mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, comprising: receiving , by a network device , a set of inputs derived using cryptographic keys associated with a plurality of computing devices of a set of computing devices; storing , by the network device , the set of inputs in a blockchain; and generating , by the network device , a symmetric cryptographic key using at least two of the set of inputs, wherein the generated symmetric cryptographic key is thereafter used to encrypt communications between at least two computing devices of the set of computing devices, wherein the symmetric cryptographic key is generated by: determining an index based on at least one of a counter or a time; determining a combination of at least two of the set of inputs based at least in part on the index and a protocol set associated with symmetric cryptographic key generation; and obtaining the at least two of the set of inputs from the blockchain, wherein the symmetric cryptographic key is generated utilizing the at least two of the set of inputs according to the protocol set. receiving , by a network device , a set of inputs derived using cryptographic keys associated with a plurality of computing devices of a set of computing devices; storing , by the network device , the set of inputs in a blockchain; and generating , by the network device , a symmetric cryptographic key using at least two of the set of inputs, wherein the generated symmetric cryptographic key is thereafter used to encrypt communications between at least two computing devices of the set of computing devices, wherein the symmetric cryptographic key is generated by: determining an index based on at least one of a counter or a time; determining a combination of at least two of the set of inputs based at least in part on the index and a protocol set associated with symmetric cryptographic key generation; and obtaining the at least two of the set of inputs from the blockchain, wherein the symmetric cryptographic key is generated utilizing the at least two of the set of inputs according to the protocol set. determining an index based on at least one of a counter or a time; determining a combination of at least two of the set of inputs based at least in part on the index and a protocol set associated with symmetric cryptographic key generation; and obtaining the at least two of the set of inputs from the blockchain,
An apparatus for estimating a parameter of an induction motor including a current controller outputting d and q-axis voltages in a synchronous reference frame from d and q-axis current references and d and q-axis currents in the synchronous reference frame applied to the induction motor and a magnetic flux angle calculating unit calculating a magnetic flux angle by using d and q-axis currents in the synchronous reference frame applied to the induction motor and a rotor speed of the induction motor, in a control system, characterized by : a state estimator configured to calculate an error of rotor resistance upon receiving an output from the current controller and the d and q-axis currents in the synchronous reference frame applied to the induction motor ; an integral controller configured to obtain a difference between the rotor resistance output from the state estimator and nominal rotor resistance; and a calculating unit configured to calculate stator resistance from an output from the integral controller , wherein the calculating unit calculates stator resistance by a following equation a or b, and the output from the integral controller is provided to the current controller and the magnetic flux angle calculating unit , so as to be updated, R s = M i ds e R s = N i qs e wherein R s is stator resistance, M = K I s i ds e ∗ − i ds e , N = K I s i qs e ∗ − i qs e , K I is a gain of the integral controller, s is frequency, i ds e ∗ is a d-axis current reference, i ds e is a d-axis current in the synchronous reference frame, i qs e ∗ is a q-axis current reference, and i qs e is a q-axis current in the synchronous reference frame. a state estimator configured to calculate an error of rotor resistance upon receiving an output from the current controller and the d and q-axis currents in the synchronous reference frame applied to the induction motor ; an integral controller configured to obtain a difference between the rotor resistance output from the state estimator and nominal rotor resistance; and a calculating unit configured to calculate stator resistance from an output from the integral controller , wherein the calculating unit calculates stator resistance by a following equation a or b, and the output from the integral controller is provided to the current controller and the magnetic flux angle calculating unit , so as to be updated, R s = M i ds e R s = N i qs e wherein R s is stator resistance, M = K I s i ds e ∗ − i ds e , N = K I s i qs e ∗ − i qs e , K I is a gain of the integral controller, s is frequency, i ds e ∗ is a d-axis current reference, i ds e is a d-axis current in the synchronous reference frame, i qs e ∗ is a q-axis current reference, and i qs e is a q-axis current in the synchronous reference frame.
A method for routing an emergency call, the method comprising: - receiving, from at least one user device , an emergency call request at an eNodeB ; - computing, by an Evolved Serving Mobile Location Center (ESMLC) , a current location information of the at least one user device based on the emergency call request; - identifying, by a Gateway Mobile Location Center (GMLC) , a serving cell identifier for the at least one user device based on the current location; - identifying, by an emergency location platform , at least one PSAP for the at least one user device in a cell site master database based on the serving cell identifier; - extracting, by the emergency location platform , one or more parameters for the at least one user device from a subscriber information database based on the emergency call request; - providing, by the emergency location platform , at least one of the current location information and the one or more parameters to the identified at least one PSAP on an access network channel; - continuously receiving, at the eNodeB , a logging information from the at least one user device , wherein the logging information is provided along with at least one of the current location information and the one or more parameters by the emergency location platform to the identified at least one PSAP ; and - pushing, by the eNodeB , at least one critical service information on the at least one user device based on the logging information. - receiving, from at least one user device , an emergency call request at an eNodeB ; - computing, by an Evolved Serving Mobile Location Center (ESMLC) , a current location information of the at least one user device based on the emergency call request; - identifying, by a Gateway Mobile Location Center (GMLC) , a serving cell identifier for the at least one user device based on the current location; - identifying, by an emergency location platform , at least one PSAP for the at least one user device in a cell site master database based on the serving cell identifier; - extracting, by the emergency location platform , one or more parameters for the at least one user device from a subscriber information database based on the emergency call request; - providing, by the emergency location platform , at least one of the current location information and the one or more parameters to the identified at least one PSAP on an access network channel; - continuously receiving, at the eNodeB , a logging information from the at least one user device , wherein the logging information is provided along with at least one of the current location information and the one or more parameters by the emergency location platform to the identified at least one PSAP ; and - pushing, by the eNodeB , at least one critical service information on the at least one user device based on the logging information.
A method for determining a volume of exhaled CO 2 as a function of time using side-stream capnography, the method comprising: obtaining flow dynamics measurements of a subject from a flow sensor ; obtaining CO 2 concentration measurements of a subject from a side-stream CO 2 monitor ; determining a duration of time (ΔT sl ) for a sample of gas to flow from a reference point to the side-stream CO 2 monitor , wherein determining of the ΔT sl is performed based on an on-start of inhalation (T i ) a duration of time between Ti until the capnograph depicts a deflection in the CO 2 concentration measurements (ΔT TOTAL ) and a time to wash away a gas volume encompassed between a Y-piece of a ventilator and the reference point (ΔT FLUSH ); synchronizing in time the CO 2 concentration measurement with the flow dynamics measurement, based on the determined ΔT sl ; and determining a volume of CO 2 exhaled as a function of time, based on the flow dynamics measurement and the synchronized CO 2 concentration measurement. obtaining flow dynamics measurements of a subject from a flow sensor ; obtaining CO 2 concentration measurements of a subject from a side-stream CO 2 monitor ; determining a duration of time (ΔT sl ) for a sample of gas to flow from a reference point to the side-stream CO 2 monitor , wherein determining of the ΔT sl is performed based on an on-start of inhalation (T i ) a duration of time between Ti until the capnograph depicts a deflection in the CO 2 concentration measurements (ΔT TOTAL ) and a time to wash away a gas volume encompassed between a Y-piece of a ventilator and the reference point (ΔT FLUSH ); synchronizing in time the CO 2 concentration measurement with the flow dynamics measurement, based on the determined ΔT sl ; and determining a volume of CO 2 exhaled as a function of time, based on the flow dynamics measurement and the synchronized CO 2 concentration measurement.
A label for a container, the label comprising: a first layer having a first readable information portion ; an adhesive layer located on a back surface of the first layer and a release layer located on a front surface of the first layer, said front surface being an opposite surface from the back surface, said adhesive layer capable of securely adhering the label to a container; and a second layer having a back surface superimposed on and removably secured to a portion of the release layer and a portion of the first layer, wherein the release layer comprises an adhesive capable of removably securing the second layer to the first layer , the second layer having a second readable information portion , said label characterized in that the first layer is formed of a thermosensitive material capable of having first readable information burned therein, and the second layer is formed of a thermosensitive material capable of having second readable information burned therein, wherein the first layer and the second layer are formed from the same material, wherein the first and second readable information is simultaneously burned into the first and second layers, wherein said second readable information is identical to the first readable information burned therein, and wherein the release layer enables the second layer to be removed from the first layer . a first layer having a first readable information portion ; an adhesive layer located on a back surface of the first layer and a release layer located on a front surface of the first layer, said front surface being an opposite surface from the back surface, said adhesive layer capable of securely adhering the label to a container; and a second layer having a back surface superimposed on and removably secured to a portion of the release layer and a portion of the first layer, wherein the release layer comprises an adhesive capable of removably securing the second layer to the first layer , the second layer having a second readable information portion , said label characterized in that the first layer is formed of a thermosensitive material capable of having first readable information burned therein, and the second layer is formed of a thermosensitive material capable of having second readable information burned therein, wherein the first layer and the second layer are formed from the same material, wherein the first and second readable information is simultaneously burned into the first and second layers, wherein said second readable information is identical to the first readable information burned therein, and wherein the release layer enables the second layer to be removed from the first layer .
A wireless gateway system comprising: a gateway apparatus having a gateway function and comprising an antenna configured to wirelessly communicate with a wireless field device ; and a power supply apparatus separated from the gateway apparatus , wherein the power supply apparatus is configured to convert a voltage from an external power supply to a predetermined internal voltage, to supply the internal voltage to the gateway apparatus , and to relay a wired signal in conformance with a first wired communication protocol between an external controller and the gateway apparatus , and the gateway apparatus is configured to operate using the internal voltage supplied from the power supply apparatus , to convert a wireless signal in conformance with a wireless communication protocol received from the wireless field device to a wired signal in conformance with the first wired communication protocol, and to transmit the converted wired signal to the power supply apparatus , and the power supply apparatus comprises: a signal converter configured to convert the wired signal received from the gateway apparatus to a wired signal in conformance with a second wired communication protocol different from the first wired communication protocol and to relay the converted wired signal to the external controller . a gateway apparatus having a gateway function and comprising an antenna configured to wirelessly communicate with a wireless field device ; and a power supply apparatus separated from the gateway apparatus , wherein the power supply apparatus is configured to convert a voltage from an external power supply to a predetermined internal voltage, to supply the internal voltage to the gateway apparatus , and to relay a wired signal in conformance with a first wired communication protocol between an external controller and the gateway apparatus , and the gateway apparatus is configured to operate using the internal voltage supplied from the power supply apparatus , to convert a wireless signal in conformance with a wireless communication protocol received from the wireless field device to a wired signal in conformance with the first wired communication protocol, and to transmit the converted wired signal to the power supply apparatus , and the power supply apparatus comprises: a signal converter configured to convert the wired signal received from the gateway apparatus to a wired signal in conformance with a second wired communication protocol different from the first wired communication protocol and to relay the converted wired signal to the external controller .
A method for washing laundry in a washing machine , wherein the washing machine includes a tub and a drum positioned in the tub , the method comprising: supplying wash water and detergent to the tub and drum, thereby wetting the laundry located in the drum ; rotating the drum thereby causing the laundry to be lifted within and to fall towards the bottom of the drum as the drum rotates; determining whether the laundry in the drum is unbalanced; balancing the laundry by repeatedly accelerating and decelerating the drum under the condition that wash water is contained in the tub; and draining the wash water from the tub and drum after balancing the laundry when a level of the wash water in the tub exceeds an allowable value. supplying wash water and detergent to the tub and drum, thereby wetting the laundry located in the drum ; rotating the drum thereby causing the laundry to be lifted within and to fall towards the bottom of the drum as the drum rotates; determining whether the laundry in the drum is unbalanced; balancing the laundry by repeatedly accelerating and decelerating the drum under the condition that wash water is contained in the tub; and draining the wash water from the tub and drum after balancing the laundry when a level of the wash water in the tub exceeds an allowable value.
Construction machine with an operating platform that has lateral delimitations , an access for entering the operating platform , a roof and a height-adjustable rack structure that carries the roof , wherein the roof extends over the operating platform and is adjustable from at least one upper operating position (A) to at least one lower transport position (B) and vice versa, characterized in that an access control is installed on the roof and/or the rack structure , which is formed as a planar element and configured to reversibly take on a storage position (C), which is adjacent to the roof , and a functional position (D) that is spaced farther away from the roof and in which the access to the operating platform is blocked by the access control , and the functional position (D) can be taken on by the access control , when the roof is in the lower transport position (B), wherein the roof is formed planar and the access control in the functional position (D) either encloses an angle of ca. 75° to 105° with the roof or is essentially arranged in a vertical way.
A method performed by a wireless access node (102 1 , 102 2 ), the method comprising: determining one or more transport block formats to be utilized for transmitting device-related information on a common downlink, DL, channel to a wireless device (104 2 ), further characterized by the one or more transport block formats requiring a number of repeated transmissions of the device-related information on the common DL channel to meet a measure of a current radio environment of the wireless device.
An electrical machine comprising: a rotor ; and a stator comprising a plurality of stator tooth modules and configured for radial magnetic flux flow, said stator tooth modules comprising at least one end plate , wherein at least one of said at least one end plate has a central plate for mounting to a lamination stack and extensions for mounting onto a stator frame ; wherein said stator is concentrically disposed in relation to said rotor of said electrical machine, and each of said stator tooth modules are secured to the stator frame by respective extensions and fastening means , wherein each extension comprises a first extension part extending perpendicularly away from said central plate and away from said lamination stack , a second extension part extending from an end of the first extension part in a direction parallel offset to said central plate of said at least one end plate , and at least one hole in said second extension part for fastening the stator tooth module to the stator frame . a rotor ; and a stator comprising a plurality of stator tooth modules and configured for radial magnetic flux flow, said stator tooth modules comprising at least one end plate , wherein at least one of said at least one end plate has a central plate for mounting to a lamination stack and extensions for mounting onto a stator frame ; wherein said stator is concentrically disposed in relation to said rotor of said electrical machine, and each of said stator tooth modules are secured to the stator frame by respective extensions and fastening means , wherein each extension comprises a first extension part extending perpendicularly away from said central plate and away from said lamination stack , a second extension part extending from an end of the first extension part in a direction parallel offset to said central plate of said at least one end plate , and at least one hole in said second extension part for fastening the stator tooth module to the stator frame . a first extension part extending perpendicularly away from said central plate and away from said lamination stack , a second extension part extending from an end of the first extension part in a direction parallel offset to said central plate of said at least one end plate , and at least one hole in said second extension part for fastening the stator tooth module to the stator frame .
A turbine housing for a two-wheel air cycle machine , the turbine housing comprising: a first side of the turbine housing; a second side of the turbine housing; a central axis; an outer housing portion comprising: an inner surface of the outer housing portion; an outer surface of the outer housing portion; a cooling inlet extending from the outer surface of the outer housing portion, wherein the cooling inlet has a first diameter; and a cooling outlet opposite the cooling inlet and extending from the outer surface of the outer housing portion, wherein the cooling outlet has a second diameter, and wherein a ratio of the first diameter to the second diameter is between 0.856 and 0.904; an inner housing portion comprising: a thrust bearing support surface substantially parallel to the second side of the turbine housing; and a journal bearing bore extending between the first side of the turbine housing and the thrust bearing support surface; a plurality of struts between the inner housing portion and the outer housing portion; and a plurality of cooling slots between the plurality of struts. a first side of the turbine housing; a second side of the turbine housing; a central axis; an outer housing portion comprising: an inner surface of the outer housing portion; an outer surface of the outer housing portion; a cooling inlet extending from the outer surface of the outer housing portion, wherein the cooling inlet has a first diameter; and a cooling outlet opposite the cooling inlet and extending from the outer surface of the outer housing portion, wherein the cooling outlet has a second diameter, and wherein a ratio of the first diameter to the second diameter is between 0.856 and 0.904; an inner surface of the outer housing portion; an outer surface of the outer housing portion; a cooling inlet extending from the outer surface of the outer housing portion, wherein the cooling inlet has a first diameter; and a cooling outlet opposite the cooling inlet and extending from the outer surface of the outer housing portion, wherein the cooling outlet has a second diameter, and wherein a ratio of the first diameter to the second diameter is between 0.856 and 0.904; an inner housing portion comprising: a thrust bearing support surface substantially parallel to the second side of the turbine housing; and a journal bearing bore extending between the first side of the turbine housing and the thrust bearing support surface; a thrust bearing support surface substantially parallel to the second side of the turbine housing; and a journal bearing bore extending between the first side of the turbine housing and the thrust bearing support surface; a plurality of struts between the inner housing portion and the outer housing portion; and a plurality of cooling slots between the plurality of struts.