mhurhangee/ep-ind-claims huggingface dataset:
Server device for streaming encoded video content to a client device, the server device comprising: - a video image obtaining unit configured to obtain from the video content a video image; - an information receiving unit configured to receive field of view command information from the client device; - a determining unit configured to determine a field of view based on the field of view command information, and to generate field of view metadata regarding the determined field of view; - an extracting unit configured to extract a field of view image from the obtained video image based on the determined field of view; - an encoding unit configured to encode the extracted field of view image; - a decoding unit configured to decode the encoded field of view image; - a combination unit configured to determine a combination image by combining the decoded field of view image with a hitherto accumulated client panorama image; - a storing unit configured to store the determined combination image as an updated hitherto accumulated client panorama image; and - a sending unit configured to send the encoded field of view image and the generated field of view metadata to the client device. - a video image obtaining unit configured to obtain from the video content a video image; - an information receiving unit configured to receive field of view command information from the client device; - a determining unit configured to determine a field of view based on the field of view command information, and to generate field of view metadata regarding the determined field of view; - an extracting unit configured to extract a field of view image from the obtained video image based on the determined field of view; - an encoding unit configured to encode the extracted field of view image; - a decoding unit configured to decode the encoded field of view image; - a combination unit configured to determine a combination image by combining the decoded field of view image with a hitherto accumulated client panorama image; - a storing unit configured to store the determined combination image as an updated hitherto accumulated client panorama image; and - a sending unit configured to send the encoded field of view image and the generated field of view metadata to the client device.
Rubber composition based at least: - on a functional elastomer, which functional elastomer is a diene elastomer which comprises diene units in the cis-1,4 configuration and pendant groups of formula in which: the Y 1, Y 2, Y 3 and Y 4 symbols, which are identical or different, represent an atom or a group of atoms, knowing that at least one of the symbols denotes an attachment to a diene unit of the elastomer, the diene units in the cis-1,4 configuration representing at least 90 mol% of the diene units of the functional elastomer, - a reinforcing filler which comprises a carbon black, the carbon black representing more than 50% by weight of the reinforcing filler. - on a functional elastomer, which functional elastomer is a diene elastomer which comprises diene units in the cis-1,4 configuration and pendant groups of formula in which: the Y 1, Y 2, Y 3 and Y 4 symbols, which are identical or different, represent an atom or a group of atoms, knowing that at least one of the symbols denotes an attachment to a diene unit of the elastomer, the diene units in the cis-1,4 configuration representing at least 90 mol% of the diene units of the functional elastomer, - a reinforcing filler which comprises a carbon black, the carbon black representing more than 50% by weight of the reinforcing filler.
An aerofoil (1; 1') having a main portion (10; 10') of aerofoil cross section and a trailing edge portion (12; 12') movable with respect to the main portion by an actuating device (14; 14'), wherein the trailing edge portion is movable at or about an area (A; A'), the area (A; A') being located at a pressure or suction surface of the aerofoil, wherein the trailing edge portion is connected to the main portion by first and second connection members (18, 20; 18', 20'), the first and second connection members being flexible, wherein the first connection member extends inwardly away from the area (A; A') and has an end which is directly or indirectly connected to the main portion, wherein the first and second connection members at least partially define a cavity (30; 30') when the aerofoil is viewed in cross section, and wherein the cavity is provided with an inertia damper (40; 40').
A patient information device comprising: a controller arranged to receive physiological and laboratory data about a current patient from a patient monitoring device; the controller being arranged to receive patient data from an admitting unit, said patient data including the age of the patient, gender of the patient, chronic diseases of the patient, patient history, and the type of admission; a unit arranged to determine a time of stay indicative of a time that the current patient has been under care; and a prediction unit arranged to predict a probability of mortality of the patient by applying an outcome variable estimation algorithm to the current patient's physiological, laboratory and patient data, wherein the outcome variable estimation algorithm weights the physiological, laboratory and patient data using the determined time of stay; and wherein the outcome variable prediction algorithm is generated by a second controller from a plurality of past patients' physiological, laboratory and patient data by accessing at least one of a plurality past patients' data fields including: physiological, laboratory and patient data, and a time of stay indicating how long each patient had been under care at the time the physiological, laboratory and patient data were generated and associated outcome variables from a clinical database. a controller arranged to receive physiological and laboratory data about a current patient from a patient monitoring device; the controller being arranged to receive patient data from an admitting unit, said patient data including the age of the patient, gender of the patient, chronic diseases of the patient, patient history, and the type of admission; a unit arranged to determine a time of stay indicative of a time that the current patient has been under care; and a prediction unit arranged to predict a probability of mortality of the patient by applying an outcome variable estimation algorithm to the current patient's physiological, laboratory and patient data, wherein the outcome variable estimation algorithm weights the physiological, laboratory and patient data using the determined time of stay; and wherein the outcome variable prediction algorithm is generated by a second controller from a plurality of past patients' physiological, laboratory and patient data by accessing at least one of a plurality past patients' data fields including: physiological, laboratory and patient data, and a time of stay indicating how long each patient had been under care at the time the physiological, laboratory and patient data were generated and associated outcome variables from a clinical database.
A multimode MM laser diode, comprising: a substrate (22,52,72) extending between spaced high-reflection coated HR and anti-reflection coated AR reflectors (34,36,62, 63,64,74,76); a gain region (24,53,57,78) provided in the substrate (22,52,72) and operative to emit radiation in multiple lateral modes at a desired wavelength, the gain region (24,53,57,78) being configured with a main resonator. (38,58,59) and at least one side resonator (42,54,61,92) together forming a uniformly or non uniformly dimensioned gain region (24,53,57,78), the main resonator (38,58,59) bridging portions of the respective HR and AR reflectors (34,36,62, 63,64,74,76), and the side resonator (42,54,61,92) located adjacent to the main resonator (38,58,59) and configured with a lasing threshold higher than a lasing threshold of the main resonator (38,58,59), wherein the radiation is emitted in multiple lateral modes through the portion (32,66,65,80) of the AR reflector (36,63,64,74) bridged by the main resonator with a desired near field. a substrate (22,52,72) extending between spaced high-reflection coated HR and anti-reflection coated AR reflectors (34,36,62, 63,64,74,76); a gain region (24,53,57,78) provided in the substrate (22,52,72) and operative to emit radiation in multiple lateral modes at a desired wavelength, the gain region (24,53,57,78) being configured with a main resonator. (38,58,59) and at least one side resonator (42,54,61,92) together forming a uniformly or non uniformly dimensioned gain region (24,53,57,78), the main resonator (38,58,59) bridging portions of the respective HR and AR reflectors (34,36,62, 63,64,74,76), and the side resonator (42,54,61,92) located adjacent to the main resonator (38,58,59) and configured with a lasing threshold higher than a lasing threshold of the main resonator (38,58,59), wherein the radiation is emitted in multiple lateral modes through the portion (32,66,65,80) of the AR reflector (36,63,64,74) bridged by the main resonator with a desired near field.
Multicomponent system comprising a first component, a second component and optionally one or more further components, wherein the first component comprises capsules containing polymerizable (meth)acrylate functional binder and water, and wherein the second component comprises peroxodisulfate initiator, encapsulated dibenzoyl peroxide initiator and water. wherein the first component comprises capsules containing polymerizable (meth)acrylate functional binder and water, and wherein the second component comprises peroxodisulfate initiator, encapsulated dibenzoyl peroxide initiator and water.
An apparatus for mounting a battery cell, which mounts a battery cell stack to a frame that includes a base cover and a pair of side covers respectively extending from both ends of the base cover, the apparatus comprising: a support member to which the battery cell stack is supported; a roller member around which a film fixed to the support member is wound; and a film guide member configured to move the film wound around the roller member into the frame, wherein the film guide member moves the film into the frame, the support member and the frame move close to each other, and the battery cell stack moves along the film to be mounted to the frame. a support member to which the battery cell stack is supported; a roller member around which a film fixed to the support member is wound; and a film guide member configured to move the film wound around the roller member into the frame, wherein the film guide member moves the film into the frame, the support member and the frame move close to each other, and the battery cell stack moves along the film to be mounted to the frame.
Method for joining workpieces (30, 40) by means of ultrasound, comprising the steps of - providing a first workpiece with at least one energy direction generator, preferably a spout for packaging, - providing a second workpiece, preferaply a packaging, - bringing the first and the second workpiece (30, 40) into contact in such a way that the energy direction generator comes into contact with a first surface of the second workpiece, - introducing ultrasonic vibrations into one of the workpieces via a working surface of a sonotrode, characterized in that a sonotrode is used which has a contour with contact lines on the working surface, and in that the sonotrode is positioned with respect to the first workpiece in such a way that the contact lines run transversely to the energy direction generator. - providing a first workpiece with at least one energy direction generator, preferably a spout for packaging, - providing a second workpiece, preferaply a packaging, - bringing the first and the second workpiece (30, 40) into contact in such a way that the energy direction generator comes into contact with a first surface of the second workpiece, - introducing ultrasonic vibrations into one of the workpieces via a working surface of a sonotrode, characterized in that a sonotrode is used which has a contour with contact lines on the working surface, and in that the sonotrode is positioned with respect to the first workpiece in such a way that the contact lines run transversely to the energy direction generator.
A golf ball comprising a core with a diameter being equal to or greater than 36.0 mm and equal to or less than 41.0 mm, an inner cover positioned outside the core, a mid cover positioned outside the inner cover, and an outer cover positioned outside the mid cover, wherein when distances from the central point of the core to nine points and JIS-C hardnesses at the nine points, which nine points are obtained by dividing the region from the central point of the core to the surface of the core at intervals of 12.5% of the radius of the core, are plotted in a graph, R 2 of the linear approximation curve obtained by the least-square method is equal to or greater than 0.95, the JIS-C hardness Hi of the inner cover is greater than the JIS-C hardness Hs at the surface of the core, and the JIS-C hardness Ho of the outer cover is greater than the JIS-C hardness Hi, and the difference Hs-H between the JIS-C hardness Hs at the surface of the core and the JIS-C hardness H at the central point of the core is equal to or greater than 15.
Device for electromagnetic treatment of fuels by means of an electromagnetic alternating field which acts upon fuel molecules, comprising: - at least a resonance oscillator module (D, E, F) for generating an electromagnetic alternating field which acts upon fuel molecules of the fuel for increasing a caloric energy of the fuel, - a supply module for supplying an alternating voltage to the at least one resonance oscillator module (D, E, F), characterized in that the resonance oscillator module (D, E, F) comprises a plurality of oscillating circuits mutually connected, wherein an entirety of the oscillating circuits comprise a plurality of coils and a plurality of capacitors (3, 4), wherein each coil is formed of precisely one closed winding and each capacitor (3, 4) is connected to two coils in such a way that connection points of the capacitors (3, 4) are distributed along the closed winding and are spaced from one another, wherein each coil is connected in such a way to at least a further coil that the connected coils have no common capacitor connection. - at least a resonance oscillator module (D, E, F) for generating an electromagnetic alternating field which acts upon fuel molecules of the fuel for increasing a caloric energy of the fuel, - a supply module for supplying an alternating voltage to the at least one resonance oscillator module (D, E, F),
A combine harvester comprising a grain tank having an auger trough in which a cross auger of an unloading system is disposed, the cross auger being operable to define an upturning side and a downturning side, wherein the grain tank comprises a floor section that covers the upturning side of the cross auger and leaves the downturning side exposed.
A method for securing a movement of a rail vehicle on a track, the method comprising the following steps: - receiving by the vehicle a maximum segment (dA) that the vehicle is authorized travel; - determining a maximum authorized speed curve as a function of time from the maximum received segment (dA) that the vehicle is authorized to travel; and - during movement of the vehicle on the maximum segment that the vehicle is authorized to travel: - determining an instantaneous speed of the rail vehicle; - comparing the instantaneous speed with the maximum authorized speed at the present moment from the determined maximum authorized speed curve as a function of the time; and - braking the rail vehicle as a function of the result of the comparison of the maximum authorized speed with the instantaneous speed in the event the maximum authorized speed is exceeded by the instantaneous speed at the present moment. - receiving by the vehicle a maximum segment (dA) that the vehicle is authorized travel; - determining a maximum authorized speed curve as a function of time from the maximum received segment (dA) that the vehicle is authorized to travel; and - during movement of the vehicle on the maximum segment that the vehicle is authorized to travel: - determining an instantaneous speed of the rail vehicle; - comparing the instantaneous speed with the maximum authorized speed at the present moment from the determined maximum authorized speed curve as a function of the time; and - braking the rail vehicle as a function of the result of the comparison of the maximum authorized speed with the instantaneous speed in the event the maximum authorized speed is exceeded by the instantaneous speed at the present moment. - determining an instantaneous speed of the rail vehicle; - comparing the instantaneous speed with the maximum authorized speed at the present moment from the determined maximum authorized speed curve as a function of the time; and - braking the rail vehicle as a function of the result of the comparison of the maximum authorized speed with the instantaneous speed in the event the maximum authorized speed is exceeded by the instantaneous speed at the present moment.
A transparent multilayer film comprising: a plurality of layers comprising, a polymer A layer comprising polymer A; and a polymer B layer comprising polymer B adjacent to the polymer A layer, wherein at least one of: a differential solubility parameter (Δδ AB) of polymer A towards polymer B is equal to or less than 2.2 MPa 1/2; and a differential solubility parameter (Δδ BA) of polymer B towards polymer A is equal to or less than 2.2 MPa 1/2; wherein the multilayer film comprises greater than 250 layers; wherein the transparent multilayer film has a direct transmission of light at a wavelength in the range of 360 nanometers to 750 nanometers of at least 70%, (measured as disclosed on page 14) and wherein a total Thickness of the transparent multilayer film is greater than or equal to 70 micrometers. a plurality of layers comprising, a polymer A layer comprising polymer A; and a polymer B layer comprising polymer B adjacent to the polymer A layer, wherein at least one of: a differential solubility parameter (Δδ AB) of polymer A towards polymer B is equal to or less than 2.2 MPa 1/2; and a differential solubility parameter (Δδ BA) of polymer B towards polymer A is equal to or less than 2.2 MPa 1/2; a polymer A layer comprising polymer A; and a polymer B layer comprising polymer B adjacent to the polymer A layer, wherein at least one of: a differential solubility parameter (Δδ AB) of polymer A towards polymer B is equal to or less than 2.2 MPa 1/2; and a differential solubility parameter (Δδ BA) of polymer B towards polymer A is equal to or less than 2.2 MPa 1/2; a differential solubility parameter (Δδ AB) of polymer A towards polymer B is equal to or less than 2.2 MPa 1/2; and a differential solubility parameter (Δδ BA) of polymer B towards polymer A is equal to or less than 2.2 MPa 1/2; wherein the multilayer film comprises greater than 250 layers; wherein the transparent multilayer film has a direct transmission of light at a wavelength in the range of 360 nanometers to 750 nanometers of at least 70%, (measured as disclosed on page 14) and wherein a total Thickness of the transparent multilayer film is greater than or equal to 70 micrometers.
A distance measuring instrument, comprising a light emitting unit adapted to emit a distance measuring light, a photodetecting unit adapted to receive and detect a reflected distance measuring light from an object to be measured and a part of the distance measuring light emitted from said light emitting unit as an internal reference light, a sensitivity adjusting unit adapted to electrically adjust the photodetecting sensitivity of said photodetecting unit, and a control arithmetic unit adapted to calculate a measured distance based on a photodetection signal of the reflected distance measuring light from said photodetecting unit and based on a photodetection signal of the internal reference light, wherein said control arithmetic unit is adapted to measure a distance by selecting a prism mode measurement and a non-prism mode measurement, characterized in that said control arithmetic unit is adapted to control the photodetecting sensitivity of said photodetecting unit by said sensitivity adjusting unit in response to the selected measurement mode by changing a bias voltage impressed to said photodetecting unit, wherein, further, in a case where said prism mode measurement is performed, when a distance measuring optical axis of a light receiving position of said reflected distance measurement light is deviated over a predetermined amount with respect to an optical prism axis, said control arithmetic unit is adapted to change the photodetecting sensitivity of said photodetecting unit by decreasing said bias voltage impressed to said photodetecting unit so that an error in the measurement at a deviated light receiving position does not exceed a required error.
An adjusting structure for a seatpost of a bicycle, comprising: a telescopic post comprising at least one switch disposed on one end of the telescopic post, wherein the switch is for lengthening or shortening the telescopic post; and at least one adjusting module disposed on the telescopic post corresponding to the switch and for pushing the switch; and wherein the adjusting module comprises a first pushed lever, one end of the first pushed lever corresponding to the switch; and a first linking lever corresponding to the first pushed lever and pivotally connected to the telescopic post; characterized in that when one end of the first linking lever is driven in a first direction the other end of the first linking lever is swung in a second direction opposite to the first direction, and the other end of the first linking lever pushes the other end of the first pushed lever to push the switch in the second direction. a telescopic post comprising at least one switch disposed on one end of the telescopic post, wherein the switch is for lengthening or shortening the telescopic post; and at least one adjusting module disposed on the telescopic post corresponding to the switch and for pushing the switch; and a first pushed lever, one end of the first pushed lever corresponding to the switch; and a first linking lever corresponding to the first pushed lever and pivotally connected to the telescopic post;