mhurhangee/ep-ind-claims huggingface dataset:
A dishwasher comprising: a wash tub having an opening on at least one side thereof; a spray nozzle (311, 313, 330, 340) provided inside the wash tub and configured to spray wash water; a reflecting module movable inside the wash tub and configured to reflect the wash water sprayed by the spray nozzle; and a moving module to which the reflecting module is detachably coupled and configured to move the reflecting module in at least one direction, characterized in that the dishwasher further comprises: a control unit configured to determine at least one control mode among a plurality of control modes for controlling the dishwasher and control the reflecting module to move in a direction in which the opening is installed when the determined control mode is a cleaning mode which is a mode for cleaning the reflecting module. a wash tub having an opening on at least one side thereof; a spray nozzle (311, 313, 330, 340) provided inside the wash tub and configured to spray wash water; a reflecting module movable inside the wash tub and configured to reflect the wash water sprayed by the spray nozzle; and a moving module to which the reflecting module is detachably coupled and configured to move the reflecting module in at least one direction, characterized in that the dishwasher further comprises: a control unit configured to determine at least one control mode among a plurality of control modes for controlling the dishwasher and control the reflecting module to move in a direction in which the opening is installed when the determined control mode is a cleaning mode which is a mode for cleaning the reflecting module.
A piston monitoring assembly comprising: a magnetic body coupled to a piston that is configured to move in opposite directions during a piston stroke to dispense a fluid; a magnetic sensor configured to output signals representative of a magnetic field generated by the magnetic body; and a controller configured to examine the signals output by the magnetic sensor and to determine whether the piston is moving far enough to ensure that the fluid is being dispensed during a first movement of the piston in the piston stroke and that the fluid is prevented from being dispensed during a second movement of the piston in the piston stroke; wherein the controller is configured to obtain repeated samples of the signals output by the magnetic sensor and to sort the samples to determine an upper position of the piston and a lower position of the piston. a magnetic body coupled to a piston that is configured to move in opposite directions during a piston stroke to dispense a fluid; a magnetic sensor configured to output signals representative of a magnetic field generated by the magnetic body; and a controller configured to examine the signals output by the magnetic sensor and to determine whether the piston is moving far enough to ensure that the fluid is being dispensed during a first movement of the piston in the piston stroke and that the fluid is prevented from being dispensed during a second movement of the piston in the piston stroke; wherein the controller is configured to obtain repeated samples of the signals output by the magnetic sensor and to sort the samples to determine an upper position of the piston and a lower position of the piston.
Phase locking loop circuit, comprising: a phase and frequency detector for receiving an input reference signal, and a feedback signal (Div) a voltage controlled oscillator having a first voltage analogue input and a second voltage analogue input, independent from said first analogue voltage input for controlling a frequency produced from said voltage controlled oscillator, wherein the gain of said first voltage analogue input is lower than the gain of said second voltage analogue input, a first charge pump adapted for receiving a signal from said frequency and phase detector and delivering a first control signal to said first voltage analogue input of said voltage controlled oscillator, a second charge pump adapted for receiving a signal from said frequency and phase detector and delivering a second control signal to said second voltage analogue input of said voltage controlled oscillator a feedback path for feeding said feedback signal (div) back to said phase and frequency detector, wherein said first voltage analogue input sees said first control signal across a resistor, and said second voltage analogue input sees said second control signal across a capacitor, characterized in that said first charge pump has an output dynamics different from an output dynamics of said second charge pump, the output dynamics of the first charge pump being smaller, while the second charge pump provides rail-to-rail swing. a phase and frequency detector for receiving an input reference signal, and a feedback signal (Div) a voltage controlled oscillator having a first voltage analogue input and a second voltage analogue input, independent from said first analogue voltage input for controlling a frequency produced from said voltage controlled oscillator, wherein the gain of said first voltage analogue input is lower than the gain of said second voltage analogue input, a first charge pump adapted for receiving a signal from said frequency and phase detector and delivering a first control signal to said first voltage analogue input of said voltage controlled oscillator, a second charge pump adapted for receiving a signal from said frequency and phase detector and delivering a second control signal to said second voltage analogue input of said voltage controlled oscillator a feedback path for feeding said feedback signal (div) back to said phase and frequency detector, wherein said first voltage analogue input sees said first control signal across a resistor, and said second voltage analogue input sees said second control signal across a capacitor,
A system to support connecting an application server with a clustered database, comprising: a notification service component associated with a plurality of database instances (211, 212, 213) in the clustered database, wherein the notification service component is used by the clustered database to broadcast notifications that describe a state change in the clustered database; and a data source associated with the application server, wherein data source is associated with a connection pool, which manages a set of connections (221, 222, 223) to the plurality of database instances in the clustered database; wherein the data source operates to register with the notification service component to receive notifications on the change of the clustered database, wherein the application server operates to configure and manage connection to the clustered database, adaptively according to the state change of the clustered database at run time. a notification service component associated with a plurality of database instances (211, 212, 213) in the clustered database, wherein the notification service component is used by the clustered database to broadcast notifications that describe a state change in the clustered database; and a data source associated with the application server, wherein data source is associated with a connection pool, which manages a set of connections (221, 222, 223) to the plurality of database instances in the clustered database; wherein the data source operates to register with the notification service component to receive notifications on the change of the clustered database, wherein the application server operates to configure and manage connection to the clustered database, adaptively according to the state change of the clustered database at run time.
A bin storage system comprising a three-dimensional bin storage structure and a plurality of robot vehicles which are movable on top of the bin storage structure to retrieve storage bins from the bin storage structure, which bin storage structure comprises: - a plurality of pillars which are positioned with internal distances and in a rectangular arrangement adapted to accommodate the storage bins, where the rectangular arrangement of the pillars define storage columns (8, 8a, 8b) for the storage bins, - supporting rails, and - a storage bin delivery station, which plurality of robot vehicles each comprises a vehicle body which comprises: - a first set of rolling means for moving the robot vehicle along the supporting rails in the first direction, - a cavity for receiving a storage bin, and - a lifting device for retrieving a storage bin from a storage column (8, 8a, 8b) and storing the storage bin in the cavity, wherein the cavity is arranged centrally within the vehicle body, characterized in that - the supporting rails are arranged in a two-dimensional matrix on top of the pillars and provide a vehicle support for the plurality of robot vehicles allowing each robot vehicle to travel across the bin storage structure in a first direction and in a second direction, which is orthogonal to the first direction, in that - the bin storage structure comprises a bin lift device which is arranged to receive storage bins from the plurality of robot vehicles and transport the storage bins in a vertical direction from a top level of the bin storage structure to the delivery station, and in that - the vehicle body comprises a second set of rolling means for moving the robot vehicle along the supporting rails in the second direction. - a plurality of pillars which are positioned with internal distances and in a rectangular arrangement adapted to accommodate the storage bins, where the rectangular arrangement of the pillars define storage columns (8, 8a, 8b) for the storage bins, - supporting rails, and - a storage bin delivery station, - a first set of rolling means for moving the robot vehicle along the supporting rails in the first direction, - a cavity for receiving a storage bin, and - a lifting device for retrieving a storage bin from a storage column (8, 8a, 8b) and storing the storage bin in the cavity, - the supporting rails are arranged in a two-dimensional matrix on top of the pillars and provide a vehicle support for the plurality of robot vehicles allowing each robot vehicle to travel across the bin storage structure in a first direction and in a second direction, which is orthogonal to the first direction, in that - the bin storage structure comprises a bin lift device which is arranged to receive storage bins from the plurality of robot vehicles and transport the storage bins in a vertical direction from a top level of the bin storage structure to the delivery station, and in that - the vehicle body comprises a second set of rolling means for moving the robot vehicle along the supporting rails in the second direction.
Automatic reclining seat made up of a bedplate or structure that supports the assembly made up of the base of the seat and the back rest, with the base of the seat and the back rest sharing a supporting point (z-z') and a reclining mechanism characterised by: - the bedplate that houses four support points that support the assembly made up of the base of the seat and the back rest, two of the support points are fixed (A and A') situated on both sides of the front part of the seat that rotate around a supporting point (x-x') and the other two, slide along rail-guides (G and G') at both ends of the upper back part of the bedplate, - the base of the seat also consists of two floating support points (C and C'), which are shared with the back rest and which correspond with the ends of the axle (z-z') shared by the base of the seat and the back rest - The back rest is supported, not only by the aforementioned floating support points (C and C'), but also by springs (M and M') that are attached to the reclining mechanism, - the reclining mechanism is connected to the assembly made up of the base of the seat and the back rest by the floating support points (C and C'), with said mechanism made up of connecting rods (H and H') joined at one end to one of the floating points (C and C') with the other end of each connecting rod (H and H') equipped with a wheel or ferrule (r y r', q and q') that is supported on or slides along the rail-guide (G and G') along which each end of each connecting rod (H and H') can run or slide, depending on whether it is a wheel or a ferrule; each connecting rod (H and H') of the reclining mechanism is attached to the springs (M and M') that support the back rest. - the bedplate that houses four support points that support the assembly made up of the base of the seat and the back rest, two of the support points are fixed (A and A') situated on both sides of the front part of the seat that rotate around a supporting point (x-x') and the other two, slide along rail-guides (G and G') at both ends of the upper back part of the bedplate, - the base of the seat also consists of two floating support points (C and C'), which are shared with the back rest and which correspond with the ends of the axle (z-z') shared by the base of the seat and the back rest - The back rest is supported, not only by the aforementioned floating support points (C and C'), but also by springs (M and M') that are attached to the reclining mechanism, - the reclining mechanism is connected to the assembly made up of the base of the seat and the back rest by the floating support points (C and C'), with said mechanism made up of connecting rods (H and H') joined at one end to one of the floating points (C and C') with the other end of each connecting rod (H and H') equipped with a wheel or ferrule (r y r', q and q') that is supported on or slides along the rail-guide (G and G') along which each end of each connecting rod (H and H') can run or slide, depending on whether it is a wheel or a ferrule; each connecting rod (H and H') of the reclining mechanism is attached to the springs (M and M') that support the back rest.
An auto-darkening filter comprising: a first liquid crystal sheet; two polarizing sheets comprising a first polarizing sheet and a second polarizing sheet and separately disposed on two sides of the first liquid crystal sheet; a driving circuit driving the first liquid crystal sheet; characterized by an angle adjusting device; wherein at least one of the two polarizing sheets is configured as a rotatable movable polarizing sheet, for changing an angle between transmission axes of the two polarizing sheets, the angle being adjusted by the angle adjusting device; wherein the shape of the rotatable movable polarizing sheet is fitted with the shape of the first liquid crystal sheet such that when the rotatable movable polarizing sheet is the second polarizing sheet and when the second polarizing sheet is rotating, the rotatable movable polarizing sheet completely occludes the first liquid crystal sheet. a first liquid crystal sheet; two polarizing sheets comprising a first polarizing sheet and a second polarizing sheet and separately disposed on two sides of the first liquid crystal sheet; a driving circuit driving the first liquid crystal sheet; characterized by an angle adjusting device; wherein at least one of the two polarizing sheets is configured as a rotatable movable polarizing sheet, for changing an angle between transmission axes of the two polarizing sheets, the angle being adjusted by the angle adjusting device; wherein the shape of the rotatable movable polarizing sheet is fitted with the shape of the first liquid crystal sheet such that when the rotatable movable polarizing sheet is the second polarizing sheet and when the second polarizing sheet is rotating, the rotatable movable polarizing sheet completely occludes the first liquid crystal sheet.
Locking device comprising a locking cylinder and a locking member for locking the locking cylinder, comprising a core which can be moved in a housing of the locking cylinder, comprising an electronic blocking mechanism for selectively blocking or releasing the movement of the core, comprising a locking cylinder antenna arranged in the locking cylinder, and comprising a locking member antenna that is arranged in the locking member and is intended for exchanging signals with the locking cylinder antenna in order to transmit signals from a transponder of the locking member to control the blocking mechanism, characterized in that the core has an inner core part and an outer core part which is connected for conjoint rotation to the inner core part and extends to an outer side of the housing, and the locking cylinder antenna is designed as a coil which extends around the core and is arranged in a groove of the core, the groove being arranged between the inner core part and the outer core part and being spaced from the end face of the locking cylinder, and in that the inner core part is made of metal and has, on its side facing the locking cylinder antenna, an interruption in the properties of the metal, and thus in the electrical and/or magnetic properties of the inner core part, which interruption is designed as a slot-like recess and is elongate in the axial direction, the slot-like recess having larger dimensions in the axial direction than in the radial direction.
A lubricant composition comprising: a) a hydrocarbon lubricating base stock, b) from 1 to 15 wt.% of a carboxylic acid mono-ester, and c) from 1 to 15 wt.% of a dicarboxylic acid di-ester. a) a hydrocarbon lubricating base stock, b) from 1 to 15 wt.% of a carboxylic acid mono-ester, and c) from 1 to 15 wt.% of a dicarboxylic acid di-ester.
A method, implemented at a computer system that includes one or more processors, for monitoring a memory location to identify the encounter of breakpoints through use of a cache during debugging, the method comprising: identifying a memory address that is to be monitored; based at least on identifying the memory address, performing at least the following: storing the memory address in a breakpoint monitoring list; and ensuring that any cache lines overlapping with the memory address are evicted from a cache, including: determining whether one or more cache lines overlapping with the memory address already exist in a cache, and when the one or more cache lines already exist in the cache, and based on the memory address being stored in the breakpoint monitoring list, evicting the one or more cache lines from the cache; during debugging, detecting the occurrence of a cache miss based on a memory access operation; and based at least on occurrence of the cache miss, determining whether a portion of a cache line imported into the cache based on the cache miss overlaps with the memory address stored in the breakpoint monitoring list, and when the portion of the imported cache line does overlap with the memory address, performing at least the following: processing one or more monitoring operations on the memory address; and evicting the imported cache line from the cache. identifying a memory address that is to be monitored; based at least on identifying the memory address, performing at least the following: storing the memory address in a breakpoint monitoring list; and ensuring that any cache lines overlapping with the memory address are evicted from a cache, including: determining whether one or more cache lines overlapping with the memory address already exist in a cache, and when the one or more cache lines already exist in the cache, and based on the memory address being stored in the breakpoint monitoring list, evicting the one or more cache lines from the cache; storing the memory address in a breakpoint monitoring list; and ensuring that any cache lines overlapping with the memory address are evicted from a cache, including: determining whether one or more cache lines overlapping with the memory address already exist in a cache, and when the one or more cache lines already exist in the cache, and based on the memory address being stored in the breakpoint monitoring list, evicting the one or more cache lines from the cache; during debugging, detecting the occurrence of a cache miss based on a memory access operation; and based at least on occurrence of the cache miss, determining whether a portion of a cache line imported into the cache based on the cache miss overlaps with the memory address stored in the breakpoint monitoring list, and when the portion of the imported cache line does overlap with the memory address, performing at least the following: processing one or more monitoring operations on the memory address; and evicting the imported cache line from the cache. processing one or more monitoring operations on the memory address; and evicting the imported cache line from the cache.
Canvas roller device for mounting a side canvas curtain (7, 7') such that it is moveable on a guide of a canvas cover for a commercial vehicle, - having at least one roller (34, 35; 62, 63) which in use is loaded in the direction of gravity by the weight of the canvas curtain (7, 7') and which is pivot-mounted on an axis (36, 37; 64, 65) about a rotational axis (D1, D2) which is aligned transverse to the direction of gravity when the canvas roller device (30, 60, 61) is held in the usage position, - having a fastening element (40, 66a) for fastening the canvas curtain (7, 7') on the canvas roller device (30, 60, 61), and - having a support bracket which supports the rollers (34, 35), - wherein the fastening element (40, 66a) is arranged at the height of or above the rotational axis (D1, D2) of the roller (34, 35; 62, 63) when the canvas roller device (30, 60, 61) is in the usage position, characterised in that the fastening element is formed by a web supported by the support bracket. - having at least one roller (34, 35; 62, 63) which in use is loaded in the direction of gravity by the weight of the canvas curtain (7, 7') and which is pivot-mounted on an axis (36, 37; 64, 65) about a rotational axis (D1, D2) which is aligned transverse to the direction of gravity when the canvas roller device (30, 60, 61) is held in the usage position, - having a fastening element (40, 66a) for fastening the canvas curtain (7, 7') on the canvas roller device (30, 60, 61), and - having a support bracket which supports the rollers (34, 35), - wherein the fastening element (40, 66a) is arranged at the height of or above the rotational axis (D1, D2) of the roller (34, 35; 62, 63) when the canvas roller device (30, 60, 61) is in the usage position,