mhurhangee/ep-ind-claims huggingface dataset:
A drive system for a vehicle, the drive system comprising: a drive belt; an engine selectively engageable with the drive belt; a motor selectively engageable with the drive belt ('122); a supercharger for delivering compressed air to an intake of the engine, wherein the supercharger is selectively engageable with the motor; and a controller for setting an operational mode of the drive system, wherein when in a power mode, the controller engages the engine with the drive belt, the controller engages the supercharger with the motor so as to deliver compressed air from the supercharger to the intake of the engine, and the controller disengages the motor from the drive belt; and wherein when in a cruise mode, the controller disengages the engine from the drive belt, the controller engages the supercharger with the motor so as to deliver compressed air from the supercharger to the intake of the engine, and the controller engages the motor with the drive belt. a drive belt; an engine selectively engageable with the drive belt; a motor selectively engageable with the drive belt ('122); a supercharger for delivering compressed air to an intake of the engine, wherein the supercharger is selectively engageable with the motor; and a controller for setting an operational mode of the drive system, wherein when in a power mode, the controller engages the engine with the drive belt, the controller engages the supercharger with the motor so as to deliver compressed air from the supercharger to the intake of the engine, and the controller disengages the motor from the drive belt; and wherein when in a cruise mode, the controller disengages the engine from the drive belt, the controller engages the supercharger with the motor so as to deliver compressed air from the supercharger to the intake of the engine, and the controller engages the motor with the drive belt.
A flame-retardant electric cable having a core comprising an electric conductor and an electrically insulating layer comprising a flame-retardant polyolefin-based composition comprising: a) as base polymer, a mixture of at least two polyolefin homopolymers and/or copolymer wherein at least one is a low-density polyethylene copolymer having a density lower than 0.915 g/cm3; b) calcinated kaolin in an amount greater than 3 phr; c) a metal hydroxide in an amount greater than 10 phr; and d) an alkyl or alkenyl alkoxy siloxane, wherein the alkyl or alkenyl alkoxy siloxane is in an amount ratio of from 1:25 to 1:50 with respect to the sum of the amounts of calcinated kaolin and of the metal hydroxide. a) as base polymer, a mixture of at least two polyolefin homopolymers and/or copolymer wherein at least one is a low-density polyethylene copolymer having a density lower than 0.915 g/cm3; b) calcinated kaolin in an amount greater than 3 phr; c) a metal hydroxide in an amount greater than 10 phr; and d) an alkyl or alkenyl alkoxy siloxane,
Installation for processing lenses, in particular spectacle lenses, with a blocking apparatus for blocking a lens to be processed on a block piece by means of a blocking material, with several processing apparatuses (7, 9) for processing the lenses, with a deblocking apparatus for deblocking the processed lenses, and with a transport system for conveying the lenses in or on transport carriers (12, 13), characterised in that the installation has a return conveying apparatus (15, 17) for return conveying the deblocked block pieces and/or the transport carriers to the blocking apparatus or to a commissioning apparatus for equipping the transport carriers with lenses to be processed and block pieces. with a blocking apparatus for blocking a lens to be processed on a block piece by means of a blocking material, with several processing apparatuses (7, 9) for processing the lenses, with a deblocking apparatus for deblocking the processed lenses, and with a transport system for conveying the lenses in or on transport carriers (12, 13), characterised in that the installation has a return conveying apparatus (15, 17) for return conveying the deblocked block pieces and/or the transport carriers to the blocking apparatus or to a commissioning apparatus for equipping the transport carriers with lenses to be processed and block pieces.
Method for handling medical waste, bio-waste, or other corresponding contaminated waste, which is collected in a disposable receptacle for medical waste, in which method medical waste is collected in the disposable receptacle for medical waste, medical waste is discharged from the disposable receptacle for medical waste into a waste fixture connected to a vacuum waste piping of a vacuum waste system, characterized in that the disposable receptacle for medical waste is provided with a first valve and a conduit connected to the first valve, in which method the disposable receptacle for medical waste is connected to the waste fixture by a second valve, the first valve and the second valve are opened in order to provide a flow connection from the disposable receptacle for medical waste to the waste fixture, and in which method a discharge sequence of the vacuum waste system is activated by an activating means for discharge of the medical waste from the waste fixture or the vacuum waste piping of the vacuum waste system to a waste collecting unit of the vacuum waste system.
A method comprising: intercepting a first set of instructions from a server computer that define one or more objects and one or more original operations that are based, at least in part, on the one or more objects; transforming the one or more original operations to produce one or more transformed operations; rendering a second set of instructions that define the one or more transformed operations, and include supervisor instructions that define one or more supervisor operations and that when executed, cause intercepting a call to an operation on a remote client computer; sending the second set of instructions to the remote client computer; wherein the method is performed by one or more computing devices. intercepting a first set of instructions from a server computer that define one or more objects and one or more original operations that are based, at least in part, on the one or more objects; transforming the one or more original operations to produce one or more transformed operations; rendering a second set of instructions that define the one or more transformed operations, and include supervisor instructions that define one or more supervisor operations and that when executed, cause intercepting a call to an operation on a remote client computer; sending the second set of instructions to the remote client computer; wherein the method is performed by one or more computing devices.
A method comprising: during operation of a touch sensitive input device to perform a function other than authentication on an electronic device, the touch sensitive input device includes a touch sensitive input sensor and a fingerprint sensor, attempting to capture fingerprint data using the fingerprint sensor; the method further comprising after expiry of a threshold time period: if a sufficient amount of fingerprint data is not captured within the threshold time period to compare with a stored fingerprint data, taking a first security action; and if a sufficient amount of fingerprint data is captured within the threshold time period to compare with a stored fingerprint data and fingerprint data matching the stored fingerprint data is not captured, taking a second security action, the second security action being different from the first security action and being related to access to at least a portion of the electronic device. during operation of a touch sensitive input device to perform a function other than authentication on an electronic device, the touch sensitive input device includes a touch sensitive input sensor and a fingerprint sensor, attempting to capture fingerprint data using the fingerprint sensor; the method further comprising after expiry of a threshold time period: if a sufficient amount of fingerprint data is not captured within the threshold time period to compare with a stored fingerprint data, taking a first security action; and if a sufficient amount of fingerprint data is captured within the threshold time period to compare with a stored fingerprint data and fingerprint data matching the stored fingerprint data is not captured, taking a second security action, the second security action being different from the first security action and being related to access to at least a portion of the electronic device. if a sufficient amount of fingerprint data is not captured within the threshold time period to compare with a stored fingerprint data, taking a first security action; and if a sufficient amount of fingerprint data is captured within the threshold time period to compare with a stored fingerprint data and fingerprint data matching the stored fingerprint data is not captured, taking a second security action, the second security action being different from the first security action and being related to access to at least a portion of the electronic device.
A method comprising: providing a soft button for activation by a user with a client device (201; 301); characterised by: in response to said activation of said soft button on said client device, downloading a software agent from an external button server to said client device, said downloaded software agent containing a destination telephone number and instructions for gathering context information for a telephone call, and causing said client device (201; 301), through said downloaded software agent, to make the telephone call to a called destination terminal (207, 209; 309) having said destination telephone number and transmit said instructions for gathering context information via a communication network (203, 204, 205, 206; 304, 305, 306, 307) to the called destination terminal; and determining, based on said instructions for gathering context information, context information from at least one of a component of the communication network and the called destination terminal. in response to said activation of said soft button on said client device, downloading a software agent from an external button server to said client device, said downloaded software agent containing a destination telephone number and instructions for gathering context information for a telephone call, and causing said client device (201; 301), through said downloaded software agent, to make the telephone call to a called destination terminal (207, 209; 309) having said destination telephone number and transmit said instructions for gathering context information via a communication network (203, 204, 205, 206; 304, 305, 306, 307) to the called destination terminal; and determining, based on said instructions for gathering context information, context information from at least one of a component of the communication network and the called destination terminal.
A method for carrying out a filtration process of a fluid by using a filtration membrane comprising a porous base layer attached to an electrically conductive filtration layer having pores extending through the filtration layer, wherein the method comprises the following steps: a) attaching a compound (24, 26) on the filtration layer and hereby providing a protective surface layer on the filtration layer or forming a second compound (24, 26) from a first compound (24, 26) and attaching the second compound (24, 26) on the filtration layer and hereby providing a protective surface layer on the filtration layer b) filtering a fluid comprising foulants (42, 43, 44), wherein some of the foulants (42, 43, 44) settle along the surface of the pores c) at least partially cleaving off the protective surface layer of the filtration layer during a filtration process, thereby removing the foulants (42, 43, 44) from the filtration layer, the method being characterised in that it further comprises the step of d) grafting a new protective surface layer on the filtration layer before the filtration layer is being reused to filter the fluid. a) attaching a compound (24, 26) on the filtration layer and hereby providing a protective surface layer on the filtration layer or forming a second compound (24, 26) from a first compound (24, 26) and attaching the second compound (24, 26) on the filtration layer and hereby providing a protective surface layer on the filtration layer b) filtering a fluid comprising foulants (42, 43, 44), wherein some of the foulants (42, 43, 44) settle along the surface of the pores c) at least partially cleaving off the protective surface layer of the filtration layer during a filtration process, thereby removing the foulants (42, 43, 44) from the filtration layer, the method being characterised in that it further comprises the step of d) grafting a new protective surface layer on the filtration layer before the filtration layer is being reused to filter the fluid.
A system comprising: at least one processor to: continually monitor at least one resource associated with a computing network for a condition in the computing network that may trigger an authorization control modification, the condition comprising one of an active project that uses the at least one resource, a security alert level change, a resource locality change, metadata associated with the condition, a skill assessment, and a business state analysis; determine that the condition has occurred in the computing network; and dynamically and automatically modify a user authorization control from a first level to a second level at a first time for at least one particular user responsive to determining that the condition has occurred and dynamically and automatically modify the user authorization control from the second level to the first level at a second time after the first time. continually monitor at least one resource associated with a computing network for a condition in the computing network that may trigger an authorization control modification, the condition comprising one of an active project that uses the at least one resource, a security alert level change, a resource locality change, metadata associated with the condition, a skill assessment, and a business state analysis; determine that the condition has occurred in the computing network; and dynamically and automatically modify a user authorization control from a first level to a second level at a first time for at least one particular user responsive to determining that the condition has occurred and dynamically and automatically modify the user authorization control from the second level to the first level at a second time after the first time.
A phosphorescence luminescent resin composition comprising: an intercalated compound in which a cationic iridium complex indicated by a general formula below is intercalated between layers of a layered silicate; and a polymer in which said intercalated compound is dispersed, wherein said intercalated compound and said polymer are compounded. [Chemical Formula 1] (In the formula, R 1, R 2 each indicates an alkyl group, and L indicates a cyclometalated ligand.) an intercalated compound in which a cationic iridium complex indicated by a general formula below is intercalated between layers of a layered silicate; and a polymer in which said intercalated compound is dispersed,
Method for replacing an odour seal of a urinal, characterized by the following steps: a.) closing a further odour seal of the urinal, b.) removing the odour seal to be replaced, c.) inserting a new odour seal which substitutes the removed odour seal, and d.) opening the further odour seal, wherein the further odour seal is automatically opened by inserting an insertion component, and e.) the new odour seal is configured as the insertion component, or in that the new odour seal comprises the insertion component. a.) closing a further odour seal of the urinal, b.) removing the odour seal to be replaced, c.) inserting a new odour seal which substitutes the removed odour seal, and d.) opening the further odour seal, wherein the further odour seal is automatically opened by inserting an insertion component, and e.) the new odour seal is configured as the insertion component, or in that the new odour seal comprises the insertion component.
A method of controlling radio communication, the method comprising: a radio terminal (110; 111, 112, 113, 114, 115; 430; 800; 1100) determining selection information depending on at least one received signal (201, 205; 301, 305); depending on the selection information, the radio terminal (110; 111, 112, 113, 114, 115; 430; 800; 1100) selecting a time reference type from a time reference type defined by a signal (207; 303) from a base station (100; 410; 1000; 1200) of a cellular radio network or from another radio terminal (110; 111, 112, 113, 114, 115; 420, 440, 450; 1000; 1100) and a time reference type defined by the signal (207; 303) and an offset with respect to the signal; based on the selected time reference type, the radio terminal (110; 111, 112, 113, 114, 115; 430; 800; 1100) receiving signals from a further radio terminal (110'; 111, 112, 113, 114, 115; 420, 440, 450; 1000; 1100) the method characterized in that at least a part of the selection information is indicated by a set of radio resources on which the at least one received signal (201, 205; 301, 305) is transmitted. a radio terminal (110; 111, 112, 113, 114, 115; 430; 800; 1100) determining selection information depending on at least one received signal (201, 205; 301, 305); depending on the selection information, the radio terminal (110; 111, 112, 113, 114, 115; 430; 800; 1100) selecting a time reference type from a time reference type defined by a signal (207; 303) from a base station (100; 410; 1000; 1200) of a cellular radio network or from another radio terminal (110; 111, 112, 113, 114, 115; 420, 440, 450; 1000; 1100) and a time reference type defined by the signal (207; 303) and an offset with respect to the signal; based on the selected time reference type, the radio terminal (110; 111, 112, 113, 114, 115; 430; 800; 1100) receiving signals from a further radio terminal (110'; 111, 112, 113, 114, 115; 420, 440, 450; 1000; 1100) the method characterized in that at least a part of the selection information is indicated by a set of radio resources on which the at least one received signal (201, 205; 301, 305) is transmitted.
A system for treating obesity of an obese patient having a stomach with a food cavity, the system comprising at least one elongated volume filling device, adapted to be placed on the inside of a stomach wall portion with the outer surface of the volume filling device resting against the inside of the stomach wall portion, characterized in that the volume filling device is further adapted to: - be fully invaginated by the stomach wall portion of the patient, - be placed fully enclosed in a pouch provided by the stomach wall portion, - be positioned so that the volume of the food cavity is reduced in size, thus placed in the fully enclosed pouch separate from the in size reduced food cavity, and - be kept in place and invaginated in the pouch by stomach-to-stomach sutures or staples, and in that the volume filling device comprises attachment means recessed in the outer surface of the volume filling device allowing the volume filling device to be held by an instrument. - be fully invaginated by the stomach wall portion of the patient, - be placed fully enclosed in a pouch provided by the stomach wall portion, - be positioned so that the volume of the food cavity is reduced in size, thus placed in the fully enclosed pouch separate from the in size reduced food cavity, and - be kept in place and invaginated in the pouch by stomach-to-stomach sutures or staples, and in that the volume filling device comprises attachment means recessed in the outer surface of the volume filling device allowing the volume filling device to be held by an instrument.
An electric hair clipper comprising: a housing for containing an electrical source and drive-related components, said housing having a top surface and a bottom surface; a clipper mechanism located beneath said bottom surface of said housing and spaced therefrom, said clipper mechanism including a reciprocating trimmer blade having a front edge defining a straight line, said clipper mechanism including a finger rest located above the position of the trimmer blade and extending outwardly; a central hub having an upper portion connected to and extending downwardly from said bottom surface of said housing, said central hub having a lower portion connected to said clipper mechanism, and said housing, central hub and clipper mechanism being arranged such that a person can hold the electric hair clipper by placing his or her fingers in the space between said housing and said clipper mechanism with the central hub lying between two fingers with the bottom of the housing contacting the back of the person's fingers and with the front of one of the person's two fingers resting on said finger rest to allow the person to provide downward pressure to the trimming blade; characterized in that said finger rest is curved upwardly away from said trimmer blade. a housing for containing an electrical source and drive-related components, said housing having a top surface and a bottom surface; a clipper mechanism located beneath said bottom surface of said housing and spaced therefrom, said clipper mechanism including a reciprocating trimmer blade having a front edge defining a straight line, said clipper mechanism including a finger rest located above the position of the trimmer blade and extending outwardly; a central hub having an upper portion connected to and extending downwardly from said bottom surface of said housing, said central hub having a lower portion connected to said clipper mechanism, and said housing, central hub and clipper mechanism being arranged such that a person can hold the electric hair clipper by placing his or her fingers in the space between said housing and said clipper mechanism with the central hub lying between two fingers with the bottom of the housing contacting the back of the person's fingers and with the front of one of the person's two fingers resting on said finger rest to allow the person to provide downward pressure to the trimming blade; characterized in that said finger rest is curved upwardly away from said trimmer blade.