mhurhangee/ep-ind-claims huggingface dataset:
Harvesting unit comprising a chassis intended to be moved along rows of plants to be harvested, and a shaker system including at least one shaker device, said shaker device comprising: - a drum operable to detach a crop from said plants, said drum comprising a drum shaft mounted for rotation on said chassis about a vertical axis and shaker organs mounted to said drum shaft; - a rotational driving mechanism of said drum, said mechanism comprising a driven body and a first driving device engaged with said driven body to steer its rotation about said vertical axis; - an oscillatory driving mechanism of said drum about said vertical axis, said mechanism comprising at least one eccentric module and a second driving device engaged with said module to steer its rotation, said module being drivingly connected to the drum shaft by a mechanical member operable to transform the eccentric rotation of said module into an oscillation of said drum shaft, the eccentric module is mounted for rotation on the driven body of the rotational driving mechanism, the mechanical member being arranged to transmit the rotation of said driven body to the drum shaft; said harvesting unit being characterized in that the mechanical member comprises a window wherein the eccentric module is mounted, the mounting of said eccentric module in said window being operable to transform the rotation of said eccentric module into an oscillation of the mechanical member. - a drum operable to detach a crop from said plants, said drum comprising a drum shaft mounted for rotation on said chassis about a vertical axis and shaker organs mounted to said drum shaft; - a rotational driving mechanism of said drum, said mechanism comprising a driven body and a first driving device engaged with said driven body to steer its rotation about said vertical axis; - an oscillatory driving mechanism of said drum about said vertical axis, said mechanism comprising at least one eccentric module and a second driving device engaged with said module to steer its rotation, said module being drivingly connected to the drum shaft by a mechanical member operable to transform the eccentric rotation of said module into an oscillation of said drum shaft, the eccentric module is mounted for rotation on the driven body of the rotational driving mechanism, the mechanical member being arranged to transmit the rotation of said driven body to the drum shaft;
A power transmitter arranged to transfer power to a power receiver using a wireless inductive power signal, the power transmitter comprising: an inductor arranged to provide the wireless inductive power signal; a power signal generator arranged to drive the inductor to provide the wireless inductive power signal; a calibration controller arranged to determine whether a power loss calibration has been performed for the power transmitter and power receiver pairing, the power loss calibration determining an expected relationship between a received power indication provided by the power receiver and a transmitted power indication for the power transmitter; a power limiter arranged to restrict a power provided to the inductor to not exceed a threshold unless the power loss calibration has been performed for the power transmitter and power receiver pairing; a receiver arranged to receive received power indications from the power receiver; and a detector arranged to detect a parasitic power consumption in response to a deviation between a relationship between the transmitted power indication and the received power indication and the expected relationship between the transmitted power indication and the received power indication exceeding a threshold. an inductor arranged to provide the wireless inductive power signal; a power signal generator arranged to drive the inductor to provide the wireless inductive power signal; a calibration controller arranged to determine whether a power loss calibration has been performed for the power transmitter and power receiver pairing, the power loss calibration determining an expected relationship between a received power indication provided by the power receiver and a transmitted power indication for the power transmitter; a power limiter arranged to restrict a power provided to the inductor to not exceed a threshold unless the power loss calibration has been performed for the power transmitter and power receiver pairing; a receiver arranged to receive received power indications from the power receiver; and a detector arranged to detect a parasitic power consumption in response to a deviation between a relationship between the transmitted power indication and the received power indication and the expected relationship between the transmitted power indication and the received power indication exceeding a threshold.
A container for transport and/or storage of goods, the container comprising: - a bottom and at least two sides, erecting from said bottom, - at least one pair of opposite guiding rails supported by the container sides, wherein each guiding rail comprises a guiding channel having a slit opening, which guiding rail is further provided with one or more sliding elements engaged within said channel, wherein the sliding elements are able to slide back and forth along said channel while providing a dunnage support through the slit opening, and a blocking element coupled to the guiding rail, which blocking element has a blocking portion for blocking a passage of the sliding elements along said channel, - a dunnage structure that is suspended from the sliding elements, characterized in that the blocking element is further adapted for its blocking portion to be movable between a first position and a second position, in which the blocking portion respectively blocks and allows said passage of the sliding elements. - a bottom and at least two sides, erecting from said bottom, - at least one pair of opposite guiding rails supported by the container sides, wherein each guiding rail comprises a guiding channel having a slit opening, which guiding rail is further provided with one or more sliding elements engaged within said channel, wherein the sliding elements are able to slide back and forth along said channel while providing a dunnage support through the slit opening, and a blocking element coupled to the guiding rail, which blocking element has a blocking portion for blocking a passage of the sliding elements along said channel, - a dunnage structure that is suspended from the sliding elements, characterized in that the blocking element is further adapted for its blocking portion to be movable between a first position and a second position, in which the blocking portion respectively blocks and allows said passage of the sliding elements.
A glove formed from elastomer comprising 25-30 weight% of acrylonitrile, 62-71 weight % of butadiene and 4-8 weight % of unsaturated carboxylic acid (total 100 weight%), wherein one part of the carboxyl group of said unsaturated carboxylic acid is covalently crosslinked, characterized in that: residual part of carboxyl group of said unsaturated carboxylic acid is crosslinked by bivalent metal; in that, said elastomer does not contain sulfur which is a crosslinking agent and sulfur composition which is a vulcanization accelerator, the elastomer having a Mooney viscosity ML (1+4) (100°C) of 100-220 after formation of the covalent cross-links and before formation of the cross-links by bivalent metal; the thin film glove prepared from said elastomer does not contain sulfur which is a crosslinking agent and sulfur composition which is a vulcanization accelerator, and thickness of the gloves is 0.05-0.15mm, glove swelling ratio at formation of the gloves is 240-320, tensile stress of the gloves is 22-35 MPa, elongation to break of the gloves is 480-620% and tensile stress at 500% elongation of the gloves is 15-35 MPa; and in that the inner surface of the glove has been washed with water after a chlorine treatment, resulting in the inner surface of the glove having reduced tackiness, the outer surface of the glove has been washed with pure water after a chlorine treatment, resulting in the outer surface of the glove having increased smoothness, and having decreased amount of content of metal, metallic salt and anion. residual part of carboxyl group of said unsaturated carboxylic acid is crosslinked by bivalent metal; in that, said elastomer does not contain sulfur which is a crosslinking agent and sulfur composition which is a vulcanization accelerator, the elastomer having a Mooney viscosity ML (1+4) (100°C) of 100-220 after formation of the covalent cross-links and before formation of the cross-links by bivalent metal; the thin film glove prepared from said elastomer does not contain sulfur which is a crosslinking agent and sulfur composition which is a vulcanization accelerator, and thickness of the gloves is 0.05-0.15mm, glove swelling ratio at formation of the gloves is 240-320, tensile stress of the gloves is 22-35 MPa, elongation to break of the gloves is 480-620% and tensile stress at 500% elongation of the gloves is 15-35 MPa; and in that the inner surface of the glove has been washed with water after a chlorine treatment, resulting in the inner surface of the glove having reduced tackiness, the outer surface of the glove has been washed with pure water after a chlorine treatment, resulting in the outer surface of the glove having increased smoothness, and having decreased amount of content of metal, metallic salt and anion.
A device for manufacturing an emblem of thermoplastic synthetic resin with an incorporated IC chip by high frequency dielectric heating, the device comprising: an upper metal mold having at least a fusion cutting blade; a table; a support frame disposed along a perimeter and on an upper surface of the table; a slide board disposed on an upper surface of the table so as to be slidable in the axial directions relative to the table; and a metal plate arranged on the upper surface of the slide board; the device being characterised in that a solid lubricating agent is provided on the upper surface of the table; the support frame includes long side support frame members arranged along the long sides of the table and short side support frame members arranged along the short sides of the table, wherein steps are formed on the respective lower surfaces of the long side support frame members along the transversal inner sides thereof and steps are formed on the upper surface of the slide board along the transversal outer sides thereof so as to be engaged with the respective steps of the long side support frame members in order to make the slide board axially slidable relative to the table; the metal plate is provided on the upper surface thereof with a flat surface area and a recessed section dimensioned to snugly receive an IC chip so as to make the IC chip abut to the inner surfaces of the recessed section, a cushion member is arranged in the recessed section; and the slide board is drivable to axially slide so as to be located below the upper metal mold. an upper metal mold having at least a fusion cutting blade; a table; a support frame disposed along a perimeter and on an upper surface of the table; a slide board disposed on an upper surface of the table so as to be slidable in the axial directions relative to the table; and a metal plate arranged on the upper surface of the slide board; the device being characterised in that a solid lubricating agent is provided on the upper surface of the table; the support frame includes long side support frame members arranged along the long sides of the table and short side support frame members arranged along the short sides of the table, wherein steps are formed on the respective lower surfaces of the long side support frame members along the transversal inner sides thereof and steps are formed on the upper surface of the slide board along the transversal outer sides thereof so as to be engaged with the respective steps of the long side support frame members in order to make the slide board axially slidable relative to the table; the metal plate is provided on the upper surface thereof with a flat surface area and a recessed section dimensioned to snugly receive an IC chip so as to make the IC chip abut to the inner surfaces of the recessed section, a cushion member is arranged in the recessed section; and the slide board is drivable to axially slide so as to be located below the upper metal mold.
Positioning device for holding a flat flexible part, especially a sheet, on a positioning surface, the positioning device comprising a body having a suction opening for aspiring the flat flexible part, wherein the suction opening is arranged within the positioning surface being an outer surface of the body, and a fluid port being in fluid communication with the suction opening, wherein the fluid port is arranged within a connection surface being an outer surface of the body, characterized by an abutment protrusion being arranged on the connection surface for abutting the positioning device against a base part to which it may be mounted and a sealing protrusion being arranged on the connection surface for compressing a gasket being interposed between the positioning device and the base part, wherein a height (H a) of the abutment protrusion by which it protrudes from the connection surface is bigger than a height (H s) of the sealing protrusion by which it protrudes from the connection surface. characterized by an abutment protrusion being arranged on the connection surface for abutting the positioning device against a base part to which it may be mounted and a sealing protrusion being arranged on the connection surface for compressing a gasket being interposed between the positioning device and the base part, wherein a height (H a) of the abutment protrusion by which it protrudes from the connection surface is bigger than a height (H s) of the sealing protrusion by which it protrudes from the connection surface.
A surgical cutting and fastening instrument comprising: an end effector having a moveable cutting implement operably supported therein; a tool mounting portion operably communicating with said end effector and including a tool mounting plate configured to mountingly interface with a robotic system to generate actuation motions for actuating portions of said end effector in response to mechanical motions received from the robotic system; a main drive shaft assembly operably interfacing with the end effector for transmitting at least one of said actuation motions to the movable cutting implement therein; a gear drive train connected to the main drive shaft assembly; a motor for actuating the gear drive train, said motor configured to receive electrical control signals from the robotic system; and a sensor arrangement operably interfacing with said end effector and configured to operably interface with said robotic system to communicate forces experienced by said end effector to said robotic system. an end effector having a moveable cutting implement operably supported therein; a tool mounting portion operably communicating with said end effector and including a tool mounting plate configured to mountingly interface with a robotic system to generate actuation motions for actuating portions of said end effector in response to mechanical motions received from the robotic system; a main drive shaft assembly operably interfacing with the end effector for transmitting at least one of said actuation motions to the movable cutting implement therein; a gear drive train connected to the main drive shaft assembly; a motor for actuating the gear drive train, said motor configured to receive electrical control signals from the robotic system; and a sensor arrangement operably interfacing with said end effector and configured to operably interface with said robotic system to communicate forces experienced by said end effector to said robotic system.
Information provider assembly, comprising a medicament delivery device provided with a medicament dose setting mechanism, - the information provider assembly further comprising a housing designed to be releasibly connectable to said medicament delivery device, the information provider assembly further comprising a measuring unit arranged inside the housing and capable of measuring the position of a measuring surface on said medicament delivery device, which measuring surface is moved as the medicament dose setting mechanism is operated, characterized in that the measuring unit is capable of measuring the position of the measuring surface before and after operation of the dose setting mechanism, when said housing is connected, wherein the difference in positioning of first reference points (30, 56) on the surfaces of the measuring unit and on the medicament delivery device before and after operation of the dose setting mechanism constitutes information regarding set and delivered dose of medicament, and in that said measuring unit comprises a movable contact element comprising a first contact surface arranged to come in contact with said measuring surface, and in that the information provider assembly further comprises a second contact surface arranged on said housing and designed to come in contact with a reference surface fixed on the medicament delivery device. - the information provider assembly further comprising a housing designed to be releasibly connectable to said medicament delivery device, the information provider assembly further comprising a measuring unit arranged inside the housing and capable of measuring the position of a measuring surface on said medicament delivery device, which measuring surface is moved as the medicament dose setting mechanism is operated, characterized
A transmission apparatus comprising: a first data stream generation unit that generates an image compression data stream including image compression data in which 3-Dimensional, 3D, image data having left eye image data and right eye image data used to display a 3D image is compressed and encoded; a second data stream generation unit that generates an audio compression data stream to which specific information is added, wherein the specific information includes a parallax information set containing a parallax vector for each region of an image, the image being divided into a plurality of regions and the parallax vector of a region is selected as the parallax vector having the largest value from the parallax vectors of all the pixels in the corresponding region; and a data transmission unit that multiplexes the image compression data stream generated by the first data stream unit and the audio data stream generation compression generated by the second data stream generation unit, and transmits the resulting data stream. a first data stream generation unit that generates an image compression data stream including image compression data in which 3-Dimensional, 3D, image data having left eye image data and right eye image data used to display a 3D image is compressed and encoded; a second data stream generation unit that generates an audio compression data stream to which specific information is added, wherein the specific information includes a parallax information set containing a parallax vector for each region of an image, the image being divided into a plurality of regions and the parallax vector of a region is selected as the parallax vector having the largest value from the parallax vectors of all the pixels in the corresponding region; and a data transmission unit that multiplexes the image compression data stream generated by the first data stream unit and the audio data stream generation compression generated by the second data stream generation unit, and transmits the resulting data stream.
A cryogenic product useful for the preparation of a cellularized matrix composition, comprising: a cryogenic bag defining a sealed internal volume; a cryogenically preserved cellular composition received within a first compartment within said internal volume; a solid composition received within a second compartment within said internal volume, wherein the solid composition is a porous matrix composition; and wherein said first compartment and second compartment each define an opening (7, 10) to a third compartment within said internal volume for mixing said cellular composition with said solid composition. a cryogenic bag defining a sealed internal volume; a cryogenically preserved cellular composition received within a first compartment within said internal volume; a solid composition received within a second compartment within said internal volume, wherein the solid composition is a porous matrix composition; and wherein said first compartment and second compartment each define an opening (7, 10) to a third compartment within said internal volume for mixing said cellular composition with said solid composition.
Method for avoiding instability/for stabilizing a controller for a lane keeping support system, - wherein control for vehicle lateral guidance - with a limitation - is fed back to a setpoint curvature of the vehicle trajectory and - a limiting difference - acts via a feedback branch - on the setpoint curvature in such a way, characterized in that - this setpoint curvature corresponds to the maximum linearly controllable curvature and - the limitation is selected in such a way that the manipulated variable of the controller is adapted to the technical limits of the actuator element for the vehicle lateral guidance. - wherein control for vehicle lateral guidance - with a limitation - is fed back to a setpoint curvature of the vehicle trajectory and - a limiting difference - acts via a feedback branch - on the setpoint curvature in such a way, characterized in that - this setpoint curvature corresponds to the maximum linearly controllable curvature and - the limitation is selected in such a way that the manipulated variable of the controller is adapted to the technical limits of the actuator element for the vehicle lateral guidance.
Device for the continuous production of tubular structures reinforced with strengthening supports, comprising a conveying device for continuously advancing a series of sequentially coupled cylindrical mandrels in a conveying direction and for returning individually separated mandrels to the beginning of production, the mandrels being coupled to one another rigidly and in such a way that in each case a peripherally extending cutting zone of a material different from the mandrel is provided between the abutting surfaces of mutually adjoining mandrels, at least one extrusion unit for applying a layer of rubber or plastic to the periphery of the mandrels, at least one device for applying at least one layer of strengthening supports, a separating device for cutting the tubular structure reinforced with strengthening supports at the connecting points of mutually adjoining mandrels, and a stripping-off device for stripping off the cut tubular structure reinforced with strengthening supports from the individually separated mandrels, characterized in that the device is designed such that vulcanizing of the tubular structure reinforced with strengthening supports only takes place after the stripping off.