mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising a tread part, wherein the tread part comprises a first layer constituting a tread surface, and a second layer adjacent to an inner side of the first layer in a tire radial direction, wherein each of the first layer and the second layer is composed of a rubber composition comprising a rubber component and a recovered carbon black, and wherein B/C is greater than 1.0, where a content of the recovered carbon black based on 100 parts by mass of a rubber component of a rubber composition constituting the first layer is referred to as C, in parts by mass, and a content of the recovered carbon black based on 100 parts by mass of a rubber component of a rubber composition constituting the second layer is referred to as B, in parts by mass, wherein the term "recovered carbon black" refers to carbon black that is obtained by pulverizing a product comprising carbon black and firing the pulverized product, in which, when the product is subjected to oxidative combustion by heating in the air, using a thermal weight measurement method according to JIS K 6226-2:2003, a ratio of a mass of ash, which is a component that does not combust, is 13% by mass or more. wherein the tread part comprises a first layer constituting a tread surface, and a second layer adjacent to an inner side of the first layer in a tire radial direction, a first layer constituting a tread surface, and a second layer adjacent to an inner side of the first layer in a tire radial direction, wherein each of the first layer and the second layer is composed of a rubber composition comprising a rubber component and a recovered carbon black, and wherein B/C is greater than 1.0, where a content of the recovered carbon black based on 100 parts by mass of a rubber component of a rubber composition constituting the first layer is referred to as C, in parts by mass, and a content of the recovered carbon black based on 100 parts by mass of a rubber component of a rubber composition constituting the second layer is referred to as B, in parts by mass, wherein the term "recovered carbon black" refers to carbon black that is obtained by pulverizing a product comprising carbon black and firing the pulverized product, in which, when the product is subjected to oxidative combustion by heating in the air, using a thermal weight measurement method according to JIS K 6226-2:2003, a ratio of a mass of ash, which is a component that does not combust, is 13% by mass or more.
A method of switching reception of media streams, comprising: receiving a multimedia broadcast multicast service streaming session; receiving session description information concerning a packet-switch streaming service session; after leaving a multimedia broadcast multicast service coverage area, sending a request to a packet-switched streaming server to begin receiving the packet-switched streaming session beginning at a particular point in a media timeline of the packet-switched streaming session; determining the particular point in the media timeline of the packet-switched streaming session by summing the amount of time (d) needed to complete a switch from the multimedia broadcast multicast service streaming session to the packet-switched streaming session and a difference between the start time (x) of the multimedia broadcast multicast service streaming session and the time (y) at which point the handover is initiated; including an indication of the particular point in the media timeline to the request so as to enable the packet-switched streaming server to correctly position the packet-switched stream after a handover from the multimedia broadcast multicast service streaming session to the packet-switch streaming service has occurred; and if the request is accepted by the packet-switched streaming server, receiving the packet-switched streaming service session in accordance with the requested time-shift corresponding to the particular point in the media timeline. receiving a multimedia broadcast multicast service streaming session; receiving session description information concerning a packet-switch streaming service session; after leaving a multimedia broadcast multicast service coverage area, sending a request to a packet-switched streaming server to begin receiving the packet-switched streaming session beginning at a particular point in a media timeline of the packet-switched streaming session; determining the particular point in the media timeline of the packet-switched streaming session by summing the amount of time (d) needed to complete a switch from the multimedia broadcast multicast service streaming session to the packet-switched streaming session and a difference between the start time (x) of the multimedia broadcast multicast service streaming session and the time (y) at which point the handover is initiated; including an indication of the particular point in the media timeline to the request so as to enable the packet-switched streaming server to correctly position the packet-switched stream after a handover from the multimedia broadcast multicast service streaming session to the packet-switch streaming service has occurred; and if the request is accepted by the packet-switched streaming server, receiving the packet-switched streaming service session in accordance with the requested time-shift corresponding to the particular point in the media timeline.
A method for radar-based gauging of the level of a substance in a tank having at least one interfering structure (16a-c), comprising the steps of: transmitting a microwave signal in a plurality of differently directed radiation lobes (15a-b; 15ad), each being directed towards a surface of said substance; for each radiation lobe in said plurality of differently directed radiation lobes: detecting a set of echoes including a surface echo resulting from reflection of the transmitted microwave signal in the radiation lobe against the surface of said substance and any interfering echoes resulting from reflection of the transmitted microwave signal in the radiation lobe against said at least one interfering structure; and recording a delay time as compared to the transmitted microwave signal in the radiation lobe, or other parameter value depending on the delay time, for each of said echoes; distinguishing said surface echo in each of said sets of echoes based on a comparison of signal strengths of echoes, from different ones of said sets of echoes, with the same recorded delay time; and calculating based on a propagation time of at least one of the surface echoes, the level of said substance in said tank. transmitting a microwave signal in a plurality of differently directed radiation lobes (15a-b; 15ad), each being directed towards a surface of said substance; for each radiation lobe in said plurality of differently directed radiation lobes: detecting a set of echoes including a surface echo resulting from reflection of the transmitted microwave signal in the radiation lobe against the surface of said substance and any interfering echoes resulting from reflection of the transmitted microwave signal in the radiation lobe against said at least one interfering structure; and recording a delay time as compared to the transmitted microwave signal in the radiation lobe, or other parameter value depending on the delay time, for each of said echoes; detecting a set of echoes including a surface echo resulting from reflection of the transmitted microwave signal in the radiation lobe against the surface of said substance and any interfering echoes resulting from reflection of the transmitted microwave signal in the radiation lobe against said at least one interfering structure; and recording a delay time as compared to the transmitted microwave signal in the radiation lobe, or other parameter value depending on the delay time, for each of said echoes; distinguishing said surface echo in each of said sets of echoes based on a comparison of signal strengths of echoes, from different ones of said sets of echoes, with the same recorded delay time; and calculating based on a propagation time of at least one of the surface echoes, the level of said substance in said tank.
A magnetic sensor, comprising: hall elements disposed in a substrate; a protection layer disposed on the substrate; a seed layer disposed on the protection layer; and an integrated magnetic concentrator, IMC, formed on the seed layer, the seed layer and the IMC each having an uneven surface; wherein the protection layer comprises a passivation insulating layer and a buffer layer, and wherein the protection layer further comprises a corrosion barrier layer (231 a). hall elements disposed in a substrate; a protection layer disposed on the substrate; a seed layer disposed on the protection layer; and an integrated magnetic concentrator, IMC, formed on the seed layer, the seed layer and the IMC each having an uneven surface; wherein the protection layer comprises a passivation insulating layer and a buffer layer, and wherein the protection layer further comprises a corrosion barrier layer (231 a).
A pneumatic tire comprising: a belt composed of at least three belt layers on the tire radial-direction outer side of a carcass, the at least three belt layers comprising two crossing belt layers that are inclined in the opposite directions across the tire equatorial plane, wherein a reinforcing material of the crossing belt layers is a steel cord which has a layer-twisted structure comprising a core composed of two core filaments and a sheath composed of eight sheath filaments that are twisted together around the core, the two core filaments have a circular cross section and are twisted together, and a steel cord amount in the crossing belt layers, which is represented by the following Equation, is 23 to 49: Steel cord diameter mm × Steel cord end count steel cords / 50 mm characterised in that: the twisting direction of the core filaments is different from the twisting direction of the sheath filaments.
Laundry treatment appliance, preferably a tumble dryer or washer-dryer, comprising a housing front side which has a process air opening and a fan opening, the process air opening and the fan opening being separated from one another in width by a substantially vertical front wall web of the housing front side, the process air opening having a heat exchanger flap which is designed to close the process air opening in the closed state, the fan opening having a fan cover which is designed to close the fan opening in the closed state, and the heat exchanger flap and the fan cover being designed, in the closed state, to form a vertical gap therebetween in width, which gap is arranged in depth, as viewed from the front, in front of the front wall web, characterised by a locking holder which is arranged in depth behind the front wall web and designed to hold the heat exchanger flap and/or the fan cover in the closed state while bypassing the front wall web.
A blend comprising: (a) 90 to 99 wt.% of an aromatic polyester polyol having a hydroxyl number within the range of 150 to 400 mg KOH/g; and (b) 1 to 10 wt.% of a fatty acid derivative selected from the group consisting of C 8 to C 18 fatty acid esters and C 8 to C 18 fatty acid amides. (a) 90 to 99 wt.% of an aromatic polyester polyol having a hydroxyl number within the range of 150 to 400 mg KOH/g; and (b) 1 to 10 wt.% of a fatty acid derivative selected from the group consisting of C 8 to C 18 fatty acid esters and C 8 to C 18 fatty acid amides.
A method of manufacturing a wind turbine blade comprising: arranging a plurality of fibre layers in a mould surface; infusing said plurality of fibre layers with a resin; and curing said resin to form at least a portion of a fibre-composite blade structure, wherein the method further comprises: arranging a portion of said plurality of fibre layers such that said portion of said plurality of fibre layers are kept free from resin during said step of infusing, wherein said at least a portion of a fibre-composite blade structure comprises at least a section of a wind turbine blade trailing edge, wherein said portion of resin-free fibre layers forms a flexible fibre portion projecting from the wind turbine blade trailing edge section. arranging a plurality of fibre layers in a mould surface; infusing said plurality of fibre layers with a resin; and curing said resin to form at least a portion of a fibre-composite blade structure, wherein the method further comprises: arranging a portion of said plurality of fibre layers such that said portion of said plurality of fibre layers are kept free from resin during said step of infusing, wherein said at least a portion of a fibre-composite blade structure comprises at least a section of a wind turbine blade trailing edge, wherein said portion of resin-free fibre layers forms a flexible fibre portion projecting from the wind turbine blade trailing edge section. arranging a portion of said plurality of fibre layers such that said portion of said plurality of fibre layers are kept free from resin during said step of infusing, wherein said at least a portion of a fibre-composite blade structure comprises at least a section of a wind turbine blade trailing edge, wherein said portion of resin-free fibre layers forms a flexible fibre portion projecting from the wind turbine blade trailing edge section.
An edge device for use in a system for monitoring a vehicle-borne probe, the edge device comprising: a first communication interface configured to receive sensed data from a first sensor related to a characteristic of a heating element of a first probe; a core application module configured to host a plurality of core applications; a dynamic application module configured to host a plurality of dynamic applications; and a processing unit configured to implement the plurality of core applications on the sensed data, wherein the plurality of core applications comprises: a coarse data processing application configured to continuously monitor the sensed data and to analyze the sensed data to generate a first data output; and wherein the plurality of dynamic applications comprises a targeted assessment application simultaneously operable with the coarse data processing application to monitor the first data output and to analyze the monitored data to generate a second data output. a first communication interface configured to receive sensed data from a first sensor related to a characteristic of a heating element of a first probe; a core application module configured to host a plurality of core applications; a dynamic application module configured to host a plurality of dynamic applications; and a processing unit configured to implement the plurality of core applications on the sensed data, wherein the plurality of core applications comprises: a coarse data processing application configured to continuously monitor the sensed data and to analyze the sensed data to generate a first data output; and wherein the plurality of dynamic applications comprises a targeted assessment application simultaneously operable with the coarse data processing application to monitor the first data output and to analyze the monitored data to generate a second data output. a coarse data processing application configured to continuously monitor the sensed data and to analyze the sensed data to generate a first data output; and wherein the plurality of dynamic applications comprises a targeted assessment application simultaneously operable with the coarse data processing application to monitor the first data output and to analyze the monitored data to generate a second data output.
Operating unit for a field device used in automation engineering, with a first operating system, comprising: - an application program that can be run on the first operating system of the operating unit; and - an emulation algorithm, which is designed to execute, on the application program of the operating unit, an application software which can be run on a second operating system, said software having at least a communication protocol for coding/decoding telegrams transmitted by/to the field device, and wherein said software is designed to operate the field device, particularly to read, display and modify parameters of the field device and/or to read and display measured values of the field device. - an application program that can be run on the first operating system of the operating unit; and - an emulation algorithm, which is designed to execute, on the application program of the operating unit, an application software which can be run on a second operating system, said software having at least a communication protocol for coding/decoding telegrams transmitted by/to the field device, and wherein said software is designed to operate the field device, particularly to read, display and modify parameters of the field device and/or to read and display measured values of the field device.
A system for a kitchen appliance comprising a container, a lid adapted to close the container, a handle, a base, wherein the container comprises - a wall, - an anchoring member being integral with the wall of the container, wherein the handle is configured to be attached to the container by means of the anchoring member and the handle is realized in one piece with the base, characterised in that the anchoring element is formed as a hook. - a wall, - an anchoring member being integral with the wall of the container,
Articulated spindle, which can be arranged in a drive of a rolling mill and comprises a coupler for producing connection with a joint head or a joint head for producing a connection with a coupler, wherein the tongue of the coupler engages in a cylindrical recess, which lies transversely (z) to the axis (x) of rotation, of the joint head, between which and the tongue is arranged a sliding block (20; 26) which is formed by two slide bodies (21, 22; 27, 28), which have body-of-rotation contours (23, 24; 29, 30) in sub-regions and which are so arranged in a contour (25, 31), which is adapted to the shape of the slide bodies (21, 22; 27, 28) and which has the form of a body-of-rotation, of the recess in the joint to be rotatable about a transverse axis (z) that the sliding bodies can execute a pivot movement in the joint head, characterised in that the body-of-rotation contours (23, 24; 29, 30) of the slide bodies (21, 22; 27, 28) are formed to be uniformly spherical in both the direction of the slide plate transverse axis (z) and the direction of the axis (x) of rotation and to be respectively concave or convex and extend symmetrically to the y axis, wherein the contour (25, 31) of the recess of the joint head is formed to be correspondingly convex or concave so that the sliding block (20; 26) is mounted in the contour (25, 31) of the recess of the joint head to be self-centring.
An adapter for test plug comprising an electrically conductive member including receiving means (11, 12) of a test plug and means arranged to come into electrical contact with a conductive bar of an electrical apparatus, the electrically conductive member being arranged to electrically connect the test plug to the conductive bar of the electrical apparatus, the receiving means comprising two receiving portions (11, 12) movable with respect to one another and arranged to form a test plug receiving area of varying dimensions, the inner surfaces of the two receiving portions (11, 12) delimiting a cylindrical housing of varying diameter, characterized in that the electrically conductive member is constituted by first and second elements (5, 6) separate from one another and each comprising one of the receiving portions (11, 12).
A method of controlling a plurality of power converters (1a...1c) that can be used to interface to a supply network, each power converter (1a...1c) comprising a network bridge operating in accordance with a pulse width modulation strategy having the same switching period and which causes at least one unwanted harmonic in the supply network voltage, the method comprising the step of providing the switching period of the PWM strategy of each network bridge with a different time offset relative to a time datum such that the at least one unwanted harmonic in the supply network voltage is at least partially cancelled; characterised in that the method further comprises the steps of: determining the number of power converters (1a...1c) connected to the supply network; determining the switching period of the PWM strategy of the network bridge of a first power converter; transmitting a time signal having a pulse period equal to the switching period of the PWM strategy of the network bridge of the first power converter to a second power converter to act as the time datum; measuring the pulse period of the time signal; setting the switching period of the PWM strategy of the network bridge of the second power converter to be same as the measured pulse period of the time signal; and offsetting the switching period of the PWM strategy of the network bridge of the second power converter relative to the time signal by a time period that is substantially equal to the measured pulse period of the time signal divided by the number of power converters connected to the supply network such that the at least one unwanted harmonic in the supply network voltage is at least partially cancelled. determining the number of power converters (1a...1c) connected to the supply network; determining the switching period of the PWM strategy of the network bridge of a first power converter; transmitting a time signal having a pulse period equal to the switching period of the PWM strategy of the network bridge of the first power converter to a second power converter to act as the time datum; measuring the pulse period of the time signal; setting the switching period of the PWM strategy of the network bridge of the second power converter to be same as the measured pulse period of the time signal; and offsetting the switching period of the PWM strategy of the network bridge of the second power converter relative to the time signal by a time period that is substantially equal to the measured pulse period of the time signal divided by the number of power converters connected to the supply network such that the at least one unwanted harmonic in the supply network voltage is at least partially cancelled.
Valve rotation device for a valve, preferably an inlet or outlet valve, of an internal combustion engine, having: a valve return spring for preloading the valve in a direction of a closed position of the valve; and a disc spring, which is arranged in operative connection between the valve return spring and a support surface lubricated by a lubricating fluid, wherein the disc spring is formed in such a way that, when the valve is opened, said disc spring, under the action of force of the valve return spring, is compressed into a flattened shape, preferably so as to be parallel to the support surface, and, with the flattened shape, is supported with sliding friction by the lubricating fluid between the disc spring and the support surface, to allow rotation of the valve, characterized in that an at least partially, preferably fully, encircling collar portion is arranged on a circumference, preferably an inner circumference, of the disc spring. a valve return spring for preloading the valve in a direction of a closed position of the valve; and a disc spring, which is arranged in operative connection between the valve return spring and a support surface lubricated by a lubricating fluid, wherein the disc spring is formed in such a way that, when the valve is opened, said disc spring, under the action of force of the valve return spring, is compressed into a flattened shape, preferably so as to be parallel to the support surface, and, with the flattened shape, is supported with sliding friction by the lubricating fluid between the disc spring and the support surface, to allow rotation of the valve, characterized in that an at least partially, preferably fully, encircling collar portion is arranged on a circumference, preferably an inner circumference, of the disc spring.