mhurhangee/ep-ind-claims huggingface dataset:
A programmable logic block comprising: a first LUT (31, 41) having a first plurality of data inputs, a second plurality of configuration inputs (312; 414), and a third plurality of outputs, and a second LUT (32; 42) having a fourth plurality of data inputs and a fifth plurality of configuration inputs (342; 444), and a sixth plurality of outputs, said programmable logic block characterized by further comprising: a programmable controller (33;43) having a respective output connecting to each of said second plurality of configuration inputs (312; 414) and each of said fifth plurality of configuration inputs (342; 444), a seventh plurality of configuration memory cells (4300; 435), and an eighth plurality of data entries, wherein the value of each of said second plurality of configuration inputs (312; 414) and said fifth plurality of configuration inputs (342; 444) is dictated by the value present on each of said eighth plurality of data entries together with the value of said seventh plurality of configuration memory cells (4300;435) in a predetermined manner. a first LUT (31, 41) having a first plurality of data inputs, a second plurality of configuration inputs (312; 414), and a third plurality of outputs, and a second LUT (32; 42) having a fourth plurality of data inputs and a fifth plurality of configuration inputs (342; 444), and a sixth plurality of outputs, said programmable logic block characterized by further comprising: a programmable controller (33;43) having a respective output connecting to each of said second plurality of configuration inputs (312; 414) and each of said fifth plurality of configuration inputs (342; 444), a seventh plurality of configuration memory cells (4300; 435), and an eighth plurality of data entries, wherein the value of each of said second plurality of configuration inputs (312; 414) and said fifth plurality of configuration inputs (342; 444) is dictated by the value present on each of said eighth plurality of data entries together with the value of said seventh plurality of configuration memory cells (4300;435) in a predetermined manner. a programmable controller (33;43) having a respective output connecting to each of said second plurality of configuration inputs (312; 414) and each of said fifth plurality of configuration inputs (342; 444), a seventh plurality of configuration memory cells (4300; 435), and an eighth plurality of data entries, wherein the value of each of said second plurality of configuration inputs (312; 414) and said fifth plurality of configuration inputs (342; 444) is dictated by the value present on each of said eighth plurality of data entries together with the value of said seventh plurality of configuration memory cells (4300;435) in a predetermined manner.
A scraping device for a transporting belt traveling longitudinally from an upstream direction toward a downstream direction, the device comprising: - a supporting structure, comprising a support core, two support subassemblies provided to be positioned transversely on either side of the transporting band, and two separable connections of two end parts of the support core to the two support assemblies, each support assembly includes a stationary post and a mechanism provided to bias the support core in rotation relative to the post around a substantially transverse axis, the mechanism including a beam rigidly connected to the support core; - at least one scraping member upwardly and downwardly delimited by upstream and downstream sides; - an elastic material that is overmolded on the scraping member and connecting the scraping member to the supporting structure; characterized in that the upstream side of the scraping member is covered with the overmolded elastic material, the overmolded elastic material being also overmolded around the support core, and in that the mechanism comprises: - a strapping connected to the beam and winding around the beam, the strapping having two end parts opposite one another; - two connections each connecting one of the two end parts of the strapping to the corresponding post, at least one of the two connections being adjustable and being arranged to rotate the beam around the central axis relative to the post using the strapping. - a supporting structure, comprising a support core, two support subassemblies provided to be positioned transversely on either side of the transporting band, and two separable connections of two end parts of the support core to the two support assemblies, each support assembly includes a stationary post and a mechanism provided to bias the support core in rotation relative to the post around a substantially transverse axis, the mechanism including a beam rigidly connected to the support core; - at least one scraping member upwardly and downwardly delimited by upstream and downstream sides; - an elastic material that is overmolded on the scraping member and connecting the scraping member to the supporting structure; - a strapping connected to the beam and winding around the beam, the strapping having two end parts opposite one another; - two connections each connecting one of the two end parts of the strapping to the corresponding post, at least one of the two connections being adjustable and being arranged to rotate the beam around the central axis relative to the post using the strapping.
A computer-implemented method for assigning a vehicle to a lane in a road, wherein the method comprise: - obtaining an estimated pose, E, of the vehicle; - characterized in that the method further comprises: - obtaining an uncertainty value, V, to the estimated pose of the vehicle; - projecting the pose, E, onto nearby lanes in a map; - obtaining position uncertainty, U, of each lane; - creating a distribution, P, by combining uncertainty V and U for each nearby lane; - creating a current momentary likelihood hypothesis for the vehicle for being in each lane by evaluating distribution, P, with pose, E, for each projection; - adjusting the current momentary likelihood for each lane with a prior determined earlier; and - comparing all the adjusted momentary likelihoods and determining the lane with the highest likelihood. - obtaining an estimated pose, E, of the vehicle; - characterized in that the method further comprises: - obtaining an uncertainty value, V, to the estimated pose of the vehicle; - projecting the pose, E, onto nearby lanes in a map; - obtaining position uncertainty, U, of each lane; - creating a distribution, P, by combining uncertainty V and U for each nearby lane; - creating a current momentary likelihood hypothesis for the vehicle for being in each lane by evaluating distribution, P, with pose, E, for each projection; - adjusting the current momentary likelihood for each lane with a prior determined earlier; and - comparing all the adjusted momentary likelihoods and determining the lane with the highest likelihood.
A line to convey containers, in particular bottles, the line comprising a conveying device, which is provided with a plurality of pick and place units, each of which is configured to hold a respective container, is fed by the conveying device along a given path, and comprises two picking members (7, 8), which are mobile relative to one another between a clamping position, in which they clamp the container, and a releasing position, in which they release the container; each picking member (7, 8) comprising a support pin (16, 20) having a longitudinal axis (9, 10), a hub (13, 19), which is fitted on the support pin (16, 20) in a rotary manner so as to rotate around said longitudinal axis (9, 10), and a gear (17, 21), which extends around said longitudinal axis (9, 10), and is coupled to the gear (17, 21) of the other picking member (7, 8); the hub and the gear of at least one first said picking member being manufactured as one single piece; and being characterized in that the first picking member comprises, furthermore, a shaped jaw, which is made of a metal material and has a hole that is coaxial to the relative longitudinal axis; the hub and the gear of the first picking member being manufactured by moulding a plastic material through - and around - the hole.
A process for removing oxygenate from an olefin stream, the process comprising the steps of: a) providing an olefin stream, wherein the olefin stream contains oxygenate, and a majority of the olefin stream is comprised of one or more olefins; and b) contacting the provided olefin stream with a solid adsorbent to remove oxygenate from the provided olefin stream, wherein the solid adsorbent has an oxygenate adsorption capacity of at least 0.1 wt % and a cumulative oligomer selectivity of not greater than 5 wt %, and wherein the solid adsorbent comprises at least one ion from Group 2, 4, 6, 12, 13, 14 or 15 of the Periodic Table of the Elements. a) providing an olefin stream, wherein the olefin stream contains oxygenate, and a majority of the olefin stream is comprised of one or more olefins; and b) contacting the provided olefin stream with a solid adsorbent to remove oxygenate from the provided olefin stream, wherein the solid adsorbent has an oxygenate adsorption capacity of at least 0.1 wt % and a cumulative oligomer selectivity of not greater than 5 wt %, and wherein the solid adsorbent comprises at least one ion from Group 2, 4, 6, 12, 13, 14 or 15 of the Periodic Table of the Elements.
Baling press having a wire deflector, with a carrier plate, which is held in a seat of the baling press, and having a hard-metal insert, which has a recess for guiding the wire, which recess extends from a front face in the direction of a rear face of the hard-metal insert, the depth of the recess decreasing from the front face of the hard-metal insert towards the rear face.
A push button switch with an open/close contact unit comprising an open/close contact mechanism and a contact releasing mechanism, wherein a bearing mechanism is provided for a small rotary member of the contact releasing mechanism, the bearing mechanism is configured to rotatably support the small rotary member by means of a base member of the open/close contact mechanism, wherein the base member is made of a resin, the rotary member being made of a resin and constantly biased in a certain direction by a spring, wherein the rotary member is rotatably supported by the base member by forming a cylindrical bearing in a protruding manner integrally with a side surface of the small rotary member, characterized in that a support shaft is formed in a protruding manner on the base member in a position that faces the bearing of the rotary member, the support shaft being configured so as to be fitted and inserted into a bearing hole of the bearing, and fitting the support shaft of the base member into the bearing hole of the bearing of the rotary member.
A tower for a wind turbine, the tower comprising a number of horizontally disposed tubular tower elements each comprising - one or more first wall segments composed of one or more flat panels, each first wall segment has a substantial rectangular projected shape with a vertical (v) and a horizontal (h) direction; - one or more second wall segments composed of one or more flat panels, each second wall segment has a substantial non-rectangular projected shape with a vertical (v) and horizontal (h) direction; wherein - first wall segments and second wall segments (3, 10) are arranged neighbouring to each to each along their longitudinal edges so as to form a tubular structure, - each of the first wall segments is made from a rectangular and flat plate and each of the second wall segments is made from a trapezoid-shaped and flat plate, - the first wall segment(s) comprising at least one bend and the second wall segment(s) comprising one bend along the vertical direction of the wall segment (3, 10) and defining two neighbouring flat panels, the bend being provided in a distance from a vertically extending edge of the wall segment (3, 10) so as to provide the wall segment (3, 10) a concave shape, and - each of the first wall segments and each of the second wall segments is made from made from metal, steel, alumina or combinations thereof. - one or more first wall segments composed of one or more flat panels, each first wall segment has a substantial rectangular projected shape with a vertical (v) and a horizontal (h) direction; - one or more second wall segments composed of one or more flat panels, each second wall segment has a substantial non-rectangular projected shape with a vertical (v) and horizontal (h) direction; wherein - first wall segments and second wall segments (3, 10) are arranged neighbouring to each to each along their longitudinal edges so as to form a tubular structure, - each of the first wall segments is made from a rectangular and flat plate and each of the second wall segments is made from a trapezoid-shaped and flat plate, - the first wall segment(s) comprising at least one bend and the second wall segment(s) comprising one bend along the vertical direction of the wall segment (3, 10) and defining two neighbouring flat panels, the bend being provided in a distance from a vertically extending edge of the wall segment (3, 10) so as to provide the wall segment (3, 10) a concave shape, and - each of the first wall segments and each of the second wall segments is made from made from metal, steel, alumina or combinations thereof.
A method for sterilising filter media in an air purifier by: subjecting said filter media to an air flow; subjecting said filter media to an ion cloud; characterized in that steps and are in any order and whereby and are carried out exclusively.
A molded body for joining composed of a compressed aggregate of Cu-core Sn-shell powders, characterized in that activating agent-containing substances for removing oxides on the surfaces of the powders exist in both closed holes and open holes within the molded body for joining; that the molded body for joining contains Cu in a ratio of 55 to 95% by mass and Su in a ratio of 45 to 5% by mass respectively; that an activating agent in the activating agent-containing substance is contained in a ratio of 0.01 to 2% by mass to 100% by mass of the molded body for joining; and that the molded body for joining has a thickness of 20 to 400 μm. that activating agent-containing substances for removing oxides on the surfaces of the powders exist in both closed holes and open holes within the molded body for joining; that the molded body for joining contains Cu in a ratio of 55 to 95% by mass and Su in a ratio of 45 to 5% by mass respectively; that an activating agent in the activating agent-containing substance is contained in a ratio of 0.01 to 2% by mass to 100% by mass of the molded body for joining; and that the molded body for joining has a thickness of 20 to 400 μm.
A method for transmitting a signal, the method comprising: concatenating a first signal from a first device operating in spatial multiplexing transmission with a second signal from a second device operating without spatial multiplexing transmission to generate a concatenated signal in a non-linearly superpositioned constellation, in which the portion of the constellation corresponding to the first signal is symmetrical about each of the real and imaginary axes; processing the concatenated signal according to transmission processing of the second device, to generate a processed signal, wherein the processing the concatenated signal according to the transmission processing of the second device comprises applying a space-frequency block code, SFBC, to the concatenated signal; and transmitting the processed signal, wherein the transmission takes place in a two-antenna system or in a four-antenna system. concatenating a first signal from a first device operating in spatial multiplexing transmission with a second signal from a second device operating without spatial multiplexing transmission to generate a concatenated signal in a non-linearly superpositioned constellation, in which the portion of the constellation corresponding to the first signal is symmetrical about each of the real and imaginary axes; processing the concatenated signal according to transmission processing of the second device, to generate a processed signal, wherein the processing the concatenated signal according to the transmission processing of the second device comprises applying a space-frequency block code, SFBC, to the concatenated signal; and transmitting the processed signal, wherein the transmission takes place in a two-antenna system or in a four-antenna system.
An electroporation catheter comprising an elongate shaft having a proximal end and a distal end and defining an axis, and a loop subassembly coupled to the distal end of the elongate shaft, the loop subassembly comprising a loop coupled at an end of the loop to the distal end of the elongate shaft, wherein, in a neutral position, the loop defines a plane which is parallel to the axis of elongate shaft and the loop is positioned in a different plane than the elongate shaft such that this configuration adds additional support to the loop and provides an additional resistance force to the deflection of the loop, and a plurality of electrodes disposed on the loop and configured for performing electroporation, wherein a distal portion of the loop is coupled to the distal end of the elongate shaft an elongate shaft having a proximal end and a distal end and defining an axis, and a loop subassembly coupled to the distal end of the elongate shaft, the loop subassembly comprising a loop coupled at an end of the loop to the distal end of the elongate shaft, wherein, in a neutral position, the loop defines a plane which is parallel to the axis of elongate shaft and the loop is positioned in a different plane than the elongate shaft such that this configuration adds additional support to the loop and provides an additional resistance force to the deflection of the loop, and a plurality of electrodes disposed on the loop and configured for performing electroporation, wherein a distal portion of the loop is coupled to the distal end of the elongate shaft a loop coupled at an end of the loop to the distal end of the elongate shaft, wherein, in a neutral position, the loop defines a plane which is parallel to the axis of elongate shaft and the loop is positioned in a different plane than the elongate shaft such that this configuration adds additional support to the loop and provides an additional resistance force to the deflection of the loop, and a plurality of electrodes disposed on the loop and configured for performing electroporation, wherein a distal portion of the loop is coupled to the distal end of the elongate shaft
A patch pump comprising: a reservoir; a pump; a cannula insertion device; a needle carriage; a catheter carriage; a rail device (82, 84, 86, 88) on which at least one of the needle carriage and the catheter carriage is slidable; wherein the cannula insertion device comprises a Scotch yoke powered by a torsion spring for inserting an introducer needle and a catheter into an infusion site and for retracting only the introducer needle while the catheter remains inserted into the infusion site; wherein the torsion spring is mounted on an axle post of the needle carriage; wherein a linkage connects the needle carriage to the Scotch yoke; wherein the Scotch yoke converts the rotational motion of the torsion spring into a linear descending motion of the needle carriage which in turn pushes on the catheter carriage to push the introducer needle and the catheter, thereby inserting the introducer needle and the catheter into the infusion site, followed by a linear ascending motion of only the needle carriage which withdraws the introducer needle without retracting the catheter; wherein the rail device (82, 84, 86, 88) comprises a bent resilient locking tab (841, 861) that gives way when the catheter carriage slides below the resilient tab (841, 861) and returns to shape after the catheter carriage has slid past the resilient tab (841, 861) to prevent the catheter carriage from sliding beyond the resilient tab (841, 861); and wherein infusate from the reservoir is pumped by the pump into the infusion site after the catheter is inserted into the infusion site. a reservoir; a pump; a cannula insertion device; a needle carriage; a catheter carriage; a rail device (82, 84, 86, 88) on which at least one of the needle carriage and the catheter carriage is slidable; wherein the cannula insertion device comprises a Scotch yoke powered by a torsion spring for inserting an introducer needle and a catheter into an infusion site and for retracting only the introducer needle while the catheter remains inserted into the infusion site; wherein the torsion spring is mounted on an axle post of the needle carriage; wherein a linkage connects the needle carriage to the Scotch yoke; wherein the Scotch yoke converts the rotational motion of the torsion spring into a linear descending motion of the needle carriage which in turn pushes on the catheter carriage to push the introducer needle and the catheter, thereby inserting the introducer needle and the catheter into the infusion site, followed by a linear ascending motion of only the needle carriage which withdraws the introducer needle without retracting the catheter; wherein the rail device (82, 84, 86, 88) comprises a bent resilient locking tab (841, 861) that gives way when the catheter carriage slides below the resilient tab (841, 861) and returns to shape after the catheter carriage has slid past the resilient tab (841, 861) to prevent the catheter carriage from sliding beyond the resilient tab (841, 861); and wherein infusate from the reservoir is pumped by the pump into the infusion site after the catheter is inserted into the infusion site.
A support for an electrophysiological measuring arrangement, with an aperture region for controllable sealing depositing of a biological object, wherein the aperture region is formed with at least one aperture as well as with a wall region, which surrounds the aperture to form it, characterized in that the wall region comprises embedded into its interior a control electrode arrangement and that an electric potential may be applied to the control electrode arrangement in a controllable manner such that by this at least an inner wall of the wall region, which faces the aperture can be controllably formed with a surface charge such that by this the sealing depositing of a biological object at the aperture region is controllable.
A hinge assembly comprising a toggle type furniture/cupboard hinge, a damper assembly comprising a linear damping device, and a holder, wherein the damping device is arranged with its axis parallel to the axis of movement of the hinge and mounted between the holder and the cup flange of the hinge, the hinge assembly further comprising means for converting rotational movement of the hinge into linear movement of the damping device at least over part of the range of the rotational movement of the hinge, the movement converting means comprising a camming surface (23, 24) and a cam follower (23, 24), characterised in that one of the camming surface (23, 24) and cam follower (23, 24) is provided as an integral part of the damper assembly and the other of which is provided as an integral part of the holder and/or the hinge cup flange, whereby the number of component parts of the assembly is minimised.