mhurhangee/ep-ind-claims huggingface dataset:
Curtain rail arrangement, comprising a curtain rail with a barrel track in which a plurality of gliders (71, 72) are guided on which a curtain or a drape is attached or can be attached, with a front side and a rear side generally facing a wall, wherein the curtain or the drape is coupled to a drive, in particular an electric motor, in particular via a carriage and/or at least one of the gliders (71, 72) via a coupling element, in particular a cord or a toothed belt, wherein the drive has a drive axis which is rotated about a first axis of rotation, wherein the coupling element is coupled to a rotation element which is rotatable about a second axis of rotation and which interacts with the coupling element and is driven by the drive in order to move the gliders (71, 72) coupled to the coupling element along the barrel track of the curtain rail in or against a running direction, wherein the drive is connected via a connecting section to the curtain rail, in particular to its barrel track wherein the first axis of rotation of the drive axis of the drive is offset relative to the second axis of rotation of the rotation element in the depth direction of the curtain rail defined from the front side to the rear side, characterised in that the drive axis and the rotation element, in particular gearwheel, are coupled to one another via a gearing, in particular arranged in a gearbox arranged on the drive.
Cutting device for crushing crop residues or catch crops on agricultural land, wherein the cutting device is designed to be rotatable about a central longitudinal axis and for this purpose has at least one bearing unit for rotatable mounting, wherein the cutting device comprises at least one first and second respectively elongated cutting knife element (2.1, 2.2) and at least one holding means for holding the cutting knife elements (2.1, 2.2), wherein the elongated cutting knife elements (2.1, 2.2) respectively have a cutting edge section and a connecting section opposite the cutting edge section and are radially oriented, and the cutting edge sections are arranged spaced radially apart from the central longitudinal axis, characterized in that the cutting knife elements (2.1, 2.2) are directly connected to one another by aid of the holding means, wherein the connecting sections of the cutting knife elements (2.1, 2.2) are arranged directly connecting to one another in a center region of the cutting device accommodating the central longitudinal axis.
A conditional handover method performed in a source base station, comprising the steps of: receiving a measurement report from a terminal and transmitting a handover preparation instruction to a neighboring base station; and transmitting a conditional handover command to the terminal, wherein the conditional handover command is configured to enable the terminal to perform a handover procedure in a target cell or a Radio Resource Control, RRC, re-establishment procedure in a case of a connection failure, wherein the conditional handover command comprises a first signal condition, and the first signal condition comprises signal quality of a neighboring cell or a signal quality difference between the neighboring cell and a source cell, characterized in that the conditional handover command further comprises indication information for indicating whether the handover procedure can be initiated when the connection failure occurs, wherein if the indication information indicates that the handover procedure can be initiated, the handover procedure is performed, wherein if the indication information indicates that the handover procedure cannot be initiated, the RRC re-establishment procedure is performed. receiving a measurement report from a terminal and transmitting a handover preparation instruction to a neighboring base station; and transmitting a conditional handover command to the terminal, wherein the conditional handover command is configured to enable the terminal to perform a handover procedure in a target cell or a Radio Resource Control, RRC, re-establishment procedure in a case of a connection failure, wherein the conditional handover command comprises a first signal condition, and the first signal condition comprises signal quality of a neighboring cell or a signal quality difference between the neighboring cell and a source cell, characterized in that the conditional handover command further comprises indication information for indicating whether the handover procedure can be initiated when the connection failure occurs, wherein if the indication information indicates that the handover procedure can be initiated, the handover procedure is performed, wherein if the indication information indicates that the handover procedure cannot be initiated, the RRC re-establishment procedure is performed.
A gas turbine engine exhaust arrangement comprising: a probe; a turbine housing extending around a central axis and having a first probe boss; an exhaust case surrounding the turbine housing and having a second probe boss aligned with the first probe boss, the probe extending through the first probe boss and the second probe boss; and a cavity radially between the turbine housing and the exhaust case, characterised in that the gas turbine exhaust arrangement further comprises: a probe heat shield having a first and a second mating portion (40, 42) axially slidably fitted one over the other along the central axis and around the probe in the cavity, the first mating portion provided on a radially outer surface of the turbine housing, the second mating portion projecting radially inwardly from the exhaust case into the cavity. a probe; a turbine housing extending around a central axis and having a first probe boss; an exhaust case surrounding the turbine housing and having a second probe boss aligned with the first probe boss, the probe extending through the first probe boss and the second probe boss; and a cavity radially between the turbine housing and the exhaust case, characterised in that the gas turbine exhaust arrangement further comprises: a probe heat shield having a first and a second mating portion (40, 42) axially slidably fitted one over the other along the central axis and around the probe in the cavity, the first mating portion provided on a radially outer surface of the turbine housing, the second mating portion projecting radially inwardly from the exhaust case into the cavity.
A flash memory system (500, 600) comprising: a first plurality of flash memory cells arranged in a row, each of the first plurality of flash memory cells comprising a drain and a source, wherein the source of each of the first plurality of flash memory cells is directly connected to a common source line (630 or 640, or 414); a plurality of dummy flash memory cells (510, 610) directly connected to the common source line (414, 514) and to a dummy bit line, wherein the common source line is coupled to ground through the dummy bit line when the first plurality of flash memory cells are in a read mode or an erase mode and the dummy bit line is coupled to a voltage source when the first plurality of flash memory cells is in a program mode. wherein each of the first plurality of flash memory cells and each of the plurality of dummy flash memory cells comprise a channel region (118, 218, 318) between the source (114. 214, 314) of the cell and the drain (116, 216, 316) of the cell, a word line terminal (122, 222, 322) positioned above a first portion of the channel region, and a floating gate (124, 224, 324) adjacent to the word line terminal and positioned above a second portion of the channel region. a first plurality of flash memory cells arranged in a row, each of the first plurality of flash memory cells comprising a drain and a source, wherein the source of each of the first plurality of flash memory cells is directly connected to a common source line (630 or 640, or 414); a plurality of dummy flash memory cells (510, 610) directly connected to the common source line (414, 514) and to a dummy bit line, wherein the common source line is coupled to ground through the dummy bit line when the first plurality of flash memory cells are in a read mode or an erase mode and the dummy bit line is coupled to a voltage source when the first plurality of flash memory cells is in a program mode. wherein each of the first plurality of flash memory cells and each of the plurality of dummy flash memory cells comprise a channel region (118, 218, 318) between the source (114. 214, 314) of the cell and the drain (116, 216, 316) of the cell, a word line terminal (122, 222, 322) positioned above a first portion of the channel region, and a floating gate (124, 224, 324) adjacent to the word line terminal and positioned above a second portion of the channel region.
A computer-implemented method to display a motion image that includes a plurality of frames (502, 512, 522), the method comprising: determining a motion score for the motion image based on the plurality of frames of the motion image, wherein the determining the motion score comprises: determining (302, 306), based on respective pixel values of the plurality of frames, a level of stability of a background portion of the motion image, a type of a subject (506, 516, 526) of the motion image, and a level of movement of the subject in the motion image; and calculating the motion score based on the level of stability, the type of the subject, and the level of movement of the subject.; determining whether the motion score meets a display threshold; if the motion score meets the display threshold, causing the motion image to be displayed with subject motion by displaying the plurality of frames of the motion image in succession; and if the motion score does not meet the display threshold, causing the motion image to be displayed without subject motion by displaying a particular frame of the plurality of frames of the motion image. determining a motion score for the motion image based on the plurality of frames of the motion image, wherein the determining the motion score comprises: determining (302, 306), based on respective pixel values of the plurality of frames, a level of stability of a background portion of the motion image, a type of a subject (506, 516, 526) of the motion image, and a level of movement of the subject in the motion image; and calculating the motion score based on the level of stability, the type of the subject, and the level of movement of the subject.; determining (302, 306), based on respective pixel values of the plurality of frames, a level of stability of a background portion of the motion image, a type of a subject (506, 516, 526) of the motion image, and a level of movement of the subject in the motion image; and calculating the motion score based on the level of stability, the type of the subject, and the level of movement of the subject.; determining whether the motion score meets a display threshold; if the motion score meets the display threshold, causing the motion image to be displayed with subject motion by displaying the plurality of frames of the motion image in succession; and if the motion score does not meet the display threshold, causing the motion image to be displayed without subject motion by displaying a particular frame of the plurality of frames of the motion image.
A monoclonal antibody or antigen-binding fragment thereof that specifically binds to a non-immunodominant epitope of MN/CA IX protein or MN/CA IX polypeptide, wherein said antibody is generated from MN/CA IX-deficient mice and wherein said antibody does not compete for binding to MN/CA IX with monoclonal antibodies MN7, M75 or MN12, with the proviso that the antibody does not bind to the proteoglycan-like domain of MN/CA IX, and wherein said epitope is selected from epitopes (a) within the carbonic anhydrase domain having the amino acid sequence of SEQ ID NO:9, (b) within the CA domain having the amino acid sequence of SEQ ID NO:101, (c) within the CA domain having the amino acid sequence of SEQ ID NO:67, (d) within the CA domain having the amino acid sequence SEQ ID NO:69, (e) within the transmembrane domain having the amino acid sequence of SEQ ID NO:6, and (f) within the intracellular domain having the amino acid sequence of SEQ ID NO:7. (a) within the carbonic anhydrase domain having the amino acid sequence of SEQ ID NO:9, (b) within the CA domain having the amino acid sequence of SEQ ID NO:101, (c) within the CA domain having the amino acid sequence of SEQ ID NO:67, (d) within the CA domain having the amino acid sequence SEQ ID NO:69, (e) within the transmembrane domain having the amino acid sequence of SEQ ID NO:6, and (f) within the intracellular domain having the amino acid sequence of SEQ ID NO:7.
A method of delivering data in a wireless communication system, performed by an apparatus for delivering data, the method comprising: determining, whether a shared data channel, SDCH should be utilized to transmit a channel assignment data that would otherwise be transmitted via a shared signaling channel, SSCH, based on whether a capacity threshold of a SSCH transmission queue is reached; converting (404, 406) a data packet including the channel assignment data into one or more TX data packets having a format suitable for transmission on the SDCH, wherein each of the one or more TX data packets represents a portion of said data packet; and transmitting each of the one or more TX data packets utilizing the SDCH. determining, whether a shared data channel, SDCH should be utilized to transmit a channel assignment data that would otherwise be transmitted via a shared signaling channel, SSCH, based on whether a capacity threshold of a SSCH transmission queue is reached; converting (404, 406) a data packet including the channel assignment data into one or more TX data packets having a format suitable for transmission on the SDCH, wherein each of the one or more TX data packets represents a portion of said data packet; and transmitting each of the one or more TX data packets utilizing the SDCH.
Closed-loop or open-loop control system for an agricultural machine having a distributor linkage for spreading material, such as fertilizers, plant protection agents or seed, having at least one sensor for determining driving data of the machine and/or driving data of a towing vehicle of the machine and a data processing unit for processing the driving data, the data processing unit using current driving data transmitted by the sensor to calculate a future acceleration of the distributor linkage and/or a future acceleration force acting on the distributor linkage and, on this basis, generating a signal for the closed-loop or open-loop control, characterized in that the data processing unit is configured in such a way that, by using the current rate of rotation and/or angular acceleration of the towing vehicle when travelling through a curve and the steering angle of the towing vehicle and/or the bend angle between the towing vehicle and the machine, the future rate of rotation and/or angular acceleration of the machine respectively when travelling through a curve is calculated.
A method for fumigating psyllium husk comprising: the step of separating the psyllium husk from the psyllium seed; and a. filling a fumigation chamber with psyllium husk such that the chamber comprises from 30% to 65% psyllium husk by volume; b. fumigating the psyllium husk with at least 40 g/m 3 of methyl bromide for at least 24 hours; c. degassing the chamber for at least 6 hours to form fumigated psyllium husk; wherein the fumigated psyllium husk comprises less than 50 ppm inorganic bromide residue and wherein the fumigated psyllium husk does not comprise an insect infestation and the fumigated psyllium husk does not comprise a khapra beetle infestation. the step of separating the psyllium husk from the psyllium seed; and a. filling a fumigation chamber with psyllium husk such that the chamber comprises from 30% to 65% psyllium husk by volume; b. fumigating the psyllium husk with at least 40 g/m 3 of methyl bromide for at least 24 hours; c. degassing the chamber for at least 6 hours to form fumigated psyllium husk; wherein the fumigated psyllium husk comprises less than 50 ppm inorganic bromide residue and wherein the fumigated psyllium husk does not comprise an insect infestation and the fumigated psyllium husk does not comprise a khapra beetle infestation. a. filling a fumigation chamber with psyllium husk such that the chamber comprises from 30% to 65% psyllium husk by volume; b. fumigating the psyllium husk with at least 40 g/m 3 of methyl bromide for at least 24 hours; c. degassing the chamber for at least 6 hours to form fumigated psyllium husk; wherein the fumigated psyllium husk comprises less than 50 ppm inorganic bromide residue and wherein the fumigated psyllium husk does not comprise an insect infestation and the fumigated psyllium husk does not comprise a khapra beetle infestation.
An integrated structure comprising: a semiconductor substrate comprising a silicon material; optical cladding formed in the substrate, the cladding comprising a 5 plurality of spaced trenches formed in the silicon material, wherein the trenches are filled with an oxide; and a waveguide comprising a core, the core being formed over the optical cladding. a semiconductor substrate comprising a silicon material; optical cladding formed in the substrate, the cladding comprising a 5 plurality of spaced trenches formed in the silicon material, wherein the trenches are filled with an oxide; and a waveguide comprising a core, the core being formed over the optical cladding.
A composition that is photopolymerizable upon absorption of light, the composition comprising a binder, a polymerizable compound, a sensitizer, a photoinitiator and a polythiol compound, characterized in that the composition comprises with respect to its total solid weight at least 0.01 wt.-% of the polythiol compound and that the polythiol compound is represented by the following formula (IIIa): wherein R 8 means hydrogen, methyl or ethyl, A 1 means a linear alkyl chain with at most 16 carbon atoms, L 3 means alkylene, s means 1 and r means 2, and wherein the thiol groups of formula (IIIa) may also be present in its tautomeric thione form, and wherein the composition when coated on a support has a sensitivity of 150 μ J/cm 2 or higher. R 8 means hydrogen, methyl or ethyl, A 1 means a linear alkyl chain with at most 16 carbon atoms, L 3 means alkylene, s means 1 and r means 2, and wherein the thiol groups of formula (IIIa) may also be present in its tautomeric thione form, and wherein the composition when coated on a support has a sensitivity of 150 μ J/cm 2 or higher.
Linear drive unit for an automatic sliding door, comprising a guide with an axis for supporting wheels of carriages of a sliding door wing and an oblong carrier, shaped as a longitudinal guide rail having a recumbent L-shaped cross section, whereby the shorter leg of the L has a perpendicular rib with a semi-circular convex part (1a"'), which is a mirror image of a convex part on the longer leg of the L, and that one end of the longer leg of the carrier has a pair of convex ends, which form a groove and that the other end has a second pair of convex ends that form a second groove (1b"), the guide is mounted along the semi-circular convex part (1a"') and is on its bottom part surrounded with a spacer provided between the guide and the perpendicular rib, wherein the spacer can be a two-sided adhesive tape from a PVC material, a tape of rubber or a tape of any other material suitable for reduction of vibration transfer from the carrier to the guide or vice versa, and a drive motor mounted to the oblong carrier, whereby the drive motor through a motor console and an elastic coupling of the linear drive unit transfers rotational movement to a threaded spindle of the linear drive unit, of which a floating threaded nut of the linear drive unit translationally moves a left and a right carriage (3,4) of the sliding door wing in use with the automatic sliding door, the end of the threaded spindle is through the elastic coupling installed in a support console of the linear drive unit; the axes of the drive motor, the motor console, the elastic coupling, the threaded spindle, the floating threaded nut, the elastic coupling and the support console are in the same longitudinal axis, wherein the threaded floating nut is not fixedly mounted, but is placed in a holder of the floating nut so that during operation the threaded floating nut has a limited movement in the y and z axis, when axis x is the axis of the threaded spindle to enable correction of errors in the parallelism of the threaded spindle axis and the guide axis on which the left and right carriages (3,4) run in both directions during use of the linear drive unit with the automatic sliding door, and a layer of rubber is applied to the holder of the floating threaded nut by vulcanization or by gluing.
A handpiece for a skin treatment system (100, 200) comprising: a tip, at a distal end of the handpiece; a first portion of a handle of the handpiece coupled to the tip; a second portion of the handle, coupled to the first portion; a third portion of the handle, coupled to the first portion, wherein the second and third portions are separated by a first distance between them, the first distance between the second and third handle portions increases from a first position, where the first and second handle portions are joined, to a second position, proximal to the first position, and wherein the first distance between the second and third handle portions decreases from the second position to a third position, proximal to the second position; a first port, coupled to an end of the second portion, wherein the first port couples to a first internal channel passing through the second and first portions of the handle, and the first internal channel is coupled to a first opening at the tip; and a second port, coupled to an end of the third portion, wherein the second port couples to a second internal channel passing through the third and first portions of the handle, the second internal channel is coupled to a second opening at the tip, and the first opening is separate from the second opening at the tip. a tip, at a distal end of the handpiece; a first portion of a handle of the handpiece coupled to the tip; a second portion of the handle, coupled to the first portion; a third portion of the handle, coupled to the first portion, wherein the second and third portions are separated by a first distance between them, the first distance between the second and third handle portions increases from a first position, where the first and second handle portions are joined, to a second position, proximal to the first position, and wherein the first distance between the second and third handle portions decreases from the second position to a third position, proximal to the second position; a first port, coupled to an end of the second portion, wherein the first port couples to a first internal channel passing through the second and first portions of the handle, and the first internal channel is coupled to a first opening at the tip; and a second port, coupled to an end of the third portion, wherein the second port couples to a second internal channel passing through the third and first portions of the handle, the second internal channel is coupled to a second opening at the tip, and the first opening is separate from the second opening at the tip.