mhurhangee/ep-ind-claims huggingface dataset:
A rubber crawler comprising: a rubber resilient body configured in an endless form; a plurality of guide projections formed at a rubber resilient body width direction center so as to project out from an inner periphery of the rubber resilient body, the guide projections being disposed mutually separated from each other at a specific distance around a rubber resilient body circumferential direction, and each of the guide projections being configured with an indented portion that is open towards a rubber resilient body peripheral inner side; a pair of contact drive faces that are configured on an inner peripheral face of the rubber resilient body at both width direction outer sides of the guide projections, and that contact an outer periphery of a drive wheel to transmit drive force by friction; and a plurality of lugs formed at an outer peripheral face of the rubber resilient body, wherein a reinforcement member is disposed along each of the indented portions of the guide projections, characterized in that the reinforcement member comprises a projection portion that projects out from the surface of the indented portion. a rubber resilient body configured in an endless form; a plurality of guide projections formed at a rubber resilient body width direction center so as to project out from an inner periphery of the rubber resilient body, the guide projections being disposed mutually separated from each other at a specific distance around a rubber resilient body circumferential direction, and each of the guide projections being configured with an indented portion that is open towards a rubber resilient body peripheral inner side; a pair of contact drive faces that are configured on an inner peripheral face of the rubber resilient body at both width direction outer sides of the guide projections, and that contact an outer periphery of a drive wheel to transmit drive force by friction; and a plurality of lugs formed at an outer peripheral face of the rubber resilient body, wherein a reinforcement member is disposed along each of the indented portions of the guide projections, characterized in that the reinforcement member comprises a projection portion that projects out from the surface of the indented portion.
A method of transmitting a wireless frame over a wireless network, comprising: generating a first transmission control information for a first device in a HE-SIGB field of a preamble of the wireless frame, the first transmission control information indicating a first data transmission frequency range; generating a second transmission control information for a second device in the HE-SIGB field, the second transmission control information indicating a second data transmission frequency range; transmitting the wireless frame, wherein the transmission comprises: transmitting at least a portion of the first transmission control information over a first frequency range while simultaneously transmitting at least a portion of the second transmission control information over a second frequency range that does not overlap with the first frequency range, transmitting first data to the first device over the first data transmission frequency range according to the first transmission control information, the first data transmission frequency range being different than the first frequency range, and transmitting second data to the second device over the second data transmission frequency range according to the second transmission control information. generating a first transmission control information for a first device in a HE-SIGB field of a preamble of the wireless frame, the first transmission control information indicating a first data transmission frequency range; generating a second transmission control information for a second device in the HE-SIGB field, the second transmission control information indicating a second data transmission frequency range; transmitting the wireless frame, wherein the transmission comprises: transmitting at least a portion of the first transmission control information over a first frequency range while simultaneously transmitting at least a portion of the second transmission control information over a second frequency range that does not overlap with the first frequency range, transmitting first data to the first device over the first data transmission frequency range according to the first transmission control information, the first data transmission frequency range being different than the first frequency range, and transmitting second data to the second device over the second data transmission frequency range according to the second transmission control information. transmitting at least a portion of the first transmission control information over a first frequency range while simultaneously transmitting at least a portion of the second transmission control information over a second frequency range that does not overlap with the first frequency range, transmitting first data to the first device over the first data transmission frequency range according to the first transmission control information, the first data transmission frequency range being different than the first frequency range, and transmitting second data to the second device over the second data transmission frequency range according to the second transmission control information.
A method for determining concentration of a peracetic acid formulation, characterized in that the method comprises a step of disposing a light-transmissive container containing a target solution in which a reagent of a predetermined concentration is added to a solution of the peracetic acid formulation side by side with a plurality of color samples (15a-15f), wherein the reagent is potassium iodide, the peracetic acid formulation is for food use, and the concentration of the peracetic acid formulation is in the range of 50 mg/L to 500 mg/L, and in that the method further comprises a step of visually identifying transmitted light transmitted through the container with one of the plurality of color samples by comparing the color of the transmitted light from the container with the colors of the color samples so that the concentration of the peracetic acid formulation contained in the target solution is able to be determined, wherein each of the plurality of color samples exhibits a color corresponding to a respective one of a plurality of the target solutions containing solutions of the peracetic acid formulation of mutually different concentrations, and the plurality of target solutions corresponding to the color samples exhibit an absorbance of 1.5 to light in wavelength ranges different from each other. characterized in that the method comprises a step of disposing a light-transmissive container containing a target solution in which a reagent of a predetermined concentration is added to a solution of the peracetic acid formulation side by side with a plurality of color samples (15a-15f), wherein the reagent is potassium iodide, the peracetic acid formulation is for food use, and the concentration of the peracetic acid formulation is in the range of 50 mg/L to 500 mg/L, and in that the method further comprises a step of visually identifying transmitted light transmitted through the container with one of the plurality of color samples by comparing the color of the transmitted light from the container with the colors of the color samples so that the concentration of the peracetic acid formulation contained in the target solution is able to be determined, wherein each of the plurality of color samples exhibits a color corresponding to a respective one of a plurality of the target solutions containing solutions of the peracetic acid formulation of mutually different concentrations, and the plurality of target solutions corresponding to the color samples exhibit an absorbance of 1.5 to light in wavelength ranges different from each other.
Actuator for a rotating function element, in particular a closing element of a disk valve or a ball valve, having a housing comprising at least one pressure means supply and being closed at both ends by covers (3, 4), a piston being guided to reciprocate in the housing in a sealing manner, the piston containing diametrically opposed, convolution-like guiding grooves for a transverse axis of an actuator shaft rotatably mounted in a cover, submerging into the piston and rotatably driven by the piston with torques in opposite directions, and having two parallel guide rods (6a, 6b) firmly anchored in the housing each only at one end, the guide rods (69, 66) engaging in guides (18a, 18b) extending in the direction of the piston stroke and ending blind within the piston stroke, characterized in that the one guide rod is anchored in the one cover, and the other guide rod is anchored in the other cover, and that the two guides (18a, 18b) end blind in opposite directions in the piston.
A slide fastener comprising: a slider hub coupled to a first textile; a first slider track and a second slider track that are both coupled to the first textile near the slider hub and that both extend away from the slider hub in a respective direction; a first slider body coupled to, and movable along, the first slider track; a first slider puller rotatably coupled to the first slider body, wherein the first slider puller rotates between a stowed position and a sliding position, and wherein in the stowed position the first slider puller is folded at least partially over top the slider hub; a second slider body coupled to, and movable along, the second slider track; and a second slider puller rotatably coupled to the second slider body, wherein the second slider puller rotates between a stowed position and a sliding position, wherein in the stowed position the second slider puller is folded at least partially over top the slider hub; wherein, in the stowed position of the first slider puller and the second slider puller, the first slider puller and the second slider puller releasably engage with the slider hub, with each other, or a combination thereof, in order to temporarily retain the first slider body and the second slider body proximate to the slider hub; and wherein the first slider body and the second slider body are each alignable with slider tracks on a second textile when the first slider puller and the second slider puller are in the stowed position and the first slider body and the second slider body are retained proximate to the slider hub, characterized in that the slider hub includes a first slider-puller retaining lip and a second slider-puller retaining lip, each of the first slider-puller retaining lip and the second slider-puller retaining lip includes a perimeter edge circumscribing a central recess, and the first slider puller includes a first stud and the second slider puller includes a second stud, and wherein, in the stowed position, the first stud and the second stud insert into the central recess and frictionally engage the perimeter edge. the slider hub includes a first slider-puller retaining lip and a second slider-puller retaining lip, each of the first slider-puller retaining lip and the second slider-puller retaining lip includes a perimeter edge circumscribing a central recess, and the first slider puller includes a first stud and the second slider puller includes a second stud, and wherein, in the stowed position, the first stud and the second stud insert into the central recess and frictionally engage the perimeter edge.
A footwear article (31, 32, 33, 310, 320, 330, 340, 350, 360, 370) comprising: at least one substrate (100, 110, 120, 130, 140) having an externally facing surface (112, 122, 132, 142); a first structural-color element (200, 210, 220, 230, 240) on the externally facing surface of the at least one substrate and producing a first structural color (420, 440, 450, 460, 470); and a second structural-color element (200, 210, 220, 230, 240) on the externally facing surface of the at least one substrate and producing a second structural color (420, 440, 450, 460, 470), wherein the first structural color and the second structural color are visually similar at a first observation angle; wherein the first structural-color element and the second structural-color element are both configured to abrade to present a first color (410, 412, 422, 430) and a second color (410, 412, 422, 430), respectively, each of which is presented on the externally facing surface of the at least one substrate, wherein the first color and the second color are visually different from one another. a first structural-color element (200, 210, 220, 230, 240) on the externally facing surface of the at least one substrate and producing a first structural color (420, 440, 450, 460, 470); and a second structural-color element (200, 210, 220, 230, 240) on the externally facing surface of the at least one substrate and producing a second structural color (420, 440, 450, 460, 470), wherein the first structural color and the second structural color are visually similar at a first observation angle; wherein the first structural-color element and the second structural-color element are both configured to abrade to present a first color (410, 412, 422, 430) and a second color (410, 412, 422, 430), respectively, each of which is presented on the externally facing surface of the at least one substrate, wherein the first color and the second color are visually different from one another.
A communication method, comprising: obtaining, by an adaptor client, a southbound interface protocol type, wherein the adaptor client is configured to manage two or more protocol adaptors; selecting, by the adaptor client, a first protocol adaptor from the two or more protocol adaptors based on the southbound interface protocol type, wherein the first protocol adaptor is configured to implement a first protocol; sending, by the adaptor client, first information to the first protocol adaptor for the determination of second information based on the first information, wherein the first information is a configuration parameter in a key-value pair form, the first information is a configuration parameter used to perform network configuration for a first network element, wherein the second information is a managed object and an object attribute thereof, and the second information is obtained by mapping the first information based on a network resource managed object template, characterised in that the obtaining, by an adaptor client, a southbound interface protocol type comprises: receiving, by the adaptor client, the first information from a service orchestrator, wherein the first information comprises the southbound interface protocol type; and obtaining, by the adaptor client, the southbound interface protocol type from the first information. obtaining, by an adaptor client, a southbound interface protocol type, wherein the adaptor client is configured to manage two or more protocol adaptors; selecting, by the adaptor client, a first protocol adaptor from the two or more protocol adaptors based on the southbound interface protocol type, wherein the first protocol adaptor is configured to implement a first protocol; sending, by the adaptor client, first information to the first protocol adaptor for the determination of second information based on the first information, wherein the first information is a configuration parameter in a key-value pair form, the first information is a configuration parameter used to perform network configuration for a first network element, wherein the second information is a managed object and an object attribute thereof, and the second information is obtained by mapping the first information based on a network resource managed object template, characterised in that the obtaining, by an adaptor client, a southbound interface protocol type comprises: receiving, by the adaptor client, the first information from a service orchestrator, wherein the first information comprises the southbound interface protocol type; and obtaining, by the adaptor client, the southbound interface protocol type from the first information.
A method to influence routing of a call by a sequenced application from among a plurality of sequenced applications within a sequence vector, comprising: receiving a header for the call, the header comprising a plurality of directives comprising at least one directive respectively from each of two or more of the plurality of sequenced applications within the sequence vector, wherein each of the plurality of sequenced applications comprise an application through which a central proxy or a session manager sequence a call request; wherein the plurality of directives are selected from a group consisting of an add-target directive, a remove-target directive, and a privacy setting, wherein: the add-target directive is used to request that a user relational element, URE, route the call to a target identified by the add-target directive; the remove-target directive is used to request that the URE remove a listed target from a route; and the privacy setting prevents bridging of the call; arbitrating conflicts from among the plurality of directives in the header, in order to determine a set of the plurality of sequenced applications to at least partially execute; and after arbitration, at least partially executing the set of sequenced applications such that routing and/or functionality of the sequenced application that does not conflict with another sequenced application is executed. receiving a header for the call, the header comprising a plurality of directives comprising at least one directive respectively from each of two or more of the plurality of sequenced applications within the sequence vector, wherein each of the plurality of sequenced applications comprise an application through which a central proxy or a session manager sequence a call request; wherein the plurality of directives are selected from a group consisting of an add-target directive, a remove-target directive, and a privacy setting, wherein: the add-target directive is used to request that a user relational element, URE, route the call to a target identified by the add-target directive; the remove-target directive is used to request that the URE remove a listed target from a route; and the privacy setting prevents bridging of the call; the add-target directive is used to request that a user relational element, URE, route the call to a target identified by the add-target directive; the remove-target directive is used to request that the URE remove a listed target from a route; and the privacy setting prevents bridging of the call; arbitrating conflicts from among the plurality of directives in the header, in order to determine a set of the plurality of sequenced applications to at least partially execute; and after arbitration, at least partially executing the set of sequenced applications such that routing and/or functionality of the sequenced application that does not conflict with another sequenced application is executed.
A stable composition comprising a. a dispersed phase comprising, with respect to the total composition, from 1 gram active ingredient per liter (g ai/L) to 200 g ai/L of a water insoluble solid pesticide which is penoxsulam; b. a continuous aqueous phase comprising, with respect to the total composition, from 100 g ai/L to 500 g ai/L of a water soluble salt of bentazon and from 200 g/L to 800 g/L of water; c. from 0.1 g/L to 20 g/L of at least one compatible rheology agent; and d. from 1 g/L to 100 g/L, with respect to the total composition, of at least one wetting-dispersing agent; wherein at least one rheology agent is a mixture comprising microfibrous cellulose, a xanthan gum, and carboxymethylcellulose. a. a dispersed phase comprising, with respect to the total composition, from 1 gram active ingredient per liter (g ai/L) to 200 g ai/L of a water insoluble solid pesticide which is penoxsulam; b. a continuous aqueous phase comprising, with respect to the total composition, from 100 g ai/L to 500 g ai/L of a water soluble salt of bentazon and from 200 g/L to 800 g/L of water; c. from 0.1 g/L to 20 g/L of at least one compatible rheology agent; and d. from 1 g/L to 100 g/L, with respect to the total composition, of at least one wetting-dispersing agent;
A temperature and pressure probe comprising: an elongate outer tube having a peripheral wall, a first open end and a second closed end, the outer tube thereby defining an outer cavity; an elongate inner tube having a peripheral wall, a first open end and a second closed end, the inner tube thereby defining an inner cavity, the inner tube being located wholly within the outer cavity and being spaced from the outer tube peripheral wall and the outer tube second end; a temperature sensor located in the inner cavity; and a pressure sensor located in the outer cavity; characterised in that the temperature and pressure probe further comprises a vent pipe coupled between the peripheral wall of the inner tube and the peripheral wall of the outer tube, the vent pipe having a first end open to the inner cavity and a second end open to vent outside the probe, and the vent pipe being located between the temperature sensor and the second end of the inner tube. an elongate outer tube having a peripheral wall, a first open end and a second closed end, the outer tube thereby defining an outer cavity; an elongate inner tube having a peripheral wall, a first open end and a second closed end, the inner tube thereby defining an inner cavity, the inner tube being located wholly within the outer cavity and being spaced from the outer tube peripheral wall and the outer tube second end; a temperature sensor located in the inner cavity; and a pressure sensor located in the outer cavity; characterised in that the temperature and pressure probe further comprises a vent pipe coupled between the peripheral wall of the inner tube and the peripheral wall of the outer tube, the vent pipe having a first end open to the inner cavity and a second end open to vent outside the probe, and the vent pipe being located between the temperature sensor and the second end of the inner tube.