mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal varistor protection device , comprising - a casing comprising an insulating material , - a varistor embedded in the insulating material of the casing , wherein the varistor comprises a first metallization electrode , which is only partly covered by the insulating material of the casing to allow an electrically conductive connection, - a first terminal wire , which is electrically conductively connected to the first metallization electrode of the varistor , - a contact element which is electrically conductively connected to the first metallization electrode of the varistor in a region where the varistor is not covered by the insulating material of the casing , and - wherein the contact element is pre-stressed to ensure a fast separation of the contact element and the first metallization electrode if the electrically conductive connection between the contact element and the first metallization electrode gets loose, - wherein the pre-stress to the contact element is caused by a part of the contact element itself, and therefore one part of the contact element is elastic and - wherein the casing provides a feature to hold the contact element in place and to build up the pre-stress in the elastic part of the contact element . - a casing comprising an insulating material , - a varistor embedded in the insulating material of the casing , wherein the varistor comprises a first metallization electrode , which is only partly covered by the insulating material of the casing to allow an electrically conductive connection, - a first terminal wire , which is electrically conductively connected to the first metallization electrode of the varistor , - a contact element which is electrically conductively connected to the first metallization electrode of the varistor in a region where the varistor is not covered by the insulating material of the casing , and - wherein the contact element is pre-stressed to ensure a fast separation of the contact element and the first metallization electrode if the electrically conductive connection between the contact element and the first metallization electrode gets loose, - wherein the pre-stress to the contact element is caused by a part of the contact element itself, and therefore one part of the contact element is elastic and - wherein the casing provides a feature to hold the contact element in place and to build up the pre-stress in the elastic part of the contact element .
Method for the two-stage burning of a solid-fuel rocket engine (4a-g), in which solid fuel of a first stage (12a-f) in a first subchamber of a combustion chamber is ignited by a first ignition unit and then solid fuel of a second stage (24a-g) in a second subchamber of the combustion chamber is ignited by a second ignition unit (30a-g), a combustion of the first stage (12a-f) ignites the second ignition unit (30a-g), the second ignition unit (30a-g) burns through solid fuel in a walled burn-through section and this fuel ignites the solid fuel of the second stage (24a-g), characterized in that exhaust gases of the combustion of the solid fuel of the second stage (24a-g) blow through an opening which the solid fuel of the second ignition unit (30a-g) has exposed by its combustion.
A machine-readable medium having program code stored thereon which, when executed by a machine, causes the machine to perform the operations of: executing quantum operations on a quantum processor in accordance with a quantum runtime , the quantum operations physically implemented on a plurality of qubits ; measuring values from all or a subset of the plurality of qubits; decoding the values to detect errors associated with the qubits; determining a current system drift for the quantum processor based on the errors; calculating compensation values by determining a noise correction value for each of the qubits; regenerating the quantum runtime using the compensation values if the current system drift is determined to be above a threshold; storing the compensation values in a drift lookaside buffer having a plurality of entries with at least one entry for each qubit, the entry including a compensation value associated with its respective qubit; storing the errors detected for each qubit in a drift compensation buffer entry associated with that qubit; evaluating the errors to determine when the system drift has reached or risen above the threshold; and wherein the compensation values comprise noise correction values generated by executing a sequence of operations with a predetermined result to determine a noise correction for each qubit. executing quantum operations on a quantum processor in accordance with a quantum runtime , the quantum operations physically implemented on a plurality of qubits ; measuring values from all or a subset of the plurality of qubits; decoding the values to detect errors associated with the qubits; determining a current system drift for the quantum processor based on the errors; calculating compensation values by determining a noise correction value for each of the qubits; regenerating the quantum runtime using the compensation values if the current system drift is determined to be above a threshold; storing the compensation values in a drift lookaside buffer having a plurality of entries with at least one entry for each qubit, the entry including a compensation value associated with its respective qubit; storing the errors detected for each qubit in a drift compensation buffer entry associated with that qubit; evaluating the errors to determine when the system drift has reached or risen above the threshold; and wherein the compensation values comprise noise correction values generated by executing a sequence of operations with a predetermined result to determine a noise correction for each qubit.
A sensor mounting structure comprising: a sensor device configured to detect at least information in front of a vehicle; a support member that houses part of the sensor device and is attached to a base member provided on an inner surface of a front windshield glass ; and a display device configured to display at least an image of what is in back of the vehicle, the display device being attached such that its angle is adjustable, to a lower end portion of an arm member having upper end portion that is attached to the support member , characterized in that the support member is fastened, together with the sensor device , to the base member , and a space (S) is formed between an outer surface of the part of the sensor device housed in the support member and an inner surface of the support member . a sensor device configured to detect at least information in front of a vehicle; a support member that houses part of the sensor device and is attached to a base member provided on an inner surface of a front windshield glass ; and a display device configured to display at least an image of what is in back of the vehicle, the display device being attached such that its angle is adjustable, to a lower end portion of an arm member having upper end portion that is attached to the support member , characterized in that the support member is fastened, together with the sensor device , to the base member , and a space (S) is formed between an outer surface of the part of the sensor device housed in the support member and an inner surface of the support member .
Connection device comprising: - a connector forming a ring, the connector having an open position where the ring is open and a closed position where the ring is closed, - a handle fixed to the connector , the handle having two extensions designed to receive a user's hands; - a wire member having a first end fixed to the connector and a second end designed to be secured to the user, the first end of the wire member forming a loop ; wherein the handle is fitted removable with respect to the connector , characterised in that the handle defines a tube extending in a first direction (AA) and a through hole arranged to pass through the tube perpendicularly to the first direction (AA), the first end of the wire member being fixed to the connector in the tube , the connector passing through the through hole and the loop to fix the handle and the wire member to the connector . - a connector forming a ring, the connector having an open position where the ring is open and a closed position where the ring is closed, - a handle fixed to the connector , the handle having two extensions designed to receive a user's hands; - a wire member having a first end fixed to the connector and a second end designed to be secured to the user, the first end of the wire member forming a loop ;
A plate heat exchanger comprising a number of heat exchanger plates (130, 130', 130", 130"') made from sheet metal, stacked in a stack and being provided with a pressed pattern of ridges and grooves, said pattern of neighboring plates cooperating to form interplate flow channels for media to exchange heat, characterized in that at least two of the three outer heat exchanger plates (130', 130", 130"') of each end of the stack are made from a thicker sheet metal than the other heat exchanger plates , wherein the outermost heat exchanger plate is manufactured from said thicker sheet metal.
An apparatus, comprising: a tire building machine including a tire building drum ; and at least one processor circuit with a memory comprising instructions, that when executed by the processor circuit, causes the at least one processor circuit to identify a target position on the tire building drum 103) from a three dimensional image; characterized in that the apparatus further comprises a machine vision system configured for generating said three dimensional image of the tire building drum as a breaker or a green rubber tread is applied to the tire building drum . a tire building machine including a tire building drum ; and at least one processor circuit with a memory comprising instructions, that when executed by the processor circuit, causes the at least one processor circuit to identify a target position on the tire building drum 103) from a three dimensional image;
A channel contention method, comprising: sending (S101), by a base station if the base station detects that related information indicating that a channel is in a busy state meets a preset condition, a contention parameter to a terminal device served by the base station, wherein the contention parameter is used to instruct the terminal device served by the base station to contend for the channel based on the contention parameter; and if a contention result received by the base station from the terminal device served by the base station is that channel contention fails, adjusting (S104), by the base station, the contention parameter to obtain a new contention parameter, and sending (S105) the new contention parameter to the terminal device served by the base station, until the terminal device served by the base station successfully obtains the channel through contention; wherein the contention parameter comprises a clear channel assessment, CCA threshold and a backoff window size. sending (S101), by a base station if the base station detects that related information indicating that a channel is in a busy state meets a preset condition, a contention parameter to a terminal device served by the base station, wherein the contention parameter is used to instruct the terminal device served by the base station to contend for the channel based on the contention parameter; and if a contention result received by the base station from the terminal device served by the base station is that channel contention fails, adjusting (S104), by the base station, the contention parameter to obtain a new contention parameter, and sending (S105) the new contention parameter to the terminal device served by the base station, until the terminal device served by the base station successfully obtains the channel through contention; wherein the contention parameter comprises a clear channel assessment, CCA threshold and a backoff window size.
Compound of formula (I) wherein X and Y are selected from the group consisting of -O- and -CH 2 -, respectively, and when X is -O-, then Y is -CH 2 -, and when X is -CH 2 -, then Y is -O-. wherein X and Y are selected from the group consisting of -O- and -CH 2 -, respectively, and when X is -O-, then Y is -CH 2 -, and when X is -CH 2 -, then Y is -O-.
A process for the preparation of carglumic acid which comprises the addition reaction of sodium cyanate to L-glutamic acid in an aqueous medium in the presence of a lithium compound, optional concentration of the aqueous phase to precipitate the carglumic acid lithium salt in 1:1 stoichiometry and acidification to obtain carglumic acid.
A method for predicting failure in a power system in real-time, the method comprising: obtaining, by a processing unit , state estimation data corresponding to electrical quantities of the power system received from one or more sources in real-time; extracting a feature vector from the received state estimation data based on contingency analysis information using a trained machine learning model, wherein the feature vector corresponds to one or more parameters pertaining to the power system in real-time; determining a security index for the received state estimation data based on the extracted feature vector using the trained machine learning model; and predicting a failure of the power system based on the determined security index. obtaining, by a processing unit , state estimation data corresponding to electrical quantities of the power system received from one or more sources in real-time; extracting a feature vector from the received state estimation data based on contingency analysis information using a trained machine learning model, wherein the feature vector corresponds to one or more parameters pertaining to the power system in real-time; determining a security index for the received state estimation data based on the extracted feature vector using the trained machine learning model; and predicting a failure of the power system based on the determined security index.
A computer-implemented method (200; 500) of identifying queries with the same semantics in a functional graph traversal language , the method comprising: obtaining a first query in the functional graph traversal language , the first query involving a directed edge describing a neighboring relation between vertices in a graph ; translating the first query to a second query in an extended Structured Query Language (SQL) , the second query including a clause describing the directed edge ; obtaining a third query in the functional graph traversal language ; translating the third query to a fourth query in the extended SQL ; determining whether the second query and the fourth query have the same execution plan; and in response to determining that the second query and the fourth query have a same execution plan, determining that the first query and the third query have same semantics. obtaining a first query in the functional graph traversal language , the first query involving a directed edge describing a neighboring relation between vertices in a graph ; translating the first query to a second query in an extended Structured Query Language (SQL) , the second query including a clause describing the directed edge ; obtaining a third query in the functional graph traversal language ; translating the third query to a fourth query in the extended SQL ; determining whether the second query and the fourth query have the same execution plan; and in response to determining that the second query and the fourth query have a same execution plan, determining that the first query and the third query have same semantics.
A method for determining a location of a second terminal device relative to a first terminal device, the method comprising: generating (S101), by the first terminal device, reference location information of the first terminal device in a position interface, wherein the reference location information of the first terminal device reflects the current location of the first terminal device; sending (S102) the position interface and the reference location information from the first terminal device to the second terminal device, wherein the second terminal device: a) sets location information of the second terminal device in the position interface based on the reference location information sent by the first terminal device and b) uses the set location information in the position interface as marked location information, wherein the marked location information reflects the current location of the second terminal device; receiving (S103), at the first terminal device, the position interface and marked location information sent by the second terminal device; and determining (S104), by the first terminal device and based on the reference location information and the received marked location information, a location of the second terminal device relative to the first terminal device . generating (S101), by the first terminal device, reference location information of the first terminal device in a position interface, wherein the reference location information of the first terminal device reflects the current location of the first terminal device; sending (S102) the position interface and the reference location information from the first terminal device to the second terminal device, wherein the second terminal device: a) sets location information of the second terminal device in the position interface based on the reference location information sent by the first terminal device and b) uses the set location information in the position interface as marked location information, wherein the marked location information reflects the current location of the second terminal device; a) sets location information of the second terminal device in the position interface based on the reference location information sent by the first terminal device and b) uses the set location information in the position interface as marked location information, wherein the marked location information reflects the current location of the second terminal device; receiving (S103), at the first terminal device, the position interface and marked location information sent by the second terminal device; and determining (S104), by the first terminal device and based on the reference location information and the received marked location information, a location of the second terminal device relative to the first terminal device .
A label printer for printing labels applied to a carrier tape , in particular wound onto a roll, comprising a first receiver for a printhead unit having a printhead ; at least two mutually different printhead units which are each configured as a replaceable module and which each have a printhead , wherein one of the two printhead units is selectively received by the first receiver in an assembled state; a second receiver for a guide unit for the carrier tape having a counter-element to the printhead which is configured to hold the carrier tape with the labels in contact with the printhead ; and at least two mutually different guide units for the carrier tape which are each configured as a replaceable module and which each have a counter-element to the printhead which is configured to hold the carrier tape with the labels in contact with the printhead , wherein one of the two guide units for the carrier tape is selectively received by the second receiver in the assembled state. a first receiver for a printhead unit having a printhead ; at least two mutually different printhead units which are each configured as a replaceable module and which each have a printhead , wherein one of the two printhead units is selectively received by the first receiver in an assembled state; a second receiver for a guide unit for the carrier tape having a counter-element to the printhead which is configured to hold the carrier tape with the labels in contact with the printhead ; and at least two mutually different guide units for the carrier tape which are each configured as a replaceable module and which each have a counter-element to the printhead which is configured to hold the carrier tape with the labels in contact with the printhead , wherein one of the two guide units for the carrier tape is selectively received by the second receiver in the assembled state.
An exhaust gas analysis device that analyzes a diluted exhaust gas as being a mixture of an exhaust gas and a dilution gas that dilutes the exhaust gas, comprising an analyzing part that measures a component to be measured in the diluted exhaust gas, characterized by an introducing path that introduces the diluted exhaust gas into the analyzing part and that has a resistance part wherein the resistance part is a flow control member that controls the flow rate of the diluted exhaust gas by lessening a flow channel cross sectional area in the introducing path , a viscous component concentration determining part that determines a concentration of oxygen that is in the diluted exhaust gas and that is different from the component to be measured, and a correction part that corrects the measured value measured by the analyzing part in accordance with the concentration of the oxygen determined by the viscous component concentration determining part . an analyzing part that measures a component to be measured in the diluted exhaust gas, characterized by an introducing path that introduces the diluted exhaust gas into the analyzing part and that has a resistance part wherein the resistance part is a flow control member that controls the flow rate of the diluted exhaust gas by lessening a flow channel cross sectional area in the introducing path , a viscous component concentration determining part that determines a concentration of oxygen that is in the diluted exhaust gas and that is different from the component to be measured, and a correction part that corrects the measured value measured by the analyzing part in accordance with the concentration of the oxygen determined by the viscous component concentration determining part .
A medical system comprising: a disposable trial electrical stimulator comprising a single user interface integral with the trial stimulator ; at least one percutaneous stimulation lead connected to the trial stimulator ; and an electronic programming device configured to wirelessly communicate with the trial stimulator to program the trial stimulator to deliver stimulation therapy via the at least one percutaneous stimulation lead , wherein the single user interface is configured to cause the trial stimulator to be capable of wireless communications with the electronic programming device and to turn off stimulation being delivered by the trial stimulator , wherein depending on the operational state of the trial stimulator a single input to the single user interface will cause the trial stimulator to be capable of wireless communications with an electronic programming device or will cause the trial stimulator to stop delivering stimulation. a disposable trial electrical stimulator comprising a single user interface integral with the trial stimulator ; at least one percutaneous stimulation lead connected to the trial stimulator ; and an electronic programming device configured to wirelessly communicate with the trial stimulator to program the trial stimulator to deliver stimulation therapy via the at least one percutaneous stimulation lead , wherein the single user interface is configured to cause the trial stimulator to be capable of wireless communications with the electronic programming device and to turn off stimulation being delivered by the trial stimulator , wherein depending on the operational state of the trial stimulator a single input to the single user interface will cause the trial stimulator to be capable of wireless communications with an electronic programming device or will cause the trial stimulator to stop delivering stimulation.