mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a communication module; one or more processors connected to the communication module; and memory storing instructions that, when executed by the one or more processors, cause the electronic device to: receive a first signal by using a plurality of sub-frequency bands through the communication module; identify at least one sub-frequency band in which hidden interference is identified, based on first information and second information comprised in a pre-high efficiency, pre-HE, modulated field of the first signal, wherein the first information indicates identification information of a basis service set, BSS, and the second information indicates whether the first signal is a downlink signal; and transmit a second signal comprising information indicating the identified at least one sub-frequency band to an external electronic device in which a wireless communication connection has been established, wherein the at least one sub-frequency band is set not to be used for the wireless communication connection based on the second signal. a communication module; one or more processors connected to the communication module; and memory storing instructions that, when executed by the one or more processors, cause the electronic device to: receive a first signal by using a plurality of sub-frequency bands through the communication module; identify at least one sub-frequency band in which hidden interference is identified, based on first information and second information comprised in a pre-high efficiency, pre-HE, modulated field of the first signal, wherein the first information indicates identification information of a basis service set, BSS, and the second information indicates whether the first signal is a downlink signal; and transmit a second signal comprising information indicating the identified at least one sub-frequency band to an external electronic device in which a wireless communication connection has been established, wherein the at least one sub-frequency band is set not to be used for the wireless communication connection based on the second signal. receive a first signal by using a plurality of sub-frequency bands through the communication module; identify at least one sub-frequency band in which hidden interference is identified, based on first information and second information comprised in a pre-high efficiency, pre-HE, modulated field of the first signal, wherein the first information indicates identification information of a basis service set, BSS, and the second information indicates whether the first signal is a downlink signal; and transmit a second signal comprising information indicating the identified at least one sub-frequency band to an external electronic device in which a wireless communication connection has been established, wherein the at least one sub-frequency band is set not to be used for the wireless communication connection based on the second signal.
Two-disc fertilizer spreader having a mechanical, hydraulic or electric drive train for driving the distributor discs, at least a means for setting the spreader to various working widths and spreading material and/or distribution methods and an adjustable metering element for each distributor disc which can be controlled by a computer-controlled regulating unit, wherein the current velocity, the setpoint spreading quantity per surface area and the working width can be input into the computer and the metering element can be regulated with the setpoint mass flow calculated therefrom, wherein the idling torque of the drive train when the metering sliders are closed and the distributor disc is not loaded and the total torque when the distributor disc is loaded with the setpoint mass flow are measured, and the idling torque is subtracted from the total torque in order to determine the torque which is brought about by the fertilizer mass flow, wherein a typical value for the idling torque in the case of a standard rotational speed for each type of distributor disc which is used for distribution and is input into the computer is stored in the computer, characterized in that when the current idling torque is detected and the drive of the distributor discs is switched on a comparison is carried out with the stored idling torque given a comparable distributor disc rotational speed of the type of distributor disc used, wherein - when there is a large difference between the measured value of the idling torque and the typical value of the idling torque of the distributor disc used at a short time interval later, and - when there is a small difference between the measured idling torque and the typical idling torque of the distributor disc used at a long time interval later, a renewed measurement of the idling torque is requested. - when there is a large difference between the measured value of the idling torque and the typical value of the idling torque of the distributor disc used at a short time interval later, and - when there is a small difference between the measured idling torque and the typical idling torque of the distributor disc used at a long time interval later,
A computer-implemented method for generating a customized classification rule execution order in a computer networking environment including a plurality of computer systems, the method comprising: an act of fingerprinting a message received via a computer network, wherein the fingerprinting identifies one or more specific characteristics of the message; an act of comparing the message's fingerprint to one or more stored message fingerprints generated from previously received messages, wherein the comparison determines that the fingerprint does not match the stored fingerprints; an act of applying one or more classification rules to the message according to a predetermined classification rule execution order to determine a classification for the message; and an act of generating a customized classification rule execution order (401 B) to order those classification rules that optimally identified the message's class at the top of the customized classification rule execution order. an act of fingerprinting a message received via a computer network, wherein the fingerprinting identifies one or more specific characteristics of the message; an act of comparing the message's fingerprint to one or more stored message fingerprints generated from previously received messages, wherein the comparison determines that the fingerprint does not match the stored fingerprints; an act of applying one or more classification rules to the message according to a predetermined classification rule execution order to determine a classification for the message; and an act of generating a customized classification rule execution order (401 B) to order those classification rules that optimally identified the message's class at the top of the customized classification rule execution order.
A system comprising: a lock housing having an internal region; a rotatable shaft having a coupling bore extending into the internal region of the lock housing; a pressure chamber formed within the internal region of the lock housing; a lock piston positioned within the pressure chamber, the lock piston operable for selectively locking the rotatable shaft; and a fluid pump in fluid communication with the pressure chamber, wherein the rotatable shaft includes a plurality of key splines protruding radially outward around an outer circumferential wall, and wherein the lock piston includes a plurality of grooves formed on an inner circumferential wall, each groove configured to slidingly receive a corresponding key spline when the lock piston is in a locked position. a lock housing having an internal region; a rotatable shaft having a coupling bore extending into the internal region of the lock housing; a pressure chamber formed within the internal region of the lock housing; a lock piston positioned within the pressure chamber, the lock piston operable for selectively locking the rotatable shaft; and a fluid pump in fluid communication with the pressure chamber, wherein the rotatable shaft includes a plurality of key splines protruding radially outward around an outer circumferential wall, and wherein the lock piston includes a plurality of grooves formed on an inner circumferential wall, each groove configured to slidingly receive a corresponding key spline when the lock piston is in a locked position.
A power tool comprising: a motor at least partially located within the handle of the tool and having a motor output shaft extending along a first axis extending along the length of the handle; and a fastener gripping portion operatively coupled to the motor via a transmission which in use causes movement of the fastener gripping portion along a second axis, perpendicular to the first axis, between a home position and a retracted position to set a fastener engaged by the fastener gripping portion; characterized in that the transmission comprises a bevel gear arrangement for redirecting torque flowing along the first axis in use which is input to the bevel gear arrangement so that torque output from the bevel gear arrangement flows along the second axis and wherein the transmission further comprises a mechanism for converting torque output from the bevel gear arrangement in use into a linear force for causing linear movement of the fastener gripping portion. a motor at least partially located within the handle of the tool and having a motor output shaft extending along a first axis extending along the length of the handle; and a fastener gripping portion operatively coupled to the motor via a transmission which in use causes movement of the fastener gripping portion along a second axis, perpendicular to the first axis, between a home position and a retracted position to set a fastener engaged by the fastener gripping portion; characterized in that the transmission comprises a bevel gear arrangement for redirecting torque flowing along the first axis in use which is input to the bevel gear arrangement so that torque output from the bevel gear arrangement flows along the second axis and wherein the transmission further comprises a mechanism for converting torque output from the bevel gear arrangement in use into a linear force for causing linear movement of the fastener gripping portion.
A tank monitor unit with respect to fuel theft from a fuel tank that has a tank level sensor, wherein an amount of fuel is measured with reference to a resistance value or a voltage value of the tank level sensor, wherein a programmable microprocessor is provided in addition to the tank level sensor and with the microprocessor being configured for the purpose of detecting and storing a change of the resistance value or of the voltage value of the tank level sensor and of initiating an alarm signal on a change of the resistance value or of the voltage value, characterized in that a potentiometer is provided that cooperates with the tank level sensor in order to adapt the measurement values of different resistance dependent tank level sensors and their different tank volumes to the tank monitor unit.
An apparatus comprising: a downhole tool comprising: a first connector sub connectable with a first portion of a tool string, wherein the first connector sub comprises: a housing; and a first latching member connected with the housing; a second connector sub connectable with a second portion of the tool string, wherein the second connector sub comprises a second latching member, and wherein the first and second latching members engage thereby connecting the first and second connector subs; and a blocking member; wherein the housing is connectable with the first portion of the tool string and movable with respect to the first latching member; and the blocking member is movable with respect to the first latching member, the second latching member, and the housing, wherein movement of the housing with respect to the first latching member facilitates movement of the blocking member from a first position in which the blocking member prevents the first and second latching members from disengaging to a second position in which the blocking member permits the first and second latching members to disengage thereby permitting the first and second connector subs to disconnect. a first connector sub connectable with a first portion of a tool string, wherein the first connector sub comprises: a housing; and a first latching member connected with the housing; a housing; and a first latching member connected with the housing; a second connector sub connectable with a second portion of the tool string, wherein the second connector sub comprises a second latching member, and wherein the first and second latching members engage thereby connecting the first and second connector subs; and a blocking member; wherein the housing is connectable with the first portion of the tool string and movable with respect to the first latching member; and the blocking member is movable with respect to the first latching member, the second latching member, and the housing, wherein movement of the housing with respect to the first latching member facilitates movement of the blocking member from a first position in which the blocking member prevents the first and second latching members from disengaging to a second position in which the blocking member permits the first and second latching members to disengage thereby permitting the first and second connector subs to disconnect.
An apparatus for treating urinary retention of a human patient by discharging urine from the urinary bladder, comprising: an expandable member, adapted to be implanted inside the urinary bladder of a patient, for discharging urine from the urinary bladder as a result of its expansion in volume, an implantable control device for controlling the expansion of the expandable member, the control device being adapted to be connected to the expandable member through the wall of the urinary bladder, wherein the control device comprises a powered operation device for assisting the expandable member to discharge urine, characterized by an external energy transmission device for wireless transmission of energy from the outside of the patient's body to the inside of the patient's body to be used in connection with operating the powered operation device, an implantable energy transforming device adapted to receive wireless energy from the external energy transmission device, an implantable rechargeable battery adapted to be charged by energy received by the implantable energy transforming device, a control unit comprising an internal control unit and an external control unit, wherein the control unit is adapted to control the charging of the battery, and a sensor or measuring device configured to measure a battery temperature, wherein the measured battery temperature is useable in the control of the charging of the battery to avoid excessive heating. an expandable member, adapted to be implanted inside the urinary bladder of a patient, for discharging urine from the urinary bladder as a result of its expansion in volume, an implantable control device for controlling the expansion of the expandable member, the control device being adapted to be connected to the expandable member through the wall of the urinary bladder, wherein the control device comprises a powered operation device for assisting the expandable member to discharge urine, characterized by an external energy transmission device for wireless transmission of energy from the outside of the patient's body to the inside of the patient's body to be used in connection with operating the powered operation device, an implantable energy transforming device adapted to receive wireless energy from the external energy transmission device, an implantable rechargeable battery adapted to be charged by energy received by the implantable energy transforming device, a control unit comprising an internal control unit and an external control unit, wherein the control unit is adapted to control the charging of the battery, and a sensor or measuring device configured to measure a battery temperature, wherein the measured battery temperature is useable in the control of the charging of the battery to avoid excessive heating.
Valve assembly for a fluid injector comprising - a valve body having a longitudinal axis and comprising a wall which forms a recess that enables a streaming fluid pass the assembly during an operation, - an armature, - a valve needle having a needle tip and - a damping element wherein - the armature and the damping element comprise penetrating first openings (15, 17) respectively, in which the valve needle is arranged, - the armature, the valve needle and the damping element are arranged axially movable in the recess with respect to the longitudinal axis and relative to the valve body, - the damping element is fixed to the valve needle and arranged between the armature and the needle tip with respect to the longitudinal axis to attenuate a movement of the valve needle relative to the valve body during the operation of the assembly, - the damping element is shaped and positioned to generate fluid friction when the valve needle moves relative to the fluid with which the recess is filled during operation of the valve assembly, - the damping element has an upper surface and the armature has a lower surface which face towards each other and which are spaced apart from one another apart from a region where the upper surface of the damping element has a basically ring-shaped protrusion which is engageable with the armature so that it enters into a form-fit connection with the lower surface of the armature, characterised in that the damping element comprises multiple penetrating second openings to enable the fluid to pass through the assembly during the operation. - a valve body having a longitudinal axis and comprising a wall which forms a recess that enables a streaming fluid pass the assembly during an operation, - an armature, - a valve needle having a needle tip and - a damping element - the armature and the damping element comprise penetrating first openings (15, 17) respectively, in which the valve needle is arranged, - the armature, the valve needle and the damping element are arranged axially movable in the recess with respect to the longitudinal axis and relative to the valve body, - the damping element is fixed to the valve needle and arranged between the armature and the needle tip with respect to the longitudinal axis to attenuate a movement of the valve needle relative to the valve body during the operation of the assembly, - the damping element is shaped and positioned to generate fluid friction when the valve needle moves relative to the fluid with which the recess is filled during operation of the valve assembly, - the damping element has an upper surface and the armature has a lower surface which face towards each other and which are spaced apart from one another apart from a region where the upper surface of the damping element has a basically ring-shaped protrusion which is engageable with the armature so that it enters into a form-fit connection with the lower surface of the armature,
An apparatus (100; 200), comprising: a liquid mirror including: a liquid that forms an interface with a fluid adjacent to said liquid, wherein said liquid is immiscible in said fluid and said liquid is one of a polar or non-polar liquid and said fluid is the other of said polar or non-polar liquid or gas; and a layer of reflective particles located at said interface, wherein said layer forms a reflective surface, wherein each of said reflective particles includes a first side covered with a reflective coating and having one of a hydrophilic or hydrophobic surface, wherein one of hydrophobic or hydrophilic molecules are bonded to said reflective coating, and a second side not covered with said reflective coating and having the other of said hydrophilic or said hydrophobic surface.
Device comprising: a) a sealed package comprising: i) a front wall; ii) a substantially opaque rear wall; iii) a prophylactic compartment; b) a lubricant in a lubricant compartment; c) a prophylactic in the prophylactic compartment; wherein the prophylactic compartment is proximate to and attached to the lubricant compartment; characterized in that the lubricant compartment is trapezoidally shaped and has a neck for facilitating dispensing of the lubricant through a focused opening. a) a sealed package comprising: i) a front wall; ii) a substantially opaque rear wall; iii) a prophylactic compartment; i) a front wall; ii) a substantially opaque rear wall; iii) a prophylactic compartment; b) a lubricant in a lubricant compartment; c) a prophylactic in the prophylactic compartment; wherein the prophylactic compartment is proximate to and attached to the lubricant compartment; characterized in that the lubricant compartment is trapezoidally shaped and has a neck for facilitating dispensing of the lubricant through a focused opening.
A fastening system configured for mounting a print plate to a print cylinder, comprising: a first field of mechanical fasteners on one side of the print plate, the other side of the print plate for carrying a print design in relief; and a second field of mechanical fasteners for placement on or integration with the print cylinder; wherein the first and second fields of mechanical fasteners operate together to provide a mechanical bond that inhibits lateral and rotational movement of the plate during printing operations, and is configured to manage backlash between engaging surfaces of the mechanical bond by way of unidirectional fastening elements; and wherein one of the first or second fields of mechanical fasteners comprises unidirectional hooks that are angled according to the rotational movement of the plate during printing operations. a first field of mechanical fasteners on one side of the print plate, the other side of the print plate for carrying a print design in relief; and a second field of mechanical fasteners for placement on or integration with the print cylinder; wherein the first and second fields of mechanical fasteners operate together to provide a mechanical bond that inhibits lateral and rotational movement of the plate during printing operations, and is configured to manage backlash between engaging surfaces of the mechanical bond by way of unidirectional fastening elements; and wherein one of the first or second fields of mechanical fasteners comprises unidirectional hooks that are angled according to the rotational movement of the plate during printing operations.