mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound endoscope in which an ultrasound transducer is disposed in a distal end part of an insertion part, the ultrasound endoscope comprising: a plurality of signal wire bundles that are electrically connected to the ultrasound transducer and extend along a central axis of the distal end part, each signal wire bundle including a plurality of coaxial cables, a shield layer with which the plurality of coaxial cables are coated, and an outer coat with which the shield layer is coated; a receiving member that is positioned on a distal end side of the plurality of signal wire bundles, the receiving member being disposed on an outer peripheral side in the distal end part along an inner periphery of the distal end part, and characterized by: a pressing member that is positioned on the distal end side of the plurality of signal wire bundles, the pressing member being disposed on an inner side in the distal end part and comprises at least one pressing surface, wherein the at least one pressing surface is disposed closer to the central axis than the receiving member in the distal end part, wherein the plurality of signal wire bundles are fixed by being sandwiched between the receiving member and the pressing member. a plurality of signal wire bundles that are electrically connected to the ultrasound transducer and extend along a central axis of the distal end part, each signal wire bundle including a plurality of coaxial cables, a shield layer with which the plurality of coaxial cables are coated, and an outer coat with which the shield layer is coated; a receiving member that is positioned on a distal end side of the plurality of signal wire bundles, the receiving member being disposed on an outer peripheral side in the distal end part along an inner periphery of the distal end part, and characterized by: a pressing member that is positioned on the distal end side of the plurality of signal wire bundles, the pressing member being disposed on an inner side in the distal end part and comprises at least one pressing surface, wherein the at least one pressing surface is disposed closer to the central axis than the receiving member in the distal end part, wherein the plurality of signal wire bundles are fixed by being sandwiched between the receiving member and the pressing member.
A device for converting mechanical movements into an electrical switching signal for an electrically operated machine tool or another electrically operated device, consisting of, - a housing in which at least one recess is worked. - an actuating element mounted with axial guidance in the recess of the housing, - a snap disc held under preload in the housing that has a curvature in the direction of the actuating element in the unoperated condition and - a circuit board arranged in the housing on which at least one electrical switching contact is provided facing in the direction of the snap disc and arranged flush with it, characterised in that at least one piezoelectric element is attached to the actuating element, that wen the snap disc snaps through this is registered by the piezoelectric element and that the piezoelectric element generates an electrical pulse that is output to an evaluation and control unit by means of which the electrical switching signal of the snap disc is measured at the same time and is evaluated for the purpose of generating an electrical switching signal. - a housing in which at least one recess is worked. - an actuating element mounted with axial guidance in the recess of the housing, - a snap disc held under preload in the housing that has a curvature in the direction of the actuating element in the unoperated condition and - a circuit board arranged in the housing on which at least one electrical switching contact is provided facing in the direction of the snap disc and arranged flush with it,
A bandwidth managing unit configured to manage unidirectional data transfers of data to mobile user entities in a mobile communications network, the bandwidth managing unit comprising: - a data transfer detecting unit configured to receive data transfer requests of the mobile user entities in the mobile communications network, each data transfer request requesting a unidirectional transfer of data from a content provider, - a network condition determining unit configured to determine data transfer conditions in the mobile communications network for the different data transfers to the corresponding mobile user entities, - a data transfer scheduler configured to determine, for each detected data transfer request, a point in time when the requested data transfer should be initiated, taking into account the data transfer conditions in the mobile communications network for the data transfer to the corresponding mobile user entity, and configured to initiate the data transfer at the determined point in time, characterized in that the data transfer scheduler, for initiating one of the data transfers, is configured to generate a unique data transfer identifier allowing unique identification of said one data transfer having a specified data volume in the mobile communications network and configured to transmit the unique data transfer identifier to the mobile user entity requesting said one data transfer, wherein the data transfer scheduler is furthermore configured to transmit the unique data transfer identifier to a data transfer controller controlling the data transfers in the mobile communications network. - a data transfer detecting unit configured to receive data transfer requests of the mobile user entities in the mobile communications network, each data transfer request requesting a unidirectional transfer of data from a content provider, - a network condition determining unit configured to determine data transfer conditions in the mobile communications network for the different data transfers to the corresponding mobile user entities, - a data transfer scheduler configured to determine, for each detected data transfer request, a point in time when the requested data transfer should be initiated, taking into account the data transfer conditions in the mobile communications network for the data transfer to the corresponding mobile user entity, and configured to initiate the data transfer at the determined point in time, characterized in that the data transfer scheduler, for initiating one of the data transfers, is configured to generate a unique data transfer identifier allowing unique identification of said one data transfer having a specified data volume in the mobile communications network and configured to transmit the unique data transfer identifier to the mobile user entity requesting said one data transfer, wherein the data transfer scheduler is furthermore configured to transmit the unique data transfer identifier to a data transfer controller controlling the data transfers in the mobile communications network.
A planetary push-pull electric motor, hereinafter "PPPEM", comprising: a ring stator fixedly mounted on a central axis of said PPPEM, wherein said central axis defines a centerline of said ring stator; a planetary rotor arranged to be magnetically movable, rotatably mounted on an eccentric rotor axis in respect to said ring stator centerline; whereby said planetary rotor and said stator are equipped with toothed gear (40, 48); a series of electromagnets radially mounted about said ring stator centerline for generating radial magnetic force upon the magnetic fields of said planetary rotor when said series of electromagnets is activated; and a means for transferring rotation of said eccentric planetary rotor axis to directly power an output shaft of said PPPEM, wherein when said series of electromagnets is activated, radial push-pull magnetic forces are generated, magnetically impelling said planetary rotor in proximal radial contact with at least one electromagnet in said series such that said planetary rotor pivots from one of said proximal tangential contact to an adjacent one in sequence, effecting a continuous rolling motion of said planetary rotor about said eccentric rotor axis and creating a rotary moment, such motion being translated into rotational motion which, when applied to said output shaft of said PPPEM utilizing said rotation transferring means, provides a source of power output from said PPPEM; and characterized in that said rotor axis is radially loaded upon said stator such that the pull forces pull said planetary rotor toward said stator in order to ensure zero backlash. a ring stator fixedly mounted on a central axis of said PPPEM, wherein said central axis defines a centerline of said ring stator; a planetary rotor arranged to be magnetically movable, rotatably mounted on an eccentric rotor axis in respect to said ring stator centerline; whereby said planetary rotor and said stator are equipped with toothed gear (40, 48); a series of electromagnets radially mounted about said ring stator centerline for generating radial magnetic force upon the magnetic fields of said planetary rotor when said series of electromagnets is activated; and a means for transferring rotation of said eccentric planetary rotor axis to directly power an output shaft of said PPPEM, wherein when said series of electromagnets is activated, radial push-pull magnetic forces are generated, magnetically impelling said planetary rotor in proximal radial contact with at least one electromagnet in said series such that said planetary rotor pivots from one of said proximal tangential contact to an adjacent one in sequence, effecting a continuous rolling motion of said planetary rotor about said eccentric rotor axis and creating a rotary moment, such motion being translated into rotational motion which, when applied to said output shaft of said PPPEM utilizing said rotation transferring means, provides a source of power output from said PPPEM; and characterized in that said rotor axis is radially loaded upon said stator such that the pull forces pull said planetary rotor toward said stator in order to ensure zero backlash.
A manure removal and discharging system for removal of manure from minks in mink cages arranged in a mink shed, the cages being wire mesh cages having a wire mesh bottom and being arranged in longitudinally extending long rows of wire mesh cages being suspended in posts of the mink shed or arranged in cage consoles, wherein the system comprises - a belt conveyor comprising a first station located at a first system end and a second station located at an opposite second system end longitudinally spaced from the first station, the first station comprising a first roller, and the second station comprising a second roller, at least one of the rollers being a drive roller, - an endless conveyor belt configured for extending in a longitudinal direction below at least a portion of the bottoms of the cages of the longitudinally extending row of cages and around the first and second roller, the conveyor belt having an upper belt portion configured for receiving manure from the minks in the cages, and a lower conveyor belt portion, characterized in - a number of wires extending between the first and second station (14;18) below the upper belt portion and being configured to support the upper belt portion, - at least one bracket extending transversely to the longitudinal direction of the belt below the wires and having an upper surface being configured to support the wires, and the upper surface of the bracket being provided with recesses receiving respective wires. - a belt conveyor comprising a first station located at a first system end and a second station located at an opposite second system end longitudinally spaced from the first station, the first station comprising a first roller, and the second station comprising a second roller, at least one of the rollers being a drive roller, - an endless conveyor belt configured for extending in a longitudinal direction below at least a portion of the bottoms of the cages of the longitudinally extending row of cages and around the first and second roller, the conveyor belt having an upper belt portion configured for receiving manure from the minks in the cages, and a lower conveyor belt portion, characterized in - a number of wires extending between the first and second station (14;18) below the upper belt portion and being configured to support the upper belt portion, - at least one bracket extending transversely to the longitudinal direction of the belt below the wires and having an upper surface being configured to support the wires, and the upper surface of the bracket being provided with recesses receiving respective wires.
Motorbike including an assistant system to a braking system, of the type comprising a phonic wheel, a phonic wheel speed sensor, and a related cable for the transmission of a signal of said speed sensor, a supporting structure, for supporting the phonic wheel speed sensor and a brake caliper, comprising: • a main body fastened or which can be fastened to a stem of a fork of a motorbike; • a wheel support connected to said main body for supporting a wheel of the motorbike; • an extension which develops from said main body and comprises a fastening device for a brake caliper, wherein said extension comprises a pair of ribs (33, 34) defining opposite edges thereof, a reinforcing plate extending between said pair of ribs (33, 34), said ribs (33, 34) forming thickenings of the extension with respect to said reinforcing plate, and a pass-through opening for housing the phonic wheel sensor and defined in said reinforcing plate in an intermediate position between said ribs (33, 34); and characterized by a grommet device fastened to an upper portion of said brake caliper. • a main body fastened or which can be fastened to a stem of a fork of a motorbike; • a wheel support connected to said main body for supporting a wheel of the motorbike; • an extension which develops from said main body and comprises a fastening device for a brake caliper, wherein said extension comprises a pair of ribs (33, 34) defining opposite edges thereof, a reinforcing plate extending between said pair of ribs (33, 34), said ribs (33, 34) forming thickenings of the extension with respect to said reinforcing plate, and a pass-through opening for housing the phonic wheel sensor and defined in said reinforcing plate in an intermediate position between said ribs (33, 34); and characterized by a grommet device fastened to an upper portion of said brake caliper.
A method of forming a contactless transaction card (100, 150), comprising providing a card body, the card body defining a window; attaching an antenna assembly layer to the card body, the antenna assembly layer comprising an antenna, a set of curable connectors (112; 132,134) disposed on a set of end regions (122,124) of the antenna within the window, and a UV-transparent layer, supporting the antenna; providing a contactless chip module within the window on a first side of the antenna assembly layer; and directing radiation through the UV-transparent layer comprising directing a first UV laser beam exposure to a first curable connector disposed on a first end region of the antenna; and directing a second UV laser beam exposure to a second curable connector disposed on a second end region of the antenna, and wherein the contactless chip module is electrically connected to the antenna via the set of curable connectors (112; 132,134). providing a card body, the card body defining a window; attaching an antenna assembly layer to the card body, the antenna assembly layer comprising an antenna, a set of curable connectors (112; 132,134) disposed on a set of end regions (122,124) of the antenna within the window, and a UV-transparent layer, supporting the antenna; providing a contactless chip module within the window on a first side of the antenna assembly layer; and directing radiation through the UV-transparent layer comprising directing a first UV laser beam exposure to a first curable connector disposed on a first end region of the antenna; and directing a second UV laser beam exposure to a second curable connector disposed on a second end region of the antenna, and wherein the contactless chip module is electrically connected to the antenna via the set of curable connectors (112; 132,134). directing a first UV laser beam exposure to a first curable connector disposed on a first end region of the antenna; and directing a second UV laser beam exposure to a second curable connector disposed on a second end region of the antenna, and wherein the contactless chip module is electrically connected to the antenna via the set of curable connectors (112; 132,134).
A diopter adjustment mechanism for an optical instrument, the diopter adjustment mechanism comprising: a shaft body that has a diopter adjustment dial operated to perform diopter adjustment on a lens provided in a finder, and is integrally rotated in response to an operation of the diopter adjustment dial; a driving unit (17, 18) that moves the lens in an optical axis direction by rotation of the shaft body; bearing portions (31, 32) that rotatably hold the shaft body in the vicinity of both ends of the shaft body; and a dustproof portion; characterized in that the dustproof portion that is arranged between the bearing portions (31, 32) of the shaft body, and blocks a first space continuous with an arrangement space of the diopter adjustment dial from a second space continuous with an arrangement space of the lens in a space around the shaft body, wherein the diopter adjustment dial is configured to be moved between a protruded position from the optical instrument and a stored position in the optical instrument, and to drive the lens in the optical axis direction by the rotation of the diopter adjustment dial at the protruded position for performing the diopter adjustment, the dustproof portion is configured to be circumferentially rotatable with respect to an outer peripheral surface of the shaft body when the diopter adjustment dial is rotated for driving the lens in the optical axis direction, and the dustproof portion is configured to be slidable on the shaft body in an axial direction of the shaft body when the diopter adjustment dial is moved between the protruded position and the stored position. a shaft body that has a diopter adjustment dial operated to perform diopter adjustment on a lens provided in a finder, and is integrally rotated in response to an operation of the diopter adjustment dial; a driving unit (17, 18) that moves the lens in an optical axis direction by rotation of the shaft body; bearing portions (31, 32) that rotatably hold the shaft body in the vicinity of both ends of the shaft body; and a dustproof portion; characterized in that the dustproof portion that is arranged between the bearing portions (31, 32) of the shaft body, and blocks a first space continuous with an arrangement space of the diopter adjustment dial from a second space continuous with an arrangement space of the lens in a space around the shaft body, wherein the diopter adjustment dial is configured to be moved between a protruded position from the optical instrument and a stored position in the optical instrument, and to drive the lens in the optical axis direction by the rotation of the diopter adjustment dial at the protruded position for performing the diopter adjustment, the dustproof portion is configured to be circumferentially rotatable with respect to an outer peripheral surface of the shaft body when the diopter adjustment dial is rotated for driving the lens in the optical axis direction, and the dustproof portion is configured to be slidable on the shaft body in an axial direction of the shaft body when the diopter adjustment dial is moved between the protruded position and the stored position.
A touch display module comprising a touch display panel, wherein the touch display panel is provided with a first pixel area and a second pixel area; the first pixel area comprises a first pixel, a resistor-capacitance, RC, load of the first pixel is a first load, the second pixel area comprises a second pixel, an resistor-capacitance load of the second pixel is a second load, and the first load is not equal to the second load; the first pixel area is provided with a first electrode corresponding to the first pixel, the second pixel area is provided with a second electrode corresponding to the second pixel, and the first electrode is spaced apart from the second electrode; the touch display panel is operable with a display mode, wherein when the touch display panel is in the display mode, the first electrode is electrically coupled with the second electrode and the first electrode and the second electrode are common electrodes, so that the first load is equal to the second load, wherein the touch display panel is further operable with a touch mode, characterized in that the first electrode is electrically insulated from the second electrode when the touch display panel is in the touch mode. the touch display panel is provided with a first pixel area and a second pixel area; the first pixel area comprises a first pixel, a resistor-capacitance, RC, load of the first pixel is a first load, the second pixel area comprises a second pixel, an resistor-capacitance load of the second pixel is a second load, and the first load is not equal to the second load; the first pixel area is provided with a first electrode corresponding to the first pixel, the second pixel area is provided with a second electrode corresponding to the second pixel, and the first electrode is spaced apart from the second electrode; the touch display panel is operable with a display mode, wherein when the touch display panel is in the display mode, the first electrode is electrically coupled with the second electrode and the first electrode and the second electrode are common electrodes, so that the first load is equal to the second load, wherein the touch display panel is further operable with a touch mode, characterized in that the first electrode is electrically insulated from the second electrode when the touch display panel is in the touch mode.
Electrical kitchen appliance for processing food by means of at least one processing function which can be set by a user, comprising a setting device in order to allow the user to set at least one parameter of the processing function, the setting device being formed as a dial, characterised in that an operating mode is provided in which the parameter is changed by a first value for each angle of rotation by turning the dial in one direction and in which the parameter is changed by a second value for each angle of rotation by turning the dial in the opposite direction, the first value being different from the second value.