mhurhangee/ep-ind-claims huggingface dataset:
An aircraft data transmission system comprising: a transmitter comprising an encoder configured to receive input signals from input wires, wherein the input signals include data, and identify information about the input signals wherein the information describes characteristics of the input signals in a manner that allows for the recreation of the input signals with the data, and a modem configured to send the data and the information in digital signals over a wire; and a receiver comprising a modem configured to receive the digital signals sent over the wire, and a decoder configured to identify the data and the information from the input signals, and recreate the input signals from the data and the information received in the digital signals over the wire, wherein the receiver is further configured to send the recreation of input signals over output wires as output signals. a transmitter comprising an encoder configured to receive input signals from input wires, wherein the input signals include data, and identify information about the input signals wherein the information describes characteristics of the input signals in a manner that allows for the recreation of the input signals with the data, and a modem configured to send the data and the information in digital signals over a wire; and an encoder configured to receive input signals from input wires, wherein the input signals include data, and identify information about the input signals wherein the information describes characteristics of the input signals in a manner that allows for the recreation of the input signals with the data, and a modem configured to send the data and the information in digital signals over a wire; and a receiver comprising a modem configured to receive the digital signals sent over the wire, and a decoder configured to identify the data and the information from the input signals, and recreate the input signals from the data and the information received in the digital signals over the wire, wherein the receiver is further configured to send the recreation of input signals over output wires as output signals. a modem configured to receive the digital signals sent over the wire, and a decoder configured to identify the data and the information from the input signals, and recreate the input signals from the data and the information received in the digital signals over the wire, wherein the receiver is further configured to send the recreation of input signals over output wires as output signals.
A method of manufacturing an orthotic device, the method comprising:- inputting, via input means, data representing dimensions of a body part of a user; and forming, via forming means, by means of an additive manufacturing process using said data, a body of an orthotic device, the body defining at least one recess for at least partly enclosing at least one respective insert; characterised by inserting at least one respective elastomeric insert into at least one said recess by means of injection of mouldable material. inputting, via input means, data representing dimensions of a body part of a user; and forming, via forming means, by means of an additive manufacturing process using said data, a body of an orthotic device, the body defining at least one recess for at least partly enclosing at least one respective insert; characterised by inserting at least one respective elastomeric insert into at least one said recess by means of injection of mouldable material.
An information processing device comprising: a user information acquisition unit configured to acquire user information based on a state of a user who views a display region; and a light emission control unit configured to control light emission of a light emission control region outside of a content display region that is a region in which content is displayed within the display region based on the user information, wherein the light emission control unit sets at least any of at least one portion of an ambient lighting that is provided to surround a periphery of the display region and at least one portion of an indoor lighting that is provided above the display region and is provided to illuminate at least a predetermined range on a front side of the display region as the light emission control region based on a viewing region that is a region that the user views in the display region specified based on the acquired user information, and wherein, when the viewing region and a bezel of the display region overlap, the light emission control unit sets a portion that is positioned based on the overlapping portion within the ambient lighting as the light emission control region. a user information acquisition unit configured to acquire user information based on a state of a user who views a display region; and a light emission control unit configured to control light emission of a light emission control region outside of a content display region that is a region in which content is displayed within the display region based on the user information, wherein the light emission control unit sets at least any of at least one portion of an ambient lighting that is provided to surround a periphery of the display region and at least one portion of an indoor lighting that is provided above the display region and is provided to illuminate at least a predetermined range on a front side of the display region as the light emission control region based on a viewing region that is a region that the user views in the display region specified based on the acquired user information, and wherein, when the viewing region and a bezel of the display region overlap, the light emission control unit sets a portion that is positioned based on the overlapping portion within the ambient lighting as the light emission control region.
Explosion protection device for an installation arranged in a closed space, with a relief element which is arranged in a boundary wall and by means of which when an explosion occurs within the space a pressure relief takes place in that a gas flow is conducted out of the space by way of this element, wherein a housing enclosure in which at least one flame filter is arranged adjoins the boundary wall and wherein the housing enclosure is so constructed that a gas flow issuing from the relief element is guided into the housing enclosure and in that case passes the flame filter, characterised in that the housing enclosure forms a guide channel for the issuing gas flow, that the housing enclosure is closed towards the lower side by a base part and laterally by wall elements (5b, 5c) and is open towards the upper side and thus forms an outlet opening and that a part of the issuing gas flow is deflected through 90° at a wall element and is guided upwardly in the direction of the outlet opening and in that case expands.
Steamer accessory (4'; 104') for steam-heating and/or -cooking food contained in a container (2'; 102') carrying the steamer accessory (4'; 104'), the steamer accessory (4'; 104') comprising a steam generator (5'; 105) comprising a steam production chamber (20; 120) connected to at least one steam distribution outlet (15; 115) provided in a lower part (10; 110) of the steam generator (5'; 105), the steamer accessory (4'; 104') comprising a bearing surface (7'; 107') intended to rest on the container (2'; 102'), characterised in that the bearing surface (7'; 107') has an indentation (71'; 171') providing a vent (70'; 170') capable of bringing the inside of the container (2'; 102') into communication with the outside of the container (2'; 102') when the container (2'; 102') carries the steamer accessory (4'; 104').
Hair accessory comprising only two end bands (2,3) which are connected with one connecting band, wherein said connecting band is elastic and further is a chain, a strap, a band and/or a thread and further said end bands (2,3) and/or said connecting band is provided with means for decoration, where said means for decoration are one or more of the following: - pearls - spangles, - jewellery, - stones, - charms, - light diodes, and/or - printed/sewn/knitted designs or print and where said end bands are elastic and assume same diameters when in un-stretched condition. - pearls - spangles, - jewellery, - stones, - charms, - light diodes, and/or - printed/sewn/knitted designs or print
Round baler for picking up and pressing agricultural crops, such as hay, straw, wilted crops or the like, comprising a bale chamber for forming a crop bale and comprising a wrapping device for enclosing the crop bale with a wrapping material, the wrapping device having a wrapping material roll, a feed device which transports the wrapping material, and a cutting device which separates the wrapping material web, comprising a guide for introducing the wrapping material into a feed gap of the bale chamber, which guide is designed as a feed beam which is oriented approximately transversely to the running direction of the wrapping material and on which a number of mutually spaced feed elements are mounted, each feed element having a guide surface directed approximately in the running direction of the wrapping material web and the sum of the widths of the guide surfaces of the feed elements corresponding only to a partial width of the width of the wrapping material, characterised in that the feed device has a feed spout which is designed in such a way that the wrapping material web is guided between flexible guide strips (35, 36) and these flexible guide strips (35, 36) are arranged, with regard to the width of the wrapping material web, at the same distance from one another as the feed elements on the support beam.
A method for calculating the bulk material feed rate or the bulk material loading of a vibratory conveyor machine, wherein: a) raw measurement data of the vibratory conveyor machine are recorded with at least one acceleration, velocity or displacement sensor at at least two points in time with different loading states, b) raw measurement data are processed into at least one vibration data feature from the list: Amplitude, frequency, phase, with the following steps: c) create and store feature data sets consisting of at least one vibration data feature, d) create a regression model using the stored feature datasets, characterized by the step: e) determination and display of the current actual load of the vibratory conveyor machine based on the created regression model and at least one current feature data set. a) raw measurement data of the vibratory conveyor machine are recorded with at least one acceleration, velocity or displacement sensor at at least two points in time with different loading states, b) raw measurement data are processed into at least one vibration data feature from the list: Amplitude, frequency, phase, with the following steps: c) create and store feature data sets consisting of at least one vibration data feature, d) create a regression model using the stored feature datasets, characterized by the step: e) determination and display of the current actual load of the vibratory conveyor machine based on the created regression model and at least one current feature data set.
A continuous process for making amine oxide, comprising the steps of; a) providing the following components; a tertiary amine composition and an aqueous hydrogen peroxide composition, b) mixing the components from step a) in a mixing device; c) passing the mixture exiting the mixing device from step b) into a pre-prepared aqueous amine oxide composition comprising from 65 to 80wt% amine oxide; d) adjusting the temperature of the amine oxide composition made in step c) to between 40 and 80°C; e) collecting the amine oxide surfactant; and wherein, for every 1 part of the component mixture from step b) being passed into the pre-prepared amine oxide composition in step c), between 8 and 30 parts of the temperature adjusted amine oxide composition from step d) are recycled back to step b) and passed through the mixing device together with the components from step a). a) providing the following components; a tertiary amine composition and an aqueous hydrogen peroxide composition, b) mixing the components from step a) in a mixing device; c) passing the mixture exiting the mixing device from step b) into a pre-prepared aqueous amine oxide composition comprising from 65 to 80wt% amine oxide; d) adjusting the temperature of the amine oxide composition made in step c) to between 40 and 80°C; e) collecting the amine oxide surfactant; and
A method for video coding, the method comprising: obtaining a coding tree unit, CTU, from video data; partitioning the CTU by a quadtree structure; partitioning leaf nodes of the partitioned CTU by at least one of a binary tree structure and a ternary tree structure; signaling, in a sequence parameter set, SPS, a difference, in base 2 logarithm, between a size of the CTU and a size of a block resulting from at least one of partitioning the CTU by the quadtree structure and partitioning leaf nodes of the partitioned CTU by the at least one of the binary tree structure and the ternary tree structure; and overriding the difference, in base 2 logarithm, between the size of the CTU and the size of the block by a value, in base 2 logarithm, present in a slice header of slices referring to the SPS. obtaining a coding tree unit, CTU, from video data; partitioning the CTU by a quadtree structure; partitioning leaf nodes of the partitioned CTU by at least one of a binary tree structure and a ternary tree structure; signaling, in a sequence parameter set, SPS, a difference, in base 2 logarithm, between a size of the CTU and a size of a block resulting from at least one of partitioning the CTU by the quadtree structure and partitioning leaf nodes of the partitioned CTU by the at least one of the binary tree structure and the ternary tree structure; and overriding the difference, in base 2 logarithm, between the size of the CTU and the size of the block by a value, in base 2 logarithm, present in a slice header of slices referring to the SPS.
An internet of vehicles-based air quality detecting system, comprising an air quality detection device arranged in each of a plurality of vehicles, the air quality detection device comprising: an air quality detection unit for acquiring air quality data outside the vehicle at a current position where the corresponding vehicle is located; wherein the air quality detection unit is installed inside the vehicle and acquires in-vehicle air quality data inside the vehicle; and a data transmission unit for transmitting the air quality data to a remote server, characterized in that the air quality detection device further comprises: an air circulation determination unit for determining whether or not a door or a window of the vehicle has been in an open state for a predetermined time, and the data transmission unit is configured to, if the result of the determination of the air circulation determination unit is positive, transmit the in-vehicle air quality data as the air quality data outside the vehicle to the server. an air quality detection unit for acquiring air quality data outside the vehicle at a current position where the corresponding vehicle is located; wherein the air quality detection unit is installed inside the vehicle and acquires in-vehicle air quality data inside the vehicle; and a data transmission unit for transmitting the air quality data to a remote server, characterized in that the air quality detection device further comprises: an air circulation determination unit for determining whether or not a door or a window of the vehicle has been in an open state for a predetermined time, and the data transmission unit is configured to, if the result of the determination of the air circulation determination unit is positive, transmit the in-vehicle air quality data as the air quality data outside the vehicle to the server.
A grease composition for electric power steering devices comprising; a synthetic hydrocarbon oil having a density of 0.75 to 0.95 g/cm 3 at 15°C, a saturated aliphatic amide compound, boron nitride, a glycerin fatty acid partial ester, and a metal soap-based thickener, wherein the saturated aliphatic amide compound is contained in 5 to 20 mass%, the boron nitride is contained in 0.2 to 5 mass%, the glycerin fatty acid partial ester is contained in 0.1 to 5 mass%, and the metal soap-based thickener is contained in 2 to 15 mass%, with respect to a total amount of the grease composition.
Power supply apparatus of a transport system, which comprises an interface to the load; which power supply apparatus comprises at least one controllable solid-state switch for supplying power between the aforementioned load and the power supply apparatus; and which power supply apparatus comprises a control, which is fitted to control the aforementioned at least one solid-state switch at the selected switching frequency; in which power supply apparatus the noise of the load is determined at two different switching frequencies (8, 9, 10, 11) at least, and in that the switching frequency of the aforementioned at least one solid-state switch is selected such that the noise of the load that corresponds to the selected switching frequency meets a selection criterion, characterized in that the power supply apparatus comprises a determination of the power loss of at least one solid-state switch; the power supply apparatus is fitted to determine the power loss of the aforementioned at least one solid-state switch and on the basis of the determined power loss to delimit a plurality of permitted switching frequencies (10, 11); and in that the power supply apparatus is fitted to select from the plurality of permitted switching frequencies the switching frequency for which the noise of the load is the smallest.
A chipping tool which includes a body and chipping blades fastened to it, of which chipping blades there are several located one after the other in the direction of a feeding motion LI, wherein the chipping tool includes control elements for controlling the length of the mutual motion of the machinable piece and the tool in order for the machinable chips to remain fast at their one end on the machinable piece, characterized in that the chipping tool comprises a splitting blade attached into connection with the rest of the chipping tool, wherein the several chipping blades are fastened one after the other in the direction of the feeding motion to the splitting blade after its splitting tip.
Odour trap for a drain for sanitary liquid comprising an inlet containing at least one opening for a drain for sanitary liquid, a tubular drain with an upper end, a lower end and an inner wall, whereby the upper end is connected to the inlet, and the lower end of the tubular drain allows the sanitary liquid to drain, and a sealing body which is at least partially arranged in the tubular drain, and which is attached by means of a fastening element on the inlet side, whereby the sealing body has a shell having an outer surface having a cross section which extends from the fastening element on the inlet side to a maximum cross section, characterized in that in the sectional plane, containing the maximum cross section, the distance of the outer surface of the sealing body from the inner wall of the tubular drain is at least 0.005 mm but not more than 1 mm.
An ultrasound catheter (10, 400) for treatment of a blood clot resulting from an intracranial hemorrhage comprising: an elongate tubular body (12, 402) having a distal portion and a proximal portion, said elongate tubular body comprising an external ventricular drain catheter; a lumen (44, 30, 51, 404) formed within the elongate tubular body (12, 402) and including a delivery port (58, 414); characterized in that the ultrasound catheter (10,400) further comprises ultrasound radiating members (40, 412) positioned within the tubular body (12, 402) and incorporated into the EVD; and a stylet positioned within the lumen (44, 404) of the elongate tubular body (12,402). an elongate tubular body (12, 402) having a distal portion and a proximal portion, said elongate tubular body comprising an external ventricular drain catheter; a lumen (44, 30, 51, 404) formed within the elongate tubular body (12, 402) and including a delivery port (58, 414); characterized in that the ultrasound catheter (10,400) further comprises ultrasound radiating members (40, 412) positioned within the tubular body (12, 402) and incorporated into the EVD; and a stylet positioned within the lumen (44, 404) of the elongate tubular body (12,402).
A method to extend the life of a pre-chamber spark plug having one or more electrodes, comprising the steps of: arranging electrodes in a divergent configuration, wherein the step of arranging the electrodes includes forming a variable size spark gap between a ground electrode and a center electrode that defines an axial axis, wherein the ground electrode is lobe-shaped such that the spark gap is concave with respect to center electrode in a cross-section perpendicular to the axial axis along the centre electrode; and creating a swirl pattern in the discharging gas and thereby generating flow field forces acting upon spark discharge of the pre-chamber spark plug with sufficient force to cause an ignition arc to move, thereby distributing spark energy onto a larger electrode surface. arranging electrodes in a divergent configuration, wherein the step of arranging the electrodes includes forming a variable size spark gap between a ground electrode and a center electrode that defines an axial axis, wherein the ground electrode is lobe-shaped such that the spark gap is concave with respect to center electrode in a cross-section perpendicular to the axial axis along the centre electrode; and creating a swirl pattern in the discharging gas and thereby generating flow field forces acting upon spark discharge of the pre-chamber spark plug with sufficient force to cause an ignition arc to move, thereby distributing spark energy onto a larger electrode surface.
A method for preparing a suspension of carbon nanotubes in an aqueous solution comprising the following successive steps consisting in: a) contacting, without mechanical stirring and without ultrasound treatment, carbon nanotubes with an aqueous solution containing at least one dispersing agent; b) subjecting, without mechanical stirring and without ultrasound treatment, the aqueous solution containing carbon nanotubes and a dispersing agent obtained following step (a) to at least one cycle of freezing in liquid nitrogen and thawing; c) subjecting the thawed solution obtained following step (b) to an ultrasound treatment. a) contacting, without mechanical stirring and without ultrasound treatment, carbon nanotubes with an aqueous solution containing at least one dispersing agent; b) subjecting, without mechanical stirring and without ultrasound treatment, the aqueous solution containing carbon nanotubes and a dispersing agent obtained following step (a) to at least one cycle of freezing in liquid nitrogen and thawing; c) subjecting the thawed solution obtained following step (b) to an ultrasound treatment.