mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first network device , the method comprising: - obtaining , from an identity management device , information about a user device , - registering , in the first network device , a user identity attribute request for the user device , - committing , to a distributed ledger , a first transaction comprising the user identity attribute request, - receiving a result of the execution of a consensus mechanism for verifying a list of user identity attributes of the user device , wherein the consensus mechanism is executed by devices that are part of the distributed ledger , and - sending, to a second network device, if the result of the execution of the consensus mechanism is positive, a request to access a user identity attribute and a value of the user identity attribute of the user device , wherein the request comprises information on fulfilling at least a condition for recovering the user identity attribute of the user device . - obtaining , from an identity management device , information about a user device , - registering , in the first network device , a user identity attribute request for the user device , - committing , to a distributed ledger , a first transaction comprising the user identity attribute request, - receiving a result of the execution of a consensus mechanism for verifying a list of user identity attributes of the user device , wherein the consensus mechanism is executed by devices that are part of the distributed ledger , and - sending, to a second network device, if the result of the execution of the consensus mechanism is positive, a request to access a user identity attribute and a value of the user identity attribute of the user device , wherein the request comprises information on fulfilling at least a condition for recovering the user identity attribute of the user device .
A piston (18a,b) for a pump , the piston (18a,b) comprising: a hub portion defining opposing outer surfaces and concave lateral portions between the opposing outer surfaces; and inserts configured to provide a replaceable surface coupled to each of the opposing outer surfaces; wherein the piston (18a,b) further comprises at least one shim adapted to provide adjustability of the distance between the center of the hub portion and an outer surface of inserts; wherein the hub portion comprises two lateral hub halves coupled to one another, and wherein the inserts comprise a base portion and an outer shell. a hub portion defining opposing outer surfaces and concave lateral portions between the opposing outer surfaces; and inserts configured to provide a replaceable surface coupled to each of the opposing outer surfaces; wherein the piston (18a,b) further comprises at least one shim adapted to provide adjustability of the distance between the center of the hub portion and an outer surface of inserts; wherein the hub portion comprises two lateral hub halves coupled to one another, and wherein the inserts comprise a base portion and an outer shell.
A pharmaceutical composition for use in a method of treating or preventing non-alcoholic steatohepatitis, comprising as an active ingredient the pyrimidine-4-carboxamide compound of the Chemical Formula 1.
A method of configuring at least one industrial machine , wherein the machine comprises a plurality of separate devices , for example, field devices, programmable logic controllers (PLCs) and/or field buses, wherein, by means of an electronic configuration system , - a predefined configuration template is provided, wherein at least two separate devices of the machine are associated with the configuration template , wherein the configuration template comprises a mapping rule that specifies which devices may or have to be associated with the configuration template , and wherein dependencies between individual devices are stored in the configuration template , - the configuration template is used to configure at least one function of the industrial machine , - a respective parameter set having device parameters for the at least two separate devices is generated from the configured function, wherein the configuration template comprises a device parameter set of rules, wherein the device parameters are defined by means of the device parameter set of rules, - the parameter set is transmitted to the at least two separate devices to configure the devices . - a predefined configuration template is provided, wherein at least two separate devices of the machine are associated with the configuration template , wherein the configuration template comprises a mapping rule that specifies which devices may or have to be associated with the configuration template , and wherein dependencies between individual devices are stored in the configuration template , - the configuration template is used to configure at least one function of the industrial machine , - a respective parameter set having device parameters for the at least two separate devices is generated from the configured function, wherein the configuration template comprises a device parameter set of rules, wherein the device parameters are defined by means of the device parameter set of rules, - the parameter set is transmitted to the at least two separate devices to configure the devices .
Method for operating a wind turbine , comprising - providing a critical value of an indicator for the occurrence of a flow separation on a pressure side of a rotor blade of a rotor of the wind turbine , wherein the indicator comprises a pitch angle of the rotor blade , - changing an operational management of the wind turbine using the indicator, characterized by the wind turbine being operated with reduced nominal power level in a reduced power mode and the step of changing the operational management comprises increasing the rotation speed (N) such that the critical value of the indicator is not exceeded. - providing a critical value of an indicator for the occurrence of a flow separation on a pressure side of a rotor blade of a rotor of the wind turbine , wherein the indicator comprises a pitch angle of the rotor blade , - changing an operational management of the wind turbine using the indicator,
A device for securing a hazardous area, having at least one distance-measuring optical sensor which is designed for object detection in a planar or spatial detection area, said object monitoring being carried out within at least one predetermined protective field in order to secure the hazardous area with the optical sensor , characterised in that the object monitoring in the predetermined protective field can be deactivated by means of a control signal, and in that , depending on an object present in the hazardous area, at least one new protective field is generated, within which the optical sensor continues said object monitoring, and in that the new protective field is deactivated for a predetermined activation time, and in that , after the activation time has elapsed, the optical sensor again carries out said object monitoring within the predetermined protective field .
A method for servicing a dual-stage, mixed gas/fluid shock strut , comprising: measuring a servicing temperature; and charging a secondary gas chamber with a first quantity of compressed gas, wherein a secondary chamber pressure corresponds to the servicing temperature; characterized by : pumping an oil into a primary chamber of the dual-stage, mixed gas/fluid shock strut until the secondary chamber pressure matches an oil servicing reference curve; and charging the primary chamber with a second quantity of compressed gas; the method further comprising extending the dual-stage, mixed gas/fluid shock strut in response to the pumping, wherein the dual-stage, mixed gas/fluid shock strut extends such that a shock strut extension and the secondary chamber pressure match an oil servicing reference curve. measuring a servicing temperature; and charging a secondary gas chamber with a first quantity of compressed gas, wherein a secondary chamber pressure corresponds to the servicing temperature; characterized by : pumping an oil into a primary chamber of the dual-stage, mixed gas/fluid shock strut until the secondary chamber pressure matches an oil servicing reference curve; and charging the primary chamber with a second quantity of compressed gas; the method further comprising extending the dual-stage, mixed gas/fluid shock strut in response to the pumping, wherein the dual-stage, mixed gas/fluid shock strut extends such that a shock strut extension and the secondary chamber pressure match an oil servicing reference curve. pumping an oil into a primary chamber of the dual-stage, mixed gas/fluid shock strut until the secondary chamber pressure matches an oil servicing reference curve; and charging the primary chamber with a second quantity of compressed gas; the method further comprising extending the dual-stage, mixed gas/fluid shock strut in response to the pumping, wherein the dual-stage, mixed gas/fluid shock strut extends such that a shock strut extension and the secondary chamber pressure match an oil servicing reference curve.
A luminaire , comprising a housing to be mounted and a detachable support , wherein: the detachable support comprises: a first arm having a first connection portion and a countersunk hole ; a second arm having a second connection portion ; and a frame having a first end portion and a second end portion , which are respectively hinged to the first arm and the second arm ; characterized in that : the housing to be mounted has two grooves and a spring loaded bolt corresponding to the countersunk hole ; the first connection portion of the first arm and the second connection portion of the second arm are operable to be inserted and fixed into the two grooves respectively; and the spring loaded bolt is operable to be inserted into the countersunk hole to lock the first arm . a first arm having a first connection portion and a countersunk hole ; a second arm having a second connection portion ; and a frame having a first end portion and a second end portion , which are respectively hinged to the first arm and the second arm ; characterized in that : the housing to be mounted has two grooves and a spring loaded bolt corresponding to the countersunk hole ; the first connection portion of the first arm and the second connection portion of the second arm are operable to be inserted and fixed into the two grooves respectively; and the spring loaded bolt is operable to be inserted into the countersunk hole to lock the first arm . the housing to be mounted has two grooves and a spring loaded bolt corresponding to the countersunk hole ; the first connection portion of the first arm and the second connection portion of the second arm are operable to be inserted and fixed into the two grooves respectively; and the spring loaded bolt is operable to be inserted into the countersunk hole to lock the first arm .
A vehicle drive device comprising: in-wheel motors that are provided in auxiliary drive wheels (2b; 102b; 202a; 302b) of the vehicle and drives the auxiliary drive wheels (2b; 102b; 202a; 302b); a body side motor that is provided in a body of the vehicle and drives main drive wheels (2a; 102a; 202a; 302b) of the vehicle ; a battery ; and a capacitor , wherein the battery and the capacitor are connected in series, and a voltage of the battery is applied to the body side motor and a voltage, which is sum of the voltage of the battery and a voltage of the capacitor , is applied to the in-wheel motor and wherein the in-wheel motors drive the auxiliary drive wheels (2b; 102b, 202b, 302b) only when a vehicle speed is higher than a predetermined speed. in-wheel motors that are provided in auxiliary drive wheels (2b; 102b; 202a; 302b) of the vehicle and drives the auxiliary drive wheels (2b; 102b; 202a; 302b); a body side motor that is provided in a body of the vehicle and drives main drive wheels (2a; 102a; 202a; 302b) of the vehicle ; a battery ; and a capacitor , wherein the battery and the capacitor are connected in series, and a voltage of the battery is applied to the body side motor and a voltage, which is sum of the voltage of the battery and a voltage of the capacitor , is applied to the in-wheel motor and wherein the in-wheel motors drive the auxiliary drive wheels (2b; 102b, 202b, 302b) only when a vehicle speed is higher than a predetermined speed.
A baler comprising a baling chamber (C) that includes a bale-forming channel (A) having an inlet end and an outlet end , a plunger (D) mounted within the channel for compressing bale material in the channel and driving the compressed bale material towards the outlet end of the channel, and a rotary drive mechanism (X) for driving reciprocating movement of the plunger, wherein the baler includes an additional drive means (D2) for driving the compressed bale material towards the outlet end of the channel, wherein the additional drive means comprises a secondary plunger (D2) configured for reciprocating movement within the baling chamber (C); characterized in that rotary drive mechanism (X) is configured such that there is a phase difference in the reciprocating movement of the plunger (D) and the secondary plunger (D2) whereby the reciprocating movement of the plunger (D) leads the reciprocating movement of the secondary plunger (D2) and the secondary plunger is configured to extend further than the plunger (D) into the baling chamber during a compression stroke, said additional drive means (D2) being configured to drive the compressed bale material towards the outlet end of the channel during successive compression cycles of the plunger, thereby reducing torque in the rotary drive mechanism (X).
An abnormality control device for a construction machine, the abnormality control device being provided in the construction machine and connected to a service apparatus that can select the content of maintenance work, comprising: an abnormality detection means for detecting abnormality information of an apparatus to be inspected that is installed on the construction machine ; a mode switch means for switching a work mode between an ordinary mode and a maintenance mode; and an abnormality information output means for outputting the abnormality information to a server via a wireless communication terminal , characterized in that the service apparatus outputs, to the mode switching means , a switching command for switching from the ordinary mode to the maintenance mode, when the selected maintenance work content is a predetermined maintenance work content; the mode switching means automatically switches from the ordinary mode to the maintenance mode on the basis of the switching command outputted from the service device ; whereas the abnormality information output means , in the ordinary mode, outputs the abnormality information of the apparatus to be inspected that is detected by the abnormality detection means to the server ; and, in the maintenance mode, does not output the abnormality information of the apparatus to be inspected that is detected by the abnormality detection means to the server . an abnormality detection means for detecting abnormality information of an apparatus to be inspected that is installed on the construction machine ; a mode switch means for switching a work mode between an ordinary mode and a maintenance mode; and an abnormality information output means for outputting the abnormality information to a server via a wireless communication terminal , the service apparatus outputs, to the mode switching means , a switching command for switching from the ordinary mode to the maintenance mode, when the selected maintenance work content is a predetermined maintenance work content; the mode switching means automatically switches from the ordinary mode to the maintenance mode on the basis of the switching command outputted from the service device ; whereas the abnormality information output means , in the ordinary mode, outputs the abnormality information of the apparatus to be inspected that is detected by the abnormality detection means to the server ; and, in the maintenance mode, does not output the abnormality information of the apparatus to be inspected that is detected by the abnormality detection means to the server .
A parallel filter structure for processing a signal, wherein the parallel filter structure comprises a signal input configured to receive a time and value discrete input signal, wherein the parallel filter structure comprises a feed forward equalizer module connected with the signal input for receiving the time and value discrete input signal, wherein the parallel filter structure comprises a decision feedback equalizer module connected with the signal input for receiving the time and value discrete input signal, characterized in that the feed forward equalizer module and the decision feedback equalizer module together form a parallel circuit such that both equalizer modules process the same time and value discrete input signal in parallel.
An apparatus for storing and transporting cryogenically liquefied gases with a thermally insulated container, which is interspersed by pipes and optionally by measuring lines and having an insulated jacket or an insulated sheath, wherein the pipes and the measuring lines , if any, are surrounded within of the container by a pressure resistor , characterized in that in the container a cup is arranged, wherein the inner diameter of the cup is selected to be greater than the outer diameter of the pressure resistor , wherein the outer diameter of the cup is selected to be smaller than the inner diameter of the container and wherein the cup bottom is spaced from the container bottom and that the space between the container and the cup is filled with reflective foils , in particular the space between the cup side and cup bottom and the container.
A sampler device for taking a sample of a liquid, the device comprising: • a container including a housing closed by a cap and containing at least one sampling flask ; • at least one inlet duct for each sampling flask, the inlet duct passing through the cap and opening out into the flask via its bottom end ; • at least one exhaust duct passing through the cap and having its top end extending above the top end(s) of the inlet duct(s) ; • for each inlet duct, a first closure member such as a stopper, serving to shut the top end of the inlet duct; and • at least one first member for withdrawing the first closure member(s) from the inlet duct(s), which member is connected to said first closure member(s) and serves to open the inlet duct(s) when the device is lowered to the desired sampling depth; the device being characterized in that it includes, for each flask, sealing means arranged to isolate the flask from the container , and in that , for each flask, a bottom end of the exhaust duct opens out into the flask below the opening of the flask, so as to enable a gas blanket to be maintained in the flask above the sampled liquid in the flask, and to prevent the flask being completely filled with the sampled liquid. • a container including a housing closed by a cap and containing at least one sampling flask ; • at least one inlet duct for each sampling flask, the inlet duct passing through the cap and opening out into the flask via its bottom end ; • at least one exhaust duct passing through the cap and having its top end extending above the top end(s) of the inlet duct(s) ; • for each inlet duct, a first closure member such as a stopper, serving to shut the top end of the inlet duct; and • at least one first member for withdrawing the first closure member(s) from the inlet duct(s), which member is connected to said first closure member(s) and serves to open the inlet duct(s) when the device is lowered to the desired sampling depth;
A method of operating a computer system of a motor vehicle , the method comprising: receiving, via a processor device of the computer system, camera image data captured by a side view camera of the motor vehicle, the camera image data comprising a camera field of view; displaying display image data on a display screen, the display image data comprising a display field of view of at least a portion of the camera field of view of the camera image data; and adjusting the display field of view during a turning operation of the motor vehicle based on a lift axle position of at least one lift axle of the motor vehicle. receiving, via a processor device of the computer system, camera image data captured by a side view camera of the motor vehicle, the camera image data comprising a camera field of view; displaying display image data on a display screen, the display image data comprising a display field of view of at least a portion of the camera field of view of the camera image data; and adjusting the display field of view during a turning operation of the motor vehicle based on a lift axle position of at least one lift axle of the motor vehicle.
A transmission management apparatus for managing transmission states of a plurality of transmission terminals including a first transmission terminal and a second transmission terminal , the transmission management apparatus comprising: a terminal management table storage unit configured to store therein a terminal management table in which terminal information including an identifier and an identification name of each of the transmission terminals is managed, and configured to store a transmission state of each transmission terminal of the plurality of transmission terminals in association with the terminal information; a receiving unit configured to receive a terminal information request from the first transmission terminal that is currently in a communication transmission state through an established session with the second transmission terminal , the terminal information request indicating a request for information for identifying the second transmission terminal that is currently in a communication transmission state with the first transmission terminal ; a terminal state acquisition unit configured to acquire the information for identifying the second transmission terminal from the terminal management table based on the transmission states stored in the storage unit in response to reception of the terminal information request; and a transmitting unit configured to transmit the information acquired by the terminal state acquisition unit to the first transmission terminal . a terminal management table storage unit configured to store therein a terminal management table in which terminal information including an identifier and an identification name of each of the transmission terminals is managed, and configured to store a transmission state of each transmission terminal of the plurality of transmission terminals in association with the terminal information; a receiving unit configured to receive a terminal information request from the first transmission terminal that is currently in a communication transmission state through an established session with the second transmission terminal , the terminal information request indicating a request for information for identifying the second transmission terminal that is currently in a communication transmission state with the first transmission terminal ; a terminal state acquisition unit configured to acquire the information for identifying the second transmission terminal from the terminal management table based on the transmission states stored in the storage unit in response to reception of the terminal information request; and a transmitting unit configured to transmit the information acquired by the terminal state acquisition unit to the first transmission terminal .