mhurhangee/ep-ind-claims huggingface dataset:
A transparent, crosslinked rubber composition, comprising: a neodymium-catalyzed isoprene rubber component; and a rubber polymer component selected from the group consisting of butadiene rubber, 1,2-polybutadiene rubber, and styrene butadiene rubber, wherein the amount of the neodymium-catalyzed isoprene rubber is from 5 to 95 mass parts with the proviso that the total amount of the neodymium-catalyzed isoprene rubber and the rubber polymer component is 100 mass parts, wherein the composition is substantially free of silica, wherein the composition has haze of less than 20 %, measured according to JIS K7136, and wherein the composition has Type A Durometer hardness (0 sec) of 30 or more measured according to JIS K6253, wherein the cis content of the neodymium-catalyzed isoprene rubber is 95 % or more. a neodymium-catalyzed isoprene rubber component; and a rubber polymer component selected from the group consisting of butadiene rubber, 1,2-polybutadiene rubber, and styrene butadiene rubber, wherein the amount of the neodymium-catalyzed isoprene rubber is from 5 to 95 mass parts with the proviso that the total amount of the neodymium-catalyzed isoprene rubber and the rubber polymer component is 100 mass parts, wherein the composition is substantially free of silica, wherein the composition has haze of less than 20 %, measured according to JIS K7136, and wherein the composition has Type A Durometer hardness (0 sec) of 30 or more measured according to JIS K6253, wherein the cis content of the neodymium-catalyzed isoprene rubber is 95 % or more.
A controlled environment system for the additive manufacture of metal objects using magnetohydrodynamic jetting, comprising: a sealing plate; a volume enclosure including an Peclet gap seal (842; 1005) that is created and maintained by a thin film of gas flowing between two components, where the gas film is largely provided by an external gas supply, disposed against the sealing plate, wherein the Peclet gap seal (842; 1005) is configured to receive a flow of inert gas to maintain a high-purity atmosphere in an interior volume of the volume enclosure; a print head (4002; 863) configured to deliver build material through an opening in the sealing plate; and a build platform within the interior volume of the volume enclosure movable relative to the sealing plate. a sealing plate; a volume enclosure including an Peclet gap seal (842; 1005) that is created and maintained by a thin film of gas flowing between two components, where the gas film is largely provided by an external gas supply, disposed against the sealing plate, wherein the Peclet gap seal (842; 1005) is configured to receive a flow of inert gas to maintain a high-purity atmosphere in an interior volume of the volume enclosure; a print head (4002; 863) configured to deliver build material through an opening in the sealing plate; and a build platform within the interior volume of the volume enclosure movable relative to the sealing plate.
(independent) A seismic deflector bridle block comprising - two triple head arms each with a triple head in their outer ends for fore and aft sets of bridle lines to a deflector and wherein said triple head arms in their inner ends are coupled together in a hinge bearing block, characterized in that said hinge bearing block further holding an outer end of a catch adapter stem which in its opposite, inner end is provided with a grip adapter axle block with a transverse, through extending and protruding catch adapter axle arranged for temporarily being gripped by a crane jaw during hauling or launching, and wherein said grip adapter axle block with its grip adapter axle holds a sheave block stem further connected to a sheave block for a towing line sheave for the outer end of a towing line. - two triple head arms each with a triple head in their outer ends for fore and aft sets of bridle lines to a deflector and wherein said triple head arms in their inner ends are coupled together in a hinge bearing block,
A secondary lithium-sulphur battery comprising a negative electrode (anode) including lithium metal or lithium metal alloy, a positive electrode (cathode) including a cathode active material comprising sulphur that reduces to form polysulphides as an intermediate product, and an intermediate separator element containing a liquid or gel electrolyte solution through which lithium ions from the negative electrode move to the positive electrode during charge and discharge cycles of lithium-sulphur battery, wherein the electrolyte solution includes a non-aqueous aprotic solvent and a lithium salt, wherein the concentration of the lithium salt in the solvent is from at least 90% of saturation to a concentration that is equal to the saturation concentration of said lithium salt in said solvent. a negative electrode (anode) including lithium metal or lithium metal alloy, a positive electrode (cathode) including a cathode active material comprising sulphur that reduces to form polysulphides as an intermediate product, and an intermediate separator element containing a liquid or gel electrolyte solution through which lithium ions from the negative electrode move to the positive electrode during charge and discharge cycles of lithium-sulphur battery, wherein the electrolyte solution includes a non-aqueous aprotic solvent and a lithium salt, wherein the concentration of the lithium salt in the solvent is from at least 90% of saturation to a concentration that is equal to the saturation concentration of said lithium salt in said solvent.
A method of welding conductors to substrates, in which a stud is fixed to said substrate, using a laser welding device comprising a base, the method comprising: positioning the substrate on the base, and pressing the portion of the conductor to weld against the stud; characterized by the step of fixing the conductor to the stud by a spot welding with the laser welding device, the stud and the conductor having the same composition by volume. positioning the substrate on the base, and pressing the portion of the conductor to weld against the stud; characterized by the step of fixing the conductor to the stud by a spot welding with the laser welding device, the stud and the conductor having the same composition by volume.
A method for providing a sight securing image to a vehicle, comprising: identifying a region occupied by an external vehicle among an entire region of a display of the vehicle; identifying whether to transmit a signal requesting an external image to the external vehicle, the external image being generated by a camera included in the external vehicle, based on a ratio of the identified region to the entire region; transmitting range information of the identified region and the signal requesting the external image to the external vehicle based on identifying that the ratio of the identified region to the entire region is equal to or greater than a predetermined ratio; in response to transmitting the range information and the signal, obtaining the external image from the external vehicle, wherein the obtained external image is selectively transmitted according to the range information and corresponds to the identified region obstructed by the external vehicle; obtaining an external vehicle image comprising the external vehicle, the external vehicle image being generated by a camera included in the vehicle; obtaining, from an external device, an additional image corresponding to the identified region, the additional image being generated at a previous time from a time at which the external image is generated; generating a sight securing image by compositing at least part of the obtained external image, at least part of the additional image and at least part of the obtained external vehicle image; and providing the generated sight securing image to the display. identifying a region occupied by an external vehicle among an entire region of a display of the vehicle; identifying whether to transmit a signal requesting an external image to the external vehicle, the external image being generated by a camera included in the external vehicle, based on a ratio of the identified region to the entire region; transmitting range information of the identified region and the signal requesting the external image to the external vehicle based on identifying that the ratio of the identified region to the entire region is equal to or greater than a predetermined ratio; in response to transmitting the range information and the signal, obtaining the external image from the external vehicle, wherein the obtained external image is selectively transmitted according to the range information and corresponds to the identified region obstructed by the external vehicle; obtaining an external vehicle image comprising the external vehicle, the external vehicle image being generated by a camera included in the vehicle; obtaining, from an external device, an additional image corresponding to the identified region, the additional image being generated at a previous time from a time at which the external image is generated; generating a sight securing image by compositing at least part of the obtained external image, at least part of the additional image and at least part of the obtained external vehicle image; and providing the generated sight securing image to the display.
A transmission scheme indication method, wherein the method is performed by a base station, wherein the method comprises: generating transmission scheme indication information, wherein the transmission scheme indication information is used to indicate one of at least three transmission schemes comprised in a current transmission mode; and sending the transmission scheme indication information to a user equipment, UE, wherein the at least three transmission schemes comprise a beamforming transmit diversity transmission scheme; wherein the at least three transmission schemes further comprise a multi-user multiple-input and multiple-output transmission scheme, wherein the at least three transmission schemes further comprise an open-loop transmit diversity transmission scheme, characterized in that the base station instructs the UE, based on the channel quality, to switch between the multi-user multiple-input and multiple-output transmission scheme, the beamforming transmit diversity transmission scheme, and the open-loop transmit diversity transmission scheme. generating transmission scheme indication information, wherein the transmission scheme indication information is used to indicate one of at least three transmission schemes comprised in a current transmission mode; and sending the transmission scheme indication information to a user equipment, UE, wherein the at least three transmission schemes comprise a beamforming transmit diversity transmission scheme; wherein the at least three transmission schemes further comprise a multi-user multiple-input and multiple-output transmission scheme, wherein the at least three transmission schemes further comprise an open-loop transmit diversity transmission scheme, characterized in that the base station instructs the UE, based on the channel quality, to switch between the multi-user multiple-input and multiple-output transmission scheme, the beamforming transmit diversity transmission scheme, and the open-loop transmit diversity transmission scheme.
A flow meter comprising: a meter body comprising a longitudinal axis, an outer surface, and a fluid passageway therethrough; and a plurality of electronics housings supported on the meter body by an enclosure assembly, wherein the enclosure assembly comprises: a base supported by the outer surface of the meter body; a tubular member extending from the base, the tubular member having a passage extending therethrough for the passing of a transducer cable; a bracket member coupled to the tubular member distal the base, the bracket member having a pair of longitudinally extending sides, a pair of laterally extending sides at longitudinal ends of the bracket member, and a conduit member extending between the longitudinally extending sides; and characterized by a pair of upper mounting plates seated on the bracket member, wherein each upper mounting plate is configured to releasably couple with one of the plurality of electronics housings. a meter body comprising a longitudinal axis, an outer surface, and a fluid passageway therethrough; and a plurality of electronics housings supported on the meter body by an enclosure assembly, wherein the enclosure assembly comprises: a base supported by the outer surface of the meter body; a tubular member extending from the base, the tubular member having a passage extending therethrough for the passing of a transducer cable; a bracket member coupled to the tubular member distal the base, the bracket member having a pair of longitudinally extending sides, a pair of laterally extending sides at longitudinal ends of the bracket member, and a conduit member extending between the longitudinally extending sides; and characterized by a pair of upper mounting plates seated on the bracket member, wherein each upper mounting plate is configured to releasably couple with one of the plurality of electronics housings. a base supported by the outer surface of the meter body; a tubular member extending from the base, the tubular member having a passage extending therethrough for the passing of a transducer cable; a bracket member coupled to the tubular member distal the base, the bracket member having a pair of longitudinally extending sides, a pair of laterally extending sides at longitudinal ends of the bracket member, and a conduit member extending between the longitudinally extending sides; and characterized by a pair of upper mounting plates seated on the bracket member, wherein each upper mounting plate is configured to releasably couple with one of the plurality of electronics housings.
A terminal device for performing a spatial multiplexing transmission using a plurality of streams, the terminal device comprising: a channel estimator that is configured to perform channel estimation; and a reception processor that is configured to perform a MIMO reception process based on a result of the channel estimation, wherein the channel estimator is further configured to perform channel estimation using a dedicated pilot signal allocated to that part of at least one or more resource allocation areas, to which no data addressed to the terminal device is allocated among resource allocation areas for the spatial multiplexing transmission, wherein a pilot signal with a non-zero transmission power is allocated as the dedicated pilot signal when a plurality of subcarriers are allocated in a distributed mapping method, and a null pilot signal with a zero transmission power is allocated as the dedicated pilot signal when the plurality of subcarriers are allocated in a localized mapping method. a channel estimator that is configured to perform channel estimation; and a reception processor that is configured to perform a MIMO reception process based on a result of the channel estimation, wherein the channel estimator is further configured to perform channel estimation using a dedicated pilot signal allocated to that part of at least one or more resource allocation areas, to which no data addressed to the terminal device is allocated among resource allocation areas for the spatial multiplexing transmission, wherein a pilot signal with a non-zero transmission power is allocated as the dedicated pilot signal when a plurality of subcarriers are allocated in a distributed mapping method, and a null pilot signal with a zero transmission power is allocated as the dedicated pilot signal when the plurality of subcarriers are allocated in a localized mapping method.
A cosmetic container having a button-separable structure, the cosmetic container comprising: a lower container; an upper container which opens and closes the lower container; a button installed on the upper container; wherein the upper container includes a connection member coupled to the lower container and a cover member detachably coupled to the connection member; characterized in that a mirror is formed on the upper container and the button is divided into an elastic locking member formed on the connection member and a pressing member formed on the cover member a lower container; an upper container which opens and closes the lower container; a button installed on the upper container; wherein the upper container includes a connection member coupled to the lower container and a cover member detachably coupled to the connection member; characterized in that a mirror is formed on the upper container and the button is divided into an elastic locking member formed on the connection member and a pressing member formed on the cover member
A system for a watch calendar, the system comprising: - a first wheel; - a first finger for driving the first wheel; - a tooth for driving the first wheel, the tooth being movably mounted on the first wheel between a retracted position and a driving position; - a desmodromic system (2, 4) comprising a cam and a cam follower, the desmodromic system being arranged in such a way that: - the desmodromic system permits the position of the follower to be defined on the basis of the position of the cam without utilizing a spring for the return of the follower against the cam, - at least a first position of the cam defines a first position of the follower permitting the retraction of the tooth, and - at least a second position of the cam defines a second position of the follower preventing the retraction of the tooth. - a first wheel; - a first finger for driving the first wheel; - a tooth for driving the first wheel, the tooth being movably mounted on the first wheel between a retracted position and a driving position; - a desmodromic system (2, 4) comprising a cam and a cam follower, - the desmodromic system permits the position of the follower to be defined on the basis of the position of the cam without utilizing a spring for the return of the follower against the cam, - at least a first position of the cam defines a first position of the follower permitting the retraction of the tooth, and - at least a second position of the cam defines a second position of the follower preventing the retraction of the tooth.
Device for arranging seeds comprising • a container with a container wall having an upper edge and a lower edge at a perpendicular distance from each other, • a germination paper extending along the inside of the container wall, which has a lower edge and an upper edge, and • a support device (130;180) co-operating with the germination paper such that the seed is supported on the germination paper at or above an intermediate height above the lower edge and below the upper edge of the container wall such that germs of the seed can grow upwards and roots of the seed can grow downwards, wherein the support device has a holding strip extending at the intermediate height, which is narrower than the germination paper and has an upper edge and a lower edge, wherein the holding strip, in particular at its lower edge, is connected to the germination paper at mutually spaced joints, and/or, wherein the support device comprises a support rail formed at the intermediate height. • a container with a container wall having an upper edge and a lower edge at a perpendicular distance from each other, • a germination paper extending along the inside of the container wall, which has a lower edge and an upper edge, and • a support device (130;180) co-operating with the germination paper such that the seed is supported on the germination paper at or above an intermediate height above the lower edge and below the upper edge of the container wall such that germs of the seed can grow upwards and roots of the seed can grow downwards,
A method performed by a wireless device, the method comprising: receiving a first key configured to decode positioning integrity assistance information; receiving encrypted positioning integrity assistance information; decrypting the encrypted positioning integrity assistance information using the key; and performing positioning measurements using the decrypted positioning integrity assistance information, wherein performing positioning measurements includes: determining an estimated position of the wireless device; and estimating an integrity level associated with the estimated position in accordance with the positioning integrity assistance information. receiving a first key configured to decode positioning integrity assistance information; receiving encrypted positioning integrity assistance information; decrypting the encrypted positioning integrity assistance information using the key; and performing positioning measurements using the decrypted positioning integrity assistance information, wherein performing positioning measurements includes: determining an estimated position of the wireless device; and estimating an integrity level associated with the estimated position in accordance with the positioning integrity assistance information. determining an estimated position of the wireless device; and estimating an integrity level associated with the estimated position in accordance with the positioning integrity assistance information.
A MEMS acceleration switch, comprising: a base; a sensor wafer with a central proofmass; one or more adjacent proofmasses at the exterior of the central proofmass; a plurality of springs that support the central proofmass and the one or more adjacent proofmasses in a surrounding relationship to the central proofmass; and an open circuit that includes two fixed electrodes and a contact plate, wherein during acceleration, the central proofmass moves towards the base and connects the two fixed electrodes with the contact plate, resulting in a closing of the circuit that detects the acceleration, characterized in that the springs are double-sided and positioned on both sides of the sensor wafer in order to decrease sensitivity for transverse loads. a base; a sensor wafer with a central proofmass; one or more adjacent proofmasses at the exterior of the central proofmass; a plurality of springs that support the central proofmass and the one or more adjacent proofmasses in a surrounding relationship to the central proofmass; and an open circuit that includes two fixed electrodes and a contact plate, wherein during acceleration, the central proofmass moves towards the base and connects the two fixed electrodes with the contact plate, resulting in a closing of the circuit that detects the acceleration, characterized in that the springs are double-sided and positioned on both sides of the sensor wafer in order to decrease sensitivity for transverse loads.