mhurhangee/ep-ind-claims huggingface dataset:
A method for cutting a belt-like member for manufacturing a plurality of strip members by cutting the belt-like member in a length direction of the belt-like member, the method for cutting the belt-like member comprising the steps of: performing image capture of a cross section of one end in a length direction of a belt-like member having embedded therein a plurality of reinforcement cords arranged in parallel to each other and a weft thread provided so as to intersect the reinforcement cords; detecting a position, in a width direction of the belt-like member, of an image of each of the reinforcement cords appearing in the cross section within a captured image obtained by the image capture, along with setting detection numbers representing an arrangement order of the reinforcement cords from a first end side in the width direction of the belt-like member; calculating an interval L between the reinforcement cords for which the detection numbers of the reinforcement cords are adjacent to each other; setting an actual number that is obtained by correcting the larger detection number of the detection numbers of the reinforcement cords for which the detection numbers are adjacent to each other so as to increase the larger detection number, wherein the correcting depends on a ratio of the interval L to an average cord interval Lm between the adjacent reinforcement cords; and determining a cutting position (Xa) in the width direction of the belt-like member using the actual number, such that the number of the reinforcement cords included in a strip member made by the belt-like member is a set number. performing image capture of a cross section of one end in a length direction of a belt-like member having embedded therein a plurality of reinforcement cords arranged in parallel to each other and a weft thread provided so as to intersect the reinforcement cords; detecting a position, in a width direction of the belt-like member, of an image of each of the reinforcement cords appearing in the cross section within a captured image obtained by the image capture, along with setting detection numbers representing an arrangement order of the reinforcement cords from a first end side in the width direction of the belt-like member; calculating an interval L between the reinforcement cords for which the detection numbers of the reinforcement cords are adjacent to each other; setting an actual number that is obtained by correcting the larger detection number of the detection numbers of the reinforcement cords for which the detection numbers are adjacent to each other so as to increase the larger detection number, wherein the correcting depends on a ratio of the interval L to an average cord interval Lm between the adjacent reinforcement cords; and determining a cutting position (Xa) in the width direction of the belt-like member using the actual number, such that the number of the reinforcement cords included in a strip member made by the belt-like member is a set number.
A computer-implemented method for determining migration of fluid saturations in a formation, comprising: formulating a logical reservoir model of an underground hydrocarbon-containing formation based on data of an actual underground hydrocarbon-containing formation, the reservoir model comprising a plurality of grid blocks; simulating reactions of the formation to hydrocarbon extraction over a plurality of time steps within the logical reservoir model, the simulating within each time step by: making a first approximation of migration of saturations for at least one grid block of the plurality of grid blocks of the reservoir model, wherein migration of the saturations within at least one time step spans more than one grid block; wherein the method further comprises: correcting the first approximation of migration of saturations of the reservoir model by determining a fluid flow value based on a change in saturation for the at least one of the grid blocks and by determining a fluid velocity at the interfaces of the at least one of the grid blocks, and correcting for a physical effect not considered in the first approximation. formulating a logical reservoir model of an underground hydrocarbon-containing formation based on data of an actual underground hydrocarbon-containing formation, the reservoir model comprising a plurality of grid blocks; simulating reactions of the formation to hydrocarbon extraction over a plurality of time steps within the logical reservoir model, the simulating within each time step by: making a first approximation of migration of saturations for at least one grid block of the plurality of grid blocks of the reservoir model, wherein migration of the saturations within at least one time step spans more than one grid block; wherein the method further comprises: correcting the first approximation of migration of saturations of the reservoir model by determining a fluid flow value based on a change in saturation for the at least one of the grid blocks and by determining a fluid velocity at the interfaces of the at least one of the grid blocks, and correcting for a physical effect not considered in the first approximation.
A limb compression garment for applying a compressive force to a limb of a person when wrapped around that limb, the limb compression garment comprising a planar textile short-stretch material comprising: a first plurality of substantially elastic fibres arranged in the plane of the short-stretch material in a first direction, substantially parallel to each other, the first plurality of substantially elastic fibres being stretchable up to an elastic limit of at least 15% of their unstretched length; and a first plurality of substantially inelastic fibres (5, 7) arranged in the plane of the short-stretch material, the first plurality of substantially inelastic fibres interlaced with one another to form a textile component, the textile component configured to be extensible in the first direction up to a maximum extension less than the elastic limit; wherein the first plurality of substantially elastic fibres and first plurality of substantially inelastic fibres are interlaced with one another to form a single-layer short-stretch textile material, and wherein the planar short-stretch textile material further comprises a second plurality of substantially inelastic fibres arranged in the plane of the short-stretch material in a second direction, substantially at right angles to the first direction, and substantially parallel to one another, wherein the first plurality of substantially elastic fibres, the first plurality of substantially inelastic fibres and the second plurality of substantially inelastic fibres are interlaced with one another to form a single-layer short-stretch textile material.. a first plurality of substantially elastic fibres arranged in the plane of the short-stretch material in a first direction, substantially parallel to each other, the first plurality of substantially elastic fibres being stretchable up to an elastic limit of at least 15% of their unstretched length; and a first plurality of substantially inelastic fibres (5, 7) arranged in the plane of the short-stretch material, the first plurality of substantially inelastic fibres interlaced with one another to form a textile component, the textile component configured to be extensible in the first direction up to a maximum extension less than the elastic limit; wherein the first plurality of substantially elastic fibres and first plurality of substantially inelastic fibres are interlaced with one another to form a single-layer short-stretch textile material, and wherein the planar short-stretch textile material further comprises a second plurality of substantially inelastic fibres arranged in the plane of the short-stretch material in a second direction, substantially at right angles to the first direction, and substantially parallel to one another, wherein the first plurality of substantially elastic fibres, the first plurality of substantially inelastic fibres and the second plurality of substantially inelastic fibres are interlaced with one another to form a single-layer short-stretch textile material..
Method for discovering a preventive or therapeutic regimen for the prevention or treatment of diabetic micro- or macrovascular complications, comprising the steps of: a. providing LDLr -/- mice, which have not been treated with streptozotocin, having been fed with a high energy diet; and which b. before, during and/or after this diet have been treated with the preventive or therapeutic regimen; and c. checking whether any change in the micro- or macrovascular system of the animal occurs. a. providing LDLr -/- mice, which have not been treated with streptozotocin, having been fed with a high energy diet; and which b. before, during and/or after this diet have been treated with the preventive or therapeutic regimen; and c. checking whether any change in the micro- or macrovascular system of the animal occurs.
A cooling system connected to the air inlet of a chiller, having - at least one frame, - at least one liquid spraying component located on said frame, - at least one net through which the air is absorbed by the chiller is passed, - at least one liquid supply kit sending liquid to said component, - at least one liquid transmission instrument carrying liquid from the liquid supply kit to the spraying component, - said liquid spraying component performing spraying on the front part of said net's outer surface not facing the chiller, contrariwise to the chiller and to the incoming direction of air, - at least one flow control kit that controls the liquid coming from said liquid supply kit to the spraying components, and it is characterized in that; it comprises - at least one control unit that controls at least one of the liquid spraying component, the flow control kit and the liquid supply kit, - at least one sensor connected to said control unit and measuring the climatic values of the air, - the at least one control unit determining the amount of the water to be transferred to the spraying components by assessing the data received from sensor in accordance with the psychometric diagram and the flow control kit providing flow to the nozzles can be opened and closed in steps according to the need. - at least one frame, - at least one liquid spraying component located on said frame, - at least one net through which the air is absorbed by the chiller is passed, - at least one liquid supply kit sending liquid to said component, - at least one liquid transmission instrument carrying liquid from the liquid supply kit to the spraying component, - said liquid spraying component performing spraying on the front part of said net's outer surface not facing the chiller, contrariwise to the chiller and to the incoming direction of air, - at least one flow control kit that controls the liquid coming from said liquid supply kit to the spraying components, - at least one control unit that controls at least one of the liquid spraying component, the flow control kit and the liquid supply kit, - at least one sensor connected to said control unit and measuring the climatic values of the air, - the at least one control unit determining the amount of the water to be transferred to the spraying components by assessing the data received from sensor in accordance with the psychometric diagram and the flow control kit providing flow to the nozzles can be opened and closed in steps according to the need.
Trench cutter for producing vertical trenches in the ground, which is connectable to a carrier apparatus, comprising a frame, a motor unit and a drive unit releasably connectable with the frame, wherein the drive unit comprises a carrier structure, at least one gear mechanism arranged on the carrier structure as well as at least one cutting tool for crushing ground material which is connected to the gear mechanism and drivable by the motor unit, characterized in that the motor unit is releasably connectable to the drive unit, and that the frame and the drive unit respectively comprise guide means, which are configured in such a way that the drive unit, in particular in case of released connection with the motor unit, can be pushed laterally into and out of the frame.
A method for reducing noise in a receiver, the method comprising: detecting a jammer; and based at least in part on the detection of a jammer changing (202, 203) a loop bandwidth of a Phase-Locked Loop, PLL, within a Frequency Modulation, FM, radio receiver from a first loop bandwidth to a second loop bandwidth, wherein detecting the jammer involves comparing a power of a received signal before a digital filtering operation with a power of the signal after the digital filtering operation. detecting a jammer; and based at least in part on the detection of a jammer changing (202, 203) a loop bandwidth of a Phase-Locked Loop, PLL, within a Frequency Modulation, FM, radio receiver from a first loop bandwidth to a second loop bandwidth, wherein detecting the jammer involves comparing a power of a received signal before a digital filtering operation with a power of the signal after the digital filtering operation.
Device for determining a position of a moving part comprising a position detection means (1, 2) for detecting a position of the moving part relative to a reference position, where the position detection means (1, 2) features a transmitter connected in a fixed position to the moving part and where the position detection means (1, 2) is designed in such a way that it can be operated in a position detection mode for detecting the position of the moving part relative to the reference position and in an energy-saving mode for conserving energy, where the device features a capacitive sensor (7, 2) comprising the transmitter, and the transmitter and the rest of the capacitive sensor are designed to be coordinated with each other and arranged in such a way that in the energy-saving mode of the position detection means (1, 2) a movement of the moving part relative to the reference position can be detected by means of the capacitive sensor (7, 2) and the position detection means (1, 2) can be automatically switched from its energy-saving mode into its position detection mode depending on such detection, characterized in that the position detection means (1, 2) is designed as an inductive and/or magnetic and/or optical sensor.
An electrochemical cell comprising an electrode containing sulfur, an electrode containing lithium or a lithium alloy, an organic (co)polymer selected from polyethersulfones, said polyethersulfone being in the gel state, at least one organic solvent, and at least one salt of lithium. an electrode containing sulfur, an electrode containing lithium or a lithium alloy, an organic (co)polymer selected from polyethersulfones, said polyethersulfone being in the gel state, at least one organic solvent, and at least one salt of lithium.
A 3D augmented reality display, comprising: a microdisplay for providing a virtual 3D image for display to a user, which is configured to provide a set of elemental images each having information of a different perspective of the 3D scene; display optics configured to receive optical radiation from the microdisplay and configured to create a 3D lightfield from the received radiation; and an eyepiece in optical communication with the display optics configured to receive the 3D lightfield from the display optics and deliver the received radiation to an exit pupil of the augmented reality display, characterized in that: the elemental images provide a spatially-incoherent object and conical ray bundles emitted by pixels in the elemental images intersect and integrally create the perception of a 3D scene in which objects appear to be located along a surface having a depth range at a reference plane to provide the appearance to emit light and occupy the 3D space. a microdisplay for providing a virtual 3D image for display to a user, which is configured to provide a set of elemental images each having information of a different perspective of the 3D scene; display optics configured to receive optical radiation from the microdisplay and configured to create a 3D lightfield from the received radiation; and an eyepiece in optical communication with the display optics configured to receive the 3D lightfield from the display optics and deliver the received radiation to an exit pupil of the augmented reality display, characterized in that: the elemental images provide a spatially-incoherent object and conical ray bundles emitted by pixels in the elemental images intersect and integrally create the perception of a 3D scene in which objects appear to be located along a surface having a depth range at a reference plane to provide the appearance to emit light and occupy the 3D space.
A medical device for sympathetic nerve ablation, comprising: a catheter shaft having a longitudinal axis; an expandable balloon disposed on the catheter shaft, the balloon being capable of shifting between an unexpanded configuration and an expanded configuration; and an elongate electrode assembly constructed as a flexible circuit having a plurality of layers, the electrode assembly mounted on an outer surface of the balloon; wherein a first layer of the plurality of layers of the flexible circuit has an initial tear strength of greater than 7.5 N (1.7 lbf) according to ASTM D-1004-09. a catheter shaft having a longitudinal axis; an expandable balloon disposed on the catheter shaft, the balloon being capable of shifting between an unexpanded configuration and an expanded configuration; and an elongate electrode assembly constructed as a flexible circuit having a plurality of layers, the electrode assembly mounted on an outer surface of the balloon; wherein a first layer of the plurality of layers of the flexible circuit has an initial tear strength of greater than 7.5 N (1.7 lbf) according to ASTM D-1004-09.
An intrauterine system for the retention of a biologically active compound within the uterus of a female mammal, the system comprising: a deposit of the compound, the deposit comprising a rate controlling structure that controls a rate of release of the compound within the uterus and wherein the deposit is substantially form stable and not eroded during use; a frame defining an interior space for receipt of the deposit, the frame having an open structure allowing access to a substantial part of an outer surface of the deposit; and one or more retention elements for retaining the frame within the uterus, characterised in that the deposit comprises a polymer matrix core. a deposit of the compound, the deposit comprising a rate controlling structure that controls a rate of release of the compound within the uterus and wherein the deposit is substantially form stable and not eroded during use; a frame defining an interior space for receipt of the deposit, the frame having an open structure allowing access to a substantial part of an outer surface of the deposit; and one or more retention elements for retaining the frame within the uterus, characterised in that the deposit comprises a polymer matrix core.
A method, executed in circuitry, of operating a robotic lawnmower to cut grass on a parcel, comprising: receiving information indicative of an encounter between the robotic lawn mower and an object (320, 330) responsive to communication received from a sensor (60, 70) of the robotic lawn mower while the robotic lawn mower transits a parcel; determining a location of the robotic lawn mower at a time corresponding to occurrence of the encounter; determining whether the location corresponds to a location associated with a known object associated with the parcel; classifying the object as an unknown object based on the location not corresponding to the location associated with the known object; characterised in that the method further comprises: i n response to having classified the object as an unknown object, storing the location in association with the encounter and reporting the presence of the object to an operator; and i n response to operator input, classifying a previously unknown object as a fixed object. receiving information indicative of an encounter between the robotic lawn mower and an object (320, 330) responsive to communication received from a sensor (60, 70) of the robotic lawn mower while the robotic lawn mower transits a parcel; determining a location of the robotic lawn mower at a time corresponding to occurrence of the encounter; determining whether the location corresponds to a location associated with a known object associated with the parcel; classifying the object as an unknown object based on the location not corresponding to the location associated with the known object; characterised in that the method further comprises: i n response to having classified the object as an unknown object, storing the location in association with the encounter and reporting the presence of the object to an operator; and i n response to operator input, classifying a previously unknown object as a fixed object. i n response to having classified the object as an unknown object, storing the location in association with the encounter and reporting the presence of the object to an operator; and i n response to operator input, classifying a previously unknown object as a fixed object.
A film obtained by cross-linking a vinyl compound copolymer with polyisocyanate, wherein the vinyl compound copolymer comprises the following monomer units: a mole % of a vinyl compound which has no siloxane structure, nor hydroxyl group; b mole % of a vinyl compound which has a polydimethylsiloxane structure and no hydroxyl group; c mole % of a vinyl compound which has a linear or branched alkyl group having a hydroxyl group, the alkyl group having 1 to 6 carbon atoms; and d mole % of a vinyl compound represented by the following formula: CH 2 =C -COO-Y wherein R is H or CH 3, and Y is a linear or branched saturated hydrocarbon group with a hydroxyl group at an end and which has one or more groups selected from the group consisting of a ring-opened lactone group, i.e., -CO-(CH 2) n -O- wherein n is an integer of 4 to 6; a carbonate group, i.e., -O-CO-O-, an ester group, i.e., -CO-O-, an ether group, i.e., -O-, and a urethane group, i.e., -NH-CO-O-, and Y has 40 to 120 carbon atoms; and a to d meet the following equations: a + b + c + d = 100, 0<{b/(a+b)}x100≦5, 3(c+d)/4≦ (a+b)≦4(c+d), and 4d/3≦c≦40d. a mole % of a vinyl compound which has no siloxane structure, nor hydroxyl group; b mole % of a vinyl compound which has a polydimethylsiloxane structure and no hydroxyl group; c mole % of a vinyl compound which has a linear or branched alkyl group having a hydroxyl group, the alkyl group having 1 to 6 carbon atoms; and d mole % of a vinyl compound represented by the following formula: CH 2 =C -COO-Y wherein R is H or CH 3, and Y is a linear or branched saturated hydrocarbon group with a hydroxyl group at an end and which has one or more groups selected from the group consisting of a ring-opened lactone group, i.e., -CO-(CH 2) n -O- wherein n is an integer of 4 to 6; a carbonate group, i.e., -O-CO-O-, an ester group, i.e., -CO-O-, an ether group, i.e., -O-, and a urethane group, i.e., -NH-CO-O-, and Y has 40 to 120 carbon atoms; and a to d meet the following equations: a + b + c + d = 100, 0<{b/(a+b)}x100≦5, 3(c+d)/4≦ (a+b)≦4(c+d), and 4d/3≦c≦40d.