mhurhangee/ep-ind-claims huggingface dataset:
A method for a wireless communication by a User Equipment, UE, the method comprising: receiving, from a Base Station, BS, subframe type configuration information for indicating whether a subframe is an almost blank subframe, ABS, or not, determining whether to monitor an enhanced physical downlink control channel, EPDCCH, or a physical downlink control channel, PDCCH, in each subframe of the plurality of subframes based on the received subframe type configuration information; and monitoring the EPDCCH in the subframe to obtain downlink control information, DCI, if the subframe is an ABS, monitoring the PDCCH in the subframe to obtain DCI if the subframe is not an ABS, wherein the EPDCCH is received over a subset of an operating bandwidth and over all symbols of the subframe starting after at most a predetermined number of symbols from the beginning of the subframe, and wherein the PDCCH is received over the operating bandwidth and over at most the predetermined number of symbols in the subframe starting from the beginning of the subframe. receiving, from a Base Station, BS, subframe type configuration information for indicating whether a subframe is an almost blank subframe, ABS, or not, determining whether to monitor an enhanced physical downlink control channel, EPDCCH, or a physical downlink control channel, PDCCH, in each subframe of the plurality of subframes based on the received subframe type configuration information; and monitoring the EPDCCH in the subframe to obtain downlink control information, DCI, if the subframe is an ABS, monitoring the PDCCH in the subframe to obtain DCI if the subframe is not an ABS, wherein the EPDCCH is received over a subset of an operating bandwidth and over all symbols of the subframe starting after at most a predetermined number of symbols from the beginning of the subframe, and wherein the PDCCH is received over the operating bandwidth and over at most the predetermined number of symbols in the subframe starting from the beginning of the subframe.
A planning process for use in on-line cone beam computerized tomography guidance of radiation therapy procedures that involves: 1)a cone beam computed tomography image system that includes an amorphous silicon flat panel imager mounted on a gantry and a keV x-ray source mounted on the gantry and that generates x-ray beams in a cone-beam form towards the flat panel imager and 2) a radiation therapy source system comprising: a radiation therapy source that moves about a path and generates therapeutic radiation, a collimating structure and an imager that is located opposite said radiation therapy source that generates therapeutic radiation, the process comprising: acquiring a planning image by said cone beam computed tomography image system, contours of a target volume of an object to be treated and surrounding structures being defined and margins for target deformation, delivery precision and delineation being applied on the planning image; performing inverse planning according to a given protocol for radiation therapy of said object so as to generate a reference plan; and generating a plurality of additional plans as a function of various translations and/or rotations of said target volume. acquiring a planning image by said cone beam computed tomography image system, contours of a target volume of an object to be treated and surrounding structures being defined and margins for target deformation, delivery precision and delineation being applied on the planning image; performing inverse planning according to a given protocol for radiation therapy of said object so as to generate a reference plan; and generating a plurality of additional plans as a function of various translations and/or rotations of said target volume.
A method of creating a computer implemented classification tool for classification of microelectrode recordings taken during a deep brain stimulation using deep residual neural network with attention comprising steps collecting a data set of recordings taken during a deep brain stimulation; splitting recordings into overlapping time chunks, and converting time chunks into spectrograms; dividing data set into a training set, a validation set, and a test set putting each spectrogram into a deep neural network of ResNet architecture augmented with a self-attention layer added after each of ResNet layers, with a head layer comprising a single 2D convolutional layer followed by batch normalization and ReLU activation function wherein the network is trained to return zero for time chunks taken from recordings made outside of the STN region of a brain and to return one for time chunks taken form recordings made within the STN region of a brain, fine tuning the network with the validation set, cross checking the network with the test set. collecting a data set of recordings taken during a deep brain stimulation; splitting recordings into overlapping time chunks, and converting time chunks into spectrograms; dividing data set into a training set, a validation set, and a test set putting each spectrogram into a deep neural network of ResNet architecture augmented with a self-attention layer added after each of ResNet layers, with a head layer comprising a single 2D convolutional layer followed by batch normalization and ReLU activation function wherein the network is trained to return zero for time chunks taken from recordings made outside of the STN region of a brain and to return one for time chunks taken form recordings made within the STN region of a brain, fine tuning the network with the validation set, cross checking the network with the test set.
A papermaking machine for making a paper web from an aqueous suspension of papermaking fibers, comprising: a forming section arranged to form a wet paper web; a press section arranged to receive the wet paper web from the forming section, the press section comprising a press having two cooperating press members (31, 32) forming a press nip therebetween, a press felt arranged in a loop such that the press felt passes through the press nip, and an impermeable transfer belt arranged in a loop such that the transfer belt passes through the press nip and the wet paper web passes through the press nip enclosed between the press felt and the transfer belt; a permeable final fabric in form of a structuring fabric arranged in a loop within which a suction transfer device is disposed, the suction transfer device having a suction zone in which suction is exerted through the structuring fabric; the suction zone including a transfer point spaced at a distance D from the press nip in a machine direction along which the transfer belt runs, the transfer belt being arranged to bring the paper web into contact with the structuring fabric in the suction zone for a length L in the machine direction, such that suction is exerted on the paper web to transfer the paper web from the transfer belt onto the structuring fabric at the transfer point; a drying cylinder onto which the structuring fabric transfers the paper web for final drying thereof, characterized in that the surface of the impermeable transfer belt that contacts the wet paper web has a non-uniform distribution of microscopic scale depressions, in that the transfer belt runs at at a linear speed from about 1000 m/ min to about 2000 m/min and in that the dwell time t d, which is the period of time it takes for the web to travel the distance D, is at least about 0,1 s, preferably at least about 0,15 s, and more preferably at least about 0,2 s.
Method for controlling an industrial truck, in particular for order picking, wherein the industrial truck has, for monitoring the surroundings, a sensor which has a monitoring range and is connected to a control device, and after a start command the control device automatically moves the industrial truck without a signal of a drive signal generator which is activated by a person, senses a monitoring range in the direction of travel of the industrial truck by evaluating the data, characterized in that when an obstacle which is formed by an industrial truck which is travelling ahead at less than a stopping distance is sensed the industrial truck stops, and after stopping of the industrial truck the control device starts up the industrial truck again and moves it on in an automated fashion as soon as no obstacle which is formed by the industrial truck which is travelling ahead is sensed at less than the stopping distance, and the industrial truck follows the industrial truck which is travelling ahead as soon as said industrial truck frees up the space.
A mat for a hybrid sport or decorative turf, having a base woven fabric, with a single-sided cover pile made of olefin synthetic yarns such as polyethylene and/or polypropylene and/or polyester, according to a 3/8W or 5/12W or 7/16W weave structure, comprising pile burls interlaced with weft, wherein the ends of the burls form synthetic grass blades, the mat having a warp density from 54 to 72 ends/10cm a weft density from 30 to 80 ends/10cm and a pile height from 20 to 140 mm, wherein each pile burl is interlaced at least two times over three weft fibres, characterized in that the mat has from 5000 to 20000 pile burls per m 2, the total surface mass of the mat is from 753 to 2105 g/m 2 and the total area of openings in the base fabric is from 5% to 15% of the total area of the base fabric of the mat.
An orthodontic composite, comprising: an orthodontic member which has a tube shape, a hollow polygonal prism shape, a hollow truncated polygonal pyramid shape, a hollow truncated cone shape, or a funnel shape; and an orthodontic wire that is inserted into the hollow portion of the orthodontic member, wherein the orthodontic member consists of a water-soluble or biodegradable material, wherein the orthodontic member has a mark (100, 200, 300) formed thereon, and wherein the mark includes at least one selected from among a center mark representing a center in a longitudinal direction of the orthodontic member, a working mark representing a length from the center of the orthodontic member, and an end mark representing an end of the orthodontic member. an orthodontic member which has a tube shape, a hollow polygonal prism shape, a hollow truncated polygonal pyramid shape, a hollow truncated cone shape, or a funnel shape; and an orthodontic wire that is inserted into the hollow portion of the orthodontic member, wherein the orthodontic member consists of a water-soluble or biodegradable material, wherein the orthodontic member has a mark (100, 200, 300) formed thereon, and wherein the mark includes at least one selected from among a center mark representing a center in a longitudinal direction of the orthodontic member, a working mark representing a length from the center of the orthodontic member, and an end mark representing an end of the orthodontic member.
Gas turbine combustion chamber having a combustion chamber wall and having at least one shingle, which is fastened thereto so as to be spaced apart from the combustion chamber wall, wherein the shingle has a shingle edge which bears against the combustion chamber wall, wherein the combustion chamber wall and the combustion chamber shingle each have at least one mixing-air hole, and wherein a tubular fastening element provided with an annular flange is inserted through the mixing-air hole of the combustion chamber wall and bears, with the annular flange, against that side of the combustion chamber wall which is averted from the combustion chamber shingle, characterized in that the fastening element is provided on its outer side with first locking means, which engage with second locking means formed on a tubular locking element which braces the combustion chamber shingle with the combustion chamber wall, wherein the locking element and/or the fastening element are of elastic form in the region of the locking means (18, 19) for the purpose of locking the locking means (18, 19), and wherein the locking element has a height which is smaller than the height of the shingle edge.
Cutting machine for cutting bars comprising a base frame on which a lying axis (X-X) of a bar is defined, and a cutting unit (5, 6, 7) provided with a cutting tool apt to be perpendicularly moved closer to/further apart from said lying axis (X-X) along a work plane (Z-Z), wherein said base frame is provided with at least one through-mandrel (2, 3), which is coaxial on said lying axis (X-X), provided with a clamping head in the proximity of a processing area which is crossed by said work plane (Z-Z), and said through-mandrel (2, 3) is rotatable with a rotation about said lying axis (X-X), characterised in that a bevelling unit is furthermore provided with a rotating bevelling tool mounted movable closer to/further away perpendicularly to said lying axis (X-X) along said work plane (Z-Z) by a movement along an arc of circle.
Fastener for a drive rod fitting of a window, a French window or the like, with a striking plate and a locking pin in the striking plate that is longitudinally movable between an open position and at least one closed position, and with a detection device to detect the positions of the locking pin, wherein the detection device comprises a slide that is longitudinally movable corresponding to the movement of the locking pin, and detects the position of the slide, wherein the locking pin is designed to directly drive the slide, characterized in that the slide is arranged on the striking plate and has a receptacle for the insertion and removal of the locking pin in the open position.
A pharmaceutical composition comprising a combination of: (a) Palmitoylethanolamide; (b) The naturally occurring Fatty Acid Amine Hydrolase (FAAH) Inhibitor Quercetin; and (c) Cholecalciferol. (a) Palmitoylethanolamide; (b) The naturally occurring Fatty Acid Amine Hydrolase (FAAH) Inhibitor Quercetin; and (c) Cholecalciferol.
A woven fabric comprising: a) a first set of continuous filament unidirectional yarns lying in a first plane; b) a second set of continuous filament unidirectional yarns lying in a second plane above said first plane and arranged transversely to said first set of yarns; c) a third set of yarns arranged transversely to said first set of yarns and interlaced with said first set of yarns (11 each yarn of the third set lying above some and below the remaining yarns of said first set; d) a fourth set of yarns arranged transversely to said second set and said third set of yarns and interlaced with said second and third sets of yarns, each yarn of the fourth set lying above some and below the remaining yarns of said second and third sets of yarns; wherein each of said first and second sets of yarns have tenacities equal to or greater than about 15 g/d, initial tensile moduli equal to or greater than about 400 g/d and energies-to-break equal to or greater than about 22 J/g as measured by ASTM D2256; and wherein each of said first and second sets of yarns, in proportion to the yarns comprising each of said third and fourth sets of yarns have at least twice the breaking strength, and half the elongation to break. a) a first set of continuous filament unidirectional yarns lying in a first plane; b) a second set of continuous filament unidirectional yarns lying in a second plane above said first plane and arranged transversely to said first set of yarns; c) a third set of yarns arranged transversely to said first set of yarns and interlaced with said first set of yarns (11 each yarn of the third set lying above some and below the remaining yarns of said first set; d) a fourth set of yarns arranged transversely to said second set and said third set of yarns and interlaced with said second and third sets of yarns, each yarn of the fourth set lying above some and below the remaining yarns of said second and third sets of yarns;
Handheld laser distance measuring device for the contactless distance measurement between the laser distance measuring device and a remote object using a laser beam which can be emitted by the laser distance measuring device, with a device housing and an energy supply device, wherein the laser distance measuring device has a device-side coupling device paired with the device housing, said coupling device being set up to reversibly arrange at least one attachment device on the laser distance measuring device, wherein at least one additional functionality can be provided due to the arrangement of the attachment device on the laser distance measuring device, characterized in that the device-side coupling device is set up to transmit electrical energy to an electrical energy utilization unit of an attachment device arranged on the laser distance measuring device.
A method for rounding at least a part of an edge of an opening (6, 7) in the annular surface of a tubular body formed of thermo-formable material, wherein a mandrel is brought into contact with the external edge of the opening (6, 7), wherein the opening (6, 7) is non-circular and the mandrel has a temperature that allows it to permanently deform the material of the tubular body, characterised in that leaving the internal edge of the opening flushed with the internal surface of the tubular body.
A method of determining whether a subject having cancer is likely to benefit from a treatment regimen that includes treatment with a taxane compound comprising detecting pSer473-Akt positive cells in a specimen of tumor tissue or tumor cells obtained from the subject.
An electrolytic detachment mechanism for cooperation with an electrolytic detachment apparatus to achieve an electrolytic detachment of an implant, comprising: the implant; a detachment member having a distal end coupled to the implant, wherein the detachment member is configured to be energized and electrolytically dissolved, thereby eliminating the coupling between the implant and the detachment member; an electrical conduction member, comprising: an anodic conductive element covered by a first insulating element, wherein the anodic conductive element has a distal end coupled to a proximal end of the detachment member and a proximal end configured to be coupled to a positive terminal of the electrolytic detachment apparatus; and a cathodic conductive element having a proximal end configured to be coupled to a negative terminal of the electrolytic detachment apparatus, wherein the cathodic conductive element is electrically insulated from the anodic conductive element by the first insulating element; characterised in that the electrolytic detachment mechanism further comprises an absorption member configured to, when absorbing electrolytes, provide an electrical conduction between the detachment member and the cathodic conductive element. the implant; a detachment member having a distal end coupled to the implant, wherein the detachment member is configured to be energized and electrolytically dissolved, thereby eliminating the coupling between the implant and the detachment member; an electrical conduction member, comprising: an anodic conductive element covered by a first insulating element, wherein the anodic conductive element has a distal end coupled to a proximal end of the detachment member and a proximal end configured to be coupled to a positive terminal of the electrolytic detachment apparatus; and a cathodic conductive element having a proximal end configured to be coupled to a negative terminal of the electrolytic detachment apparatus, wherein the cathodic conductive element is electrically insulated from the anodic conductive element by an anodic conductive element covered by a first insulating element, wherein the anodic conductive element has a distal end coupled to a proximal end of the detachment member and a proximal end configured to be coupled to a positive terminal of the electrolytic detachment apparatus; and a cathodic conductive element having a proximal end configured to be coupled to a negative terminal of the electrolytic detachment apparatus, wherein the cathodic conductive element is electrically insulated from the anodic conductive element by the first insulating element; characterised in that the electrolytic detachment mechanism further comprises an absorption member configured to, when absorbing electrolytes, provide an electrical conduction between the detachment member and the cathodic conductive element.
A locking device comprising: a first slide part having a first lock part and configured to be slidable; a second slide part having a second lock part and configured to support the first slide part and be movable independently from the first slide part; and a lock arm part configured to be movable in a direction intersecting with the first slide part and the second slide part and include a pair of stand walls between which the first lock part and the second lock part, located at a locking position, are inserted to prevent the first slide part and the second slide part from moving, wherein the first lock part is formed of a first rib projecting from the first slide part, and the second lock part is formed of a second rib projecting from the second slide part, the second rib being disposed adjacent to the first rib or the second rib having an insertion part to which the first rib is inserted. a first slide part having a first lock part and configured to be slidable; a second slide part having a second lock part and configured to support the first slide part and be movable independently from the first slide part; and a lock arm part configured to be movable in a direction intersecting with the first slide part and the second slide part and include a pair of stand walls between which the first lock part and the second lock part, located at a locking position, are inserted to prevent the first slide part and the second slide part from moving, wherein the first lock part is formed of a first rib projecting from the first slide part, and the second lock part is formed of a second rib projecting from the second slide part, the second rib being disposed adjacent to the first rib or the second rib having an insertion part to which the first rib is inserted.
An aircraft engine graphical diagnostic tool for displaying three-dimensional data relating to an operational parameter of an aircraft engine, comprising: a two-dimensional display screen configured to render: an input element configured for allowing a user to select a first data value in a first data dimension of said three-dimensional data; and a visualization element configured for graphically presenting a two-dimensional dataset from the three-dimensional data, the two-dimensional dataset having a second data dimension and a third data dimension of said three-dimensional data, the two-dimensional dataset presented by the visualization element associated with the first data value in the first data dimension, characterised in that: the input element comprises an interactive scrollable element adjustable along an axis, a position of the scrollable element along the axis defining the first data value; and the visualization element is configured to, when a second data value in the first data dimension is selected by the user via the input element, update to display the two-dimensional dataset associated with the second data value. an input element configured for allowing a user to select a first data value in a first data dimension of said three-dimensional data; and a visualization element configured for graphically presenting a two-dimensional dataset from the three-dimensional data, the two-dimensional dataset having a second data dimension and a third data dimension of said three-dimensional data, the two-dimensional dataset presented by the visualization element associated with the first data value in the first data dimension, the input element comprises an interactive scrollable element adjustable along an axis, a position of the scrollable element along the axis defining the first data value; and the visualization element is configured to, when a second data value in the first data dimension is selected by the user via the input element, update to display the two-dimensional dataset associated with the second data value.