mhurhangee/ep-ind-claims huggingface dataset:
An indoor device configured to operate a predetermined main function, the indoor device comprising: a remote operation receiver configured to communicate with a communication terminal and to receive a remote operation; an operation receiver configured to receive an operation; a main function controller configured to control an operation of the main function based on the remote operation received by the remote operation receiver or the operation received by the operation receiver, the indoor device characterised by comprising: a communication monitor configured to monitor a state of communication with the communication terminal at the remote operation receiver during execution of an operation based on the remote operation; and a notifier configured to provide notice that the remote operation is disabled or guidance to urge a user to conduct an operation on the operation receiver when the communication monitor detects that the communication with the communication terminal is discontinued. a remote operation receiver configured to communicate with a communication terminal and to receive a remote operation; an operation receiver configured to receive an operation; a main function controller configured to control an operation of the main function based on the remote operation received by the remote operation receiver or the operation received by the operation receiver, the indoor device characterised by comprising: a communication monitor configured to monitor a state of communication with the communication terminal at the remote operation receiver during execution of an operation based on the remote operation; and a notifier configured to provide notice that the remote operation is disabled or guidance to urge a user to conduct an operation on the operation receiver when the communication monitor detects that the communication with the communication terminal is discontinued. a communication monitor configured to monitor a state of communication with the communication terminal at the remote operation receiver during execution of an operation based on the remote operation; and a notifier configured to provide notice that the remote operation is disabled or guidance to urge a user to conduct an operation on the operation receiver when the communication monitor detects that the communication with the communication terminal is discontinued.
Method for driving a diaphragm pump comprising at least one diaphragm and means for actuating the diaphragm supplied by a power supply at a given frequency and/or voltage to oscillate and undulate the diaphragm, characterized in that it consists in varying the frequency and/or the power supply voltage of the actuating means, by means of a control unit comprising a regulating member for the frequency and/or the power supply voltage arranged between the power supply and the actuating means, according to at least one operating parameter of the diaphragm pump, previously determined by the control unit.
Method for producing a snap-action switch (16, 18, 20), which has a current-carrying snap-action spring which can be brought into two rest positions by mechanical actuation, comprising the following steps: - producing the snap-action spring from a multilayer plated material, the plating having at least one layer of a non-ferrous metal and/or a layer of a noble metal, - fixing the snap-action spring at at least one end in the snap-action switch, and - deforming the fixed snap-action spring at at least one adjustment point (163, 163", 164, 164", 166) during mounting in the snap-action switch (16, 18, 20) in order to adjust the snap-action switch (16, 18, 20), - characterized in that a partial or complete displacement of the plating at the adjustment point(s) of the span-action spring either take(s) place in the deforming step or before the deforming step, such that the plating is provided on as large an area as possible and is only displaced at the adjustment point(s). - producing the snap-action spring from a multilayer plated material, the plating having at least one layer of a non-ferrous metal and/or a layer of a noble metal, - fixing the snap-action spring at at least one end in the snap-action switch, and - deforming the fixed snap-action spring at at least one adjustment point (163, 163", 164, 164", 166) during mounting in the snap-action switch (16, 18, 20) in order to adjust the snap-action switch (16, 18, 20), - characterized in that a partial or complete displacement of the plating at the adjustment point(s) of the span-action spring either take(s) place in the deforming step or before the deforming step, such that the plating is provided on as large an area as possible and is only displaced at the adjustment point(s).
Control device for a vibration exciter, comprising: - an actuation device (24a, 24b, 12a, 12b) for adjusting a phase position between at least two mutually counter-rotatable unbalanced masses (4a, 4b, 10a, 10b); - a desired value input device (31, 32) for specifying and changing a desired value for the phase position by an operator; wherein - the actuation device has a control piston (12a, 12b) which can be moved axially in a cylinder (22a, 22b); - the phase position can be adjusted in dependence upon an axial position of the control piston (12a, 12b); - the axial position of the control piston (12a, 12b) can be changed by a hydraulic system; - by means of the hydraulic system, pressurised hydraulic fluid can be fed to, or can be discharged from, a piston chamber, which is enclosed by the cylinder (22a, 22b) and the control piston (12a, 12b), over a specific control time period, in order to change the axial position of the control piston (12a, 12b); - characterised in that the length of the control time period is determined exclusively in dependence upon a change in the desired value by the operator; and wherein - the relationship between the change in the desired value and the length of the control time period is predefined according to a rule. - an actuation device (24a, 24b, 12a, 12b) for adjusting a phase position between at least two mutually counter-rotatable unbalanced masses (4a, 4b, 10a, 10b); - a desired value input device (31, 32) for specifying and changing a desired value for the phase position by an operator; wherein - the actuation device has a control piston (12a, 12b) which can be moved axially in a cylinder (22a, 22b); - the phase position can be adjusted in dependence upon an axial position of the control piston (12a, 12b); - the axial position of the control piston (12a, 12b) can be changed by a hydraulic system; - by means of the hydraulic system, pressurised hydraulic fluid can be fed to, or can be discharged from, a piston chamber, which is enclosed by the cylinder (22a, 22b) and the control piston (12a, 12b), over a specific control time period, in order to change the axial position of the control piston (12a, 12b); - characterised in that the length of the control time period is determined exclusively in dependence upon a change in the desired value by the operator; and wherein - the relationship between the change in the desired value and the length of the control time period is predefined according to a rule.
Track adjustment system for operation of a permanent-way machine which is displaceable on a track system, wherein the track adjustment system is equipped with computer-controlled lifting and aligning devices for adjusting the track position, with a control measuring system for measuring the track position in the region of the lifting and aligning devices, and with a tamping unit for compacting a ballasted track of the track system, wherein the track adjustment system calculates the amount of elastic spring-back (Δc w) of the track panel resulting from an aligning force acting on the track and takes into account this elastic spring-back (Δc w) in the target value aligning specification in such a way that it displaces the track with the lifting and aligning devices by the amount of elastic spring-back (Δc w) beyond the target position, characterised in that the track adjustment system is equipped with an acceptance measuring system for measuring the corrected track position and calculates a mean aligning error (Δc r) from the difference between the target position and the acceptance measurement by the acceptance measuring system, by which aligning error said track adjustment system additionally displaces the track with the lifting and aligning devices within the terms of an approach to the target position.
A method performed by a terminal for connecting to a cell in a wireless communication system, the method comprising: determining to receive a connection restriction parameter from a base station if it is determined to attempt connection to the base station during data communication through a wireless local area network, LAN,; receiving, if it is determined to receive the connection restriction parameter, system information including the connection restriction parameter from the base station; determining whether connection to the base station is allowed based on the connection restriction parameter; and attempting to connect to the base station when connection to the base station is allowed. determining to receive a connection restriction parameter from a base station if it is determined to attempt connection to the base station during data communication through a wireless local area network, LAN,; receiving, if it is determined to receive the connection restriction parameter, system information including the connection restriction parameter from the base station; determining whether connection to the base station is allowed based on the connection restriction parameter; and attempting to connect to the base station when connection to the base station is allowed.
An optical filter arranged to transition from a light state to a dark state on exposure to sunlight, and arranged to transition from a dark state to a light state with application of an electric voltage, the optical filter comprising: (a) a first and second substantially transparent substrate (120, 130); (b) a first and second electrode (140, 150) disposed on the surface of at least one of said substrates; (c) a switching material disposed between said first and second substrates and in contact with said first and second electrodes, said switching material comprising one or more chromophores selected from the group of compounds consisting of diarylethenes, dithienylcyclopentenes and fulgides, the one or more chromophores having electrochromic and photochromic properties. (a) a first and second substantially transparent substrate (120, 130); (b) a first and second electrode (140, 150) disposed on the surface of at least one of said substrates; (c) a switching material disposed between said first and second substrates and in contact with said first and second electrodes, said switching material comprising one or more chromophores selected from the group of compounds consisting of diarylethenes, dithienylcyclopentenes and fulgides, the one or more chromophores having electrochromic and photochromic properties.
An audio simulation system comprising: a model manager configured to enable a user to build a 3-dimensional model of a venue and place and aim one or more loudspeakers in the model; a user interface configured to associate a material with a surface in the 3-dimensional model and to receive at least one measured reverberation time value; an audio engine configured to adjust an absorption coefficient of the material such that a predicted reverberation time value is within a pre-defined value of the at least one measured reverberation time value, the reverberation time value being measured in the venue; and an audio player generating at least two acoustic signals simulating an audio program played over the one or more loudspeakers in the model, the simulated audio program based on the adjusted absorption coefficient, wherein the absorption coefficient of the material is adjusted according to a prioritized list of materials, each material in the prioritized list being characterized by an index, the index being a product of an area of the surface associated with the material and a reflection coefficient of the material, and wherein the absorption coefficient of the material with the largest index is adjusted first, and if the adjustment to that material is sufficient to have the predicted reverberation time value within the pre-defined value of the at least one measured reverberation time value, the remaining materials of the prioritized list are not adjusted. a model manager configured to enable a user to build a 3-dimensional model of a venue and place and aim one or more loudspeakers in the model; a user interface configured to associate a material with a surface in the 3-dimensional model and to receive at least one measured reverberation time value; an audio engine configured to adjust an absorption coefficient of the material such that a predicted reverberation time value is within a pre-defined value of the at least one measured reverberation time value, the reverberation time value being measured in the venue; and an audio player generating at least two acoustic signals simulating an audio program played over the one or more loudspeakers in the model, the simulated audio program based on the adjusted absorption coefficient, wherein the absorption coefficient of the material is adjusted according to a prioritized list of materials, each material in the prioritized list being characterized by an index, the index being a product of an area of the surface associated with the material and a reflection coefficient of the material, and wherein the absorption coefficient of the material with the largest index is adjusted first, and if the adjustment to that material is sufficient to have the predicted reverberation time value within the pre-defined value of the at least one measured reverberation time value, the remaining materials of the prioritized list are not adjusted.
A brush assembly for a vacuum cleaner, comprising: a brush body comprising a suction inlet; a main brush which is rotatably coupled to the brush body at the suction inlet to face a surface being cleaned; and a secondary brush which is rotatably mounted on the brush body, the secondary brush being configured to rotate between at least two positions including a first position, in which the secondary brush contacts the surface being cleaned, and a second position, in which the secondary brush does not contact the surface being cleaned, wherein the secondary brush comprises: a rake member comprising a plurality of teeth (131 a) which are positioned along the suction inlet and which rotates between the at least two positions; at least one supporting bracket, which rotatably connects both ends of the rake member to the brush body and is rotatably mounted in a recess which is formed in both ends of the brush body; and a stopper which prevents the rake member from rotating, characterized in that the stopper comprises: at least two fixing grooves (134, 135) which are formed on a portion adjacent to the recess in the brush body to correspond to the at least two positions of the rake member; and a fixing member which is movably disposed on the supporting bracket so as to be selectively fitted into the at least two fixing grooves (134, 135). a brush body comprising a suction inlet; a main brush which is rotatably coupled to the brush body at the suction inlet to face a surface being cleaned; and a secondary brush which is rotatably mounted on the brush body, the secondary brush being configured to rotate between at least two positions including a first position, in which the secondary brush contacts the surface being cleaned, and a second position, in which the secondary brush does not contact the surface being cleaned, wherein the secondary brush comprises: a rake member comprising a plurality of teeth (131 a) which are positioned along the suction inlet and which rotates between the at least two positions; at least one supporting bracket, which rotatably connects both ends of the rake member to the brush body and is rotatably mounted in a recess which is formed in both ends of the brush body; and a stopper which prevents the rake member from rotating, a rake member comprising a plurality of teeth (131 a) which are positioned along the suction inlet and which rotates between the at least two positions; at least one supporting bracket, which rotatably connects both ends of the rake member to the brush body and is rotatably mounted in a recess which is formed in both ends of the brush body; and a stopper which prevents the rake member from rotating, characterized in that the stopper comprises: at least two fixing grooves (134, 135) which are formed on a portion adjacent to the recess in the brush body to correspond to the at least two positions of the rake member; and a fixing member which is movably disposed on the supporting bracket so as to be selectively fitted into the at least two fixing grooves (134, 135).
A charger having a portable battery used in an electric vehicle and having a grip portion, the charger comprising: a tray which has a placement surface on which the battery is placed, characterized in that the tray has a recess portion which is recessed further downward beyond the placement surface at an end portion of the placement surface on a side of the grip portion in a state in which the battery is placed in the tray. a tray which has a placement surface on which the battery is placed, characterized in that the tray has a recess portion which is recessed further downward beyond the placement surface at an end portion of the placement surface on a side of the grip portion in a state in which the battery is placed in the tray.
A method for synchronizing a rotatory steering wheel position (β) of a steering wheel to an angular road wheel position (α) of a road wheel, the steering wheel and the road wheel being coupled to a steering system for a vehicle, the method comprising: - causing the steering wheel to move into a steering wheel end stop position, wherein a rotatory position (β) of the steering wheel end stop position is known, and/or causing the road wheel to move into a road wheel end stop position, wherein an angular position (α) of the road wheel end stop position is known, - causing the steering wheel to move into a neutral steering wheel position based on the known rotatory position (β) of the steering wheel end stop position using an incremental position sensor detection result, and - causing the road wheel to move into the neutral road wheel position based on the known angular position (α) of the road wheel end stop position using an incremental position sensor detection result. - causing the steering wheel to move into a steering wheel end stop position, wherein a rotatory position (β) of the steering wheel end stop position is known, and/or causing the road wheel to move into a road wheel end stop position, wherein an angular position (α) of the road wheel end stop position is known, - causing the steering wheel to move into a neutral steering wheel position based on the known rotatory position (β) of the steering wheel end stop position using an incremental position sensor detection result, and - causing the road wheel to move into the neutral road wheel position based on the known angular position (α) of the road wheel end stop position using an incremental position sensor detection result.
A spraying assembly for a dish washing machine, comprising: a bottom shell, the bottom shell defining a water storage chamber therein, and having a water inlet in communication with the water storage chamber; a spraying seat, the spraying seat being rotatably provided to the bottom shell, and having a water input passage in communication with the water storage chamber; a sprayer, the sprayer having at least one spraying arm, the sprayer being rotatably provided to the spraying seat and a rotation center of the sprayer being eccentrically provided with respect to a rotation center of the spraying seat, the sprayer having a plurality of spraying orifices arranged at intervals, and each spraying orifice being in communication with the water input passage respectively; an actuator, the actuator being connected with the sprayer and the spraying seat respectively, so as to drive the sprayer and the spraying seat to rotate around their respective rotation centers; a driving transmission member, the driving transmission member being connected with the actuator and the sprayer, and being driven by the actuator to drive the sprayer to rotate; and a driven transmission member, the driven transmission member being connected with the driving transmission member and the spraying seat, and being driven by the driving transmission member to drive the spraying seat to rotate. a bottom shell, the bottom shell defining a water storage chamber therein, and having a water inlet in communication with the water storage chamber; a spraying seat, the spraying seat being rotatably provided to the bottom shell, and having a water input passage in communication with the water storage chamber; a sprayer, the sprayer having at least one spraying arm, the sprayer being rotatably provided to the spraying seat and a rotation center of the sprayer being eccentrically provided with respect to a rotation center of the spraying seat, the sprayer having a plurality of spraying orifices arranged at intervals, and each spraying orifice being in communication with the water input passage respectively; an actuator, the actuator being connected with the sprayer and the spraying seat respectively, so as to drive the sprayer and the spraying seat to rotate around their respective rotation centers; a driving transmission member, the driving transmission member being connected with the actuator and the sprayer, and being driven by the actuator to drive the sprayer to rotate; and a driven transmission member, the driven transmission member being connected with the driving transmission member and the spraying seat, and being driven by the driving transmission member to drive the spraying seat to rotate.
A vapor grown carbon fiber having a mean fiber diameter of 80 to 500 nm and an aspect ratio of 100 to 200, wherein filaments of the carbon fiber having a fiber diameter falling within a range of ± 20 % the mean fiber diameter account for 65 % (on a number basis) or more of all the filaments of the carbon fiber, and wherein the vapor grown carbon fiber exhibits a ratio of Id/Ig of 0.2 or less, wherein Id represents the peak height of the band at 1,341 to 1,360 cm -1 (d line) in a Raman scattering spectrum of the carbon fiber and Ig represents the peak height (Ig) of the band at 1,570 to 1,580 cm -1 (g line) in the spectrum.