mhurhangee/patent-ind-claim-en huggingface dataset:
An access method, comprising: receiving , by a converged mobility management network element, an access request from a user equipment, UE, wherein the access request is used to request to access a first network, and wherein the first network comprises a Long Term Evolution, LTE, network; obtaining , by the converged mobility management network element according to the access request, subscription data of the first network corresponding to the UE; when failing to obtain the subscription data, updating , by the converged mobility management network element, a continuous cumulative quantity of times, wherein the continuous cumulative quantity of times is used to indicate a cumulative quantity of continuous failures of accessing the first network by the UE; and when the continuous cumulative quantity of times meets a preset condition, sending , by the converged mobility management network element, first indication information to a base station device of a second network, wherein the first indication information is used to instruct not to select the first network for the UE for access, and wherein the second network comprises a general packet radio service, GPRS, network or a universal mobile telecommunications system, UMTS, network. receiving , by a converged mobility management network element, an access request from a user equipment, UE, wherein the access request is used to request to access a first network, and wherein the first network comprises a Long Term Evolution, LTE, network; obtaining , by the converged mobility management network element according to the access request, subscription data of the first network corresponding to the UE; when failing to obtain the subscription data, updating , by the converged mobility management network element, a continuous cumulative quantity of times, wherein the continuous cumulative quantity of times is used to indicate a cumulative quantity of continuous failures of accessing the first network by the UE; and when the continuous cumulative quantity of times meets a preset condition, sending , by the converged mobility management network element, first indication information to a base station device of a second network, wherein the first indication information is used to instruct not to select the first network for the UE for access, and wherein the second network comprises a general packet radio service, GPRS, network or a universal mobile telecommunications system, UMTS, network.
A display apparatus , comprising: a first body comprising a first display ; a second body comprising a second display ; a hinge configured to connect the first body and the second body; a storage unit configured to store one or more contents; and a controller configured to display a first screen on the first display and display a second screen on the second display corresponding to contents implemented on the first display, and to modify the contents displayed on the first screen and the second screen according to a user manipulation when the user manipulation is performed on the first screen, characterized by : wherein objects on the second screen are determined and displayed based on preset layout information regarding the second screen, wherein the layout information includes corresponding areas in which various types of contents can be arranged, and wherein the controller is further configured to, when a user moves one or more contents displayed on the first screen to the second screen by a user manipulation, arrange the moved contents on the corresponding areas on the second screen by automatically adjusting sizes, positions, shapes and formats of the contents. a first body comprising a first display ; a second body comprising a second display ; a hinge configured to connect the first body and the second body; a storage unit configured to store one or more contents; and a controller configured to display a first screen on the first display and display a second screen on the second display corresponding to contents implemented on the first display, and to modify the contents displayed on the first screen and the second screen according to a user manipulation when the user manipulation is performed on the first screen, characterized by : wherein objects on the second screen are determined and displayed based on preset layout information regarding the second screen, wherein the layout information includes corresponding areas in which various types of contents can be arranged, and wherein the controller is further configured to, when a user moves one or more contents displayed on the first screen to the second screen by a user manipulation, arrange the moved contents on the corresponding areas on the second screen by automatically adjusting sizes, positions, shapes and formats of the contents. wherein objects on the second screen are determined and displayed based on preset layout information regarding the second screen, wherein the layout information includes corresponding areas in which various types of contents can be arranged, and wherein the controller is further configured to, when a user moves one or more contents displayed on the first screen to the second screen by a user manipulation, arrange the moved contents on the corresponding areas on the second screen by automatically adjusting sizes, positions, shapes and formats of the contents.
A method of determining polymerisation of transformer insulation, the method comprising the steps of: measuring a first temperature of a transformer ; measuring a first moisture activity (a w ) of oil in the transformer at the first temperature; measuring a second temperature of the transformer, wherein the first temperature is not equal to the second temperature; measuring a second moisture activity (a w ) of oil in the transformer at the second temperature; and calculating a degree of polymerisation of transformer insulation from the first temperature, the first moisture activity, the second temperature and the second moisture activity, characterised in that a moisture content of paper of the transformer is not measured or calculated and the moisture content of paper of the transformer is assumed to be substantially constant between the first temperature and the second temperature. measuring a first temperature of a transformer ; measuring a first moisture activity (a w ) of oil in the transformer at the first temperature; measuring a second temperature of the transformer, wherein the first temperature is not equal to the second temperature; measuring a second moisture activity (a w ) of oil in the transformer at the second temperature; and calculating a degree of polymerisation of transformer insulation from the first temperature, the first moisture activity, the second temperature and the second moisture activity, characterised in that a moisture content of paper of the transformer is not measured or calculated and the moisture content of paper of the transformer is assumed to be substantially constant between the first temperature and the second temperature.
A pumping assembly for a pump for taking a blood sample, characterised in that it comprises a pump body and a fluid interface, said pump body comprising: - a pumping chamber substantially cylindrical around a pumping axis (X10), comprising an opening for a piston to be introduced axially therein and a bottom axially opposite said opening; - a connection face , - an angled pipe connecting said bottom to said face ; - means for fixing the fluid interface on the said connexion face of the said pump body so that the connection face is fixed sealingly against said fluid interface; and the pumping assembly being characterised in that the means for fixing are bores devoid of thread formed in the said pump body , each of said bores designated to introduce a fixing rod therein. - a pumping chamber substantially cylindrical around a pumping axis (X10), comprising an opening for a piston to be introduced axially therein and a bottom axially opposite said opening; - a connection face , - an angled pipe connecting said bottom to said face ; - means for fixing the fluid interface on the said connexion face of the said pump body so that the connection face is fixed sealingly against said fluid interface;
A wind generator turbine with horizontal axis incorporating tilting- varying blade comprising a) a shaft securely fastened to a turbine hub attached with a tilting- varying blade , characterized in b) That the position of a shaft is fixed while an attached blade alone revolves around it changing its orientation from a knife mode to a blade mode and vice versa, c) That the blade is securely fastened to a shaft by its reduced handle cum neck and sealed with a cup and locked with provision of a hole in the middle for facilitating easy rotation of the blade alone, d) That the blade's varying orientation is achieved by a set of knobs , mounted on the blade's handle at an angle of 90 degrees apart plus 45 degrees in variance to the alignment of the blade's edges, aided by guide ring levers , e) That one knob of the blade handle in association with the guide ring's first lever enables the tilting of the blade's orientation from knife to blade mode, f) That the blade's consecutive knob coupled with the blade ring's second lever enables the tilting of the blade from the blade to the knife mode, g) that the blade direction stabilizer with the aid of upper circular guide ring ensures the smooth rotation of the turbine without being disturbed by the changing wind, course and direction preventing the resultant wobbling, h) Where the lower flat plate ring likewise prevents the wobbling of the blade while it is in its lower orbit of rotation. a) a shaft securely fastened to a turbine hub attached with a tilting- varying blade , characterized in b) That the position of a shaft is fixed while an attached blade alone revolves around it changing its orientation from a knife mode to a blade mode and vice versa, c) That the blade is securely fastened to a shaft by its reduced handle cum neck and sealed with a cup and locked with provision of a hole in the middle for facilitating easy rotation of the blade alone, d) That the blade's varying orientation is achieved by a set of knobs , mounted on the blade's handle at an angle of 90 degrees apart plus 45 degrees in variance to the alignment of the blade's edges, aided by guide ring levers , e) That one knob of the blade handle in association with the guide ring's first lever enables the tilting of the blade's orientation from knife to blade mode, f) That the blade's consecutive knob coupled with the blade ring's second lever enables the tilting of the blade from the blade to the knife mode, g) that the blade direction stabilizer with the aid of upper circular guide ring ensures the smooth rotation of the turbine without being disturbed by the changing wind, course and direction preventing the resultant wobbling, h) Where the lower flat plate ring likewise prevents the wobbling of the blade while it is in its lower orbit of rotation.
Table , in particular rollable standing height table, having a tabletop that comprises on a first side a first supporting device and on an opposite-lying second side a second supporting device , wherein the first and the second supporting device comprise in each case two pins that extend to the side beyond the tabletop , having a first slotted guiding arrangement that is arranged on the first side , and having a second slotted guiding arrangement that is arranged on the second side , wherein the respective pins of the first and second supporting devices are received in a displaceable manner in the first and second slotted guiding arrangements , and wherein the first slotted guiding arrangement and the second slotted guiding arrangement comprise in each case at least two U-shaped guiding tracks , wherein the tabletop can be adjusted into various positions by means of displacing the pins within the U-shaped guiding tracks , wherein the U-shaped guiding tracks comprise in each case a first limb and a second limb that are connected to one another via a transfer section , wherein the first and second limbs are oriented in each case horizontally, characterised in that the limbs of the first guiding track and the limbs of the second guiding track are arranged starting from the respective transfer section extending towards one another or away from one another. having a first slotted guiding arrangement that is arranged on the first side , and having a second slotted guiding arrangement that is arranged on the second side , wherein the respective pins of the first and second supporting devices are received in a displaceable manner in the first and second slotted guiding arrangements , and wherein the first slotted guiding arrangement and the second slotted guiding arrangement comprise in each case at least two U-shaped guiding tracks , wherein the tabletop can be adjusted into various positions by means of displacing the pins within the U-shaped guiding tracks , wherein the U-shaped guiding tracks comprise in each case a first limb and a second limb that are connected to one another via a transfer section , wherein the first and second limbs are oriented in each case horizontally, characterised in that the limbs of the first guiding track and the limbs of the second guiding track are arranged starting from the respective transfer section extending towards one another or away from one another.
A thermal sensor device for determining a fluid parameter associated with a fluid in thermal contact with the thermal sensor device based on a heat transfer behavior of the fluid, the thermal sensor device comprising: one or more heaters (21-23); means for determining a response of the sensor device to heater power being supplied to the one or more heaters (21-23); and processing circuitry for supplying the heater power and for processing the response of the sensor device to determine at least one value of the fluid parameter based on said response, wherein the processing circuitry is configured to carry out a method for detecting faults of the thermal sensor device comprising the steps of: a) operating the thermal sensor device in a first mode of operation to determine a first value ( c static ) of the fluid parameter; b) operating the thermal sensor device in a second mode of operation to determine a second value ( c dynamic ) of the fluid parameter; characterised in that said method further comprises the step of: c) deriving a fault indicator value (F) based on a comparison of the first and second values ( c static , c dynamic ) of the fluid parameter. one or more heaters (21-23); means for determining a response of the sensor device to heater power being supplied to the one or more heaters (21-23); and processing circuitry for supplying the heater power and for processing the response of the sensor device to determine at least one value of the fluid parameter based on said response, wherein the processing circuitry is configured to carry out a method for detecting faults of the thermal sensor device comprising the steps of: a) operating the thermal sensor device in a first mode of operation to determine a first value ( c static ) of the fluid parameter; b) operating the thermal sensor device in a second mode of operation to determine a second value ( c dynamic ) of the fluid parameter; characterised in that said method further comprises the step of: c) deriving a fault indicator value (F) based on a comparison of the first and second values ( c static , c dynamic ) of the fluid parameter. a) operating the thermal sensor device in a first mode of operation to determine a first value ( c static ) of the fluid parameter; b) operating the thermal sensor device in a second mode of operation to determine a second value ( c dynamic ) of the fluid parameter;
An ultrasonic compact gas flow meter, comprising a body , an inlet flange and an outlet flange and at least two ultrasonic sensors , said body having a length between the inlet flange and the outlet flange corresponding to a length of standardized mechanical gas meters, the ultrasonic compact gas flow meter being characterised in that it further comprises at least two flow conditioning segments , in that the body is in the shape of an n-hedron, where n is 6 to 24, and is provided with at least three longitudinal circular openings , the axis of which is perpendicular to the axis of the inlet and outlet flanges , in that said at least three longitudinal circular openings are provided at their ends with said at least two flow conditioning segments for guiding the flow between the individual longitudinal circular openings , in that one of said at least three longitudinal circular openings is provided with said at least two ultrasonic sensors , in that two of the at least three longitudinal circular openings are connected to the inlet flange and the outlet flange and in that the flow conditioning segments are covered by side covers connected to the body .
An electromagnetic solenoid (100; 200) comprising: a coil (102; 202) for generating a magnetic force when energized with an electric current; a bobbin (106; 206) having a tubular center section and first and second end flanges between which the coil is wound; an armature (114; 214) having an armature flange (118; 218) at a first end, the armature disposed at least partially within an interior portion of the tubular center section and supported for axial displacement between a first position and a second position; a permanent ring magnet (134; 234) disposed at the first end flange with an inner radial face (138; 238) radially spaced apart from an outer radial face (136; 236) of the armature flange by a radial gap (144; 244), the ring magnet supported by a retainer (148; 248) adjacent to the first end flange and fixed against axial displacement with respect to the bobbin; an outer case (172; 272) having a closed bottom (174; 274) at a first end (176; 276) and an open top at a second end (175; 275), wherein a spring retainer (178; 278) is formed centrally in the closed bottom of the outer case; and a flux washer (166; 266) disposed in the open top adjacent to a second end of the armature. a coil (102; 202) for generating a magnetic force when energized with an electric current; a bobbin (106; 206) having a tubular center section and first and second end flanges between which the coil is wound; an armature (114; 214) having an armature flange (118; 218) at a first end, the armature disposed at least partially within an interior portion of the tubular center section and supported for axial displacement between a first position and a second position; a permanent ring magnet (134; 234) disposed at the first end flange with an inner radial face (138; 238) radially spaced apart from an outer radial face (136; 236) of the armature flange by a radial gap (144; 244), the ring magnet supported by a retainer (148; 248) adjacent to the first end flange and fixed against axial displacement with respect to the bobbin; an outer case (172; 272) having a closed bottom (174; 274) at a first end (176; 276) and an open top at a second end (175; 275), wherein a spring retainer (178; 278) is formed centrally in the closed bottom of the outer case; and a flux washer (166; 266) disposed in the open top adjacent to a second end of the armature.
A method for establishing a first protected communication channel between a device and a first server, the first server having a first server public key, and the device having a device identifying key shared with a second server different to the first server; the method comprising: deriving a symmetric key at the device, based on the device identifying key and public key information dependent on the first server public key (S10); sending, by the device, a payload message to the first server on the first protected communication channel protected using a communication key which is dependent on the symmetric key (S14,S16); in response to the payload message, the first server sends a key generation request to the second server to trigger the second server to derive the symmetric key and transmit the symmetric key to the first server on a second protected communication channel (S18); deriving the symmetric key at the second server, based on the device identifying key and the public key information (S22); transmitting the symmetric key from the second server to the first server using the second protected communication channel (S24). deriving a symmetric key at the device, based on the device identifying key and public key information dependent on the first server public key (S10); sending, by the device, a payload message to the first server on the first protected communication channel protected using a communication key which is dependent on the symmetric key (S14,S16); in response to the payload message, the first server sends a key generation request to the second server to trigger the second server to derive the symmetric key and transmit the symmetric key to the first server on a second protected communication channel (S18); deriving the symmetric key at the second server, based on the device identifying key and the public key information (S22); transmitting the symmetric key from the second server to the first server using the second protected communication channel (S24).
A non-transitory computer-readable storage medium storing instructions that, when executed by a processor, cause the processor to perform the steps of: determining a state variation of a battery using a voltage difference between a sensed voltage of the battery and an estimated voltage of the battery that is estimated by an electrochemical model corresponding to the battery; updating an internal state of the electrochemical model based on the determined state variation of the battery; and estimating state information of the battery based on the updated internal state of the electrochemical model, wherein the determining of the state variation of the battery comprises obtaining, from an open-circuit voltage, OCV, table indicating a state information - OCV curve, an OCV corresponding to previous state information previously estimated by the electrochemical model, obtaining a corrected OCV by adding or subtracting the voltage difference, obtaining, from the OCV table, a corrected state information corresponding to the corrected OCV, and determining the state variation of the battery based on the difference between the corrected state information and the previous state information. determining a state variation of a battery using a voltage difference between a sensed voltage of the battery and an estimated voltage of the battery that is estimated by an electrochemical model corresponding to the battery; updating an internal state of the electrochemical model based on the determined state variation of the battery; and estimating state information of the battery based on the updated internal state of the electrochemical model, wherein the determining of the state variation of the battery comprises obtaining, from an open-circuit voltage, OCV, table indicating a state information - OCV curve, an OCV corresponding to previous state information previously estimated by the electrochemical model, obtaining a corrected OCV by adding or subtracting the voltage difference, obtaining, from the OCV table, a corrected state information corresponding to the corrected OCV, and determining the state variation of the battery based on the difference between the corrected state information and the previous state information.