mhurhangee/ep-ind-claims huggingface dataset:
A feeder arrangement for a rock drilling machine on a drill rig, which feeder arrangement comprises: - a feed beam with a first beam that comprises a first end block and a second end block at opposite ends thereof, - a first pipe connection extending between the first end block and the second end block, and - a rock drilling machine connector including at least a first connector port (P A) that is connectable to the rock drilling machine, the rock drilling machine connector being slidably arranged with respect to the first pipe connection, wherein the first pipe connection is comprised in the feed beam and is fluidly connectable to a hydraulic arrangement on the drill rig via a first conduit passing through a first end of the first pipe connection and the first end block, the first pipe connection comprising a first fluid port to a first chamber of the rock drilling machine connector; and wherein the first connector port (P A) is in fluid connection with the first chamber via the first conduit to connect the rock drilling machine to the hydraulic arrangement on the drill rig and to provide pressurised hydraulic fluid to drive at least one consumer (53, 54, 55) of the hydraulic rock drilling machine. - a feed beam with a first beam that comprises a first end block and a second end block at opposite ends thereof, - a first pipe connection extending between the first end block and the second end block, and - a rock drilling machine connector including at least a first connector port (P A) that is connectable to the rock drilling machine, the rock drilling machine connector being slidably arranged with respect to the first pipe connection,
A system for securing an electronic device, comprising: a set of malware-access rule logic, comprising: an identification of a plurality of memory regions of the electronic device to be monitored; an identification of a plurality of operations representing transitions between the plurality of memory regions to be monitored, wherein one of the plurality of operations to be monitored is an instruction fetching operation; and an identification of a pattern of the plurality of operations to be monitored, wherein the pattern includes a requirement that a particular operation of the plurality of operations has not been observed; and a processor configured to, based upon the set of malware-access rule logic, generate a notification that one of the plurality of operations has occurred; an anti-malware module configured to, based on the notification being generated, determine that the pattern of the plurality of operations has occurred and that the occurrence is indicative of malware. a set of malware-access rule logic, comprising: an identification of a plurality of memory regions of the electronic device to be monitored; an identification of a plurality of operations representing transitions between the plurality of memory regions to be monitored, wherein one of the plurality of operations to be monitored is an instruction fetching operation; and an identification of a pattern of the plurality of operations to be monitored, wherein the pattern includes a requirement that a particular operation of the plurality of operations has not been observed; and an identification of a plurality of memory regions of the electronic device to be monitored; an identification of a plurality of operations representing transitions between the plurality of memory regions to be monitored, wherein one of the plurality of operations to be monitored is an instruction fetching operation; and an identification of a pattern of the plurality of operations to be monitored, wherein the pattern includes a requirement that a particular operation of the plurality of operations has not been observed; and a processor configured to, based upon the set of malware-access rule logic, generate a notification that one of the plurality of operations has occurred; an anti-malware module configured to, based on the notification being generated, determine that the pattern of the plurality of operations has occurred and that the occurrence is indicative of malware.
A fiber optic cable comprising: a cable jacket, the cable jacket having a cavity therein and the cavity has a major surface and a generally rectangular shape; a plurality of fiber optic ribbons disposed within the cavity, each fiber optic ribbon having at least one optical waveguide being a portion of the plurality of fiber optic ribbons; at least two strength members, the at least two strength members disposed on opposite sides of the cavity; and at least one armor layer positioned above and below the cavity; and a first dry insert and a second dry insert, the first and second dry inserts being disposed within the cavity so that the at least one optical waveguide is disposed between the first dry insert and the second dry insert for coupling the at least one optical waveguide to the cable jacket, and the first dry insert has a major surface that is generally aligned with the major surface of the cavity, wherein the first and second dry inserts sandwich the plurality of fiber optic ribbons in a non-stranded stack, where the stack has a positive excess ribbon length in a range of 0.6% to 1.5% and has a generally undulating profile about a neutral axis of the cable to accommodate the extra ribbon length. a cable jacket, the cable jacket having a cavity therein and the cavity has a major surface and a generally rectangular shape; a plurality of fiber optic ribbons disposed within the cavity, each fiber optic ribbon having at least one optical waveguide being a portion of the plurality of fiber optic ribbons; at least two strength members, the at least two strength members disposed on opposite sides of the cavity; and at least one armor layer positioned above and below the cavity; and
A computer readable medium having instructions stored thereon that, when executed by a processor, cause the processor to provide tenant and service management for an Identity Cloud Service, IDCS, that is a multi-tenant, cloud-scale identity and access management platform in a cloud-based system, the providing comprising: responsive to a user subscribing to the IDCS, creating an IDCS cloud infra tenancy, the IDCS cloud infra tenancy providing an access token to seed a wallet; receiving, from a Tenant Automation System, TAS, over a network, a request to create an IDCS service instance for a tenant, wherein the TAS invokes one or more secure application program interfaces, APIs, of the IDCS using privileges of the access token; creating the IDCS service instance using a task execution framework that includes a task orchestrator and a plurality of synchronous tasks, the task orchestrator instantiating the tasks, controlling the tasks and generating a response to the request; and sending, to the TAS over the network, the response indicating that the IDCS service instance for the tenant has been created. responsive to a user subscribing to the IDCS, creating an IDCS cloud infra tenancy, the IDCS cloud infra tenancy providing an access token to seed a wallet; receiving, from a Tenant Automation System, TAS, over a network, a request to create an IDCS service instance for a tenant, wherein the TAS invokes one or more secure application program interfaces, APIs, of the IDCS using privileges of the access token; creating the IDCS service instance using a task execution framework that includes a task orchestrator and a plurality of synchronous tasks, the task orchestrator instantiating the tasks, controlling the tasks and generating a response to the request; and sending, to the TAS over the network, the response indicating that the IDCS service instance for the tenant has been created.
A modified positive electrode active material, comprising: a positive electrode active material inner core; a metal oxide layer comprising a metal oxide and coated on a surface of the positive electrode active material inner core; and a polymer layer comprising a polymer and coated on a surface of the metal oxide layer, the polymer is selected from lithium polyacrylate. a positive electrode active material inner core; a metal oxide layer comprising a metal oxide and coated on a surface of the positive electrode active material inner core; and a polymer layer comprising a polymer and coated on a surface of the metal oxide layer, the polymer is selected from lithium polyacrylate.
A method performed by a User Equipment device, UE, the method comprising: receiving a configuration for control signaling; associating a control signaling configuration with a waveform type, wherein at least two different waveform types are associated with different control signaling configurations; and receiving from a radio access network a control signal transmission using the associated waveform type; wherein receiving the configuration for control signaling comprises receiving a plurality of configurations for multiple Control Resource Sets, CORESETs, each configuration associating a configured CORESET with a waveform type, wherein at least two different waveform types are associated with the multiple configured CORESETs; and the method further comprising: receiving a Quasi-Co-Location, QCL, type-D assumption for the multiple CORESETs, wherein CORESET identifiers having different QCL Type-D assumptions are associated with different waveform types, wherein Physical Downlink Control Channel, PDCCH, transmissions with the same QCL Type-D assumption are associated with the same waveform type. receiving a configuration for control signaling; associating a control signaling configuration with a waveform type, wherein at least two different waveform types are associated with different control signaling configurations; and receiving from a radio access network a control signal transmission using the associated waveform type; wherein receiving the configuration for control signaling comprises receiving a plurality of configurations for multiple Control Resource Sets, CORESETs, each configuration associating a configured CORESET with a waveform type, wherein at least two different waveform types are associated with the multiple configured CORESETs; and
A method for balancing non-uniformly distributed network traffic in a wireless distributed antenna system coupled to a plurality of base transceiver stations, the method comprising: a) providing a plurality of digital access units, wherein each digital access unit of the plurality of digital access units is operable to receive signals from one or more of the base transceiver stations; b) providing a plurality of digital remote units associated with the plurality of digital access units; characterized in that the method further comprises the steps of: c) partitioning the plurality of digital remote units into a plurality of digital remote unit sectors; d) measuring a number of blocked calls associated with the plurality of digital remote unit sectors; e) determining that the number of blocked calls is greater than a predetermined threshold; and f) iterating using at least elements (c) through (e). a) providing a plurality of digital access units, wherein each digital access unit of the plurality of digital access units is operable to receive signals from one or more of the base transceiver stations; b) providing a plurality of digital remote units associated with the plurality of digital access units; c) partitioning the plurality of digital remote units into a plurality of digital remote unit sectors; d) measuring a number of blocked calls associated with the plurality of digital remote unit sectors; e) determining that the number of blocked calls is greater than a predetermined threshold; and f) iterating using at least elements (c) through (e).
A drilling tool comprising an acoustic transmitter for transmitting an acoustic signal through a drillstring, the transmitter comprising: (a) a voltage source; (b) a piezoelectric transducer and two metal shoulders constraining the piezoelectric transducer, the metal shoulders launching the acoustic signal into the drillstring when the piezoelectric transducer expands and contracts; characterized in that it further comprises: (c) a charge control circuitry, comprising a pair of inductors having equal inductances, or two groups of inductors having equal inductances, connected in series with the piezoelectric transducer, the piezoelectric transducer and the charge control circuitry collectively comprising a composite load, wherein the composite load comprises the piezoelectric transducer connected in series between the pair of inductors, or the two groups of inductors, having equal inductances; and (d) a switching circuitry comprising: (i) a control terminal for receiving a drive signal; (ii) a supply terminal connected to the voltage source; and (iii) a pair of output terminals across which the composite load is connected, wherein voltage from the voltage source is applied across the output terminals in response to the drive signal. (a) a voltage source; (b) a piezoelectric transducer and two metal shoulders constraining the piezoelectric transducer, the metal shoulders launching the acoustic signal into the drillstring when the piezoelectric transducer expands and contracts; (c) a charge control circuitry, comprising a pair of inductors having equal inductances, or two groups of inductors having equal inductances, connected in series with the piezoelectric transducer, the piezoelectric transducer and the charge control circuitry collectively comprising a composite load, wherein the composite load comprises the piezoelectric transducer connected in series between the pair of inductors, or the two groups of inductors, having equal inductances; and (d) a switching circuitry comprising: (i) a control terminal for receiving a drive signal; (ii) a supply terminal connected to the voltage source; and (iii) a pair of output terminals across which the composite load is connected, wherein voltage from the voltage source is applied across the output terminals in response to the drive signal. (i) a control terminal for receiving a drive signal; (ii) a supply terminal connected to the voltage source; and (iii) a pair of output terminals across which the composite load is connected, wherein voltage from the voltage source is applied across the output terminals in response to the drive signal.
A motor controller comprising: a converter that is configured to convert input AC power into DC power; an inverter that is configured to invert the converted DC power into AC power; a DC link that connects said converter and said inverter; and a capacitor and a charging/discharging control circuit that are connected in parallel with said DC link so that electrical energy is supplied from said DC link to said capacitor and vice versa through said charging/discharging control circuit, wherein said charging/discharging control circuit includes a discharge circuit that is configured to perform a step-up operation of raising a voltage of said capacitor while the electrical energy charged in said capacitor is discharged, wherein the discharge circuit is configured to perform a step-down operation of lowering the voltage of said capacitor while the electrical energy charged in said capacitor is discharged; characterised in that the step-down operation is switched to the step-up operation when a discharge current flowing from said capacitor during the step-down operation decreases to a given value such that the timing of switching from the step-down operation to the step-up operation is determined according to magnitude of the discharge current from the capacitor. a converter that is configured to convert input AC power into DC power; an inverter that is configured to invert the converted DC power into AC power; a DC link that connects said converter and said inverter; and a capacitor and a charging/discharging control circuit that are connected in parallel with said DC link so that electrical energy is supplied from said DC link to said capacitor and vice versa through said charging/discharging control circuit, wherein said charging/discharging control circuit includes a discharge circuit that is configured to perform a step-up operation of raising a voltage of said capacitor while the electrical energy charged in said capacitor is discharged, wherein the discharge circuit is configured to perform a step-down operation of lowering the voltage of said capacitor while the electrical energy charged in said capacitor is discharged; characterised in that the step-down operation is switched to the step-up operation when a discharge current flowing from said capacitor during the step-down operation decreases to a given value such that the timing of switching from the step-down operation to the step-up operation is determined according to magnitude of the discharge current from the capacitor.
An information processing method in an information processing apparatus, in which an administrator account and a user account with more limited authorities in the information processing apparatus than the administrator account are registered, and which is adapted to execute a command included in an installer in a process of the administrator account or the user account, comprising the steps of: starting the process of the administrator account and the process of the user account, and securing a process-to-process communication channel there-between (S1101; S2101); determining (S1211; S2203), in the process of the administrator account, an account to execute the command included in the installer; executing (S1213; S2204) the command included in the installer in the process of the administrator account, if the command included in the installer is to launch a web browser and if the account to execute said command being to launch the web browser is determined to be the administrator account; notifying (S1214; S2217) the command included in the installer from the process of the administrator account to the process of the user account by performing a process-to-process communication via the secured process-to-process communication channel, and executing (S1105; S2106) the command included in the installer in the process of the user account, if the command included in the installer is to launch the web browser and if the account to execute said command being to launch the web browser is determined to be the user account; and closing the process of the administrator account and the process of the user account, if the command included in the installer has been executed. starting the process of the administrator account and the process of the user account, and securing a process-to-process communication channel there-between (S1101; S2101); determining (S1211; S2203), in the process of the administrator account, an account to execute the command included in the installer; executing (S1213; S2204) the command included in the installer in the process of the administrator account, if the command included in the installer is to launch a web browser and if the account to execute said command being to launch the web browser is determined to be the administrator account; notifying (S1214; S2217) the command included in the installer from the process of the administrator account to the process of the user account by performing a process-to-process communication via the secured process-to-process communication channel, and executing (S1105; S2106) the command included in the installer in the process of the user account, if the command included in the installer is to launch the web browser and if the account to execute said command being to launch the web browser is determined to be the user account; and closing the process of the administrator account and the process of the user account, if the command included in the installer has been executed.
A toner, comprising: a binder resin; and calcium carbonate, wherein the toner has a molecular weight distribution having a main peak in a range of 1,000 to 10,000, and a half value width of the main peak is 8,000 to 30,000, where the molecular weight distribution is obtained by GPC (gel permeation chromatography) of THF soluble matter of the toner, the toner contains the calcium carbonate in an amount of 5% by mass to 35% by mass. a binder resin; and calcium carbonate, wherein the toner has a molecular weight distribution having a main peak in a range of 1,000 to 10,000, and a half value width of the main peak is 8,000 to 30,000, where the molecular weight distribution is obtained by GPC (gel permeation chromatography) of THF soluble matter of the toner, the toner contains the calcium carbonate in an amount of 5% by mass to 35% by mass.
Method for aligning plate-type workpieces in which a plate-type workpiece, in particular of wood or wood substitutes, is brought into engagement by a handling device with a load lifting device (41, 42), in particular one configured for lifting and setting down the plate-type workpiece, and is laid down on a shelf and is moved on the shelf with at least one first narrow side of the workpiece in the direction of at least one first stop (2, 3), wherein the handling device has a driver device arranged on the load lifting device and whilst entraining the plate-type workpiece enabling rotation of the latter about an axis perpendicular to the plane described by the plate-type workpiece wherein the plate-type workpiece once laid down on the shelf is grasped and moved through movement of the driver device relative to the shelf towards the at least one stop (2, 3) characterised in that the grasping of the plate-type workpiece once laid down is moreover carried out by the driver device and without further engagement with the load lifting device (41, 42) wherein after the workpiece is laid down on the shelf the load lifting device releases the engagements and the driver device is displaced relative to the load lifting device (41, 42) not parallel to the plane of the plate-type workpiece.