mhurhangee/ep-ind-claims huggingface dataset:
Multilayer plywood, comprising wood of the Siberian larch, wherein the multilayer plywood is obtained by a method comprising the following steps: Production of at least two rotary-cut veneer layers (e); Lamination of the at least two rotary-cut veneer layers (e) obtained from method step by the application of an adhesive layer (g), which is applied between the at least two rotary-cut veneer layers (e), wherein the at least two rotary-cut veneer layers (e) are arranged in relation to one another in such a way that the direction of the grain running tangentially to the annual rings of both the rotary-cut veneer layers (f 3) extends in essentially the same direction, and wherein the lamination takes place under the imposition of a pressure of 20 to 32 kg/cm 2, in that the at least two rotary-cut veneer layers (e), after the application of the adhesive layer (g), are pressed together in the radial direction (f 2), corresponding to the direction perpendicular to the surface which is tensioned by the directions f 1 and f 3; and cutting of the laminate obtained by the method step essentially perpendicular to the adhesive layer (g) applied in method step and to the grain direction of the rotary-cut veneer layers (f 3) running tangentially to the annual rings, in order to obtain the multilayer plywood, characterized in that the resulting multilayer plywood exhibits a density of at least 5 essentially upright annual rings per 1 cm of width (k) of the multilayer plywood, and wherein the width (k) of the multilayer plywood is defined as the expansion of the multilayer plywood perpendicular to the adhesive layer. Production of at least two rotary-cut veneer layers (e); Lamination of the at least two rotary-cut veneer layers (e) obtained from method step by the application of an adhesive layer (g), which is applied between the at least two rotary-cut veneer layers (e), wherein the at least two rotary-cut veneer layers (e) are arranged in relation to one another in such a way that the direction of the grain running tangentially to the annual rings of both the rotary-cut veneer layers (f 3) extends in essentially the same direction, and wherein the lamination takes place under the imposition of a pressure of 20 to 32 kg/cm 2, in that the at least two rotary-cut veneer layers (e), after the application of the adhesive layer (g), are pressed together in the radial direction (f 2), corresponding to the direction perpendicular to the surface which is tensioned by the directions f 1 and f 3; and cutting of the laminate obtained by the method step essentially perpendicular to the adhesive layer (g) applied in method step and to the grain direction of the rotary-cut veneer layers (f 3) running tangentially to the annual rings, in order to obtain the multilayer plywood,
A blood collection device for the self-collection of a blood sample by a user, the blood collection device comprising a base element, a collection container, and a finger portion, - the base element having a width of more than 32 mm and including an upstanding wall which defines a receive opening for receiving the collection container, the upstanding wall having a height of less than 32 mm; - the collection container being configured for placement in the receive opening of the base element in a substantially upright orientation; - the finger portion being configured for placement on top of the collection container and comprising a blood collection channel including a blood collection hole, wherein the blood collection hole, in an assembled state of the blood collection device, enables a flow of blood from the finger portion into the collection container; wherein at least the base element is a separate part, configured to be shipped to a user in a de-assembled state with respect to the other parts (12, 13) of the blood collection device, and wherein the blood collection device is configured to be assembled by a user after receiving said blood collection device and before using said blood collection device, characterised, in that a width of the blood collection channel decreases in a direction from an upper surface of the finger portion to the collection container. - the base element having a width of more than 32 mm and including an upstanding wall which defines a receive opening for receiving the collection container, the upstanding wall having a height of less than 32 mm; - the collection container being configured for placement in the receive opening of the base element in a substantially upright orientation; - the finger portion being configured for placement on top of the collection container and comprising a blood collection channel including a blood collection hole, wherein the blood collection hole, in an assembled state of the blood collection device, enables a flow of blood from the finger portion into the collection container; wherein at least the base element is a separate part, configured to be shipped to a user in a de-assembled state with respect to the other parts (12, 13) of the blood collection device, and wherein the blood collection device is configured to be assembled by a user after receiving said blood collection device and before using said blood collection device, characterised, in that a width of the blood collection channel decreases in a direction from an upper surface of the finger portion to the collection container. wherein at least the base element is a separate part, configured to be shipped to a user in a de-assembled state with respect to the other parts (12, 13) of the blood collection device, and wherein the blood collection device is configured to be assembled by a user after receiving said blood collection device and before using said blood collection device, characterised, in that a width of the blood collection channel decreases in a direction from an upper surface of the finger portion to the collection container.
An agricultural harvesting head comprising a frame that extends laterally and is elongate; a left side conveyor that is supported on a left side of the frame and is configured to carry cut crop material laterally from a left side of the frame to a central region of the frame; a right side conveyor that is supported on a right side of the frame and is configured to carry cut crop material laterally from a right side of the frame to the central region of the frame; a center conveyor (108, 144) that is disposed to receive cut crop material from the left side conveyor and from the right side conveyor and to convey the cut crop material rearwardly, wherein the center conveyor (108, 144) is supported on the central region of the frame; and an upper conveyor disposed to receive, engage and downwardly compress an upper surface of the cut crop material conveyed rearwardly by the center conveyor (108, 144), characterized in that the upper conveyor is of an endless belt type and disposed above the center conveyor (108, 144).
A device for thinning and harvesting (1,1 ') flowers comprising an activation means (4, 4') configured to spin a shaft along which a plurality of filaments are attached, characterised in that the filaments are braided cords approximately 3 mm thick and approximately 8 cm long, and comprising 7 braided cords spaced 2 cm apart from each other, and the shaft is approximately 25 cm long and 10 mm thick.
A non-linear reproduction control method of a multimedia stream, the method comprising: judging a skip direction by interpreting whether a skip request is a forward skip or a backward skip when the skip request is input from the user; determining a skip unit by judging whether the user request is a first unit or a second unit, wherein the second unit is smaller than the first unit; selecting a structural information or semantic information alternation point of the multimedia stream mostly adjacent to the present reproduction position as a reproduction resuming point on the basis of the determined skip direction and skip unit, wherein the structural information describes information about a shot or a scene existing in the multimedia stream on the basis of a time axis, and wherein the semantic information describes information about the appearance or disappearance of an object, the state of the object, the occurrence or termination of an event, or the change of background on the basis of the time axis; and resuming reproduction of the media from the selected point. judging a skip direction by interpreting whether a skip request is a forward skip or a backward skip when the skip request is input from the user; determining a skip unit by judging whether the user request is a first unit or a second unit, wherein the second unit is smaller than the first unit; selecting a structural information or semantic information alternation point of the multimedia stream mostly adjacent to the present reproduction position as a reproduction resuming point on the basis of the determined skip direction and skip unit, wherein the structural information describes information about a shot or a scene existing in the multimedia stream on the basis of a time axis, and wherein the semantic information describes information about the appearance or disappearance of an object, the state of the object, the occurrence or termination of an event, or the change of background on the basis of the time axis; and resuming reproduction of the media from the selected point.
A method of acquiring images of a scene by an image acquisition device, the acquisition device comprising a matrix detector having a multitude of pixels, means for scanning the scene at a scan angular velocity (V B) and means for back scanning the scene at a back scan angular velocity (V CB), the back scan angular velocity (V CB) being different from the scan angular velocity (V B) by an angular velocity difference(Δ), the method comprising the following steps: a. acquisition of successive images of consecutive portions of the scene partially overlapping on distinct sets of pixels of the detector, each set of pixels being offset from the set of pixels having made it possible to acquire the preceding image by the same number of pixels as a function of the difference in angular velocity (Δ), and b. generation of a final image of the scene based on the images acquired. a. acquisition of successive images of consecutive portions of the scene partially overlapping on distinct sets of pixels of the detector, each set of pixels being offset from the set of pixels having made it possible to acquire the preceding image by the same number of pixels as a function of the difference in angular velocity (Δ), and b. generation of a final image of the scene based on the images acquired.
Turbine engine strainer, particularly for oil, the strainer comprising: a filtering portion intended to filter a fluid crossing it; a structure for holding the filtering portion forming a thickening, the structure and the filtering portion are integral and are produced by additive manufacturing, characterized in that the structure exhibits at least one holding ring for the filtering portion, the or at least one or each ring forms a holding wall for the filtering portion, and in that the filtering portion forms an angular tube portion. a filtering portion intended to filter a fluid crossing it; a structure for holding the filtering portion forming a thickening, the structure and the filtering portion are integral and are produced by additive manufacturing, characterized in that the structure exhibits at least one holding ring for the filtering portion, the or at least one or each ring forms a holding wall for the filtering portion, and in that the filtering portion forms an angular tube portion.
Process for the preparation of polybutenyl succinimides, deriving from polybutenyl succinanhydrides with a functionalization degree higher than 1.0 or a FD NMR ranging from 1 to 2 comprising: a. reacting a reactive polyisobutene or polybutene-1 having a content of terminal vinylidene groups of at least 45% and a number average molecular weight ranging from 800 to 1,000, with an enophile selected from maleic anhydride or maleic acid, at a temperature of from 180 to 300°C at room pressure or under nitrogen at pressure ranging from 0.1 to 1 MPa; b. carrying out the reaction thermally for a time sufficient for having a conversion of the terminal vinylidene groups higher than 10%; c. completing the thermal reaction in the presence of a reaction accelerator consisting of SnCl 2 ·2H 2 O; d. reacting, at a temperature ranging from 100 to 200°C,the reaction product of step (c), the polybutenyl succinanhydrides, with a polyamine selected from those having the general formula H 2 N(CH 2 CH 2 NH) n H wherein n is an integer ranging from 1 to 10. a. reacting a reactive polyisobutene or polybutene-1 having a content of terminal vinylidene groups of at least 45% and a number average molecular weight ranging from 800 to 1,000, with an enophile selected from maleic anhydride or maleic acid, at a temperature of from 180 to 300°C at room pressure or under nitrogen at pressure ranging from 0.1 to 1 MPa; b. carrying out the reaction thermally for a time sufficient for having a conversion of the terminal vinylidene groups higher than 10%; c. completing the thermal reaction in the presence of a reaction accelerator consisting of SnCl 2 ·2H 2 O; d. reacting, at a temperature ranging from 100 to 200°C,the reaction product of step (c), the polybutenyl succinanhydrides, with a polyamine selected from those having the general formula H 2 N(CH 2 CH 2 NH) n H wherein n is an integer ranging from 1 to 10.
An apparatus for activating one or more neuron types at a desired activation level for a therapeutic purpose comprising: a closed-loop controller configured to autonomously predict, at a microprocessor, which stimulus parameters to apply to achieve a desired stimulation level, yielding the desired activation level, wherein which stimulation parameters to apply is autonomously derived from patient's characteristics, including at least neuron response, wherein the desired activation level is actively maintained by adjusting the stimulation parameters, and wherein the desired activation level represents a percentage of activated neuron types inside a nerve; a stimulator configured to stimulate the one or more neuron types at the desired stimulation level; a measuring electrode configured to measure a resulting activation level of the stimulated one or more neuron types; and a comparator configured to compare the measured activation level of the one or more neuron types to the desired activation level of the one or more neuron types, wherein the one or more neuron types have an activation profile which changes over time and characterised in that the controller adapts to changes in the neuron type's activation profile to maintain the desired activation level by continually updating its model of the neuron type's activation profile. a closed-loop controller configured to autonomously predict, at a microprocessor, which stimulus parameters to apply to achieve a desired stimulation level, yielding the desired activation level, wherein which stimulation parameters to apply is autonomously derived from patient's characteristics, including at least neuron response, wherein the desired activation level is actively maintained by adjusting the stimulation parameters, and wherein the desired activation level represents a percentage of activated neuron types inside a nerve; a stimulator configured to stimulate the one or more neuron types at the desired stimulation level; a measuring electrode configured to measure a resulting activation level of the stimulated one or more neuron types; and a comparator configured to compare the measured activation level of the one or more neuron types to the desired activation level of the one or more neuron types,
A method of using an athletic activity heads up display system during an athletic activity, the method comprising: a heads up display unit receiving information about a sport ball; the heads up display unit recognizing the presence of the sport ball falling in the heads up display unit's projected image field; and the heads up display unit displaying an image to an individual based on the information, wherein the displayed image is overlaid on the individual's present field of view of an environment, and wherein the displayed image comprises footstep icons indicating a specific manner by which the individual should approach the sport ball, comprising one of a desired speed, timing, and cadence of footsteps. a heads up display unit receiving information about a sport ball; the heads up display unit recognizing the presence of the sport ball falling in the heads up display unit's projected image field; and the heads up display unit displaying an image to an individual based on the information, wherein the displayed image is overlaid on the individual's present field of view of an environment, and wherein the displayed image comprises footstep icons indicating a specific manner by which the individual should approach the sport ball, comprising one of a desired speed, timing, and cadence of footsteps.
An apparatus for reducing a noise component of a measured phase signal, the measured phase signal comprising digital samples of a phase of an oscillator output signal, the apparatus comprising means for inputting the measured phase signal into the apparatus; means for determining parity information and an estimated error amplitude in the measured phase signal based on the parity information; wherein the means for determining is configured to determine the parity information as information on whether the measured phase signal is in an even or an odd cycle; and means for providing the measured phase signal with a reduced noise component based on a combination of the measured phase signal and the estimated error amplitude.
A stimulation treatment system, comprising: a first stimulation transducer device; and a first processor having communication circuitry configured to communicate with the first stimulation transducer device; the first stimulation transducer device having circuitry that generates and detects stimulation and is configured to: receive treatment information from the first processor, deliver a stimulation treatment to a user in accordance with the received treatment information, characterised in that the device is further configured to; detect a signal indicative of a stimulation pulse generated by a second stimulation transducer device, determine if the signal has an intensity exceeding a threshold, and in response to detecting that the intensity of the signal exceeds the threshold, delay the delivery of stimulation treatment. a first stimulation transducer device; and a first processor having communication circuitry configured to communicate with the first stimulation transducer device; the first stimulation transducer device having circuitry that generates and detects stimulation and is configured to: receive treatment information from the first processor, deliver a stimulation treatment to a user in accordance with the received treatment information, characterised in that the device is further configured to; detect a signal indicative of a stimulation pulse generated by a second stimulation transducer device, determine if the signal has an intensity exceeding a threshold, and in response to detecting that the intensity of the signal exceeds the threshold, delay the delivery of stimulation treatment. receive treatment information from the first processor, deliver a stimulation treatment to a user in accordance with the received treatment information, characterised in that the device is further configured to; detect a signal indicative of a stimulation pulse generated by a second stimulation transducer device, determine if the signal has an intensity exceeding a threshold, and in response to detecting that the intensity of the signal exceeds the threshold, delay the delivery of stimulation treatment.
Machine for launching at least one target comprising: * a launching plate configured to support a lower face of the target; * a launching arm mobile in rotation about an axis of rotation at least between a supply position, a reinforced position and an ejection position; * a guiding element configured to be applied on a first portion of a perimeter of the target in the reinforced position; * a mobile abutment configured to exert a force on a second portion of the perimeter of the target in the reinforced position; machine wherein the launching arm comprises an ejection portion configured to apply an ejection force on a third portion of the target in the reinforced position, the first, second and third portions being separate, characterised in that the launching arm comprises a finger equipped with a contact portion being rectilinear and configured to be applied on a fourth portion of the perimeter of the target in the reinforced position, the fourth portion being separate from the first, second and third portions, the ejection portion being rectilinear along a longitudinal axis, the longitudinal axis and the contact portion of the finger forming a non-zero angle α. * a launching plate configured to support a lower face of the target; * a launching arm mobile in rotation about an axis of rotation at least between a supply position, a reinforced position and an ejection position; * a guiding element configured to be applied on a first portion of a perimeter of the target in the reinforced position; * a mobile abutment configured to exert a force on a second portion of the perimeter of the target in the reinforced position;
Food product to substitute a hard-boiled egg, said food product consisting of the following phases: an albumen-like phase comprising: - a powdered component chosen from a powdered soya-based drink, a powdered oats-based drink, a powdered rice-based drink; - water; - a plant gelling agent; - calcium carbonate; a yolk-like phase comprising: - from 10% to 50% in weight of an oil in water emulsion; - from 20% to 80% in weight of water; - from 5% to 50% in weight of a legume flour or cereal flour; - from 1.0% to 10% in weight of a food grade salt containing sulfates and/or sulfides; - from 0.1% to 10% in weight of a plant gelling agent; wherein said yolk-like phase occupies the central portion of said food product, while said albumen-like phase constitutes the external covering of said food product. an albumen-like phase comprising: - a powdered component chosen from a powdered soya-based drink, a powdered oats-based drink, a powdered rice-based drink; - water; - a plant gelling agent; - calcium carbonate; - a powdered component chosen from a powdered soya-based drink, a powdered oats-based drink, a powdered rice-based drink; - water; - a plant gelling agent; - calcium carbonate; a yolk-like phase comprising: - from 10% to 50% in weight of an oil in water emulsion; - from 20% to 80% in weight of water; - from 5% to 50% in weight of a legume flour or cereal flour; - from 1.0% to 10% in weight of a food grade salt containing sulfates and/or sulfides; - from 0.1% to 10% in weight of a plant gelling agent; - from 10% to 50% in weight of an oil in water emulsion; - from 20% to 80% in weight of water; - from 5% to 50% in weight of a legume flour or cereal flour; - from 1.0% to 10% in weight of a food grade salt containing sulfates and/or sulfides; - from 0.1% to 10% in weight of a plant gelling agent; wherein said yolk-like phase occupies the central portion of said food product, while said albumen-like phase constitutes the external covering of said food product.