mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for detecting a pulse repetition frequency of pulsed radiation using a sensor array of sensor elements arranged in element lines, the method comprising the steps of: a) Addressing the sensor array of sensor elements using a rolling shutter operation, wherein the rolling shutter operation comprises addressing each element line consecutively for a predetermined integration period; b) Reading the sensor array to obtain a radiation image, the radiation image comprising a plurality of pixel values, with each pixel value corresponding to a sensor element in the sensor array; and then c) Applying a pulse detection operation to the radiation image, thereby detecting the pulsed radiation; Characterised in that the pulse detection operation comprises: d) Extracting a beat signal from the pixel values of the radiation image in a sensor array direction corresponding to the direction of the rolling shutter operation; e) Calculating a beat frequency from the beat signal; f) Calculating a peak to trough ratio from the beat signal; and then g) Calculating a pulse repetition frequency of the pulsed radiation using a pulse repetition frequency function, the pulse repetition frequency function being a function of the beat frequency and peak to trough ratio. a) Addressing the sensor array of sensor elements using a rolling shutter operation, wherein the rolling shutter operation comprises addressing each element line consecutively for a predetermined integration period; b) Reading the sensor array to obtain a radiation image, the radiation image comprising a plurality of pixel values, with each pixel value corresponding to a sensor element in the sensor array; and then c) Applying a pulse detection operation to the radiation image, thereby detecting the pulsed radiation; d) Extracting a beat signal from the pixel values of the radiation image in a sensor array direction corresponding to the direction of the rolling shutter operation; e) Calculating a beat frequency from the beat signal; f) Calculating a peak to trough ratio from the beat signal; and then g) Calculating a pulse repetition frequency of the pulsed radiation using a pulse repetition frequency function, the pulse repetition frequency function being a function of the beat frequency and peak to trough ratio.
A peptide having the amino acid sequence NH 2 -SSKITHRIHWESASLLR*-COOH (SEQ ID NO:1), wherein the C-terminal residue denoted with R* has a side chain as depicted in Formula:
A method of manufacturing an LED device, comprising: providing a circuit board substrate, the circuit board substrate comprising a stack of core layers (26,27), a pre-preg and copper layers (25,29), the circuit board substrate further comprising a receiving portion for receiving an LED module; providing the LED module in the receiving portion, wherein the LED module comprises an LED chip mounted on an LED substrate; and after providing the LED module in the receiving portion, applying heat and pressure to allow the pre-preg material to flow into gaps between the LED substrate and the circuit board substrate and to cure the pre-peg material to bond the core layers of the circuit board substrate together and to integrate the LED substrate with the circuit board substrate. providing a circuit board substrate, the circuit board substrate comprising a stack of core layers (26,27), a pre-preg and copper layers (25,29), the circuit board substrate further comprising a receiving portion for receiving an LED module; providing the LED module in the receiving portion, wherein the LED module comprises an LED chip mounted on an LED substrate; and after providing the LED module in the receiving portion, applying heat and pressure to allow the pre-preg material to flow into gaps between the LED substrate and the circuit board substrate and to cure the pre-peg material to bond the core layers of the circuit board substrate together and to integrate the LED substrate with the circuit board substrate.
A laser welding head comprising: a collimator configured to be coupled to an output fiber of a fiber laser; at least first and second movable mirrors (132, 134) configured to receive a collimated laser beam from the collimator; a focus lens configured to focus the laser beam relative to a workpiece while the beam is moved; and characterized in that the at least first and second movable mirrors (132, 134) are configured to move the beam in first and second axes within only a limited field of view defined by a scan angle of about 1-2°; and in that the focus lens is not a scanning lens and is not a multi-element scanning lens, wherein an F theta lens is a multi-element scanning lens. a collimator configured to be coupled to an output fiber of a fiber laser; at least first and second movable mirrors (132, 134) configured to receive a collimated laser beam from the collimator; a focus lens configured to focus the laser beam relative to a workpiece while the beam is moved; and characterized in that the at least first and second movable mirrors (132, 134) are configured to move the beam in first and second axes within only a limited field of view defined by a scan angle of about 1-2°; and in that the focus lens is not a scanning lens and is not a multi-element scanning lens, wherein an F theta lens is a multi-element scanning lens.
A method for operating a computer system to modify a graph that can be used to generate executable instructions at runtime, the graph including vertices representing components with parameters, among which one or more conditional components, a conditional component having a condition which controls whether or not that component will appear in the graph at runtime, and links between the components indicating flows of data between the components, the components including data files or processes, the computer system including a repository that stores the components, the method including using the computer system to perform: (a) retrieving, from the repository, a runtime parameter object for the graph at runtime, the runtime parameter object representing a runtime parameter having a value defined as determinable at runtime; (b) determining whether the value for the runtime parameter is to be provided by user input; (c) in response to the determining, displaying a prompt to a user for receiving user input for every runtime parameter so determined; (d) determining a first final parameter value for the runtime parameter based on user response to such prompt; and (e) modifying the graph using the determined first final parameter value as the value for the runtime parameter and executing the modified graph, wherein modifying the graph includes modifying a structure of the graph based on the determined first final parameter value to control at least one conditional component so that the at least one conditional component is present or absent, wherein in the latter case depending on a previously determined user choice, the component is either replaced by a flow of data, or removed from the graph along with each component and flow that depend on the presence of said conditional component. (a) retrieving, from the repository, a runtime parameter object for the graph at runtime, the runtime parameter object representing a runtime parameter having a value defined as determinable at runtime; (b) determining whether the value for the runtime parameter is to be provided by user input; (c) in response to the determining, displaying a prompt to a user for receiving user input for every runtime parameter so determined; (d) determining a first final parameter value for the runtime parameter based on user response to such prompt; and (e) modifying the graph using the determined first final parameter value as the value for the runtime parameter and executing the modified graph, wherein modifying the graph includes modifying a structure of the graph based on the determined first final parameter value to control at least one conditional component so that the at least one conditional component is present or absent, wherein in the latter case depending on a previously determined user choice, the component is either replaced by a flow of data, or removed from the graph along with each component and flow that depend on the presence of said conditional component.
Heating element with at least one PTC element and a receiving housing, wherein the receiving housing encloses the at least one PTC element at least in certain areas, wherein the heating element further includes at least one magnet; wherein the at least one magnet has a first coupling side coupled to the receiving housing and/or the at least one PTC element as well as a second coupling side for coupling to an outer surface of a housing containing a medium to be heated, characterized in that the receiving housing is formed such that the heating power of the PTC element can be provided to the outer surface of the housing containing the medium to be heated predominantly via the magnet and the heat transfer is predominantly effected via the magnet in heating the medium to be heated.
A non-transitory computer-readable medium having processor-executable instructions for adjusting stimulation parameters of an electrical stimulation system (100, 400) including a control module (102, 402) implanted in a patient, the processor-executable instructions when installed onto an electrical stimulation system comprising an implantable control module (102, 402) comprising an antenna and a processor coupled to the antenna enable the electrical stimulation system to perform actions, the actions comprising: obtaining a biosignal of the patient; analyzing the biosignal to determine whether the biosignal is indicative of pain; and altering at least one stimulation parameter of an electrical stimulation system (100, 400) in response to the biosignal when the biosignal is indicative of pain. obtaining a biosignal of the patient; analyzing the biosignal to determine whether the biosignal is indicative of pain; and altering at least one stimulation parameter of an electrical stimulation system (100, 400) in response to the biosignal when the biosignal is indicative of pain.
Holding device for an adjustment drive of a motor vehicle seat, with at least one connecting flange, which is formed from a plastics material, for fastening the holding device to the motor vehicle seat, wherein a fastening clip having at least one holding tab, which is elastically adjustable between a locking position and an installation position, is integrally formed on the connecting flange (3, 3a), characterized in that a blocking element is integrally formed on the connecting flange (3, 3a) so as to be releasable in an inoperative position, wherein the blocking element is shiftable manually through an opening in the connecting flange (3, 3a) from the inoperative position into a blocking position in which the blocking element blocks an elastic shifting of the holding tab into the installation position.
A lithium-ion battery conductive bonding agent, comprising graphene and a first bonding agent that is grafted on a surface of the graphene, wherein the first bonding agent comprises at least one of polyvinyl alcohol, sodium carboxymethyl cellulose, polyethylene glycol, sodium alginate, starch, cyclodextrin, or polysaccharide, and the lithium-ion battery conductive bonding agent further comprises a second bonding agent that is grafted on the surface of the graphene, wherein the second bonding agent is connected to the first bonding agent by using a chemical bond, and the second bonding agent is at least one of polyacrylic acid or polyimide.
A method for manufacturing a dental dual-structured membrane, the dental dual-structured membrane comprising a shielding portion in contact with a bone grafting material to prevent infiltration of other tissue cells toward a bone grafting material and an alveolar bone, and an insertion and fixing portion connected to the shielding portion, having a higher tensile strength than the shielding portion, and configured to be P inserted between a gum and the alveolar bone to fix the shielding portion, the method comprising: - a biodegradable polymer providing step of providing a biodegradable polymer; - a molding material providing step of providing a molding material comprising the biodegradable polymer; - a molding material input step of inputting the molding material into a sheet type mold to mold the molding material in a form of a sheet; - a membrane sheet molding step of molding the molding material input into the sheet type mold in a membrane sheet by drying the molding material; and characterized in that the method comprises - a membrane sheet compression step of compressing a part of the membrane sheet to provide the insertion and fixing portion having a reinforced tensile strength and the shielding portion that is the other part of the membrane sheet. - a biodegradable polymer providing step of providing a biodegradable polymer; - a molding material providing step of providing a molding material comprising the biodegradable polymer; - a molding material input step of inputting the molding material into a sheet type mold to mold the molding material in a form of a sheet; - a membrane sheet molding step of molding the molding material input into the sheet type mold in a membrane sheet by drying the molding material; and characterized in that the method comprises - a membrane sheet compression step of compressing a part of the membrane sheet to provide the insertion and fixing portion having a reinforced tensile strength and the shielding portion that is the other part of the membrane sheet.
A pistol with a low-lying barrel characterized in that its load-carrying element is a fixed frame opened from above, concave in the rear part and partially passable along the whole height, in whose middle a base projecting over the upper edges of the frame and finished with a shaped mid hook is attached, in which there are a smaller ongoing gap for a guide stud, a gas piston cavity and under the gas piston cavity a barrel gap, in which the rear part of a non-moving thick-walled barrel internally interconnected with the gas piston cavity at one point is inserted, the barrel being attached in the base and possibly also in the frame, in which, further, a trigger is swivel anchored, whose shoulder is movably connected with a swiveling disconnector, where the frame has a bottom body on the lower side, the trigger is led out of it with a safety (9.1) of the trigger and around the magazine hole it has a touch surface inclined against longitudinal upper edges of the frame, against which a pistol grip with a cartridge magazine is propped and secured, where in the rear part of the frame in a fabricated buffer tube an ejector is attached, oriented towards the base, and on top of the buffer tube a rear hook is created, which protrudes above the upper edges of the frame, with a moving slide being inserted in the frame from above and partially embedded in it, said slide being opened both from above and from below and equipped with a launch pad, an extractor, a light firing pin, a clip, a piston, a guide stud with a recoil spring and a rod of the trigger mechanism and covered from above with fixed upper body with a bent front section, in which there is an exact gap of barrel, through which the upper body are slid onto the barrel muzzle, on the lower side, in the middle section of the upper body, there is a cavity with a mid counterpart (55.1) attached to the mid hook in the base, by means of which the upper body are connected via the mid hook and the base with the frame, with a rear counterpart (55.2) being attached in the rear part of the upper body, said rear counterpart (55.2) being disconnectably connected with the rear hook in the frame, a hammer system of the pistol being mounted on the inner side of the upper body consisting of a hammer catch, a spring of the hammer catch, a hammer, a hammer stud with a spring of the hammer catch and with a roller, with front sights being mounted in the front and adjustable rear sights in the back on the outer, upper surface of the upper body, the slide guideway being delimited by the inner surfaces of the upper body and the frame.
Woodworking machine, in particular a circular saw or milling machine, for processing workpieces made of wood or plastic, comprising one or more processing means and at least one control object, which can be positioned in an adjustable control position by an actuator, wherein the control object, in particular a workpiece stop, can also be moved into a static or dynamic hazardous area by a controlled actuating movement, wherein the woodworking machine comprises a safety architecture for the safe adjustment of the control object, wherein the safety architecture comprises a first sensor for determining the control position and a second sensor for determining the control position, a main controller, an auxiliary controller and a drive controller of the actuator, wherein the main controller is designed to evaluate position measurements (PM1, PM2) from the first sensor and the second sensor and to generate an actuating instruction for the drive controller, wherein the auxiliary controller is designed to monitor the main controller.
Three-point link having two link arms which include an acute angle with one another and which, at the same time, meet in a central joint by way of in each case one end, - wherein the central joint has a cylindrical dome which extends in an axial direction (a) extending at least substantially perpendicularly to a plane spanned by the two link arms, - wherein the central joint has a joint ball which is passed through by the dome, - wherein the central joint furthermore, to prevent a complete separation thereof, has a captive retention means which functions as a stop and which extends in a radial direction (r), which is oriented perpendicularly to the axial direction (a), - wherein the captive retention means is likewise passed through by the dome and, at the same time, is secured by an annular securing element against being pulled axially off from the dome, - wherein the annular securing element, when viewed in the axial direction (a), is arranged on a side of the captive retention means facing away from the joint ball and, at the same time, engages into an encircling groove of the dome, characterized in that the annular securing element is bound in an abutting manner in the radial direction (r) by the captive retention means such that disengagement of the annular securing element from the encircling groove of the dome is prevented because the annular securing element cannot move out of the encircling groove of the dome in the radial direction (r). - wherein the central joint has a cylindrical dome which extends in an axial direction (a) extending at least substantially perpendicularly to a plane spanned by the two link arms, - wherein the central joint has a joint ball which is passed through by the dome, - wherein the central joint furthermore, to prevent a complete separation thereof, has a captive retention means which functions as a stop and which extends in a radial direction (r), which is oriented perpendicularly to the axial direction (a), - wherein the captive retention means is likewise passed through by the dome and, at the same time, is secured by an annular securing element against being pulled axially off from the dome, - wherein the annular securing element, when viewed in the axial direction (a), is arranged on a side of the captive retention means facing away from the joint ball and, at the same time, engages into an encircling groove of the dome,
A nutraceutical composition for use in the therapeutic treatment of growth retardation, development retardation, and low body weight of human neonates, infants or growing children comprising Bifidobacterium breve CBT BR3 strain, internationally deposited with the Korean Collection for Type Culture (KCTC) of the Korea Research Institute of Bioscience and Biotechnology under accession number KCTC 12201BP.
Reversing rotary cutter for driven attachment to a working machine, preferably the front-side attachment on a single-axle bar-guided working machine, comprising a housing, a cutter shaft arranged therein and extending transversely to the driving direction, and a screen unit wherein the screen unit comprises a baffle plate and a rake wherein the baffle plate and the rake are fixed in each case separately and independently of one another on the housing and in order to fix the screen unit at least one holder is arranged on the housing and that the baffle plate and the rake are in each case fixed independently of one another on the holder and can thereby be converted and operated only with the baffle plate wherein the rake is received in form-locking manner (7 on the holder.
A mobile safety barrier comprising panels (100, 200), quadrangle-shaped in a side view and adjacent to each other at ends, with beds (120, 220) at the top and with bottom flat bars or profiles (190, 290, 1190, 2190, 3190, 4190) at the bottom, and coming into contact with each other directly or indirectly, at least one connecting element insertable at the top and having at the bottom a shape corresponding to a shape of the panel beds (120, 220) and positioned in top parts of the panels (100, 200), connecting means to connect the adjoining panels with each other at the top (100, 200) and with the connecting element, at least one bottom strip corresponding at the top to the shape of the flat bars or profiles (190, 290, 1190, 2190, 3190, 4190) situated at the ends at the bottom of the panels (100, 200) and insertable from the top between the arms of the bottom strip, which forms a base of the mobile safety barrier and supports the panels (100, 200) in regions of their bottom ends, and bottom connecting elements to connect with each other the adjoining panels (100, 200) and the bottom strip at the bottom, characterized in that each bottom strip connecting the panels (100, 200, 1100, 2100, 3100) and forming bases of the mobile safety barrier and supporting the panels (100, 200, 1100, 2100, 3100) in the regions of their bottom ends comprises one concave strip profile (420, 1420, 2420, 3420, 4420) opened at the top with the arms oriented upwards and having permanent connecting elements (430, 1430, 2430, 3430, 4430) fixed to the strip profile (420, 1420, 2420, 3420, 4420) and going through holes of the bottom flat bars or the profiles (190, 290, 1190, 2190, 3190, 4190) of the panels (100, 200, 1100, 2100, 3100), and mobile connecting elements (170, 270, 1170, 2170, 3170, 4170) forming, together with the permanent connecting elements (430, 1430, 2430, 3430, 4430), the bottom connecting elements to connect the panels (100, 200, 1100, 2100, 3100) adjoining with each other at the bottom, whereby the strip profile (420, 1420, 2420, 3420, 4420) is fixed inseparably to a flat bar (410, 1410, 2410, 3410, 4410) at the bottom, and which embraces with its arms the bottom flat bars or profiles (190, 290, 1190, 2190, 3190, 4190) with the holes in the regions of the ends of the connected panels (100, 200, 1100, 2100, 3100), and which are arranged as the permanent connecting elements (430, 1430, 2430, 3430, 4430), whereas the connecting element (300, 1300, 2300, 3300), which connects the adjoining panels (100, 200, 1100, 2100, 3100) with each other at the top by means of the connecting means that are holes (320, 1320, 2320, 3320) in the connecting element (300, 1300, 2300, 3300) and screws (130, 230, 1130, 2130, 3130) fixed permanently to the beds (120, 220) with nuts (370, 1370, 2370, 3370), is a flat bar or a profile (300, 1300, 2300, 3300), which has holes arranged like the screws fixed to the beds (120, 220), and which is positioned in the concave beds (120, 220, 1120, 2120, 3120) opened upwards and with the arms oriented upwards and formed in the regions of the ends of the adjoining panels (100, 200, 1100, 2100, 3100) in their top parts.