mhurhangee/ep-ind-claims huggingface dataset:
A method for grinding a product to be ground in a mill comprising a grinding body and at least one roller that rolls on the grinding body under a grinding pressure, wherein a. the product to be ground is supplied in the form of a product flow such that it forms a grinding bed between the grinding body and the roller and is crushed by the roller in the grinding bed, b. a grinding bed height of the grinding bed between the grinding body and the roller is continuously measured during the grinding process, and c. the mill is controlled by means of manipulated variables such that a predefined nominal state is achieved, wherein the manipulated variables comprise at least the grinding pressure and the product flow and the nominal state at least comprises a nominal value for the grinding bed height, characterized in that d. a mechanical state of the roller is continuously determined during the grinding process and a stability of the grinding bed is determined thereof, and e. the nominal state at least comprises a nominal value for the stability of the grinding bed. a. the product to be ground is supplied in the form of a product flow such that it forms a grinding bed between the grinding body and the roller and is crushed by the roller in the grinding bed, b. a grinding bed height of the grinding bed between the grinding body and the roller is continuously measured during the grinding process, and c. the mill is controlled by means of manipulated variables such that a predefined nominal state is achieved, wherein the manipulated variables comprise at least the grinding pressure and the product flow and the nominal state at least comprises a nominal value for the grinding bed height, d. a mechanical state of the roller is continuously determined during the grinding process and a stability of the grinding bed is determined thereof, and e. the nominal state at least comprises a nominal value for the stability of the grinding bed.
A tank interior pipe in fuel tanks of motor vehicles, wherein the pipe has a fluid channel and a pipe wall enveloping the fluid channel, wherein the pipe wall is multilayered in design and consists of at least three layers, wherein an inner layer based on at least one polyolefin, preferably based on polyethylene, is provided, wherein at least one central layer based on at least one aliphatic and/or partially aromatic polyamide is present, and wherein an outer layer based on at least one polyolefin, preferably based on polyethylene, is provided, wherein the inner layer and/or outer layer has a lower layer thickness than the at least one central layer.
Mobile suction device, in particular site or workshop suction device, having a suction device housing and a suction unit located therein for generating a suction flow, wherein suction device housing has a suction inlet for connecting a suction line and a filter assembly and a dirt collecting chamber are provided in suction device housing upstream of the suction unit, wherein the suction device housing is on its top side designed for stacking a container (400, 450) along a stacking direction, wherein the suction device housing has a base housing and a cover, with which an interior of the base housing can be closed off, characterised in that the suction inlet is located at the cover or adjacent to the cover on the top side of the suction device housing provided for stacking the upper container (400, 450) in a fixed region of the top side of the suction device housing, and in that the suction device housing has in the region of the top side of the suction device housing first coupling means for interaction with second coupling means of the upper container (400, 450) for coupling the suction device housing to the upper container (400, 450) in a pull-off resistant manner in the stacking direction.
A device for treating tissue, comprising: a capsule extending longitudinally from a proximal end to a distal end and including a channel extending therethrough; first and second clip arms, proximal ends of which are received within the channel so that the first and second clip arms are movable relative to one another between an open configuration and a closed configuration; a deployment mechanism including a tension member connected to a proximal end of the first and second clip arms, a yoke releasably coupled to the tension member and longitudinally movable relative to the capsule to move the first and second clip arms between the open and closed configurations, the tension member and yoke configured to separate from one another to release the device from a proximal portion thereof, in response to a predetermined proximal force relative to the tension member; and a locking mechanism coupled to the deployment mechanism and including a pair of locking fingers configured to engage a corresponding locking feature of the capsule to lock the first and second clip arms in the closed configuration, when the yoke is separated from the tension member, characterized in that the capsule has a length ranging from between 7.5 mm to 8.5 mm. a capsule extending longitudinally from a proximal end to a distal end and including a channel extending therethrough; first and second clip arms, proximal ends of which are received within the channel so that the first and second clip arms are movable relative to one another between an open configuration and a closed configuration; a deployment mechanism including a tension member connected to a proximal end of the first and second clip arms, a yoke releasably coupled to the tension member and longitudinally movable relative to the capsule to move the first and second clip arms between the open and closed configurations, the tension member and yoke configured to separate from one another to release the device from a proximal portion thereof, in response to a predetermined proximal force relative to the tension member; and a locking mechanism coupled to the deployment mechanism and including a pair of locking fingers configured to engage a corresponding locking feature of the capsule to lock the first and second clip arms in the closed configuration, when the yoke is separated from the tension member, characterized in that the capsule has a length ranging from between 7.5 mm to 8.5 mm.
A computing device comprising: a touch display module, TDM, including a TDM datastore storing a first identification number specific to the TDM; and a system chassis including a system datastore storing system firmware and a second identification number, the system firmware to compare the first identification number to the second identification number, authorize a TDM calibration process if the first identification number differs from the second identification number, and reset the first identification number equal to the second identification number, wherein the system datastore further stores an operating system, wherein authorizing the TDM calibration process includes: unlocking TDM calibration data via the system firmware; and executing the TDM calibration process via the operating system during a subsequent boot of the operating system. a touch display module, TDM, including a TDM datastore storing a first identification number specific to the TDM; and a system chassis including a system datastore storing system firmware and a second identification number, the system firmware to compare the first identification number to the second identification number, authorize a TDM calibration process if the first identification number differs from the second identification number, and reset the first identification number equal to the second identification number, wherein the system datastore further stores an operating system, wherein authorizing the TDM calibration process includes: unlocking TDM calibration data via the system firmware; and executing the TDM calibration process via the operating system during a subsequent boot of the operating system. unlocking TDM calibration data via the system firmware; and executing the TDM calibration process via the operating system during a subsequent boot of the operating system.
A cyberattack information analysis program comprising instructions which, when the program is executed by a computer, cause the computer to execute processes comprising: a collecting process of collecting a plurality of pieces of cyberattack information; a specifying process of analyzing the plurality of pieces of collected cyberattack information, specifying a plurality of addresses of cyberattack sources included in the plurality of pieces of cyberattack information, and specifying a period in which each of the specified addresses of the plurality of cyberattack sources is observed; a determining process of determining an address range or some addresses included in the address range as monitoring targets according to a result of comparing a first period distribution of an observed period corresponding to the plurality of specified addresses and a second period distribution of an observed period for the address range; and an outputting process of outputting information regarding the determined address range or some addresses included in the address range, characterised in that the determining process determines an address range corresponding to the second period distribution or some addresses included in the address range as monitoring targets in a case where a ratio of addresses observed for a longer period than a predetermined threshold in the second period distribution is more than that in the first period distribution when the first period distribution and the second period distribution are compared. a collecting process of collecting a plurality of pieces of cyberattack information; a specifying process of analyzing the plurality of pieces of collected cyberattack information, specifying a plurality of addresses of cyberattack sources included in the plurality of pieces of cyberattack information, and specifying a period in which each of the specified addresses of the plurality of cyberattack sources is observed; a determining process of determining an address range or some addresses included in the address range as monitoring targets according to a result of comparing a first period distribution of an observed period corresponding to the plurality of specified addresses and a second period distribution of an observed period for the address range; and an outputting process of outputting information regarding the determined address range or some addresses included in the address range, characterised in that the determining process determines an address range corresponding to the second period distribution or some addresses included in the address range as monitoring targets in a case where a ratio of addresses observed for a longer period than a predetermined threshold in the second period distribution is more than that in the first period distribution when the first period distribution and the second period distribution are compared.
Transmission shaft, mounted by means of a locating bearing (2, 3) and at least one floating bearing, having at least one gearwheel which is arranged in the radial direction between the locating bearing (2, 3) and the floating bearing and is fixed on the transmission shaft; the locating bearing (2, 3) being formed by way of at least one anti-friction bearing; the floating bearing being formed by way of at least one plain bearing; characterized in that the locating bearing (2, 3) is configured as an adjusted bearing arrangement.
Method for the digital documentation and simulation of a passenger transport installation by means of a detection apparatus, comprising: - a central position analysis device; - at least one local position detection device; - at least one portable tool having technical means for recording data from connection components installed with this tool, together with their position and installation parameters which are measured by the portable tool during installation; - a central data storage and data processing unit in which parameters for the documentation and simulation of the passenger transport installation are stored, - wherein a communication connection (K1A, K1B, K2, K3) is set up between the tool, the at least one local position detection device, the central position analysis device and the central data storage and data processing unit, - wherein, using data of the installed connection components which are transmitted from the tool via the at least one local position detection device and the central position analysis device to the central data storage and data processing unit, installation data records are generated, - wherein an installation data record comprises at least one identifier for the assigned, installed connection component VE, its measured position and the installation parameters measured by the tool, and - wherein these installation data records are entered in a position-defined manner into a digital twin data record which maps the physical passenger transport installation. - a central position analysis device; - at least one local position detection device; - at least one portable tool having technical means for recording data from connection components installed with this tool, together with their position and installation parameters which are measured by the portable tool during installation; - a central data storage and data processing unit in which parameters for the documentation and simulation of the passenger transport installation are stored, - wherein a communication connection (K1A, K1B, K2, K3) is set up between the tool, the at least one local position detection device, the central position analysis device and the central data storage and data processing unit, - wherein, using data of the installed connection components which are transmitted from the tool via the at least one local position detection device and the central position analysis device to the central data storage and data processing unit, installation data records are generated, - wherein an installation data record comprises at least one identifier for the assigned, installed connection component VE, its measured position and the installation parameters measured by the tool, and - wherein these installation data records are entered in a position-defined manner into a digital twin data record which maps the physical passenger transport installation.
Method for managing torque taken from a heat engine by an alternator to produce electricity in order to meet an electrical need, the method comprising the steps of: - determination of electrical needs, - determination and application of a torque setpoint to be taken from the heat engine by the alternator to meet the determined electrical need, this setpoint being progressive according to a first ramp of torque rise, when a stall of the heat engine is detected during the gradual rise of the torque setpoint to be taken, the heat engine is restarted and a torque setpoint to be taken from the heat engine by the alternator is applied according to a second torque rise ramp, characterized in that this second ramp is lower than the first ramp applied before the engine stalls. - determination of electrical needs, - determination and application of a torque setpoint to be taken from the heat engine by the alternator to meet the determined electrical need, this setpoint being progressive according to a first ramp of torque rise, when a stall of the heat engine is detected during the gradual rise of the torque setpoint to be taken, the heat engine is restarted and a torque setpoint to be taken from the heat engine by the alternator is applied according to a second torque rise ramp, characterized in that this second ramp is lower than the first ramp applied before the engine stalls.
Method for controlling an internal combustion engine provided with a gas treatment device capable of harvesting the fuel vapours originating from a fuel tank and comprising an output duct connected to the intake manifold of the internal combustion engine, a bleed valve being positioned on the output duct of the treatment device, the internal combustion engine being also fed by a cool air intake duct provided with a butterfly valve, a pressure sensor being capable of determining the pressure in the intake manifold, characterized by the fact that it comprises the following steps: the canister bleed valve is closed and the defects of the fuel injection system are learned, the aeraulic section defects of the butterfly valve are learned, the bleed valve is opened to drain the treatment device of the fuel and of the gases that it contains, when the treatment device no longer includes any fuel vapour, the section of the canister bleed valve is learned, with the valve being held open to perform this learning, the corrected aeraulic section of the bleed valve is determined by determining a corrective factor that is a function of a pressure setpoint of the manifold and of a pressure of the manifold modelled with bleed or by using a richness drift. the canister bleed valve is closed and the defects of the fuel injection system are learned, the aeraulic section defects of the butterfly valve are learned, the bleed valve is opened to drain the treatment device of the fuel and of the gases that it contains, when the treatment device no longer includes any fuel vapour, the section of the canister bleed valve is learned, with the valve being held open to perform this learning, the corrected aeraulic section of the bleed valve is determined by determining a corrective factor that is a function of a pressure setpoint of the manifold and of a pressure of the manifold modelled with bleed or by using a richness drift.
A method of detecting the dislodgement of an access device during a medical therapy, the method comprising: providing a fluid circuit including first and second fluid lines connected through the access device, wherein a fluid flow through the first and second fluid lines establishes a fluid loop when used during the medical therapy; coupling a plurality of components (24, 26, 28, 29) to the fluid circuit; injecting an electrical signal into the fluid circuit using an electrical signal device; passing the electrical signal through a conductive connection established between the first fluid line and the second fluid line to define an electrical loop that bypasses one or more of the plurality of components (24, 26, 28, 29) coupled to the fluid circuit; and measuring a change in the electrical value associated with the electrical signal within the fluid circuit in response to the dislodgement of the access device connected to the fluid circuit using a measuring device; wherein the conductive connection is separate from the electrical signal device and the measuring device. providing a fluid circuit including first and second fluid lines connected through the access device, wherein a fluid flow through the first and second fluid lines establishes a fluid loop when used during the medical therapy; coupling a plurality of components (24, 26, 28, 29) to the fluid circuit; injecting an electrical signal into the fluid circuit using an electrical signal device; passing the electrical signal through a conductive connection established between the first fluid line and the second fluid line to define an electrical loop that bypasses one or more of the plurality of components (24, 26, 28, 29) coupled to the fluid circuit; and measuring a change in the electrical value associated with the electrical signal within the fluid circuit in response to the dislodgement of the access device connected to the fluid circuit using a measuring device; wherein the conductive connection is separate from the electrical signal device and the measuring device.
Battery system (10; 100) having a hybrid battery, which comprises a first energy storage source having first energy storage cells and a second energy storage source which is connected in series with the first energy storage source and has a plurality of second energy storage cells which are different from the first energy cells, and an inverter (50; 150) which is connected at the input end to the battery and is designed to convert a DC voltage (GS1, GS2, GS3) applied to the input end into an AC voltage, in particular a polyphase AC voltage, applied to the output end, wherein the battery system (10; 100) comprises a control unit which is designed to operate the inverter (50; 150) in a first functional mode, in which it converts a DC voltage applied to the input end and provided by the first energy storage source into the AC voltage applied to the output end, or to operate the inverter (50; 150) in a second functional mode, in which it converts a DC voltage applied to the input end and provided by the second energy storage source into the AC voltage applied to the output end, or to operate the inverter (50; 150) in a third functional mode, in which it converts a DC voltage applied to the input end and provided by a series circuit of the first energy storage source and the second energy storage source into the AC voltage applied to the output end, by controlling a plurality of semiconductor switches (M1,...,M12; T1,...,T12, M1,...,M12) of the inverter (50; 150), wherein the plurality of semiconductor switches (T1,...,T12, M1,...,M12) are arranged in a first group of semiconductor switches having a plurality of first semiconductor switches (T1,...,T12) each designed to switch a DC voltage in a first DC voltage range and in a second group of semiconductor switches having a plurality of second semiconductor switches (M1,...,M12) each designed to switch a DC voltage in a second DC voltage range different from the first DC voltage range, wherein, in order to operate the inverter in each functional mode, the control unit is designed to respectively convert the corresponding DC voltage (GS1, GS2, GS3) applied to the input end into the AC voltage applied to the output end by means of the semiconductor switches in that group of semiconductor switches whose semiconductor switches are each designed to switch a DC voltage which is currently to be switched and is dependent on a current DC voltage value of the DC voltage (GS1, GS2, GS3) to be converted, characterized in that each first semiconductor switch (T1,...,T12) is assigned a second semiconductor switch (M1,...,M12) connected in parallel with it.