mhurhangee/patent-ind-claim-en huggingface dataset:
A method for updating a column-oriented database comprising a set of data entries, comprising: receiving, via a processor , a query request indicating a modification to one or more data entries associated with the set of data entries; identifying, via the processor , the one or more data entries in the set of data entries in response to receiving the query request; deleting, via the processor , the one or more data entries of the set of data entries of the column-oriented database; forming, via the processor , one or more delete data structures comprising the one or more deleted data entries in a first reserve section of the column-oriented database; inserting, via the processor , one or more updated data entries in place of the one or more deleted data entries of the set of data entries in the column-oriented database; joining, via the processor , the one or more delete data structures with an additional set of deleted data entries associated with one or more previously executed query requests; deleting, via the processor , the one or more delete data structures and the additional set of deleted data entries from the first reserve section; and forming, via the processor , one or more additional delete data structures in a second reserve section in the column-oriented database, wherein the one or more additional delete data structures comprise one or more additional deleted data entries associated with further query requests, and wherein the second reserve section is different from the first reserve section. receiving, via a processor , a query request indicating a modification to one or more data entries associated with the set of data entries; identifying, via the processor , the one or more data entries in the set of data entries in response to receiving the query request; deleting, via the processor , the one or more data entries of the set of data entries of the column-oriented database; forming, via the processor , one or more delete data structures comprising the one or more deleted data entries in a first reserve section of the column-oriented database; inserting, via the processor , one or more updated data entries in place of the one or more deleted data entries of the set of data entries in the column-oriented database; joining, via the processor , the one or more delete data structures with an additional set of deleted data entries associated with one or more previously executed query requests; deleting, via the processor , the one or more delete data structures and the additional set of deleted data entries from the first reserve section; and forming, via the processor , one or more additional delete data structures in a second reserve section in the column-oriented database, wherein the one or more additional delete data structures comprise one or more additional deleted data entries associated with further query requests, and wherein the second reserve section is different from the first reserve section.
Well tool device for melting and thereafter hardening of casing, and cement and formation outside of the casing, for forming a permanent barrier in a well (WE), comprising: - a housing in which a compartment is provided; - a pyrotechnic mixture provided within the compartment ; - an ignition device adapted to heating at least a part of the pyrotechnic mixture to its ignition temperature; thereby starting a pyrotechnic heat generating process resulting in that casing, and cement and formation outside of the casing, will start to melt, resulting in a permanent barrier when the pyrotechnic heat generating process ends; wherein the pyrotechnic mixture comprises a first metal; wherein the housing comprises a lower housing section , an intermediate housing section and an upper housing section ; wherein the first metal is aluminum or an aluminum alloy; characterized in that - at least a section of the housing is made of the first metal; - the section of the housing made of the first metal is the intermediate section . - a housing in which a compartment is provided; - a pyrotechnic mixture provided within the compartment ; - an ignition device adapted to heating at least a part of the pyrotechnic mixture to its ignition temperature; thereby starting a pyrotechnic heat generating process resulting in that casing, and cement and formation outside of the casing, will start to melt, resulting in a permanent barrier when the pyrotechnic heat generating process ends; wherein the pyrotechnic mixture comprises a first metal; wherein the housing comprises a lower housing section , an intermediate housing section and an upper housing section ; wherein the first metal is aluminum or an aluminum alloy; characterized in that wherein the pyrotechnic mixture comprises a first metal; wherein the housing comprises a lower housing section , an intermediate housing section and an upper housing section ; wherein the first metal is aluminum or an aluminum alloy; characterized in that - at least a section of the housing is made of the first metal; - the section of the housing made of the first metal is the intermediate section .
An apparatus comprising: a current sense resistor (402a-402d) configured to receive a supply current for one or more devices ; a current sense amplifier (404a-404d) configured to amplify a voltage across the current sense resistor; a comparator configured to compare the amplified voltage from the current sense amplifier to a reference voltage; an octal driver (408a-408d) configured to receive the supply current from the current sense resistor and to control one or more device outputs associated with the one or more devices; and an optocoupler (410a-410d) configured to receive an output from the comparator and, based on the output, control an output enable pin of the octal driver. a current sense resistor (402a-402d) configured to receive a supply current for one or more devices ; a current sense amplifier (404a-404d) configured to amplify a voltage across the current sense resistor; a comparator configured to compare the amplified voltage from the current sense amplifier to a reference voltage; an octal driver (408a-408d) configured to receive the supply current from the current sense resistor and to control one or more device outputs associated with the one or more devices; and an optocoupler (410a-410d) configured to receive an output from the comparator and, based on the output, control an output enable pin of the octal driver.
Rail vehicle for high-speed transportation, which has a bogie with bogie frame on which at least one set of monobloc wheels is mounted, and with a brake device for braking the bogie, wherein the brake device is embodied as a block brake which interacts with at least one monobloc wheel , and a temperature measuring device which operates in a contactless fashion is provided adjacent to the monobloc wheel , said temperature measuring device monitoring a temperature of the monobloc wheel in a wheel area, which is representative of an input of energy into the monobloc wheel by the block brake , characterized in that the bogie has a signal-transmitting connection to an evaluation device which evaluates measurement value signals coming from the temperature measuring devices which are provided and which operate in a contactless fashion, and determines therefrom an energy input value for the monobloc wheel on the basis of a braking process, and a maximum accumulated overall energy input value is defined for the monobloc wheel , at the exceeding of which value the evaluation unit generates a triggering signal for a vehicle reaction/maintenance measure.
Drug delivery device comprising a clicker arrangement, the clicker arrangement comprising a first element rotatable at least in a first direction and a second, non-rotatable element , wherein the first element is axially displaceable relative to the second element between a first position and a second position, wherein one of the first element and the second element comprises a clicker arm and the other of the first element and the second element comprises a protrusion and wherein upon rotation of the first element in the first direction relative to the second element the clicker arm is elastically deflectable in a radial direction by the protrusion and relaxable in the opposite radial direction upon disengagement with the protrusion thereby generating an audible and/or tactile feedback signal, characterized in that during the rotation of the first element in the first direction relative to the second element , the relative rotation is a mere rotation without concurrent relative axial movement, wherein the first element is a coupling element interposed between a dose setting member for setting user variable doses of a medicament and a drive gear which is in meshed engagement with a toothed piston rod and wherein the second element is a chassis permanently fixed within a housing .
A dry mix composition comprising an inorganic hydraulic setting binder and an additive blend comprising cellulose ether and psyllium seed husks; the dry mix composition further comprising one or more from a group consisting of starch ethers, air-entraining agents, accelerating agents, retarders, hydrophobizing agents, superplasticizing agents, defoaming agents and pigments; wherein the psyllium seed husks are present at a concentration of 0.5 weight-percent or more and 45 weight-percent or less based on the combined weight of cellulose ether and psyllium seed husks; wherein the combined weight of cellulose either and psyllium seed husks being 90 weight-percent or more of the total additive blend weight; and wherein cellulose ether is present in an amount ranging from 0.05 to 5 weight-percent, based on the total weight of the dry mix composition.
A vacuum cleaner , comprising a hand-held device , wherein the hand-held device comprises: a housing defining an air inlet and an air blowing port at a front end thereof, the air blowing port being disposed adjacent to the air inlet ; a dust cup disposed in the housing and connected with the air inlet ; and an electric motor defining a motor chamber in communication with the dust cup ; characterized in that , an outlet filter, which is configured as a high efficiency particulate air filter or a filter cotton, is provided between the dust cup and the electric motor . a housing defining an air inlet and an air blowing port at a front end thereof, the air blowing port being disposed adjacent to the air inlet ; a dust cup disposed in the housing and connected with the air inlet ; and an electric motor defining a motor chamber in communication with the dust cup ; characterized in that , an outlet filter, which is configured as a high efficiency particulate air filter or a filter cotton, is provided between the dust cup and the electric motor .
A method of manufacturing a mineral fibre thermal insulation product comprising the sequential steps of: • Forming mineral fibres from a molten mineral mixture; • spraying a substantially formaldehyde free binder solution on to the mineral fibres, the binder solution comprising: a reducing sugar, an acid precursor derivable from an inorganic salt and a source of nitrogen; in which the acid precursor of the binder solution derivable from an inorganic salt comprises an ammonium salt; and in which the inorganic ammonium salt makes up between 5% and 25% by dry weight of the binder solution; • Collecting the mineral fibres to which the binder solution has been applied to form a batt of mineral fibres; and • Curing the batt comprising the mineral fibres and the binder by passing the batt through a curing oven so as to provide a batt of mineral fibres held together by a substantially water insoluble cured binder. • Forming mineral fibres from a molten mineral mixture; • spraying a substantially formaldehyde free binder solution on to the mineral fibres, the binder solution comprising: a reducing sugar, an acid precursor derivable from an inorganic salt and a source of nitrogen; in which the acid precursor of the binder solution derivable from an inorganic salt comprises an ammonium salt; and in which the inorganic ammonium salt makes up between 5% and 25% by dry weight of the binder solution; • Collecting the mineral fibres to which the binder solution has been applied to form a batt of mineral fibres; and • Curing the batt comprising the mineral fibres and the binder by passing the batt through a curing oven so as to provide a batt of mineral fibres held together by a substantially water insoluble cured binder.
Detection device for detecting a physical variable, wherein the detection device is assigned to a group of detection devices , wherein an identifier is assigned to each detection device of the group of detection devices , wherein the group of detection devices is designed to communicate with a server entity via a communication network , with: a detector for detecting the physical variable, wherein the detector is designed to output data which represents the physical variable; a communication interface which is designed to receive a broadcast signal from the server entity via the communication network , wherein the broadcast signal indicates occupancy of transmission time slots in a predetermined transmission interval by assigning identifiers of detection devices to transmission time slots, wherein the communication interface is designed to select a free transmission time slot of the predetermined transmission interval if the identifier of the detection device has not been assigned to a transmission time slot, and wherein the communication interface is designed to transmit the data in the selected transmission time slot to the server entity via the communication network ; characterized in that the detection device and the further detection devices of the group are configured to send the data of the detection device and data of the further detection devices of the group in the transmission time slots respectively to all detection devices of the same group via broadcast as well, wherein the detection devices of the group are configured to be set to receiving in the transmission time slots that are not assigned to them. a detector for detecting the physical variable, wherein the detector is designed to output data which represents the physical variable; a communication interface which is designed to receive a broadcast signal from the server entity via the communication network , wherein the broadcast signal indicates occupancy of transmission time slots in a predetermined transmission interval by assigning identifiers of detection devices to transmission time slots, wherein the communication interface is designed to select a free transmission time slot of the predetermined transmission interval if the identifier of the detection device has not been assigned to a transmission time slot, and wherein the communication interface is designed to transmit the data in the selected transmission time slot to the server entity via the communication network ; characterized in that the detection device and the further detection devices of the group are configured to send the data of the detection device and data of the further detection devices of the group in the transmission time slots respectively to all detection devices of the same group via broadcast as well, wherein the detection devices of the group are configured to be set to receiving in the transmission time slots that are not assigned to them.
A device for controlling an in-cylinder pressure sensor integrated with a glow plug for detecting the pressure in a combustion chamber of an internal combustion engine , which sensor has a pressure receiving portion constituted by a heater incorporating a heat generating element, the device comprising: accumulated amount estimation means for estimating an amount of accumulated deposit (M DEP ) by computing in each cycle of the internal combustion engine an integrated amount of soot (M soot ) and an integrated amount of unburned fuel (M HC ) generated by combustion in the combustion chamber , and energization execution means for energizing the heat generating element for the purpose of decomposing and removing an accumulated deposit when the estimated amount of accumulated deposit (M DEP ) in the combustion chamber is equal to or larger than a predetermined amount; characterized in that the accumulated amount estimation means estimate the amount of accumulated deposit (M DEP ) by adjusting one of the integrated amount of soot (M soot ) and the integrated amount of unburned fuel (M HC ) with reference to the other, wherein the accumulated amount estimation means estimates the amount of accumulated deposit (M DEP ) by adjusting the one of the computed integrated amount of soot (M soot ) and the computed integrated amount of unburned fuel (M HC ) larger in mass than the other so that the integrated amount of soot (M soot ) and the integrated amount of unburned fuel (M HC ) are equal in mass to each other. accumulated amount estimation means for estimating an amount of accumulated deposit (M DEP ) by computing in each cycle of the internal combustion engine an integrated amount of soot (M soot ) and an integrated amount of unburned fuel (M HC ) generated by combustion in the combustion chamber , and energization execution means for energizing the heat generating element for the purpose of decomposing and removing an accumulated deposit when the estimated amount of accumulated deposit (M DEP ) in the combustion chamber is equal to or larger than a predetermined amount; characterized in that the accumulated amount estimation means estimate the amount of accumulated deposit (M DEP ) by adjusting one of the integrated amount of soot (M soot ) and the integrated amount of unburned fuel (M HC ) with reference to the other, wherein the accumulated amount estimation means estimates the amount of accumulated deposit (M DEP ) by adjusting the one of the computed integrated amount of soot (M soot ) and the computed integrated amount of unburned fuel (M HC ) larger in mass than the other so that the integrated amount of soot (M soot ) and the integrated amount of unburned fuel (M HC ) are equal in mass to each other.
A power adapter, comprising: a shell , having a receiving cavity ; a plug assembly , comprising a plug connected to the shell and located outside the receiving cavity, and a connector electrically connected to the plug and located inside the receiving cavity; an electronic assembly, comprising a transformer connected to the shell and located inside the receiving cavity, and an electronic element electrically connected to the transformer, wherein the transformer is electrically connected to the connector and used to convert strong AC current conducted by the connector into weak DC current to transmit same to the electronic element; the adapter characterized by comprising a protective shield , located inside the receiving cavity and enclosing a protective cavity together with a cavity wall of the receiving cavity, wherein the connector is located inside the protective cavity, the electronic assembly is located outside the protective cavity, and the protective shield is a protective shield made of an insulating material. a shell , having a receiving cavity ; a plug assembly , comprising a plug connected to the shell and located outside the receiving cavity, and a connector electrically connected to the plug and located inside the receiving cavity; an electronic assembly, comprising a transformer connected to the shell and located inside the receiving cavity, and an electronic element electrically connected to the transformer, wherein the transformer is electrically connected to the connector and used to convert strong AC current conducted by the connector into weak DC current to transmit same to the electronic element; the adapter characterized by comprising a protective shield , located inside the receiving cavity and enclosing a protective cavity together with a cavity wall of the receiving cavity, wherein the connector is located inside the protective cavity, the electronic assembly is located outside the protective cavity, and the protective shield is a protective shield made of an insulating material.
Method for rotating packages in a container handling system, with the steps: • transport of at least one package or simultaneous transport of a plurality of packages on a transport device , • performance of a first rotational movement of at least one package or of the packages (7, 7a-7d) by means of a double conveyor or transport device , • detection of an actual orientation of a first package (7, 7a-7d) by means of a monitoring device, • comparison of the actual orientation of the first package (7, 7a-7d) with a predetermined setpoint orientation, and • determination of any deviation of the actual orientation from the setpoint orientation, • actuation of the transport device and performance of a second rotational movement of the first package (7, 7a-7d). • transport of at least one package or simultaneous transport of a plurality of packages on a transport device , • performance of a first rotational movement of at least one package or of the packages (7, 7a-7d) by means of a double conveyor or transport device , • detection of an actual orientation of a first package (7, 7a-7d) by means of a monitoring device, • comparison of the actual orientation of the first package (7, 7a-7d) with a predetermined setpoint orientation, and • determination of any deviation of the actual orientation from the setpoint orientation, • actuation of the transport device and performance of a second rotational movement of the first package (7, 7a-7d).