mhurhangee/ep-ind-claims huggingface dataset:
A roller battery device for supporting a hauling cable of an aerial cable transportation system; the roller battery device being configured for identifying a longitudinal axis of support for the hauling cable and comprising: - an entry rocker arm; - a first entry roller coupled to the entry rocker arm in a rotating manner about a rotation axis orthogonal to the longitudinal axis; characterised in that - the first entry roller is slidable along the rotation axis; - the first entry roller is slidable in a sprung manner along the rotation axis to define a neutral position in absence of external transverse force orthogonal to the longitudinal axis and a plurality of transverse positions depending on the external transverse force present. - an entry rocker arm; - a first entry roller coupled to the entry rocker arm in a rotating manner about a rotation axis orthogonal to the longitudinal axis; characterised in that - the first entry roller is slidable along the rotation axis; - the first entry roller is slidable in a sprung manner along the rotation axis to define a neutral position in absence of external transverse force orthogonal to the longitudinal axis and a plurality of transverse positions depending on the external transverse force present.
Device for opening and closing the doors of public transport vehicles, comprising a locking system that locks the door in its closed position, characterized in that said locking system comprises: - a connecting rod defining a first axis of rotation, the connecting rod comprising at each of its two ends an actuating element (2; 32) being provided with a first shaft and a second shaft; and - a locking element provided with a slot and an elongated hole, and movable between a locking position and an unlocking position, wherein said first shaft is housed inside the slot in the locking position of the locking element and is outside the slot in the unlocking position of the locking element, and wherein said second shaft is housed inside the elongated hole, being at a first end of the elongated hole in the locking position of the locking element and being at the second end of the elongated hole in the unlocking position of the locking element. - a connecting rod defining a first axis of rotation, the connecting rod comprising at each of its two ends an actuating element (2; 32) being provided with a first shaft and a second shaft; and - a locking element provided with a slot and an elongated hole, and movable between a locking position and an unlocking position, wherein said first shaft is housed inside the slot in the locking position of the locking element and is outside the slot in the unlocking position of the locking element, and wherein said second shaft is housed inside the elongated hole, being at a first end of the elongated hole in the locking position of the locking element and being at the second end of the elongated hole in the unlocking position of the locking element.
An inflatable shoe insert, comprising an inflatable upper element that includes: opposing, flexible, polymeric plies (105, 111) that are sealed together along a seal pattern that defines: a plurality of inflation chambers configured to seal an inflation fluid therein, the plurality of inflation chambers including a plurality of inflation chamber regions, and a first hinge line that allows the chamber regions to be folded with respect to each other to fit within a shoe upper; wherein the inflated and folded insert is tapered to fit within and support a shape of the shoe upper. opposing, flexible, polymeric plies (105, 111) that are sealed together along a seal pattern that defines: a plurality of inflation chambers configured to seal an inflation fluid therein, the plurality of inflation chambers including a plurality of inflation chamber regions, and a first hinge line that allows the chamber regions to be folded with respect to each other to fit within a shoe upper; a plurality of inflation chambers configured to seal an inflation fluid therein, the plurality of inflation chambers including a plurality of inflation chamber regions, and a first hinge line that allows the chamber regions to be folded with respect to each other to fit within a shoe upper; wherein the inflated and folded insert is tapered to fit within and support a shape of the shoe upper.
Hybrid MRI system comprising an MRI system for imaging a target tissue of a patient and; a HIFU system comprising an ultrasound transducer being configured for generating an ultrasound beam focused to the target tissue and an RF transmit and/or receive coil provided for transmitting RF excitation signals for exciting nuclear magnetic resonances in the target tissue and/or receiving nuclear magnetic resonance signals from the target tissue, the RF transmit and/or receive coil comprising a conductor structure, characterized in that at least part of said conductor structure is positioned within the path of said ultrasound beam focused to the target tissue and in that said part of said conductor structure is arranged to only minimally disturb said ultrasound beam focused to the target tissue, by configuring it to be transparent or reflective to said ultrasound beam, wherein, in case said part of said conductor structure is configured to be transparent to said ultrasound beam, the material of said part of said conductor structure is selected such that said part of said conductor structure has an effective acoustic thickness of less than about λ/10, λ being the acoustic wavelength of the material; wherein, in case said part of said conductor structure is configured to be reflective to said ultrasound beam, the size and shape of said part of said conductor structure, and its orientation relative to said ultrasound beam, are selected such that the area covered by said part of said conductor structure when projecting from the ultrasound focus in the target tissue to said ultrasound transducer is minimized.
A computer-implemented marker identification method for a stereo camera device, the method comprising: estimating, from an image captured by the stereo camera device, a circle and a center of the circle; detecting, based on a change in shading of the image, or an intensity image, or the image and the intensity image, a number of edges within a predetermined width in a radial direction of the circle from the center and a radius which is a distance from the center to each of the edges to create a histogram including the number of edges and the radius; selecting, as a radius candidate from the histogram, a radius at which the number of edges is equal to or greater than a predetermined number of edges threshold value, calculating, a gradient of the histogram, from the selected radius candidate and a value of the histogram in a vicinity of the selected radius candidate, and performing an identification process on a histogram in which the calculated gradient is equal to or greater than a predetermined gradient threshold value to identify a marker. estimating, from an image captured by the stereo camera device, a circle and a center of the circle; detecting, based on a change in shading of the image, or an intensity image, or the image and the intensity image, a number of edges within a predetermined width in a radial direction of the circle from the center and a radius which is a distance from the center to each of the edges to create a histogram including the number of edges and the radius; selecting, as a radius candidate from the histogram, a radius at which the number of edges is equal to or greater than a predetermined number of edges threshold value, calculating, a gradient of the histogram, from the selected radius candidate and a value of the histogram in a vicinity of the selected radius candidate, and performing an identification process on a histogram in which the calculated gradient is equal to or greater than a predetermined gradient threshold value to identify a marker.
A biochip assembly comprising: a plurality of separate biochips, each comprising an enclosed elongate microchannel having an inlet port adjacent its proximal end and an outlet port adjacent its distal end; a reservoir well for each biochip; an enclosed main delivery channel feeding a plurality of delivery channels, each having a combined output and input port; and an enclosed sample holder conduit for interconnection of the combined output and input port of a delivery channel and the inlet port of a microchannel or the reservoir well. a plurality of separate biochips, each comprising an enclosed elongate microchannel having an inlet port adjacent its proximal end and an outlet port adjacent its distal end; a reservoir well for each biochip; an enclosed main delivery channel feeding a plurality of delivery channels, each having a combined output and input port; and an enclosed sample holder conduit for interconnection of the combined output and input port of a delivery channel and the inlet port of a microchannel or the reservoir well.
A satellite constellation, comprising: a first set of communications satellites, wherein each of the communications satellites in the first set of communications satellites is an inclined circular orbit having a first inclination; a second set of communications satellites, wherein each of the communications satellites in the second set of communications satellites is an inclined circular orbit having a second inclination that is different than the first inclination; and characterized by: a third set of communications satellites having sun synchronous orbits, wherein the third set of satellites having sun synchronous orbits are configured to provide communications capacity to a geographic region during a predetermined time of day. a first set of communications satellites, wherein each of the communications satellites in the first set of communications satellites is an inclined circular orbit having a first inclination; a second set of communications satellites, wherein each of the communications satellites in the second set of communications satellites is an inclined circular orbit having a second inclination that is different than the first inclination; and characterized by: a third set of communications satellites having sun synchronous orbits, wherein the third set of satellites having sun synchronous orbits are configured to provide communications capacity to a geographic region during a predetermined time of day.
Method for managing the file system of a computer terminal which has a local memory and is connected to a network comprising at least one remote storage device, the method comprising the steps of periodically calculating the local or remote addressing of a digital file to be saved, read, or modified according to a periodically recalculated rule, characterized in that • said addressing calculation step depends on metadata present in said digital file to be processed, on the access history of said file to be processed and on the local tree structure of the files, • said rule is determined from a reference rule, recalculated as a background task, by processing depending on the uses of the user, to control the copying of a remote file to the local memory before the request for access to the file, and to erase the local files for which said rule determines a use indicator below a threshold value, • said control rule being determined to minimize the volume of data transferred between the local memory and the remote memory and to minimize the local cache miss, • and in that said method comprises the steps, executed as a background task, of copying the local saved files onto the remote storage device, • and in that the controls for modifying a remote file cause the downloading of the part of said file to be modified to the local memory, to unlock the part of the file to be modified on the local memory, to locally modify said part of the file to be modified, to lock said part of the file and to resynchronize the remote file with the local file. • said addressing calculation step depends on metadata present in said digital file to be processed, on the access history of said file to be processed and on the local tree structure of the files, • said rule is determined from a reference rule, recalculated as a background task, by processing depending on the uses of the user, to control the copying of a remote file to the local memory before the request for access to the file, and to erase the local files for which said rule determines a use indicator below a threshold value, • said control rule being determined to minimize the volume of data transferred between the local memory and the remote memory and to minimize the local cache miss, • and in that said method comprises the steps, executed as a background task, of copying the local saved files onto the remote storage device, • and in that the controls for modifying a remote file cause the downloading of the part of said file to be modified to the local memory, to unlock the part of the file to be modified on the local memory, to locally modify said part of the file to be modified, to lock said part of the file and to resynchronize the remote file with the local file.
A method for managing the dense charging of an enclosure with solid particles, which comprises: storing in a memory a model of an expected charging profile over a charging time, during charging, receiving from at least one sensor measured values of a parameter representative of the height of a bed of solid particles charged into the enclosure (h m (n)), determining (204, 205, 210, 212) filtered values of the parameter representative of the height (h f (n)) from the received measured values and from the modelled charging profile, and transmitting the filtered values to a means for controlling the charging with a view to producing, as a function of said filtered values, a signal for controlling the charging with solid particles. storing in a memory a model of an expected charging profile over a charging time, during charging, receiving from at least one sensor measured values of a parameter representative of the height of a bed of solid particles charged into the enclosure (h m (n)), determining (204, 205, 210, 212) filtered values of the parameter representative of the height (h f (n)) from the received measured values and from the modelled charging profile, and transmitting the filtered values to a means for controlling the charging with a view to producing, as a function of said filtered values, a signal for controlling the charging with solid particles.
A display device for displaying legally prescribed fields of view (210, 220, 230, 235, 240, 250) of a commercial vehicle within a driver's cabin of the commercial vehicle, the display device comprising at least one capturing unit, a calculation unit, and at least one display unit, wherein the display device is adapted to process information acquired by the at least one capturing unit by means of the calculation unit and to transmit said information to the at least one display unit such that at least two of the legally prescribed fields of view (210, 220, 230, 235, 240, 250), which have to be permanently displayed during driving operation, are displayed on the display unit in the driver's cabin permanently, continuously, visibly for the driver at any time, and in real time, wherein the at least two fields of view (210, 220, 230, 235, 240, 250) are shown in a common depiction, wherein the legally prescribed fields of view (210, 220, 230, 235, 240, 250) include the field of view (210, 230) of a main mirror and the field of view (220, 235) of a wide-angle mirror, which fields of view are shown in the common representation, characterized in that the at least two fields of view (210, 220, 230, 235, 240, 250) are displayed in the common depiction also in driving situations in which the commercial vehicle is stationary and the ignition of the commercial vehicle is switched off.
Process for preparing a fraction obtained from germinated wheat seeds which have a molecular weight within the range 3,000 to 30,000 daltons, which provides for: a) germination of wheat seeds on water or on a natural or artificial support, until seedlings are obtained; b) Heat treatment of the seedlings; c) Maceration of the material obtained in aqueous solution; d) Elimination of the solid residue until a first clear solution is obtained, which is sterilised; e) Elimination of the fractions with molecular weights lower than 3,000 daltons and higher than 30,000 daltons, achieving purification of the fraction with molecular weight within the range 3,000 to 30,000. a) germination of wheat seeds on water or on a natural or artificial support, until seedlings are obtained; b) Heat treatment of the seedlings; c) Maceration of the material obtained in aqueous solution; d) Elimination of the solid residue until a first clear solution is obtained, which is sterilised; e) Elimination of the fractions with molecular weights lower than 3,000 daltons and higher than 30,000 daltons, achieving purification of the fraction with molecular weight within the range 3,000 to 30,000.
A blowout preventer for a tubular of a wellbore penetrating a subterranean formation, the blowout preventer comprising: a housing having a bore therethrough; characterized in that the blowout preventer further comprises: a segment carrier positionable in the housing, the segment carrier comprising a carrier ring for receiving the tubular and a plurality of segments pivotally connected to the carrier ring and movable radially thereabout; and a piston comprising a plurality of rods operatively connectable to the plurality of segments, the piston slidably positionable in the housing for moving the plurality of segments between a disengaged and an engaged position about the tubular. a housing having a bore therethrough; characterized in that the blowout preventer further comprises: a segment carrier positionable in the housing, the segment carrier comprising a carrier ring for receiving the tubular and a plurality of segments pivotally connected to the carrier ring and movable radially thereabout; and a piston comprising a plurality of rods operatively connectable to the plurality of segments, the piston slidably positionable in the housing for moving the plurality of segments between a disengaged and an engaged position about the tubular. a segment carrier positionable in the housing, the segment carrier comprising a carrier ring for receiving the tubular and a plurality of segments pivotally connected to the carrier ring and movable radially thereabout; and a piston comprising a plurality of rods operatively connectable to the plurality of segments, the piston slidably positionable in the housing for moving the plurality of segments between a disengaged and an engaged position about the tubular.
Propylene copolymer (R-PP) having (a) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of more than 2.5 to 15.0 g/10min, (b) a comonomer content in the range of 2.0 to below 12.0 mol.-%, (c) a melting temperature in the range of 125 to below 143 °C, and (d) a xylene cold soluble fraction in the range of 17.0 to 45.0 wt.-%, and (e) a molecular weight distribution (Mw/Mn) of at least 2.7; and/or a polydispersity index of at least 2.3. (a) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of more than 2.5 to 15.0 g/10min, (b) a comonomer content in the range of 2.0 to below 12.0 mol.-%, (c) a melting temperature in the range of 125 to below 143 °C, and (d) a xylene cold soluble fraction in the range of 17.0 to 45.0 wt.-%, and (e) a molecular weight distribution (Mw/Mn) of at least 2.7; and/or a polydispersity index of at least 2.3.
A hydraulic tappet of an internal combustion engine, comprising: - a bridge configured to control the movement of two valves and having a central portion and two side arms (2a, 2b) designed to engage with respective rods of respective valves, the bridge having at the central portion a blind cylindrical cavity having an inner wall, a bottom wall and a upper outlet; - a plunger slidably engaged in the cavity and emerging from it at least partially at the relative upper outlet, the plunger being configured to engage at the top with a respective pushing element of the tappet; - a first spring interposed between the plunger and the bottom wall of the cylindrical cavity and designed to oppose the movement of the plunger inside the cylindrical cavity towards the relative bottom wall; - retaining valve means designed for adjusting a flow of oil circulating inside the cavity characterized in that it further comprises - an annular sealing unit integral with the plunger and designed to guarantee the dynamic seal between the plunger and the inner wall of the cavity during the sliding of the plunger. - a bridge configured to control the movement of two valves and having a central portion and two side arms (2a, 2b) designed to engage with respective rods of respective valves, the bridge having at the central portion a blind cylindrical cavity having an inner wall, a bottom wall and a upper outlet; - a plunger slidably engaged in the cavity and emerging from it at least partially at the relative upper outlet, the plunger being configured to engage at the top with a respective pushing element of the tappet; - a first spring interposed between the plunger and the bottom wall of the cylindrical cavity and designed to oppose the movement of the plunger inside the cylindrical cavity towards the relative bottom wall; - retaining valve means designed for adjusting a flow of oil circulating inside the cavity characterized in that it further comprises - an annular sealing unit integral with the plunger and designed to guarantee the dynamic seal between the plunger and the inner wall of the cavity during the sliding of the plunger.