mhurhangee/ep-ind-claims huggingface dataset:
A field bus device for being operated in a field bus system that comprises a plurality of subscribers including the field bus device as a local subscriber and an incoming connected subscriber and an outgoing connected subscriber, comprising: - an incoming interface for receiving an incoming spread spectrum clock signal from the incoming connected subscriber; - an outgoing interface for delivering an outgoing spread spectrum clock signal to the outgoing connected subscriber; - transmitter-receiver means (12, 14) for the incoming connected subscriber; - transmitter-receiver means (16, 17) for the outgoing connected subscriber; - a local spread spectrum clock generator for providing a local spread spectrum clock signal; and - a data processing device connected to the transmitter means and receiver means of the field bus device; characterized in - that the local spread spectrum clock signal is independent of the spread spectrum clock signal (TaktO2) of the incoming connected subscriber, but cooperates with the transmitter-receiver means (16, 17) on the side of the outgoing connected subscriber to produce spectrally modified data signals of varying bit length and to transmit them in synchronization with the local spread spectrum clock signal to the outgoing connected subscriber and to receive corresponding data signals with the local spread spectrum clock signal. - an incoming interface for receiving an incoming spread spectrum clock signal from the incoming connected subscriber; - an outgoing interface for delivering an outgoing spread spectrum clock signal to the outgoing connected subscriber; - transmitter-receiver means (12, 14) for the incoming connected subscriber; - transmitter-receiver means (16, 17) for the outgoing connected subscriber; - a local spread spectrum clock generator for providing a local spread spectrum clock signal; and - a data processing device connected to the transmitter means and receiver means of the field bus device; characterized in - that the local spread spectrum clock signal is independent of the spread spectrum clock signal (TaktO2) of the incoming connected subscriber, but cooperates with the transmitter-receiver means (16, 17) on the side of the outgoing connected subscriber to produce spectrally modified data signals of varying bit length and to transmit them in synchronization with the local spread spectrum clock signal to the outgoing connected subscriber and to receive corresponding data signals with the local spread spectrum clock signal.
A work machine comprising: a first frame; a second frame turnably connected to the first frame; a steering cylinder (26, 27) connected to the second frame and the first frame and causing the second frame to turn with respect to the first frame; a hydraulic pump that supplies hydraulic fluid to the steering cylinder (26, 27); an engine that drives the hydraulic pump; a steering operating member that is operable by an operator; a steering operation sensor that outputs a steering command signal corresponding to an operation of the steering operating member; and a controller configured to control a flow rate of hydraulic fluid supplied from the hydraulic pump to the steering cylinder (26, 27) by controlling a rotation speed of the engine in accordance with the steering command signal; characterised in that the controller is further configured to acquire an operating speed of the steering operating member from the steering command signal, and control the rotation speed of the engine in accordance with the operating speed. a first frame; a second frame turnably connected to the first frame; a steering cylinder (26, 27) connected to the second frame and the first frame and causing the second frame to turn with respect to the first frame; a hydraulic pump that supplies hydraulic fluid to the steering cylinder (26, 27); an engine that drives the hydraulic pump; a steering operating member that is operable by an operator; a steering operation sensor that outputs a steering command signal corresponding to an operation of the steering operating member; and a controller configured to control a flow rate of hydraulic fluid supplied from the hydraulic pump to the steering cylinder (26, 27) by controlling a rotation speed of the engine in accordance with the steering command signal; characterised in that the controller is further configured to acquire an operating speed of the steering operating member from the steering command signal, and control the rotation speed of the engine in accordance with the operating speed. acquire an operating speed of the steering operating member from the steering command signal, and control the rotation speed of the engine in accordance with the operating speed.
A composition comprising: a polythiol compound; an aliphatic (meth)acrylic compound having a plurality of at least one of an acryloyl group or a methacryloyl group and being acyclic; a radical generator; and a Michael addition catalyst which is a diamine; characterized in that the composition further comprises a surface controller which is a silicone acrylate-based surface controller, a ratio (Ac/SH) of a total molar number (Ac) of the at least one of an acryloyl group or a methacryloyl group contained in the aliphatic (meth)acrylic compound to a total molar number of thiol groups contained in the polythiol compound is from 0.70 to 1.20, and a total content of components to is 80% by mass or more with respect to a total mass of the composition excluding solvents. a polythiol compound; an aliphatic (meth)acrylic compound having a plurality of at least one of an acryloyl group or a methacryloyl group and being acyclic; a radical generator; and a Michael addition catalyst which is a diamine; characterized in that the composition further comprises a surface controller which is a silicone acrylate-based surface controller, a ratio (Ac/SH) of a total molar number (Ac) of the at least one of an acryloyl group or a methacryloyl group contained in the aliphatic (meth)acrylic compound to a total molar number of thiol groups contained in the polythiol compound is from 0.70 to 1.20, and a total content of components to is 80% by mass or more with respect to a total mass of the composition excluding solvents.
A composition comprising extracts from oil palm vegetation liquor obtained from a milling process for providing inhibitory action against human immunodeficiency virus protease and reverse transcriptase activity and Hepatitis C protease activity for use in preventing and treating HIV and HCV infections by inhibiting replication of the virus.
Tyre tread comprising a tread surface intended to come into contact with a roadway, this tread comprising at least one sipe extending in a main direction D and of mean width E, this tread further comprising at least one insert oriented in a direction different from the main direction D of the sipe, this insert being positioned wholly within the thickness of the tread so as to be situated radially on the inside of a part sipe of shallow depth HF, this tread being characterized in that this sipe comprises in the main direction D at least one part sipe of shallow depth HF and at least one part sipe of great depth HG, the depth HF being less than the depth HG, each part sipe of shallow depth and each part sipe of great depth comprising an end region, and in that at least the part sipe of shallow depth HF situated radially on the outside of the insert is provided, at its end region, with a widening forming a channel of maximum width W, this maximum width W being greater than the mean width E of the sipe.
A battery system that is operable in association with an electrical grid, the battery system comprising: a battery that charges or discharges electric power; a control section that controls said battery to charge electric power supplied from said electrical grid and to discharge electric power to said electrical grid; and a system controller that controls overall operations of said battery system including said control section such that said battery system switches its operation between a first mode where electric power that is generated by pre-designated distributed energy resources associated with said electrical grid is supplied preferentially to a user's load and a second mode where electric power that is charged in said battery is supplied preferentially to said user's load, characterized in that said system controller controls said control section such that said battery system operates in a third mode where surplus electric power that is generated by said pre-designated distributed energy resources is sold preferentially or in a fourth mode where surplus electric power that is generated by said pre-designated distributed energy resources is charged preferentially to said battery while said system controller is operating in said first mode, and means adapted that said third mode or said fourth mode can be selected by said user. a battery that charges or discharges electric power; a control section that controls said battery to charge electric power supplied from said electrical grid and to discharge electric power to said electrical grid; and a system controller that controls overall operations of said battery system including said control section such that said battery system switches its operation between a first mode where electric power that is generated by pre-designated distributed energy resources associated with said electrical grid is supplied preferentially to a user's load and a second mode where electric power that is charged in said battery is supplied preferentially to said user's load,
A method for controlling an industrial vehicle that carries a plurality of loads on which indicators each uniquely identifying a load have been placed, said method comprising: electronically reading a given indicator on a load being carried by the industrial vehicle to obtain a load identifier and characterized by creating a computer implemented database that identifies indicators which are associated with loads that are fragile; producing information in response to electronically reading the given indicator, transmitting the information via a wireless communication link to the computer employing the information to query the database; producing an indication whether the load being carried is fragile; transmitting the indication from the computer to the industrial vehicle via the wireless communication link indicating whether the load being carried requires delicate handling; and in response to the data obtained from the database, restricting operation of the industrial vehicle to provide delicate handling of the load. electronically reading a given indicator on a load being carried by the industrial vehicle to obtain a load identifier and characterized by creating a computer implemented database that identifies indicators which are associated with loads that are fragile; producing information in response to electronically reading the given indicator, transmitting the information via a wireless communication link to the computer employing the information to query the database; producing an indication whether the load being carried is fragile; transmitting the indication from the computer to the industrial vehicle via the wireless communication link indicating whether the load being carried requires delicate handling; and in response to the data obtained from the database, restricting operation of the industrial vehicle to provide delicate handling of the load.
A drilling tool, in particular a twist drill, having a substantially cylindrical main body, comprising a shank portion, a cutting-edge portion having a drill diameter, a drill end, a drill longitudinal axis about which the drilling tool is rotatable in a direction of rotation, at least two flutes that extend in a twisted manner along the drill longitudinal axis in a manner inclined at at least one helix angle (β), which flutes form a chip space, webs formed between the flutes with a web width (b), wherein a chip space extension for enlarging the chip space has been introduced into at least part of at least one of the flutes, wherein the web width (b) has been reduced in the region of the chip space extension, wherein margins are formed at least over a part of the cutting-edge portion characterized in that the chip space extension, as seen from the drill end in the direction of the shank portion, starts only after the region of the cutting-edge portion in which margins are formed. a drill end, a drill longitudinal axis about which the drilling tool is rotatable in a direction of rotation, at least two flutes that extend in a twisted manner along the drill longitudinal axis in a manner inclined at at least one helix angle (β), which flutes form a chip space, webs formed between the flutes with a web width (b), wherein a chip space extension for enlarging the chip space has been introduced into at least part of at least one of the flutes, wherein the web width (b) has been reduced in the region of the chip space extension, wherein margins are formed at least over a part of the cutting-edge portion characterized in that the chip space extension, as seen from the drill end in the direction of the shank portion, starts only after the region of the cutting-edge portion in which margins are formed.
A system for proactive management of performance of a software application in a digital data system of a type having a software development environment in which developers add or modify rules to create or revise a software application, the system comprising: A. a model defining a relationship between (i) users in each of one or more classes and (ii) estimated consumption of resources by such users during execution of the application, and, optionally wherein those resources include any of processing capacity, memory capacity and/or network bandwidth, the model further defining production mode quotas for users in each of one or more classes for consumption of resources during execution of the application, B a performance monitor in communications coupling with the software development environment, the performance monitor monitoring creation, revision and testing of the software application in the software development environment, wherein the monitoring by the performance monitor includes monitoring the software development environment in real-time while the developer enters the lines of code, obtaining from the software development environment specifics of the application, such as number of remote calls made, disk usage, and memory requirements, and C. the performance monitor signaling an alert upon applying the specifics of the application to the model and determining from the model that execution of the application and/or a component thereof by a user and consumption of digital data processing resources during such execution is anticipated to exceed one or more production mode quotas (46, 47) for a class to which the user belongs. A. a model defining a relationship between (i) users in each of one or more classes and (ii) estimated consumption of resources by such users during execution of the application, and, optionally wherein those resources include any of processing capacity, memory capacity and/or network bandwidth, the model further defining production mode quotas for users in each of one or more classes for consumption of resources during execution of the application, B a performance monitor in communications coupling with the software development environment, the performance monitor monitoring creation, revision and testing of the software application in the software development environment, wherein the monitoring by the performance monitor includes monitoring the software development environment in real-time while the developer enters the lines of code, obtaining from the software development environment specifics of the application, such as number of remote calls made, disk usage, and memory requirements, and C. the performance monitor signaling an alert upon applying the specifics of the application to the model and determining from the model that execution of the application and/or a component thereof by a user and consumption of digital data processing resources during such execution is anticipated to exceed one or more production mode quotas (46, 47) for a class to which the user belongs.
A storage system, comprising: at least one processor configured to: monitor changes to the storage usage; collect information about an amount of changes to the storage; compare the collected information to one or more threshold values; determine one or more backup parameters according to the compliance of the collected information with the one or more threshold values; wherein the collected information comprises values for one or more parameters including an amount of input/output (I/O) operations, and wherein an amount of I/O operations comprises one or more of a group including: an amount of read operations, an amount of write operations, an amount of bytes read and an amount of bytes written; adjust a backup policy according to the backup parameter. monitor changes to the storage usage; collect information about an amount of changes to the storage; compare the collected information to one or more threshold values; determine one or more backup parameters according to the compliance of the collected information with the one or more threshold values; wherein the collected information comprises values for one or more parameters including an amount of input/output (I/O) operations, and wherein an amount of I/O operations comprises one or more of a group including: an amount of read operations, an amount of write operations, an amount of bytes read and an amount of bytes written; adjust a backup policy according to the backup parameter.
A method in a device management system connected to a plurality of target devices for managing the plurality of target devices, the plurality of target devices being arranged in a same household, the method comprising: receiving, from a voice input apparatus associated with a first target device among the plurality of target devices, instruction information that includes first voice information indicating an operation instruction for any target device among the plurality of target devices; recognizing the operation instruction from the first voice information included in the received instruction information; wherein the instruction information includes identification information that identifies the voice input apparatus, specifying the first target device by referencing a first database in which the identification information and a device ID of the first target device are associated; determining whether or not second voice information indicating a second target device among the plurality of target devices is included in the instruction information; and transmitting, (i) if the second voice information is not included in the instruction information, a first control command for executing the recognized operation instruction to the first target device, or, (ii) if the second voice information is included in the instruction information, the first control command to the second target device. receiving, from a voice input apparatus associated with a first target device among the plurality of target devices, instruction information that includes first voice information indicating an operation instruction for any target device among the plurality of target devices; recognizing the operation instruction from the first voice information included in the received instruction information; wherein the instruction information includes identification information that identifies the voice input apparatus, specifying the first target device by referencing a first database in which the identification information and a device ID of the first target device are associated; determining whether or not second voice information indicating a second target device among the plurality of target devices is included in the instruction information; and transmitting, (i) if the second voice information is not included in the instruction information, a first control command for executing the recognized operation instruction to the first target device, or, (ii) if the second voice information is included in the instruction information, the first control command to the second target device.
A surgical instrument comprising: a housing; an interchangeable shaft assembly removably attached to said housing and comprising an elongate shaft; a surgical end effector operably coupled to said elongate shaft for selective articulation relative thereto; wherein said interchangeable shaft assembly further comprises: an articulation system configured to selectively apply articulation motions to said surgical end effector when said articulation system is in an actuated orientation; and means for preventing detachment of said interchangeable shaft assembly from said housing when said articulation system is in said actuated orientation; wherein said interchangeable shaft assembly is removably coupled to said housing by a latch member that is selectively movable between a latched position and an unlatched position; characterized in that said means for preventing detachment operably interfaces with said articulation system and said latch member; and said articulation system comprises: an articulation actuator movably supported on said interchangeable shaft assembly and being selectively movable between an unactuated orientation wherein said surgical end effector is in an unarticulated orientation and a plurality of actuated orientations wherein said surgical end effector is articulated relative to a shaft axis defined by said elongate shaft. a housing; an interchangeable shaft assembly removably attached to said housing and comprising an elongate shaft; a surgical end effector operably coupled to said elongate shaft for selective articulation relative thereto; an articulation system configured to selectively apply articulation motions to said surgical end effector when said articulation system is in an actuated orientation; and means for preventing detachment of said interchangeable shaft assembly from said housing when said articulation system is in said actuated orientation; wherein said interchangeable shaft assembly is removably coupled to said housing by a latch member that is selectively movable between a latched position and an unlatched position; characterized in that said means for preventing detachment operably interfaces with said articulation system and said latch member; and said articulation system comprises: an articulation actuator movably supported on said interchangeable shaft assembly and being selectively movable between an unactuated orientation wherein said surgical end effector is in an unarticulated orientation and a plurality of actuated orientations wherein said surgical end effector is articulated relative to a shaft axis defined by said elongate shaft.