mhurhangee/patent-ind-claim-en huggingface dataset:
A roulette apparatus comprising at least one graphical roulette-display-system and a mechanical wheel having a plurality of pockets adapted to receive a ball, wherein the mechanical wheel and the at least one graphical roulette-display-system is controlled by an electronic-control-system and wherein the at least one graphical roulette-display-system displays a field of numbers and/or symbols and wherein the roulette apparatus is characterized by further comprising at least one wheel control unit adapted to influence the rotation and/or movement of the mechanical wheel according to the electronic-control-system in order to bring the wheel into a position based on an information received from the electronic-control-system and wherein the mechanical wheel is designed to change the number N of pockets of the plurality of pockets . wherein the mechanical wheel and the at least one graphical roulette-display-system is controlled by an electronic-control-system and wherein the at least one graphical roulette-display-system displays a field of numbers and/or symbols and wherein the roulette apparatus is characterized by further comprising at least one wheel control unit adapted to influence the rotation and/or movement of the mechanical wheel according to the electronic-control-system in order to bring the wheel into a position based on an information received from the electronic-control-system and wherein the mechanical wheel is designed to change the number N of pockets of the plurality of pockets .
A vacuum packaging machine, wherein the vacuum packaging machine comprises a machine body , a vacuum cover , a main controller , a sub-controller , a heat-sealing unit , and a vacuumizing unit ; a vacuum chamber is provided in the machine body , and the vacuum cover is covered on the machine body corresponding to a position of the vacuum chamber ; the main controller is provided on the machine body , the sub-controller is provided on the vacuum cover , and the main controller is in communication connection with the sub-controller ; the main controller is in communication connection with the heat-sealing unit and the vacuumizing unit , and the sub-controller is provided with a functional key unit used for implementing vacuumizing and heat-sealing operations; and the vacuum cover is provided with a handle , the handle and the vacuum chamber are respectively located at two sides of the vacuum cover , and the sub-controller is provided on the handle . a vacuum chamber is provided in the machine body , and the vacuum cover is covered on the machine body corresponding to a position of the vacuum chamber ; the main controller is provided on the machine body , the sub-controller is provided on the vacuum cover , and the main controller is in communication connection with the sub-controller ; the main controller is in communication connection with the heat-sealing unit and the vacuumizing unit , and the sub-controller is provided with a functional key unit used for implementing vacuumizing and heat-sealing operations; and the vacuum cover is provided with a handle , the handle and the vacuum chamber are respectively located at two sides of the vacuum cover , and the sub-controller is provided on the handle .
A method for automatically identifying roads in digital maps comprising: associating tiles in a grid overlaying a map among said digital maps with discrete non-trace positioning records produced by mobile devices operating in areas represented in the map; producing a scalar description of each tile of the grid in an area of interest among said areas that is overlaid by the grid, based on a subset of the discrete non-trace positioning records associated with the tile, wherein the scalar description of each tile comprises at least various statistics on each tile; and for each of the tiles in the area of interest, performing a binary classification of the tile as a road as a type of map entity, based at least on the scalar description produced for the tile and other scalar descriptions produced for other tiles in the area of interest, wherein the binary classification of the tile is performed by comparing said scalar descriptions produced for the tile and the other tiles in the area of interest to scalar descriptions of labelled tiles for which an entity classification is already known. associating tiles in a grid overlaying a map among said digital maps with discrete non-trace positioning records produced by mobile devices operating in areas represented in the map; producing a scalar description of each tile of the grid in an area of interest among said areas that is overlaid by the grid, based on a subset of the discrete non-trace positioning records associated with the tile, wherein the scalar description of each tile comprises at least various statistics on each tile; and for each of the tiles in the area of interest, performing a binary classification of the tile as a road as a type of map entity, based at least on the scalar description produced for the tile and other scalar descriptions produced for other tiles in the area of interest, wherein the binary classification of the tile is performed by comparing said scalar descriptions produced for the tile and the other tiles in the area of interest to scalar descriptions of labelled tiles for which an entity classification is already known.
Shift signal transmitter for a manual transmission of a vehicle, in particular a motorcycle, - with a shift rod for a force transmission connection to a foot lever , - with a housing in which the shift rod is axially movably guided along its longitudinal axis between two axial stops , - with a connecting piece that is used for coupling to a shift lever and that is rigidly connected to the housing opposite to an internal axial end of the shift rod , and - with a distance sensor for contactless distance measurement, wherein the distance sensor is arranged within the housing opposite to the inner axial end of the shift rod and is oriented with a sensor surface radial to the longitudinal axis, characterized in that the distance sensor comprises a circuit board which is oriented within the housing opposite to the inner axial end of the shift rod and with its surface extension radial to the longitudinal axis of the shift rod , and wherein the circuit board carries an electrically conductive conductor track for inductive distance measurement relative to the internal axial end of the shift rod and an evaluation circuit. - with a shift rod for a force transmission connection to a foot lever , - with a housing in which the shift rod is axially movably guided along its longitudinal axis between two axial stops , - with a connecting piece that is used for coupling to a shift lever and that is rigidly connected to the housing opposite to an internal axial end of the shift rod , and - with a distance sensor for contactless distance measurement, wherein the distance sensor is arranged within the housing opposite to the inner axial end of the shift rod and is oriented with a sensor surface radial to the longitudinal axis, characterized in that the distance sensor comprises a circuit board which is oriented within the housing opposite to the inner axial end of the shift rod and with its surface extension radial to the longitudinal axis of the shift rod , and wherein the circuit board carries an electrically conductive conductor track for inductive distance measurement relative to the internal axial end of the shift rod and an evaluation circuit.
A stencil printer for printing viscous material on a substrate , the stencil printer comprising: a frame ; a stencil coupled to the frame ; a print head , coupled to the frame , to deposit and print viscous material over the stencil; a lift table assembly configured to support the substrate in a transport position and a print position; and a conveyor system including a pair of rail members coupled to the frame , the pair of rail members extending through the frame and being configured to transport the substrate through the stencil printer , and for each rail member , a lift tool assembly coupled to the rail member , the lift tool assembly being configured to cooperate with the lift table assembly and to engage and support the substrate at a transport height and a print height, the lift tool assembly including a lifter portion configured to be engaged by a support surface of the lift table assembly , the lifter portion having a foot that extends under the rail member , the foot being configured to be engaged by the support surface of the lift table assembly , the foot of the lifter portion having at least two permanent magnets configured to secure the foot of the lifter portion to the support surface when engaging the support surface to the lifter portion , characterized by at least one vacuum pocket formed in a bottom surface of the foot of the lifter portion , the at least one vacuum pocket being configured to selectively secure the lifter portion in place on the support surface . a frame ; a stencil coupled to the frame ; a print head , coupled to the frame , to deposit and print viscous material over the stencil; a lift table assembly configured to support the substrate in a transport position and a print position; and a conveyor system including a pair of rail members coupled to the frame , the pair of rail members extending through the frame and being configured to transport the substrate through the stencil printer , and for each rail member , a lift tool assembly coupled to the rail member , the lift tool assembly being configured to cooperate with the lift table assembly and to engage and support the substrate at a transport height and a print height, the lift tool assembly including a lifter portion configured to be engaged by a support surface of the lift table assembly , the lifter portion having a foot that extends under the rail member , the foot being configured to be engaged by the support surface of the lift table assembly , the foot of the lifter portion having at least two permanent magnets configured to secure the foot of the lifter portion to the support surface when engaging the support surface to the lifter portion , characterized by at least one vacuum pocket formed in a bottom surface of the foot of the lifter portion , the at least one vacuum pocket being configured to selectively secure the lifter portion in place on the support surface .
A ride assembly, comprising: a ride vehicle configured to carry one or more passengers and to move in a direction along a ride path; a first passenger seat of the ride vehicle comprising a seatback , wherein the first passenger seat of the ride vehicle is configured to seat a first passenger of the one or more passengers , and wherein the seatback is configured to rotate with respect to the ride vehicle from a loading position to an active position; a second passenger seat of the ride vehicle positioned behind the first passenger seat with respect to the direction, wherein the second passenger seat is configured to seat a second passenger of the one or more passengers ; and a passenger restraint coupled to the seatback of the first passenger seat , wherein the passenger restraint is configured to secure the second passenger in the second passenger seat when the seatback is in the active position. a ride vehicle configured to carry one or more passengers and to move in a direction along a ride path; a first passenger seat of the ride vehicle comprising a seatback , wherein the first passenger seat of the ride vehicle is configured to seat a first passenger of the one or more passengers , and wherein the seatback is configured to rotate with respect to the ride vehicle from a loading position to an active position; a second passenger seat of the ride vehicle positioned behind the first passenger seat with respect to the direction, wherein the second passenger seat is configured to seat a second passenger of the one or more passengers ; and a passenger restraint coupled to the seatback of the first passenger seat , wherein the passenger restraint is configured to secure the second passenger in the second passenger seat when the seatback is in the active position.
A computer-implemented method comprising: receiving intraoral scan data comprising an intraoral image of a dental site; performing an analysis of the intraoral image to a) identify a foreign object represented in the intraoral image and b) determine that the foreign object is an instance of a reference object having one or more known properties; and augmenting the intraoral image and/or a virtual three-dimensional model of the dental site generated from or associated with the intraoral image, using the one or more known properties of the foreign object. receiving intraoral scan data comprising an intraoral image of a dental site; performing an analysis of the intraoral image to a) identify a foreign object represented in the intraoral image and b) determine that the foreign object is an instance of a reference object having one or more known properties; and augmenting the intraoral image and/or a virtual three-dimensional model of the dental site generated from or associated with the intraoral image, using the one or more known properties of the foreign object.
An escapement comprising: - a roller , - a first mobile escapement part comprising first escapement teeth and a second mobile escapement part comprising second escapement teeth , and - a means for mechanically coupling the first mobile escapement part to the second mobile escapement part, the roller comprising a third impulse pallet stone cooperating with the first escapement teeth and a fourth impulse pallet stone cooperating with the second escapement teeth, characterized in that the escapement comprises an anchor carrying pallet stones . - a roller , - a first mobile escapement part comprising first escapement teeth and a second mobile escapement part comprising second escapement teeth , and - a means for mechanically coupling the first mobile escapement part to the second mobile escapement part,
An electric motor diagnosis device, comprising: an electric current input unit configured to detect and input therein an electric current of an electric motor ; an electric current variation calculation unit configured to acquire the presence or absence of deviation or variation of an electric current inputted from the electric current input unit ; an FFT analysis unit configured to analyze a power spectrum of the electric current from the electric current input unit , when the electric current therefrom is in a stable state; a peak detection calculation unit configured to detect a peak position in a power spectrum acquired by the FFT analysis unit ; an averaging calculation unit configured to smooth a plurality of charges of power spectra analyzed by the FFT analysis unit ; a sideband frequency extraction unit configured to extract a sideband frequency of a power spectrum smoothed by the averaging calculation unit ; characterised by : a rotational frequency band determination unit configured to calculate, based on a sideband frequency extracted by the sideband frequency extraction unit , a difference value (D) between a peak of power spectrum of a power source frequency of the electric motor , and a peak of power spectrum in a rotational frequency band thereof which changes by increase of mechanical vibration due to bearing degradation of the electric motor ; and a warning output unit configured to output a warning when the difference value (D) obtained by the rotational frequency band determination unit is a value smaller than a preset value defined in advance. an electric current input unit configured to detect and input therein an electric current of an electric motor ; an electric current variation calculation unit configured to acquire the presence or absence of deviation or variation of an electric current inputted from the electric current input unit ; an FFT analysis unit configured to analyze a power spectrum of the electric current from the electric current input unit , when the electric current therefrom is in a stable state; a peak detection calculation unit configured to detect a peak position in a power spectrum acquired by the FFT analysis unit ; an averaging calculation unit configured to smooth a plurality of charges of power spectra analyzed by the FFT analysis unit ; a sideband frequency extraction unit configured to extract a sideband frequency of a power spectrum smoothed by the averaging calculation unit ; a rotational frequency band determination unit configured to calculate, based on a sideband frequency extracted by the sideband frequency extraction unit , a difference value (D) between a peak of power spectrum of a power source frequency of the electric motor , and a peak of power spectrum in a rotational frequency band thereof which changes by increase of mechanical vibration due to bearing degradation of the electric motor ; and a warning output unit configured to output a warning when the difference value (D) obtained by the rotational frequency band determination unit is a value smaller than a preset value defined in advance.
A power generator comprising: a housing ; a chemical hydride fuel block arranged within the housing and adapted to produce hydrogen when exposed to water vapor; and an air conduit , disposed about the chemical hydride fuel block in the housing , the air conduit comprising a fuel cell portion , and a water vapor permeable, hydrogen impermeable membrane portion adapted to allow water vapor to pass through to cause release of hydrogen from the fuel block ; the chemical hydride fuel block being adapted to be removable from the housing and the air conduit ; the housing including an air intake opening adapted to draw air containing oxygen and water vapor into the housing and into the air conduit ; the air conduit being adapted to flow the air from the air intake opening past the fuel cell portion to provide oxygen to the fuel cell portion and to receive water vapor from the fuel cell portion , and to flow the air including the received water vapor generated by the fuel cell portion past the permeable membrane portion to transport water vapor across the membrane portion to the replaceable chemical hydride fuel block ; and the chemical hydride fuel block further comprising an exhaust opening corresponding to the air conduit to facilitate exhausting air and heat from the air conduit out of the housing . a housing ; a chemical hydride fuel block arranged within the housing and adapted to produce hydrogen when exposed to water vapor; and an air conduit , disposed about the chemical hydride fuel block in the housing , the air conduit comprising a fuel cell portion , and a water vapor permeable, hydrogen impermeable membrane portion adapted to allow water vapor to pass through to cause release of hydrogen from the fuel block ; the chemical hydride fuel block being adapted to be removable from the housing and the air conduit ; the housing including an air intake opening adapted to draw air containing oxygen and water vapor into the housing and into the air conduit ; the air conduit being adapted to flow the air from the air intake opening past the fuel cell portion to provide oxygen to the fuel cell portion and to receive water vapor from the fuel cell portion , and to flow the air including the received water vapor generated by the fuel cell portion past the permeable membrane portion to transport water vapor across the membrane portion to the replaceable chemical hydride fuel block ; and the chemical hydride fuel block further comprising an exhaust opening corresponding to the air conduit to facilitate exhausting air and heat from the air conduit out of the housing .
A thrust bearing, comprising: an electromagnetic stator having a stator surface ; and a rotor disk rotatable relative to said electromagnetic stator and having a rotor surface facing said stator surface ; wherein said rotor disk comprises a radially inner portion made of a first material directly and exclusively connected to a radially outer portion made of a second material; the first material is a corrosion resistant metal or metal alloy; the second material is a ferromagnetic metal or metal alloy; characterised in that the radially outer portion has a protective layer, coating or cladding made of a corrosion resistant material; and the protective layer, coating or cladding extends from the radially outer portion beyond an interface between the radially outer portion and the radially inner portion . an electromagnetic stator having a stator surface ; and a rotor disk rotatable relative to said electromagnetic stator and having a rotor surface facing said stator surface ; wherein said rotor disk comprises a radially inner portion made of a first material directly and exclusively connected to a radially outer portion made of a second material; the first material is a corrosion resistant metal or metal alloy; the second material is a ferromagnetic metal or metal alloy; characterised in that the radially outer portion has a protective layer, coating or cladding made of a corrosion resistant material; and the protective layer, coating or cladding extends from the radially outer portion beyond an interface between the radially outer portion and the radially inner portion .
A dish washing machine , comprising: a main body in which a washing tub is provided; a door for opening and closing a front opening of the washing tub ; a basket for accommodating dishes installed to move into and out of the washing tub and having a basket identifier attached thereto; a sensing unit configured to sense the basket identifier ; a plurality of nozzles configured to spray washing water; a driving unit ; and a controller configured to control the driving unit such that cleaning is performed for each dish storage area (a1, a2, a3, and a4) of the basket based on the sensed result of the sensing unit , characterized in that the dish washing machine further comprises: a door identifier attached to the door ; a vane configured to reflect the sprayed water washing water in the washing tub , wherein the driving unit is configured to drive the vane and wherein the controller is configured to determine an area in which the dishes are accommodated based on the position of the door identifier and the position of the basket identifier that are sensed by the sensing unit , and to control the driving unit to clean the dish storage area (a1, a2, a3, and a4) in which the dishes are accommodated. a main body in which a washing tub is provided; a door for opening and closing a front opening of the washing tub ; a basket for accommodating dishes installed to move into and out of the washing tub and having a basket identifier attached thereto; a sensing unit configured to sense the basket identifier ; a plurality of nozzles configured to spray washing water; a driving unit ; and a controller configured to control the driving unit such that cleaning is performed for each dish storage area (a1, a2, a3, and a4) of the basket based on the sensed result of the sensing unit , characterized in that the dish washing machine further comprises: a door identifier attached to the door ; a vane configured to reflect the sprayed water washing water in the washing tub , wherein the driving unit is configured to drive the vane and wherein the controller is configured to determine an area in which the dishes are accommodated based on the position of the door identifier and the position of the basket identifier that are sensed by the sensing unit , and to control the driving unit to clean the dish storage area (a1, a2, a3, and a4) in which the dishes are accommodated. a door identifier attached to the door ; a vane configured to reflect the sprayed water washing water in the washing tub , wherein the driving unit is configured to drive the vane and wherein the controller is configured to determine an area in which the dishes are accommodated based on the position of the door identifier and the position of the basket identifier that are sensed by the sensing unit , and to control the driving unit to clean the dish storage area (a1, a2, a3, and a4) in which the dishes are accommodated.