mhurhangee/ep-ind-claims huggingface dataset:
A motorcycle, comprising: - a motorcycle body (2,3,4) having a front part, a tail part and a central part between the front part and the tail part; - at least two wheels (5,6), constrained to the motorcycle body (2,3,4), comprising a front wheel and a rear wheel; - a traction engine, constrained to the motorcycle body (2,3,4) and operatively connected to at least one of the wheels (5,6); - a braking system; - at least one front headlight fixed to the front part and at least one rear tail light fixed to the tail part; - a brake light fixed to the tail part; - an electronic control unit of the brake light operatively connected to the brake light adapted and configured to turn on the brake light upon the activation of the braking system; - a start-stop system of the traction engine; wherein the electronic control unit is adapted and configured to detect whether the speed of the motorcycle is lower than or equal to a first threshold speed; wherein the electronic control unit is such as to detect whether the start-stop system is in an activated state or in a deactivated state; and wherein the electronic control unit is such as to turn on the brake light intermittently if the speed of the motorcycle is either lower than or equal to the first threshold speed and if the start-stop system is in the activated state. - a motorcycle body (2,3,4) having a front part, a tail part and a central part between the front part and the tail part; - at least two wheels (5,6), constrained to the motorcycle body (2,3,4), comprising a front wheel and a rear wheel; - a traction engine, constrained to the motorcycle body (2,3,4) and operatively connected to at least one of the wheels (5,6); - a braking system; - at least one front headlight fixed to the front part and at least one rear tail light fixed to the tail part; - a brake light fixed to the tail part; - an electronic control unit of the brake light operatively connected to the brake light adapted and configured to turn on the brake light upon the activation of the braking system; - a start-stop system of the traction engine; wherein the electronic control unit is adapted and configured to detect whether the speed of the motorcycle is lower than or equal to a first threshold speed; wherein the electronic control unit is such as to detect whether the start-stop system is in an activated state or in a deactivated state; and wherein the electronic control unit is such as to turn on the brake light intermittently if the speed of the motorcycle is either lower than or equal to the first threshold speed and if the start-stop system is in the activated state.
A data system for providing data communication and data storage, wherein the data system includes at least one user device and a configuration of nodal elements which is operable to communicate with the at least one user device, wherein the at least one user device includes at least one wireless communication device and one or more user-wearable device, wherein the at least one wireless communication device is operable to communicate with the one or more user-wearable devices; characterized in that the data system is operable to communicate data which have been encrypted and obfuscated and are defined by one or more data maps that also indicate the manner in which the data have been encrypted and obfuscated the one or more user-wearable devices is operable to execute primary data chunking to generate primary data chunks, and data obfuscating between the primary data chunks to generate primary obfuscated data chunks, for communicating data from the one or more user-wearable devices to the at least one wireless communication device, and to generate information indicative of the manner in which the data have been partitioned and obfuscated, and to include the generated information in a first data map which is stored; and the at least one wireless communication device is operable to execute secondary data chunking to the primary obfuscated data chunks to generate secondary data chunks, and data obfuscating between the secondary data chunks to generate secondary obfuscated data chunks for transmission from the at least one wireless communication device to one or more nodal elements of the data system, and to generate information indicative of the manner in which the data have been partitioned and obfuscated, and to include the generated information in a second data map which is stored.
Walk-behind powered work equipment comprising: - a motor, rotatably driving a driving belt, - at least one mobile tool, driven by the rotation of a driven pulley, - at least one transmission belt, engaged on said driving and driven pulleys (3, 4), wherein the work equipment also comprises a clutch element movable between: - an engaged position, in which it exerts sufficient tension upon said belt to prevent it from slipping upon said pulleys (3, 4), - a disengaged position, in which it allows said belt to slip upon one of said pulleys (3, 4), wherein the work equipment also comprises a brake element movable between: - a braking position, in which it brakes said driven pulley, - a retracted position, in which it does not brake said driven pulley, characterised in that it comprises a cam (623, 624) in contact with a follower placed on the brake element or on the clutch element and that said brake element and said clutch element are connected such that the movement of said clutch element from its disengaged position to its engaged position comprises two successive phases: - a first phase in which it causes the movement of the brake element from the braking position to the retracted position, and - a second phase in which it does not cause any significant movement of said brake element, which remains in said retracted position, wherein the portion of said cam (623, 624) traversed by said follower during the movement of said clutch element from its disengaged position to its engaged position has two successive portions: - a first portion having a shape such that this movement causes said brake element to move from its braking position to its retracted position, and a - second portion having a shape such that this movement does not cause any appreciable movement of said brake element, which remains in said retracted position. - a motor, rotatably driving a driving belt, - at least one mobile tool, driven by the rotation of a driven pulley, - at least one transmission belt, engaged on said driving and driven pulleys (3, 4), - an engaged position, in which it exerts sufficient tension upon said belt to prevent it from slipping upon said pulleys (3, 4), - a disengaged position, in which it allows said belt to slip upon one of said pulleys (3, 4), - a braking position, in which it brakes said driven pulley, - a retracted position, in which it does not brake said driven pulley, - a first phase in which it causes the movement of the brake element from the braking position to the retracted position, and - a second phase in which it does not cause any significant movement of said brake element, which remains in said retracted position, - a first portion having a shape such that this movement causes said brake element to move from its braking position to its retracted position, and a - second portion having a shape such that this movement does not cause any appreciable movement of said brake element, which remains in said retracted position.
A laminate having at least one fiber layer comprising cellulose fibers with a fiber width of 1000 nm or less, and at least one resin layer that is contacted with one surface of the fiber layer, wherein the resin layer has an adhesion aid, wherein the resin layer has at least one selected from a polycarbonate resin and an acrylic resin, wherein the adhesion aid is at least one selected from an isocyanate compound and an organic silicon compound. at least one fiber layer comprising cellulose fibers with a fiber width of 1000 nm or less, and at least one resin layer that is contacted with one surface of the fiber layer, wherein the resin layer has an adhesion aid, wherein the resin layer has at least one selected from a polycarbonate resin and an acrylic resin, wherein the adhesion aid is at least one selected from an isocyanate compound and an organic silicon compound.
Valve assembly comprising at least one mechanically actuable valve, which has a valve member switchable between various switching positions in the axial direction of a main axis while performing a linear switch-over movement and which is provided with an actuating device having an actuating member, which can be driven mechanically to perform a rotational input movement about an axis of rotation perpendicular to the main axis and which is motion-coupled to the valve member for generating the linear switch-over movement of the valve member, characterised in that the actuating device comprises a latching mechanism, which releasably fixes at least one of the switching positions of the valve member and which has two first and second latching elements (55, 56) coaxial with the axis of rotation, which are provided at their axially facing end faces with mutually cooperating first and second latching means structures (57, 58), which are constantly pressed against each other axially by spring means for mutual engagement, wherein the first latching element with the first latching means structure is non-rotatably located on the valve housing and wherein the second latching element with the second latching means structure is non-rotatably located on the on the actuating member, so that it participates in the rotational input movement of the actuating member and the two latching means structures (57, 58) slide on each other during the rotational input movement, wherein at least one of the two latching elements (55, 56) is displaceable against the spring force of the spring means while performing a stroking movement in the axial direction of the axis of rotation, so that its axial position adopted relative to the other latching element (56, 55) can be changed by the cooperation of the latching means structures (57, 58) sliding on each other during the rotational input movement of the actuating member.
A machine for cooking a dose of pasta in a container, the machine comprising: - a frame comprising an upper structure and a lower structure facing the upper structure; - a dispenser, which comprises at least a first opening for delivering steam and at least a second opening for delivering hot water, is supported by the upper structure, and extends from the upper structure towards the lower structure in the space between the upper structure and the lower structure along a longitudinal axis; - a reference element, which is supported by the lower structure and is configured to place the container with the top opening in correspondence of the dispenser. - a frame comprising an upper structure and a lower structure facing the upper structure; - a dispenser, which comprises at least a first opening for delivering steam and at least a second opening for delivering hot water, is supported by the upper structure, and extends from the upper structure towards the lower structure in the space between the upper structure and the lower structure along a longitudinal axis; - a reference element, which is supported by the lower structure and is configured to place the container with the top opening in correspondence of the dispenser.
A method for generating transformation matrices associated with upper and lower dental arches, the method comprising: obtaining a digital impression of said upper and lower dental arches, or a first digital impression of said upper dental arch and a second digital impression of said lower dental arch; generating a digital three-dimensional model comprising said upper and lower dental arches, or a first digital three-dimensional model comprising said upper dental arch and a second digital three-dimensional model comprising said lower dental arch based on said digital impression(s); outputting said digital three-dimensional model(s) to produce separate printed physical three-dimensional models of said upper and lower dental arches; obtaining scanning data associated with a desired target occlusion, said desired target occlusion being obtained based on a desired mutual position of the printed physical three-dimensional models of said upper and lower dental arches, the scanning data comprising only a portion of a complete buccal scan of the printed physical three-dimensional models of the upper and lower dental arches; and determining said transformation matrices of said upper and lower dental arches to said desired target occlusion based on said scanning data and said digital impression(s). obtaining a digital impression of said upper and lower dental arches, or a first digital impression of said upper dental arch and a second digital impression of said lower dental arch; generating a digital three-dimensional model comprising said upper and lower dental arches, or a first digital three-dimensional model comprising said upper dental arch and a second digital three-dimensional model comprising said lower dental arch based on said digital impression(s); outputting said digital three-dimensional model(s) to produce separate printed physical three-dimensional models of said upper and lower dental arches; obtaining scanning data associated with a desired target occlusion, said desired target occlusion being obtained based on a desired mutual position of the printed physical three-dimensional models of said upper and lower dental arches, the scanning data comprising only a portion of a complete buccal scan of the printed physical three-dimensional models of the upper and lower dental arches; and determining said transformation matrices of said upper and lower dental arches to said desired target occlusion based on said scanning data and said digital impression(s).
A method comprising: placing a substantially flat semiconductor chip on a recessed surface of a mold such that corners or edges of the semiconductor chip are in contact with the mold and are substantially unconstrained, and wherein the recessed surface is concave; placing a resilient film to cover (i) the substantially flat semiconductor chip and (ii) the recessed surface of the mold, such that the resilient film is in contact with the chip and a periphery of the mold wherein the resilient film is substantially fluid-impermeable; and subsequent the placing of the resilient film, bending the substantially flat semiconductor chip to form a concave shaped semiconductor chip by applying a force on the semiconductor chip toward a bottom of the recessed surface, wherein the substantially unconstrained corners or edges of the semiconductor chip move with respect to the recessed surface during the bending. placing a substantially flat semiconductor chip on a recessed surface of a mold such that corners or edges of the semiconductor chip are in contact with the mold and are substantially unconstrained, and wherein the recessed surface is concave; placing a resilient film to cover (i) the substantially flat semiconductor chip and (ii) the recessed surface of the mold, such that the resilient film is in contact with the chip and a periphery of the mold wherein the resilient film is substantially fluid-impermeable; and (i) the substantially flat semiconductor chip and (ii) the recessed surface of the mold, such that the resilient film is in contact with the chip and a periphery of the mold wherein the resilient film is substantially fluid-impermeable; and subsequent the placing of the resilient film, bending the substantially flat semiconductor chip to form a concave shaped semiconductor chip by applying a force on the semiconductor chip toward a bottom of the recessed surface, wherein the substantially unconstrained corners or edges of the semiconductor chip move with respect to the recessed surface during the bending.
A turbomachine component, comprising: a body, wherein the body defines an interior cooling channel in fluid communication with an exterior of the body for fluid communication with a cooling flow source; and at least one flow modifying pedestal having a rounded diamond cross-sectional shape disposed within the interior cooling channel and extending in a first direction across the cooling channel between opposed inner surfaces of the cooling channel, the at least one flow modifying pedestal including at least one flow feature that extends from the pedestal in a second direction; wherein there are one or more flow features disposed on each of two opposite sides of the pedestal at positions spaced from the inner surfaces of the cooling channel. a body, wherein the body defines an interior cooling channel in fluid communication with an exterior of the body for fluid communication with a cooling flow source; and at least one flow modifying pedestal having a rounded diamond cross-sectional shape disposed within the interior cooling channel and extending in a first direction across the cooling channel between opposed inner surfaces of the cooling channel, the at least one flow modifying pedestal including at least one flow feature that extends from the pedestal in a second direction; wherein there are one or more flow features disposed on each of two opposite sides of the pedestal at positions spaced from the inner surfaces of the cooling channel.
A working vehicle, comprising: - a steering handle; - a vehicle body configured to travel either by manual steering of the steering handle or automatic steering of the steering handle based on a traveling reference line; - a working device provided to a rear portion of the vehicle body; - a lifter device configured to lift the working device; - an operation device provided to the vehicle body, wherein the operation device is an automatic lifter device configured to lift the lifter device; and - a controller configured to terminate the automatic steering, characterized in that - the automatic lifter device is configured to lift the lifter device when a predetermined operation condition is satisfied in which a steering angle of the steering handle is greater than or equal to a predetermined steering angle, and - the controller is configured to terminate the automatic steering when the automatic lifter device lifts the lifter device. - a steering handle; - a vehicle body configured to travel either by manual steering of the steering handle or automatic steering of the steering handle based on a traveling reference line; - a working device provided to a rear portion of the vehicle body; - a lifter device configured to lift the working device; - an operation device provided to the vehicle body, wherein the operation device is an automatic lifter device configured to lift the lifter device; and - a controller configured to terminate the automatic steering, - the automatic lifter device is configured to lift the lifter device when a predetermined operation condition is satisfied in which a steering angle of the steering handle is greater than or equal to a predetermined steering angle, and - the controller is configured to terminate the automatic steering when the automatic lifter device lifts the lifter device.
An apparatus, comprising: a fixed device for a mobile broadband communications system utilizing an orthogonal frequency-division multiple access technique, the fixed device having a precoding module operative to generate a precoding matrix using a received first codeword of a first base codebook, subsequently reconstruct the precoding matrix using a received polar-cap codeword of a polar-cap codebook, and periodically reset the precoding matrix to clear accumulated error at the fixed device using a received second codeword of a second base codebook, characterized by: the fixed device having a precoding module operative for each of a plurality of mobile devices, the fixed device operable to coordinate the periodic resettings of the precoding matrices for the plurality of mobile devices by using time and frequency domain multiplexing and to receive the second codewords for the plurality of mobile devices using different sub-frames and different sub-bands such that when one of a plurality of sub-bands is in a reset state, the other sub-bands are in a tracking state. a fixed device for a mobile broadband communications system utilizing an orthogonal frequency-division multiple access technique, the fixed device having a precoding module operative to generate a precoding matrix using a received first codeword of a first base codebook, subsequently reconstruct the precoding matrix using a received polar-cap codeword of a polar-cap codebook, and periodically reset the precoding matrix to clear accumulated error at the fixed device using a received second codeword of a second base codebook, characterized by: the fixed device having a precoding module operative for each of a plurality of mobile devices, the fixed device operable to coordinate the periodic resettings of the precoding matrices for the plurality of mobile devices by using time and frequency domain multiplexing and to receive the second codewords for the plurality of mobile devices using different sub-frames and different sub-bands such that when one of a plurality of sub-bands is in a reset state, the other sub-bands are in a tracking state. the fixed device having a precoding module operative for each of a plurality of mobile devices, the fixed device operable to coordinate the periodic resettings of the precoding matrices for the plurality of mobile devices by using time and frequency domain multiplexing and to receive the second codewords for the plurality of mobile devices using different sub-frames and different sub-bands such that when one of a plurality of sub-bands is in a reset state, the other sub-bands are in a tracking state.
Lightweight building board, - having two cover layers (2, 3), - having a honeycomb structure as a central layer, which is arranged between the cover layers (2, 3), and - having an adhesive connecting the central layer to the cover layers (2, 3) at least in sections, characterized, - in that an assembly adhesive and an end adhesive are provided as the adhesive, - in that the assembly adhesive is a PU adhesive, - in that the central layer is connected to at least one of the two cover layers (2, 3) at least in sections by the assembly adhesive, - in that the central layer is connected to at least one of the two cover layers (2, 3) at least in sections by the end adhesive, - in that the curing time of the end adhesive is longer than the curing time of the assembly adhesive and - in that the heat resistance of the end adhesive is greater than the heat resistance of the assembly adhesive. - having two cover layers (2, 3), - having a honeycomb structure as a central layer, which is arranged between the cover layers (2, 3), and - having an adhesive connecting the central layer to the cover layers (2, 3) at least in sections, characterized, - in that an assembly adhesive and an end adhesive are provided as the adhesive, - in that the assembly adhesive is a PU adhesive, - in that the central layer is connected to at least one of the two cover layers (2, 3) at least in sections by the assembly adhesive, - in that the central layer is connected to at least one of the two cover layers (2, 3) at least in sections by the end adhesive, - in that the curing time of the end adhesive is longer than the curing time of the assembly adhesive and - in that the heat resistance of the end adhesive is greater than the heat resistance of the assembly adhesive.