamping screw engages in a threaded bore of a hammerhead nut , wherein the hammerhead nut can be arranged at any desired position along the extent of a receiving groove of the basic body , wherein the receiving groove is undercut in form, characterized in that the hammerhead nut is dimensioned in such a way that its width is less than and its length is greater than a clear width between boundary webs of the receiving groove .
Ladle for scooping and casting liquid metal, wherein the ladle is a manual ladle , comprising a scoop bowl and a handle connected to the scoop bowl , which extends longitudinally from the scoop bowl as a grip, wherein the scoop bowl has a measuring unit comprising at least one sensor for measuring at least one physical parameter, wherein at least one sensor is designed as a temperature sensor , characterized in that the temperature sensor is arranged in contact for measuring to a surface of the scoop bowl facing the scoop chamber of the scoop bowl .