mhurhangee/ep-ind-claims huggingface dataset:
A front-loading-type washing machine comprising: a rotary drum that is formed in a shape of a bottomed cylinder and that is rotatable around a rotating shaft; a water tub that rotatably includes the rotary drum; a motor that rotationally drives the rotary drum; a filter case that communicates with the water tub via a drain pipe connected to a bottom of the water tub, and has a filter provided therein; a circulating pump that communicates with the filter case via a circulating water suction pipe connected to the filter case; a channel that communicates with the circulating pump via a circulating water discharge pipe connected to the circulating pump, and a control device that controls steps of at least washing, rinsing, and spin-drying, characterized in that said channel is formed on a front inner side of the water tub; a plurality of jetting ports are provided on an inner peripheral side of the channel, and discharge washing water into the water tub; and the jetting ports are provided in the circumferential direction with respect to the rotating shaft, wherein an opening area of the jetting port provided at the farthest position from a connecting portion between the circulating water discharge pipe and the channel is larger than an opening area of the first and second jetting ports (70a, 70b) provided at the nearest position from the connecting portion, wherein the first and second jetting ports (70a, 70b) are provided with the equal opening area, at positions where the distances within the channel from the connecting portion are equal. a rotary drum that is formed in a shape of a bottomed cylinder and that is rotatable around a rotating shaft; a water tub that rotatably includes the rotary drum; a motor that rotationally drives the rotary drum; a filter case that communicates with the water tub via a drain pipe connected to a bottom of the water tub, and has a filter provided therein; a circulating pump that communicates with the filter case via a circulating water suction pipe connected to the filter case; a channel that communicates with the circulating pump via a circulating water discharge pipe connected to the circulating pump, and a control device that controls steps of at least washing, rinsing, and spin-drying, characterized in that said channel is formed on a front inner side of the water tub; a plurality of jetting ports are provided on an inner peripheral side of the channel, and discharge washing water into the water tub; and the jetting ports are provided in the circumferential direction with respect to the rotating shaft, wherein an opening area of the jetting port provided at the farthest position from a connecting portion between the circulating water discharge pipe and the channel is larger than an opening area of the first and second jetting ports (70a, 70b) provided at the nearest position from the connecting portion, wherein the first and second jetting ports (70a, 70b) are provided with the equal opening area, at positions where the distances within the channel from the connecting portion are equal.
A method for generating a diagnostic from detecting a deviation in a flow meter parameter of a Coriolis flow meter, comprising steps of: measuring a differential pressure across the Coriolis flow meter; determining a measured flow rate by measuring a mass flow rate with the Coriolis flow meter; characterized by: calculating an expected fluid flow rate based on the differential pressure by characterizing the Coriolis flow meter as an orifice meter; and comparing the measured flow rate to the calculated fluid flow rate and detecting a deviation in the flow meter parameter if the difference between the measured flow rate and the calculated fluid flow rate exceeds a threshold limit; wherein the deviation in the flow meter parameter indicates the presence of a coating in the Coriolis flow meter. measuring a differential pressure across the Coriolis flow meter; determining a measured flow rate by measuring a mass flow rate with the Coriolis flow meter; characterized by: calculating an expected fluid flow rate based on the differential pressure by characterizing the Coriolis flow meter as an orifice meter; and comparing the measured flow rate to the calculated fluid flow rate and detecting a deviation in the flow meter parameter if the difference between the measured flow rate and the calculated fluid flow rate exceeds a threshold limit; wherein the deviation in the flow meter parameter indicates the presence of a coating in the Coriolis flow meter. calculating an expected fluid flow rate based on the differential pressure by characterizing the Coriolis flow meter as an orifice meter; and comparing the measured flow rate to the calculated fluid flow rate and detecting a deviation in the flow meter parameter if the difference between the measured flow rate and the calculated fluid flow rate exceeds a threshold limit; wherein the deviation in the flow meter parameter indicates the presence of a coating in the Coriolis flow meter.
A method of controlling a continuously variable transmission and an engine of a vehicle, the engine being operative to drive the continuously variable transmission, the method including: controlling a first clutch of the continuously variable transmission of the vehicle by transmission control logic to an initial fixed position in a manual mode of operation, the continuously variable transmission including the first clutch, a second clutch, and a belt coupled to the first and second clutches, the first clutch being adjustable to modulate a gear ratio of the continuously variable transmission, the first clutch of the continuously variable transmission in the manual mode of operation being adjustable between a plurality of discrete fixed positions based on shift requests initiated with a shift request device; receiving a shift request identifying a target fixed position of the first clutch of the continuously variable transmission; shifting the continuously variable transmission from the initial fixed position to the target fixed position; and initiating a torque reduction of the engine during the shifting to reduce a torque generated by the engine, characterised in that a torque interruption profile of the torque reduction is adjustable based on an operator input device, and wherein the torque interruption profile includes a magnitude, a duration, and at least one of an onset delay and a ramp rate of the torque reduction, wherein the onset delay includes a delay between the receipt of the shift request and the initiation of the torque reduction of the engine. controlling a first clutch of the continuously variable transmission of the vehicle by transmission control logic to an initial fixed position in a manual mode of operation, the continuously variable transmission including the first clutch, a second clutch, and a belt coupled to the first and second clutches, the first clutch being adjustable to modulate a gear ratio of the continuously variable transmission, the first clutch of the continuously variable transmission in the manual mode of operation being adjustable between a plurality of discrete fixed positions based on shift requests initiated with a shift request device; receiving a shift request identifying a target fixed position of the first clutch of the continuously variable transmission; shifting the continuously variable transmission from the initial fixed position to the target fixed position; and initiating a torque reduction of the engine during the shifting to reduce a torque generated by the engine, characterised in that a torque interruption profile of the torque reduction is adjustable based on an operator input device, and wherein the torque interruption profile includes a magnitude, a duration, and at least one of an onset delay and a ramp rate of the torque reduction, wherein the onset delay includes a delay between the receipt of the shift request and the initiation of the torque reduction of the engine.
A method for adjusting a network camping policy of a cell, the method comprising: determining, by a network side device according to traffic measurement of a first cell, whether the first cell is in a heavy traffic scenario; determining, by the network side device according to a selection and reselection parameter of the first cell, whether the first cell is a preferential camping cell; and adjusting, by the network side device after determining that the first cell is in the heavy traffic scenario and the first cell is the preferential camping cell, network camping policy of the first cell and network camping policy of a second cell to random camping, wherein the first cell and the second cell are inter-frequency co-coverage neighboring cells, wherein load of the second cell is less than a second threshold; and after adjusting the network camping policy of the first cell to random camping, skipping performing, by the network side device for a subscriber who accesses the first cell, a direct retry or a redirection due to service layering. determining, by a network side device according to traffic measurement of a first cell, whether the first cell is in a heavy traffic scenario; determining, by the network side device according to a selection and reselection parameter of the first cell, whether the first cell is a preferential camping cell; and adjusting, by the network side device after determining that the first cell is in the heavy traffic scenario and the first cell is the preferential camping cell, network camping policy of the first cell and network camping policy of a second cell to random camping, wherein the first cell and the second cell are inter-frequency co-coverage neighboring cells, wherein load of the second cell is less than a second threshold; and after adjusting the network camping policy of the first cell to random camping, skipping performing, by the network side device for a subscriber who accesses the first cell, a direct retry or a redirection due to service layering.
An electricity meter with a housing, connection terminals for connecting to an electrical supply line, and a terminal cover which can be fastened and sealed to the housing in a closed arrangement covering the connection terminals, wherein a snap-fit connection is provided between the housing and the terminal cover and enables the terminal cover to be closed by moving the terminal cover into the closed arrangement in a closing direction, wherein the snap-fit connection is self-latching so that a force exerted on the terminal cover in the direction opposite to the closing direction does not lead the snap-fit connection to be released, wherein the terminal cover is designed in the shape of a box with a front wall, a lower side wall and two lateral side walls connecting to the lower side wall, each of which has a free end, characterized in that a web with a snap-fit nose is arranged on each of the free ends.
An object cutting method of manufacturing a plurality of chips by cutting a planar object to be processed along a line to cut, the method comprising: a forming step of irradiating the planar object with laser light so as to form a modified region in the planar object along the line to cut; a separating step of expanding a first sheet attached to the planar object so as to separate the chips from each other on the first sheet, the chips obtained by cutting the planar object from the modified region acting as a cutting start point, after the forming step; characterized by a charging step of electrically charging at least the first sheet either positive or negative in a state where the chips are separated from each other on the first sheet after the separating step. a forming step of irradiating the planar object with laser light so as to form a modified region in the planar object along the line to cut; a separating step of expanding a first sheet attached to the planar object so as to separate the chips from each other on the first sheet, the chips obtained by cutting the planar object from the modified region acting as a cutting start point, after the forming step; characterized by a charging step of electrically charging at least the first sheet either positive or negative in a state where the chips are separated from each other on the first sheet after the separating step.
A cable distribution system that includes a headend connected to a plurality of customer devices through a transmission network that includes a remote fiber node that converts digital data to analog data suitable for said plurality of customer devices, where said remote fiber node includes a processor, configured for: (a) said remote fiber node receiving a downstream external protocol interface packet that includes a header portion and a data portion, and storing the packet in memory; (b) said remote fiber node encoding and transmitting said data portion to at least one of said plurality of customer devices; and (c) wherein said data portion is transferred from said memory using direct memory access based upon a buffer descriptor for said encoding. (a) said remote fiber node receiving a downstream external protocol interface packet that includes a header portion and a data portion, and storing the packet in memory; (b) said remote fiber node encoding and transmitting said data portion to at least one of said plurality of customer devices; and (c) wherein said data portion is transferred from said memory using direct memory access based upon a buffer descriptor for said encoding.
A writing device having a writing portion, having a shaft as well as a stamp device (10, 10') which is disposed, in the non-use position of the writing device, behind the writing portion within a sleeve formed by the shaft of the writing device and forming an extension of the writing portion, and which has a stamp plate (13, 13') pivotably attached to a holder, wherein the holder together with the stamp plate (13, 13') is attached to a rearward, cap-shaped handle end member which is separate from the sleeve and detachably fitted onto the sleeve in the non-use position, characterised in that the holder is with an attachment portion, and frictionally engaged disposed within the interior of the cap-shaped end member.
A sensor assembly comprising: a base plate; a sensor member displaceable relative to said base plate; a light sensitive transducer for sensing displacement of said sensor member relative to said base plate and for generating corresponding output signals. characterised by a spring arrangement having first and second stages reactive to displacement of said sensor member relative to said base plate with different resolutions of force and torque measurements being associated with said first and second stages, wherein said spring arrangement is configured to transition to said second stage after said first stage. a base plate; a sensor member displaceable relative to said base plate; a light sensitive transducer for sensing displacement of said sensor member relative to said base plate and for generating corresponding output signals. characterised by a spring arrangement having first and second stages reactive to displacement of said sensor member relative to said base plate with different resolutions of force and torque measurements being associated with said first and second stages, wherein said spring arrangement is configured to transition to said second stage after said first stage.
A power converting device comprising: a regenerated power consumption circuit, a regenerative braking resistor and a switch for operating the regenerative braking resistor; and an inverter; wherein the regenerative braking resistor and the switch are in parallel to a DC side of the inverter; wherein the inverter converts a DC voltage into a required AC voltage, and outputs the required AC voltage to an induction motor; wherein the power converting device further comprises a control unit, wherein the control unit calculates a power consumption value of the regenerative braking resistor based on an operation amount of the regenerated power consumption circuit, and controls a voltage output to the induction motor at a time of deceleration according to the calculated power consumption value, characterized in that the control unit compares the calculated power consumption value of the regenerative braking resistor with a pre-set allowable power capacity of the regenerative braking resistor, and performs control so that when the power consumption value is smaller than the allowable power capacity, the voltage output to the induction motor is increased to excessively excite the induction motor, and when the power consumption value is equal to or larger than the allowable power capacity, the voltage output to the induction motor is decreased. a regenerated power consumption circuit, a regenerative braking resistor and a switch for operating the regenerative braking resistor; and an inverter; wherein the regenerative braking resistor and the switch are in parallel to a DC side of the inverter; wherein the inverter converts a DC voltage into a required AC voltage, and outputs the required AC voltage to an induction motor; wherein the power converting device further comprises a control unit, wherein the control unit calculates a power consumption value of the regenerative braking resistor based on an operation amount of the regenerated power consumption circuit, and controls a voltage output to the induction motor at a time of deceleration according to the calculated power consumption value, characterized in that the control unit compares the calculated power consumption value of the regenerative braking resistor with a pre-set allowable power capacity of the regenerative braking resistor, and performs control so that when the power consumption value is smaller than the allowable power capacity, the voltage output to the induction motor is increased to excessively excite the induction motor, and when the power consumption value is equal to or larger than the allowable power capacity, the voltage output to the induction motor is decreased.
A method of reserving shared communication resources in a wireless communication network comprising a plurality of access nodes, each of the plurality of access nodes being connected to one or more of the plurality of access nodes via one or more links, the method comprising the steps of: - receiving, by an access node of the plurality of access nodes, allocation information indicating one or more shared communication resources of available communication resources, wherein the one or more shared communication resources are to be shared by a link (180, 182) of the access node with one or more other links of the wireless communication network; - transmitting, by the access node, first reservation information to one or more other access nodes of the plurality of access nodes, wherein the first reservation information comprises information indicating that at least one shared communication resource of the one or more shared communication resources is reserved, for at least one link of at least one of the plurality of access nodes, for usage by the at least one of the plurality of access nodes; receiving, by the access node from another access node of the plurality of access nodes, second reservation information comprising information indicating that at least one shared communication resource of the one or more shared communication resources is reserved, for at least one other link of at least one of the plurality of access nodes; and determining, by the access node, whether usage of the at least one shared communication resource as indicated by the second reservation information is compatible with the usage of the at least one shared communication resource as indicated by the first reservation information. - receiving, by an access node of the plurality of access nodes, allocation information indicating one or more shared communication resources of available communication resources, wherein the one or more shared communication resources are to be shared by a link (180, 182) of the access node with one or more other links of the wireless communication network; - transmitting, by the access node, first reservation information to one or more other access nodes of the plurality of access nodes, wherein the first reservation information comprises information indicating that at least one shared communication resource of the one or more shared communication resources is reserved, for at least one link of at least one of the plurality of access nodes, for usage by the at least one of the plurality of access nodes;
Fuel rail assembly for an internal combustion engine comprising an elongated tubular fuel rail and a plurality of fuel delivery lines branching off from the fuel rail for hydraulically coupling the fuel rail to fuel injectors which are operable to inject fuel into the combustion engine, each fuel delivery line having - an injector cup for receiving a fuel inlet portion of a respective one of the fuel injectors, - a pipe being arranged between the fuel rail and the injector cup for hydraulically coupling the injector cup to the fuel rail, and - a fixation bracket which is configured for positionally fixing the fuel delivery line with respect to the engine wherein - the injector cup, the pipe, and the fixation bracket are individual parts, - a rigid connection is established between the fixation bracket and a portion of the pipe, said portion being spaced apart from each of the fuel rail and from the injector cup, and - the fixation bracket is a one-pieced part which adjoins the pipe and is spaced apart from the injector cup and the fuel rail. - an injector cup for receiving a fuel inlet portion of a respective one of the fuel injectors, - a pipe being arranged between the fuel rail and the injector cup for hydraulically coupling the injector cup to the fuel rail, and - a fixation bracket which is configured for positionally fixing the fuel delivery line with respect to the engine - the injector cup, the pipe, and the fixation bracket are individual parts, - a rigid connection is established between the fixation bracket and a portion of the pipe, said portion being spaced apart from each of the fuel rail and from the injector cup, and - the fixation bracket is a one-pieced part which adjoins the pipe and is spaced apart from the injector cup and the fuel rail.
A fastener stringer comprising: a fastener tape; and a plurality of fastener elements attached to a side-edge portion of the fastener tape, wherein the fastener element comprises: a metal base member; a single layered or multi layered surface resin layer formed on the metal base member; and one or more intermediate metal layers interposed between the metal base member and the surface resin layer, wherein the one or more intermediate metal layers include an exposure metal layer that will be exposed by at least a partial removal of the surface resin layer, characterized in that the surface resin layer and the exposure metal layer are made of material having the same color tone. a fastener tape; and a plurality of fastener elements attached to a side-edge portion of the fastener tape, wherein the fastener element comprises: a metal base member; a single layered or multi layered surface resin layer formed on the metal base member; and one or more intermediate metal layers interposed between the metal base member and the surface resin layer, wherein a metal base member; a single layered or multi layered surface resin layer formed on the metal base member; and one or more intermediate metal layers interposed between the metal base member and the surface resin layer, wherein the one or more intermediate metal layers include an exposure metal layer that will be exposed by at least a partial removal of the surface resin layer, characterized in that the surface resin layer and the exposure metal layer are made of material having the same color tone.