mhurhangee/ep-ind-claims huggingface dataset:
A motorcycle comprising: a vehicle body frame including (i) a front frame portion extending rearward from a head pipe and (ii) a rear frame portion extending rearward from a rear end of the front frame portion; wherein a forward portion of the rear frame portion includes a reduced-width portion overlapping with a vehicle body center line extending in a forward and rearward direction when viewed from above, and having a shape in which a width in a rightward and leftward direction is smaller than a length in an upward and downward direction; the motorcycle further comprising a device incorporated into the motorcycle and mounted on the vehicle body frame so as to be laid out in a space at the right or left side of the reduced-width portion, characterized in that said device being at least one of an ABS unit, a GPS unit, a canister, a battery, and a suspension unit. a vehicle body frame including (i) a front frame portion extending rearward from a head pipe and (ii) a rear frame portion extending rearward from a rear end of the front frame portion; wherein a forward portion of the rear frame portion includes a reduced-width portion overlapping with a vehicle body center line extending in a forward and rearward direction when viewed from above, and having a shape in which a width in a rightward and leftward direction is smaller than a length in an upward and downward direction; the motorcycle further comprising a device incorporated into the motorcycle and mounted on the vehicle body frame so as to be laid out in a space at the right or left side of the reduced-width portion, characterized in that said device being at least one of an ABS unit, a GPS unit, a canister, a battery, and a suspension unit.
A control system, comprising - a first active sensor comprising a transmitter arranged to in a first timeslot transmit a first probe signal comprising two non-zero pulses transmitted in respective parts of said first timeslot; and - a second active sensor comprising a receiving sensor array arranged to receive said first probe signal; and a processing unit arranged to, in a second timeslot, determine a difference between signals received in a first part of said second timeslot and signals received in a second part of said second timeslot, the processing unit thereby being arranged to detect cross-interference between the active sensors (2a, 2b), cross-interference being detected if the power in the difference signal has an absolute value that is larger than a predefined threshold value. - a first active sensor comprising a transmitter arranged to in a first timeslot transmit a first probe signal comprising two non-zero pulses transmitted in respective parts of said first timeslot; and - a second active sensor comprising a receiving sensor array arranged to receive said first probe signal; and a processing unit arranged to, in a second timeslot, determine a difference between signals received in a first part of said second timeslot and signals received in a second part of said second timeslot, the processing unit thereby being arranged to detect cross-interference between the active sensors (2a, 2b), cross-interference being detected if the power in the difference signal has an absolute value that is larger than a predefined threshold value.
A method comprising: calculating a current associated with a motor of an elevator based on an output of a speed regulator; and controlling the elevator based on the current; characterized by comparing the current to a limit associated with at least one of a drive and the motor, controlling the elevator comprises finishing an elevator run when the comparison indicates that the current is less than the limit, and controlling the elevator comprises at least one of (i) halting the elevator, (ii) slowly bringing the elevator to a stop and running the elevator back to an initial position, and (iii) reducing a speed reference and having the elevator proceed to an initial landing, when the comparison indicates that the current is greater than the limit. calculating a current associated with a motor of an elevator based on an output of a speed regulator; and controlling the elevator based on the current; characterized by comparing the current to a limit associated with at least one of a drive and the motor, controlling the elevator comprises finishing an elevator run when the comparison indicates that the current is less than the limit, and controlling the elevator comprises at least one of (i) halting the elevator, (ii) slowly bringing the elevator to a stop and running the elevator back to an initial position, and (iii) reducing a speed reference and having the elevator proceed to an initial landing, when the comparison indicates that the current is greater than the limit.
A mechanical thrombectomy apparatus for removing a clot from a vessel, the apparatus comprising: an elongate inversion support comprising a catheter (100, 207, 401, 1703, 4005, 4113, 4125, 701) having a distal end (103, 4401) and a distal end opening (105, 707); a tractor (144, 201, 311, 405, 601, 1401, 1600, 4001, 4103, 711) comprising a flexible tube extending longitudinally within the catheter (100, 207, 401, 1703, 4005, 4113, 4125, 701) and doubling back over the distal end (103, 4401) of the catheter (100, 207, 401, 1703, 4005, 4113, 4125, 701) to invert and extend over the distal end (103, 4401) of the catheter (100, 207, 401, 1703, 4005, 4113, 4125, 701); and a puller (146, 156, 205, 408, 409, 4009, 4105, 712) coupled to a first end of the tractor (144, 201, 311, 405, 601, 1401, 1600, 4001, 4103, 711) and configured to pull the tractor (144, 201, 311, 405, 601, 1401, 1600, 4001, 4103, 711) proximally to invert the tractor (144, 201, 311, 405, 601, 1401, 1600, 4001, 4103, 711) over the distal end opening (105, 107), characterized in that the flexible tube comprises longitudinally alternating regions of higher and lower stiffness (3001, 3003, 3001, 3003,...), wherein the regions of higher stiffness have a stiffness that is greater than the regions of lower stiffness. an elongate inversion support comprising a catheter (100, 207, 401, 1703, 4005, 4113, 4125, 701) having a distal end (103, 4401) and a distal end opening (105, 707); a tractor (144, 201, 311, 405, 601, 1401, 1600, 4001, 4103, 711) comprising a flexible tube extending longitudinally within the catheter (100, 207, 401, 1703, 4005, 4113, 4125, 701) and doubling back over the distal end (103, 4401) of the catheter (100, 207, 401, 1703, 4005, 4113, 4125, 701) to invert and extend over the distal end (103, 4401) of the catheter (100, 207, 401, 1703, 4005, 4113, 4125, 701); and a puller (146, 156, 205, 408, 409, 4009, 4105, 712) coupled to a first end of the tractor (144, 201, 311, 405, 601, 1401, 1600, 4001, 4103, 711) and configured to pull the tractor (144, 201, 311, 405, 601, 1401, 1600, 4001, 4103, 711) proximally to invert the tractor (144, 201, 311, 405, 601, 1401, 1600, 4001, 4103, 711) over the distal end opening (105, 107), characterized in that the flexible tube comprises longitudinally alternating regions of higher and lower stiffness (3001, 3003, 3001, 3003,...), wherein the regions of higher stiffness have a stiffness that is greater than the regions of lower stiffness.
A method for producing a sound transducer arrangement in which a membrane module is connected to a circuit board module, a membrane of the membrane module and an actuator structure of the circuit board module, both deflectable along a common Z-axis, being positioned between a press punch and a reference tool and being pressed between these two, so that the two modules (2, 3) connect to each other in a first connecting region, characterized in that the actuator structure is attached to a circuit board in the region of a first opening of a recess when producing the circuit board module, and that before the two modules (2,3) are pressed the reference tool is inserted into the recess via a second opening opposite the first opening and is positioned within the same such that the actuator structure and/or the membrane are held in position by the reference tool when pressing.
A server device configured to receive user peripheral information transmitted from a handheld device and to transmit information to the handheld device, the server device comprising a determination unit for determining whether or not a predetermined fluctuation has occurred in the user peripheral information, wherein the determination unit is operable to: i) receive, from the handheld device, continuous user biometric information obtained by measuring user biometric information continuously by the handheld device, and to calculate a predicted future value of said user biometric information from the received continuous user biometric information in response to determining that a predetermined fluctuation has occurred in the user peripheral information; or ii) receive the predicted future value of said user biometric information from the handheld device in response to determining that a predetermined fluctuation has occurred in the user peripheral information, and on the basis of the calculated or received predicted future value of said user biometric information and the user peripheral information, the determination unit is operable to select information and to transmit the selected information to the handheld device.
A lacing engine for an automated footwear platform, the lacing engine comprising: a housing securable within a footwear article; and a drivetrain located at least partially within the housing, the drivetrain comprising: a motor including a shaft rotatable within the housing; a sun gear driven by the shaft to rotate about a central axis of the sun gear, the sun gear including an outer set of teeth engaged with the shaft and driven thereby, and an inner set of teeth driven to rotate coaxially with the outer set of teeth; a planet gear engaged with and driven to rotate by the inner set of teeth of the sun gear; a rotating ring gear engaged with and driven by the planet gear to rotate about the central axis; and a spool secured to the ring gear and rotatable therewith, the spool configured to control a lace of the footwear article and to wind the lace as the ring gear rotates in a first direction. a housing securable within a footwear article; and a drivetrain located at least partially within the housing, the drivetrain comprising: a motor including a shaft rotatable within the housing; a sun gear driven by the shaft to rotate about a central axis of the sun gear, the sun gear including an outer set of teeth engaged with the shaft and driven thereby, and an inner set of teeth driven to rotate coaxially with the outer set of teeth; a planet gear engaged with and driven to rotate by the inner set of teeth of the sun gear; a rotating ring gear engaged with and driven by the planet gear to rotate about the central axis; and a spool secured to the ring gear and rotatable therewith, the spool configured to control a lace of the footwear article and to wind the lace as the ring gear rotates in a first direction. a motor including a shaft rotatable within the housing; a sun gear driven by the shaft to rotate about a central axis of the sun gear, the sun gear including an outer set of teeth engaged with the shaft and driven thereby, and an inner set of teeth driven to rotate coaxially with the outer set of teeth; a planet gear engaged with and driven to rotate by the inner set of teeth of the sun gear; a rotating ring gear engaged with and driven by the planet gear to rotate about the central axis; and a spool secured to the ring gear and rotatable therewith, the spool configured to control a lace of the footwear article and to wind the lace as the ring gear rotates in a first direction.
A floating marine craft comprising at least one hull topped with a deck, the hull extending between a bow and a stern along a longitudinal direction of the craft, the craft comprising, in its lower part, a removable keel, and in its upper part, a wheelhouse erected above the deck, the keel being able to be lowered under the hull and lifted through the hull, the keel having a lower end and an upper end, the upper end of the keel being connected to the hull when the keel is in lowered position, the craft being an exploration craft and being a motor-driven single-hull drone and its hull being fusiform and tapered and the craft being wave-piercing, the craft having a total length lower than 20 metres and higher than 2.5 metres, with a total width to total length ratio lower than 0.2, the lowered keel comprising a ballast providing the transverse stability to the craft, the keel being a measuring keel comprising at least measuring instruments and the wheelhouse internally containing a keel-storage space and the keel and the keel-storage space of the wheelhouse being arranged in alignment with each other so that the keel can be lifted by upward translation at least partly into the keel-storage space of the wheelhouse.
A cold rolled steel sheet having a composition comprising the following elements, expressed in percentage by weight: 0.13 % ≤ Carbon ≤ 0.18 % 1.1 % ≤ Manganese ≤ 1.8% 0.5 % ≤ Silicon ≤ 0.9 % 0.6 % ≤ Aluminum ≤ 1% 0.002 % ≤ Phosphorus ≤ 0.02 % 0 % ≤ Sulfur ≤ 0.003 %. 0 % ≤ Nitrogen ≤ 0.007% and can contain one or more of the following optional elements 0.05% ≤ Chromium ≤ 1 % 0.001% ≤ Molybdenum ≤ 0. 5% 0.001% ≤ Niobium ≤ 0.1% 0.001% ≤ Titanium ≤ 0.1% 0.01% ≤ Copper ≤ 2% 0.01% ≤ Nickel ≤ 3% 0.0001% ≤ Calcium ≤ 0.005% 0 % ≤ Vanadium ≤ 0.1% 0 % ≤ Boron ≤ 0.003% 0 % ≤ Cerium ≤ 0.1% 0 % ≤ Magnesium ≦ 0.010% 0 % ≤ Zirconium ≦ 0.010% the remainder composition being composed of iron and unavoidable impurities caused by processing, the microstructure of said steel sheet comprising in area fraction, 60 to 75% Ferrite, 20 to 30% Bainite, 10 to 15% Residual Austenite, and 0% to 5% Martensite, wherein the cumulated amounts of Residual Austenite and Ferrite is between 70% and 80%. 0.13 % ≤ Carbon ≤ 0.18 % 1.1 % ≤ Manganese ≤ 1.8% 0.5 % ≤ Silicon ≤ 0.9 % 0.6 % ≤ Aluminum ≤ 1% 0.002 % ≤ Phosphorus ≤ 0.02 % 0 % ≤ Sulfur ≤ 0.003 %. 0 % ≤ Nitrogen ≤ 0.007% 0.05% ≤ Chromium ≤ 1 % 0.001% ≤ Molybdenum ≤ 0. 5% 0.001% ≤ Niobium ≤ 0.1% 0.001% ≤ Titanium ≤ 0.1% 0.01% ≤ Copper ≤ 2% 0.01% ≤ Nickel ≤ 3% 0.0001% ≤ Calcium ≤ 0.005% 0 % ≤ Vanadium ≤ 0.1% 0 % ≤ Boron ≤ 0.003% 0 % ≤ Cerium ≤ 0.1% 0 % ≤ Magnesium ≦ 0.010% 0 % ≤ Zirconium ≦ 0.010%
Valve device, in particular a wiper liquid valve, with a housing which comprises an inlet connection, an outlet connection and a media channel connecting the inlet connection to the outlet connection, and with a displaceable valve element which is urged against a valve seat formed in the housing by a first spring element in order to close the media channel, and which is urged away from the valve seat by a second spring element in order to open the media channel, wherein the first spring element is made of a thermally activatable material and comprises, in a deactivated state, a first spring force which is smaller than that of the second spring element, and, in an activated state, a second spring force which is greater than that of the second spring element such that the valve element is displaced to close the media channel, wherein the first spring element is held at least partially in a hollow cylindrical housing projection protruding outwards from the housing, and wherein the second spring element is designed as a helical spring, is partially pushed onto an axial projection of the valve body and is held in axial preload between the valve body and the housing, characterised in that the helical spring is guided radially over its entire length by the axial projection of the valve body and/or by an inner wall section of the media channel.
An underlayment layer configured to support an artificial turf assembly, the underlayment layer comprising a substantially flat panel having a core, a top side and a bottom side, the top side of the panel having a plurality of spaced apart projections that define channels configured to allow water flow along the top side of the panel, the projections having upper support surfaces configured to support the turf assembly, the projections being deformable under a compressive load and defining a first deformation characteristic associated with an athletic response characteristic and the core defining a second deformation characteristic associated with a bodily impact characteristic, the first and second deformation characteristics being complimentary to provide a turf system bodily impact characteristic and a turf system athletic response characteristic, the turf system being comprised of the artificial turf assembly supported by the underlying turf underlayment layer, characterized in that the deformation characteristics of the turf system is selectively adjusted by the molded material density of the panel; wherein the material density range is between 45 grams per liter and 70 grams per liter.
An information processing apparatus, characterized by comprising: control means for setting shift amounts corresponding to a plurality of shift operation means based on a bit width of data, for each layer of a network including a plurality of layers; a multiplier-accumulator comprising a plurality of MAC (multiply-accumulate) means for executing MAC operations on a plurality of data and a plurality of filter coefficients of the layer; a shift operator comprising the plurality of shift operation means for shifting a plurality of MAC operation results obtained by the plurality of MAC means by multiplying each MAC operation result by a power of 2 based on the shift amount; and adding means for calculating a total sum of the plurality of MAC operation results shifted by the plurality of shift operation means, wherein the number of MAC means comprised in the multiplier-accumulator is the same as the number of shift operation means comprised in the shift operator, wherein, in a case where the bit width of data input to a layer is equal to a bit width (β) which is a product of the bit width (α) of each MAC means with the number of MAC means, the input data is divided into pieces of data corresponding to the number of MAC means, and the pieces of data are operated in parallel by the multiplier-accumulator and the shift operator. control means for setting shift amounts corresponding to a plurality of shift operation means based on a bit width of data, for each layer of a network including a plurality of layers; a multiplier-accumulator comprising a plurality of MAC (multiply-accumulate) means for executing MAC operations on a plurality of data and a plurality of filter coefficients of the layer; a shift operator comprising the plurality of shift operation means for shifting a plurality of MAC operation results obtained by the plurality of MAC means by multiplying each MAC operation result by a power of 2 based on the shift amount; and adding means for calculating a total sum of the plurality of MAC operation results shifted by the plurality of shift operation means, wherein the number of MAC means comprised in the multiplier-accumulator is the same as the number of shift operation means comprised in the shift operator, wherein, in a case where the bit width of data input to a layer is equal to a bit width (β) which is a product of the bit width (α) of each MAC means with the number of MAC means, the input data is divided into pieces of data corresponding to the number of MAC means, and the pieces of data are operated in parallel by the multiplier-accumulator and the shift operator.
Electric power equipment, comprising: a main body; a work unit and wheels (4, 5) provided on the main body; a travel electric motor provided on the main body for driving the rear wheels; a work unit electric motor provided on the main body for driving the work unit; a handle including a longitudinal member (20A, 20B) extending rearward from the main body; and a speed setting device provided on the handle for setting a rotational speed of the work unit electric motor, characterized in that the speed setting device comprises: multiple switches (74, 76) for setting mutually different rotational speeds; and multiple operation buttons (78, 80) respectively provided for the multiple switches (74, 76), wherein the multiple operation buttons (78, 80) have operation parts (78A, 80A) provided with mutually different sizes. a main body; a work unit and wheels (4, 5) provided on the main body; a travel electric motor provided on the main body for driving the rear wheels; a work unit electric motor provided on the main body for driving the work unit; a handle including a longitudinal member (20A, 20B) extending rearward from the main body; and a speed setting device provided on the handle for setting a rotational speed of the work unit electric motor, characterized in that the speed setting device comprises: multiple switches (74, 76) for setting mutually different rotational speeds; and multiple operation buttons (78, 80) respectively provided for the multiple switches (74, 76), wherein the multiple operation buttons (78, 80) have operation parts (78A, 80A) provided with mutually different sizes. multiple switches (74, 76) for setting mutually different rotational speeds; and multiple operation buttons (78, 80) respectively provided for the multiple switches (74, 76), wherein the multiple operation buttons (78, 80) have operation parts (78A, 80A) provided with mutually different sizes.