mhurhangee/patent-ind-claim-en huggingface dataset:
A method for updating air-interface keys, when a user equipment is in an active state, comprising: receiving, by a base station, a new user plane security key from a mobility management entity through a context modification message, wherein the new user plane security key was derived based on a key generated during an Authentication and Key Agreement, AKA, procedure initiated by the mobility management entity when the user equipment has performed an inter-system handover; updating, by the base station, air-interface keys based on the new user plane security key. receiving, by a base station, a new user plane security key from a mobility management entity through a context modification message, wherein the new user plane security key was derived based on a key generated during an Authentication and Key Agreement, AKA, procedure initiated by the mobility management entity when the user equipment has performed an inter-system handover; updating, by the base station, air-interface keys based on the new user plane security key.
A washing machine comprising: - a body ; - wherein said body encloses a wash tub ; - a washing and/or rinsing water tank ; - a water distribution hydraulic circuit; - said washing and/or rinsing water tank comprising an aeration device ; said aeration device comprising an air flow tube connected to a zone where the air flow tube opens up and is located above the maximum water level allowable in said wash tub and in fluid communication with said wash tub of said washing machine : characterized in that said aeration device comprises at least one air passage opening built into said water distribution hydraulic circuit connected to said air flow tube extending from the part of the water distribution hydraulic circuit located between said washing and/or rinsing water tank and said wash tub of said washing machine to said zone in fluid communication with said wash tub of said washing machine , said at least one air passage opening being located at a height at the level of the high point of the water distribution hydraulic circuit. - a body ; - wherein said body encloses a wash tub ; - a washing and/or rinsing water tank ; - a water distribution hydraulic circuit; - said washing and/or rinsing water tank comprising an aeration device ;
A method for determining an estimated weight of a vehicle , the method comprising operating at least one processor to: receive vehicle data associated with the vehicle, the vehicle data comprising a plurality of vehicle parameters collected during operation of the vehicle; and characterized in that the processor is further operated to: identify a plurality of vehicle maneuvers based on the vehicle data, each vehicle maneuver being associated with a portion of the vehicle data, each portion of the vehicle data comprising a measured torque profile; identify a previous comparable vehicle maneuver for each vehicle maneuver; receive a plurality of simulated torque profiles for each previous comparable vehicle maneuver; generate a plurality of error profiles, an error profile being generated for each vehicle maneuver based on differences between the plurality of simulated torque profiles and the measured torque profile corresponding to that vehicle maneuver; and determine the estimated weight of the vehicle by minimizing the plurality of error profiles. identify a plurality of vehicle maneuvers based on the vehicle data, each vehicle maneuver being associated with a portion of the vehicle data, each portion of the vehicle data comprising a measured torque profile; identify a previous comparable vehicle maneuver for each vehicle maneuver; receive a plurality of simulated torque profiles for each previous comparable vehicle maneuver; generate a plurality of error profiles, an error profile being generated for each vehicle maneuver based on differences between the plurality of simulated torque profiles and the measured torque profile corresponding to that vehicle maneuver; and determine the estimated weight of the vehicle by minimizing the plurality of error profiles.
A computer-assisted device comprising: an actuator; an instrument having an end effector located at a distal end of the instrument and one or more drive mechanisms for coupling force or torque from the actuator to the end effector ; one or more processors configured to: set a velocity set point of the actuator to an initial velocity; monitor force or torque applied by the actuator; when the applied force or torque is above a first force or torque limit, determine whether a continue condition for an operation is satisfied; when the continue condition is satisfied, pause movement of the actuator; and when the continue condition is not satisfied, determine whether operation of the actuator where the applied force of torque is allowed to exceed an upper limit on force or torque should take place, characterized in that the continue condition comprises: a total duration of all pauses of movement of the actuator remaining below a maximum pause duration; or a count of a number of pauses of the movement of the actuator remaining below a predetermined number of pauses. an actuator; an instrument having an end effector located at a distal end of the instrument and one or more drive mechanisms for coupling force or torque from the actuator to the end effector ; one or more processors configured to: set a velocity set point of the actuator to an initial velocity; monitor force or torque applied by the actuator; when the applied force or torque is above a first force or torque limit, determine whether a continue condition for an operation is satisfied; when the continue condition is satisfied, pause movement of the actuator; and when the continue condition is not satisfied, determine whether operation of the actuator where the applied force of torque is allowed to exceed an upper limit on force or torque should take place, characterized in that the continue condition comprises: a total duration of all pauses of movement of the actuator remaining below a maximum pause duration; or a count of a number of pauses of the movement of the actuator remaining below a predetermined number of pauses. set a velocity set point of the actuator to an initial velocity; monitor force or torque applied by the actuator; when the applied force or torque is above a first force or torque limit, determine whether a continue condition for an operation is satisfied; when the continue condition is satisfied, pause movement of the actuator; and when the continue condition is not satisfied, determine whether operation of the actuator where the applied force of torque is allowed to exceed an upper limit on force or torque should take place, characterized in that the continue condition comprises: a total duration of all pauses of movement of the actuator remaining below a maximum pause duration; or a count of a number of pauses of the movement of the actuator remaining below a predetermined number of pauses. a total duration of all pauses of movement of the actuator remaining below a maximum pause duration; or a count of a number of pauses of the movement of the actuator remaining below a predetermined number of pauses.
A double-edged razor blade , comprising: a first unit blade having a first cutting edge ; a second unit blade having a second cutting edge ; a first connecting portion connecting one side of the first unit blade with one side of the second unit blade ; a second connecting portion connecting the other side of the first unit blade with the other side of the second unit blade ; a pair of first notches forming a boundary between the first unit blade and the first and the second connecting portions , and guiding breakage of the first unit blade ; and a pair of second notches forming a boundary between the second unit blade and the first and the second connecting portions , guiding breakage of the second unit blade , characterized in that a pair of third notches formed to traverse the first connecting portion and the second conneting portion to guide breakage of the first connecting portion and the second connecting portion . a first unit blade having a first cutting edge ; a second unit blade having a second cutting edge ; a first connecting portion connecting one side of the first unit blade with one side of the second unit blade ; a second connecting portion connecting the other side of the first unit blade with the other side of the second unit blade ; a pair of first notches forming a boundary between the first unit blade and the first and the second connecting portions , and guiding breakage of the first unit blade ; and a pair of second notches forming a boundary between the second unit blade and the first and the second connecting portions , guiding breakage of the second unit blade , characterized in that a pair of third notches formed to traverse the first connecting portion and the second conneting portion to guide breakage of the first connecting portion and the second connecting portion .
An apparatus comprising: an adjustable driver configured to provide an output current based on a control signal ; a differential voltage generator configured to produce a differential drive signal (132-1, 132-2) based on the output current received from the adjustable driver ; and a trim current generator configured to produce a trim signal (138-1, 138-2) based on the differential drive signal (132-1, 132-2) received from the differential voltage generator , wherein the differential voltage generator is a first resistor (R1) through which the output current of the adjustable driver passes to produce the differential drive signal (132-1, 132-2), wherein the differential drive signal (132-1, 132-2) is a voltage signal including a first drive voltage (132-1) and a second drive voltage (132-2), wherein the trim current generator comprises a first series circuit of a second resistor (R2) and a first transistor (P1) and a second series circuit of a third resistor (R3) and a second transistor (P2), wherein the first drive voltage (132-1) drives a gate node of the first transistor (P1) and the second drive voltage (132-2) drives a gate node of the second transistor (P2), wherein a resistance of the second resistor (R2) is K times greater than a resistance of the first resistor (R1); wherein a magnitude of a resistance of the third resistor (R3) is K times greater than a resistance of the first resistor (R1); and wherein K represents a ratio value. an adjustable driver configured to provide an output current based on a control signal ; a differential voltage generator configured to produce a differential drive signal (132-1, 132-2) based on the output current received from the adjustable driver ; and a trim current generator configured to produce a trim signal (138-1, 138-2) based on the differential drive signal (132-1, 132-2) received from the differential voltage generator , wherein the differential voltage generator is a first resistor (R1) through which the output current of the adjustable driver passes to produce the differential drive signal (132-1, 132-2), wherein the differential drive signal (132-1, 132-2) is a voltage signal including a first drive voltage (132-1) and a second drive voltage (132-2), wherein the trim current generator comprises a first series circuit of a second resistor (R2) and a first transistor (P1) and a second series circuit of a third resistor (R3) and a second transistor (P2), wherein the first drive voltage (132-1) drives a gate node of the first transistor (P1) and the second drive voltage (132-2) drives a gate node of the second transistor (P2), wherein a resistance of the second resistor (R2) is K times greater than a resistance of the first resistor (R1); wherein a magnitude of a resistance of the third resistor (R3) is K times greater than a resistance of the first resistor (R1); and wherein K represents a ratio value.
A method for automatically generating a security policy for a device controller, the method comprising: receiving, by a security policy generation system and from a device controller development environment , code for a device controller; selecting middleware that enforces a security policy based on an operating system kernel intended for running the received code ; analyzing the received code for the device controller; determining a set of behaviors expected during operation of the device controller according to the code ; based at least in part on the analyzing and the determining, automatically generating the security policy , the security policy comprising a whitelist of permitted behaviors and preventing behaviors that deviate from the permitted behaviors, generating the security policy comprising: generating a signature for each process implemented in the code for the device controller, and adding the signature to a whitelist portion of the security policy ; and providing the selected middleware along with the generated security policy . receiving, by a security policy generation system and from a device controller development environment , code for a device controller; selecting middleware that enforces a security policy based on an operating system kernel intended for running the received code ; analyzing the received code for the device controller; determining a set of behaviors expected during operation of the device controller according to the code ; based at least in part on the analyzing and the determining, automatically generating the security policy , the security policy comprising a whitelist of permitted behaviors and preventing behaviors that deviate from the permitted behaviors, generating the security policy comprising: generating a signature for each process implemented in the code for the device controller, and adding the signature to a whitelist portion of the security policy ; and generating a signature for each process implemented in the code for the device controller, and adding the signature to a whitelist portion of the security policy ; and providing the selected middleware along with the generated security policy .
Extraction and suction nozzle for a handheld vacuum cleaner to be held in the hand of a user during designated use for sucking up liquids or liquid/air mixtures from flat surfaces , having a suction channel connection and a nozzle body which has at least one squeegee which is movable along the surface for drawing off liquid in a drawing-off direction (A), and at least one suction gap , arranged in the region of a liquid collection side of the squeegee , for sucking the liquid collected upstream of the extraction lip into a suction chamber which is fluidically connected to the suction duct connection , wherein the nozzle body being embodied in two parts with a supporting body on the device side having the suction channel connection and a suction body comprising the squeegee and the suction gap and wherein the support body has a support arranged at a distance from the extractor lip and in front of the extractor lip , as seen in the extractor direction (A), for support on the surface , and the suction body has a joint about an axis of rotation (D), which is parallel to the contact edge of the squeegee on the surface and is connected to the connection body so as to be rotatable against the force of a spring means which sets the pull-off lip against the surface when the support rests against the surface and wherein the support is embodied relative to the suction channel connection in such a way that, when the extractor and suction nozzle is pressed against the surface , it is supported in the contact area against the surface by means of a flat or linear supporting surface , wherein the line of action of a pressure force acting on the suction channel connection extends through the contact area of the support with the surface , which contact region is not variable in position relative to the suction channel connection , characterised in that the suction body has, on the side of the supporting surface facing away from the extraction lip , a guide surface which is a surface curved in the direction of the suction channel connection and which moves away from the surface to be extracted with increasing distance of the supporting surface , wherein the nozzle body has at least one guide pin which projects from the housing of the nozzle body in the extractor direction (A) to form the guide surface .
A method of detecting a ligature on a door, the method comprising the steps: (i) providing a door mounted within a door frame on mounting means, load sensing means configured to determine the load applied by the door to the mounting means, a movement sensing means configured to determine whether the door is moving relative to the door frame , and processing means , (ii) determining whether the door is substantially stationary using the movement sensing means ; (iii) when the door is determined to be substantially stationary, determining the load applied by the door a plurality of times to provide a plurality of load readings; (iv) averaging the plurality of load readings to produce an average load reading; (v) calculating a threshold value from the average load reading; (vi) determining the load applied by the door ; and (vii) determining whether the load applied by the door in step (vi) is greater than the threshold value, wherein a load that is greater than the threshold value is indicative of a ligature on the door . (i) providing a door mounted within a door frame on mounting means, load sensing means configured to determine the load applied by the door to the mounting means, a movement sensing means configured to determine whether the door is moving relative to the door frame , and processing means , (ii) determining whether the door is substantially stationary using the movement sensing means ; (iii) when the door is determined to be substantially stationary, determining the load applied by the door a plurality of times to provide a plurality of load readings; (iv) averaging the plurality of load readings to produce an average load reading; (v) calculating a threshold value from the average load reading; (vi) determining the load applied by the door ; and (vii) determining whether the load applied by the door in step (vi) is greater than the threshold value,
A voltage measuring apparatus that is configured to measure voltage between a positive terminal and a negative terminal of a device, the voltage measuring apparatus is characterised by : a PTC thermistor that is connected to one of terminals of the device wherein the PTC thermistor is mounted on a location where the temperature abnormality is detected and where the temperature is expected to become highest; and a measuring circuit including input ports, the PTC thermistor being connected in series between said one of the terminals of the device and one of the input ports of the measuring circuit , the measuring circuit being configured to measure voltage of said one of the terminals through the PTC thermistor with respect to a specified reference potential and voltage of the other of the terminals with respect to the reference potential, wherein the voltage measuring apparatus is configured to detect temperature abnormality of the device or components associated with the device, and the measuring circuit is configured to output a signal that indicates the temperature abnormality when an absolute value of the voltage of said one of the terminals through the PTC thermistor is different from an absolute value of the voltage of said other of the terminals. a PTC thermistor that is connected to one of terminals of the device wherein the PTC thermistor is mounted on a location where the temperature abnormality is detected and where the temperature is expected to become highest; and a measuring circuit including input ports, the PTC thermistor being connected in series between said one of the terminals of the device and one of the input ports of the measuring circuit , the measuring circuit being configured to measure voltage of said one of the terminals through the PTC thermistor with respect to a specified reference potential and voltage of the other of the terminals with respect to the reference potential, wherein the voltage measuring apparatus is configured to detect temperature abnormality of the device or components associated with the device, and the measuring circuit is configured to output a signal that indicates the temperature abnormality when an absolute value of the voltage of said one of the terminals through the PTC thermistor is different from an absolute value of the voltage of said other of the terminals.
A method for manufacturing a flexible battery, comprising the steps of: preparing an electrode current collector having a current collecting portion provided with at least one through-hole; carrying out electrospinning of electrode slurry comprising an electrode active material, a binder, a conductive material and a solvent on at least one surface of an edge of the current collecting portion and over the through-hole to form an electrode active material layer on at least one surface of the electrode current collector; and forming a battery provided with the electrode current collector having the electrode active material layer formed thereon as an electrode. preparing an electrode current collector having a current collecting portion provided with at least one through-hole; carrying out electrospinning of electrode slurry comprising an electrode active material, a binder, a conductive material and a solvent on at least one surface of an edge of the current collecting portion and over the through-hole to form an electrode active material layer on at least one surface of the electrode current collector; and forming a battery provided with the electrode current collector having the electrode active material layer formed thereon as an electrode.
A disassembled functional bed base consisting of storage base , legs , back side parts , base headboard , back top slab , and headboard cover , characterized in that , it comprises the joint elements of; a nut (a) that is welded to the metal profile part of the storage base ; a joint hole (b) that is drilled on the metal profile part of the back top slab ; a stud (c) that is placed between said nut (a) and the joint hole (b) while back top slab is assembling to the storage base ; and a wing nut (d) that fastens the storage base and the back top slab by means of said stud (c) without requiring a clamping apparatus.