mhurhangee/ep-ind-claims huggingface dataset:
A robot vacuum cleaner comprising: a main body (10, 10A) configured to be driven on a surface, and having an intake (21, 21A) configured to suck in debris from the surface; a shutter (110, 110A) installed further from a center of the robot vacuum cleaner than the intake (21, 21A), and configured to move from a retracted position to an extended position, such that in the extended position, the shutter (110, 110A) is configured to contact debris on the surface outside a reachable area of the intake (21, 21A); and a shutter driver configured to move the shutter (110, 110A) between the retracted position and the extended position. a main body (10, 10A) configured to be driven on a surface, and having an intake (21, 21A) configured to suck in debris from the surface; a shutter (110, 110A) installed further from a center of the robot vacuum cleaner than the intake (21, 21A), and configured to move from a retracted position to an extended position, such that in the extended position, the shutter (110, 110A) is configured to contact debris on the surface outside a reachable area of the intake (21, 21A); and a shutter driver configured to move the shutter (110, 110A) between the retracted position and the extended position.
A method of wireless communication at a user equipment, UE, comprising: receiving a carrier aggregation configuration for a first component carrier, CC, and a second CC, the first CC being a time division duplex, TTD CC, the carrier aggregation configuration including downlink portions and excluding uplink portions of the first CC for data transmission by the UE; determining one of to transmit an uplink transmission on the second CC in a subframe or to receive a downlink transmission in the subframe on the second CC; determining that a sounding reference signal, SRS, transmission in an uplink portion of the first CC would at least partially collide in the subframe with one of the uplink transmission or the downlink transmission; determining to adjust at least one of the uplink transmission, the SRS transmission, or reception of the downlink transmission based on the determination of a collision and an interruption time to transmit the SRS in the uplink portion of the first CC, wherein the determining to adjust includes determining whether to apply at least one of a prioritization rule or a puncturing of the uplink transmission, and wherein the interruption time is associated with a capability of the UE; and performing at least one of transmitting the uplink transmission on the second CC, receiving the downlink transmission on the second CC, or transmitting the SRS in the uplink portion of the first CC based on the determination to adjust. receiving a carrier aggregation configuration for a first component carrier, CC, and a second CC, the first CC being a time division duplex, TTD CC, the carrier aggregation configuration including downlink portions and excluding uplink portions of the first CC for data transmission by the UE; determining one of to transmit an uplink transmission on the second CC in a subframe or to receive a downlink transmission in the subframe on the second CC; determining that a sounding reference signal, SRS, transmission in an uplink portion of the first CC would at least partially collide in the subframe with one of the uplink transmission or the downlink transmission; determining to adjust at least one of the uplink transmission, the SRS transmission, or reception of the downlink transmission based on the determination of a collision and an interruption time to transmit the SRS in the uplink portion of the first CC, wherein the determining to adjust includes determining whether to apply at least one of a prioritization rule or a puncturing of the uplink transmission, and wherein the interruption time is associated with a capability of the UE; and performing at least one of transmitting the uplink transmission on the second CC, receiving the downlink transmission on the second CC, or transmitting the SRS in the uplink portion of the first CC based on the determination to adjust.
Method for producing a profiled element for sealing a structural joint, comprising the following steps: a) providing a first film on a conveyor belt, b) applying a flowable reaction mixture to an upper face of the first film; c) connecting a first side edge region of the first film to a second side edge region of the first film to create a cylindrical profiled element, wherein the volume of the flowable reaction mixture to be applied is metered such that, in the fully reacted state, said volume corresponds to the inner volume of the profiled element produced, and wherein the film completely encloses the reaction mixture, d) perforating the profiled element, e) foaming the flowable reaction mixture, f) shaping the desired profile geometry, g) venting the profiled element, h) cutting the profiled element to the desired length, i) providing a second film, and j) connecting the second film to the upper or lower outer face of the first film in the form of a loop, and wherein steps c) and j) comprise connection by means of thermal welding. a) providing a first film on a conveyor belt, b) applying a flowable reaction mixture to an upper face of the first film; c) connecting a first side edge region of the first film to a second side edge region of the first film to create a cylindrical profiled element, wherein the volume of the flowable reaction mixture to be applied is metered such that, in the fully reacted state, said volume corresponds to the inner volume of the profiled element produced, and wherein the film completely encloses the reaction mixture, d) perforating the profiled element, e) foaming the flowable reaction mixture, f) shaping the desired profile geometry, g) venting the profiled element, h) cutting the profiled element to the desired length, i) providing a second film, and j) connecting the second film to the upper or lower outer face of the first film in the form of a loop, and wherein steps c) and j) comprise connection by means of thermal welding.
An information push management method, comprising: a communication terminal configuring an advertisement information display switch of at least one WIFI hotspot in a WIFI hotspot list according to a control instruction; the communication terminal receiving (S102, S201) information pushed by the WIFI hotspot; wherein the way that the communication terminal receives the information pushed by the WIFI hotspot includes: after a data connection between the communication terminal and the WIFI hotspot is established, the communication terminal receives the information pushed by the WIFI hotspot; the communication terminal determining (S103, S202) whether the advertisement information display switch of the WIFI hotspot pushing the information is ON when determining the information is advertisement information; if yes, processing normally the information; if no, not processing the advertisement information. a communication terminal configuring an advertisement information display switch of at least one WIFI hotspot in a WIFI hotspot list according to a control instruction; the communication terminal receiving (S102, S201) information pushed by the WIFI hotspot; wherein the way that the communication terminal receives the information pushed by the WIFI hotspot includes: after a data connection between the communication terminal and the WIFI hotspot is established, the communication terminal receives the information pushed by the WIFI hotspot; the communication terminal determining (S103, S202) whether the advertisement information display switch of the WIFI hotspot pushing the information is ON when determining the information is advertisement information; if yes, processing normally the information; if no, not processing the advertisement information.
An electron multiplier apparatus comprising: a gain layer having an input surface for receiving electrons; an emission surface opposite the input surface; characterized by a plurality of doped ribs extending above the input surface of the gain layer at least partially between the input surface and the emission surface to form a plurality of pixels; and a plurality of textured surfaces disposed in the plurality of pixels. a gain layer having an input surface for receiving electrons; an emission surface opposite the input surface; characterized by a plurality of doped ribs extending above the input surface of the gain layer at least partially between the input surface and the emission surface to form a plurality of pixels; and a plurality of textured surfaces disposed in the plurality of pixels.
A composite sheet consisting of A) a thermoplastic laminate of at least one layer of thermoplastic film and one layer of a surface treated carbon fiber material comprising a polymer sizing i), whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof, B) at least one polyamide laminate of at least one layer of polyamide film, preferably polyamide-6 film, and at least one layer of a surface treated glass fiber material comprising a polymer sizing ii), preferably polyamide-sizing, whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof, C) a thermoplastic laminate of at least one layer of thermoplastic film and one layer of a surface treated carbon fiber material comprising a polymer sizing i), whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof, wherein the thermoplastic film of laminate A) and/or C) is a thermoplastic polyurethane. A) a thermoplastic laminate of at least one layer of thermoplastic film and one layer of a surface treated carbon fiber material comprising a polymer sizing i), whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof, B) at least one polyamide laminate of at least one layer of polyamide film, preferably polyamide-6 film, and at least one layer of a surface treated glass fiber material comprising a polymer sizing ii), preferably polyamide-sizing, whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof, C) a thermoplastic laminate of at least one layer of thermoplastic film and one layer of a surface treated carbon fiber material comprising a polymer sizing i), whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof,
A measurement apparatus comprising: a plurality of measurement modules which are connectable to sensors and each of which includes at least a circuit for obtaining a sensor output outputted from the corresponding sensor and outputting the obtained sensor output to the outside; and a main body portion which collects data output from the measurement modules, wherein the main body portion includes: a housing which can be carried by a user of the measurement apparatus and in which the plurality of measurement modules are removably accommodated; data collection means for collecting the data output from the measurement modules accommodated in the housing; and at least one of output means for outputting the collected data to an output destination device set in advance and a storage section for storing the data, wherein the measurement apparatus, further comprising a plurality of connection connectors (61 - 66) which are disposed within the housing and which are detachably connected to the measurement modules, wherein the plurality of connection connectors have the same shape and are arranged along an arrangement direction set in advance, characterized in that the plurality of measurement modules are connectable to sensors in one-to-one relation, wherein each measurement module has a specific function corresponding to the senor which is connectable thereto. a plurality of measurement modules which are connectable to sensors and each of which includes at least a circuit for obtaining a sensor output outputted from the corresponding sensor and outputting the obtained sensor output to the outside; and a main body portion which collects data output from the measurement modules, a housing which can be carried by a user of the measurement apparatus and in which the plurality of measurement modules are removably accommodated; data collection means for collecting the data output from the measurement modules accommodated in the housing; and at least one of output means for outputting the collected data to an output destination device set in advance and a storage section for storing the data, wherein the measurement apparatus, further comprising a plurality of connection connectors (61 - 66) which are disposed within the housing and which are detachably connected to the measurement modules, wherein the plurality of connection connectors have the same shape and are arranged along an arrangement direction set in advance,
Thermal insulation device for a hydraulic control assembly, comprising a control unit and/or a pump unit comprising a rear shell made of a thermally insulating material and at least one cover shell element (22; 23a, 23b, 23c; 122) made of a thermally insulating material in order to insulate fluid-conducting pipe portions (12, 14) of the control assembly, characterised in that the thermal insulation device has a covering hood (24; 124) for covering the control assembly, the covering hood (24; 124) having ventilation openings and the cover shell element (22; 122) having a recess for the control unit and/or the pump unit and in that the control unit and/or the pump unit is protrudable from the cover shell element (22; 122).
An airfoil shaped structure (10, 40, 50, 60, 74, 90) having adhered to a leading edge (12, 46, 52, 94) an elastomeric erosion protection coating (26, 42) for visual detection of water and sand erosion damage (14, 16, 20, 22, 64) comprising: (a) a primer of a first color applied directly on a substrate of said airfoil shaped structure surrounding the leading edge of said airfoil shaped structure; (b) a basecoat of a second color applied over said primer; and (c) a topcoat of a third color on top of said basecoat, wherein said first color, second color and third color are contrasting colors providing visual detection of damage to said erosion protection coating by visual inspection to detect the appearance of the second color of said basecoat or the first color of said primer indicating damage to the erosion protection coating. (a) a primer of a first color applied directly on a substrate of said airfoil shaped structure surrounding the leading edge of said airfoil shaped structure; (b) a basecoat of a second color applied over said primer; and (c) a topcoat of a third color on top of said basecoat, wherein said first color, second color and third color are contrasting colors providing visual detection of damage to said erosion protection coating by visual inspection to detect the appearance of the second color of said basecoat or the first color of said primer indicating damage to the erosion protection coating.
A composition, comprising at least one cellulosic fiber: phenyl phosphorodiamidate (PPDA) as urease inhibitor; and 0.1 to 20 wt %, based upon the total amount of the cellulosic fiber, of a stabilizer for the PPDA selected from the group consisting of polyethylene glycol, dipropylene glycol and a mixture thereof. phenyl phosphorodiamidate (PPDA) as urease inhibitor; and 0.1 to 20 wt %, based upon the total amount of the cellulosic fiber, of a stabilizer for the PPDA selected from the group consisting of polyethylene glycol, dipropylene glycol and a mixture thereof.
A method for a network (128; 600) comprising a plurality of nodes (102-124; 200-204; 400; 602-608) configured according to a protocol configuration that prevents data looping through the network, comprising: identifying a destination node of first data received at a first node; calculating a logical distance from the first node to the destination node; monitoring a signal strength associated with a direct route comprising a wireless link from the first node to the destination node; when the logical distance from the first node to the destination node meets a first threshold condition and the signal strength is greater than a second threshold, overriding a protocol setting of the protocol configuration blocking the direct route from the first node to the destination node, without changing the protocol setting, to enable the direct route from the first node to the destination node; and transmitting at least a portion of the first data from the first node to the destination node via the direct route. identifying a destination node of first data received at a first node; calculating a logical distance from the first node to the destination node; monitoring a signal strength associated with a direct route comprising a wireless link from the first node to the destination node; when the logical distance from the first node to the destination node meets a first threshold condition and the signal strength is greater than a second threshold, overriding a protocol setting of the protocol configuration blocking the direct route from the first node to the destination node, without changing the protocol setting, to enable the direct route from the first node to the destination node; and transmitting at least a portion of the first data from the first node to the destination node via the direct route.
An airbag cushion assembly (100, 200, 300), comprising: an airbag cushion (205, 305) comprising a first side and a second side opposite from the first side; a hub comprising a hub opening (202, 302) configured to be coupled with an inflator so as to receive inflation gases during deployment of the airbag cushion (205, 305) through the hub opening (202, 302); and a diffuser (120, 250, 350) positioned within the airbag cushion (205, 305), wherein the diffuser (120, 250, 350) is non-releasably coupled with the airbag cushion (205, 305) along at least a portion of the first side and along at least a portion of the second side, and wherein the diffuser (120, 250, 350) is non-releasably coupled with the airbag cushion (205, 305) adjacent to the hub opening (202, 302), characterized in that the diffuser (120, 250, 350) is non-releasably coupled with the airbag cushion (205, 305) at a first selvage region (116, 215, 315) of the airbag cushion along the first side and at a second selvage region (116, 225, 325) of the airbag cushion (205, 305) along the second side. an airbag cushion (205, 305) comprising a first side and a second side opposite from the first side; a hub comprising a hub opening (202, 302) configured to be coupled with an inflator so as to receive inflation gases during deployment of the airbag cushion (205, 305) through the hub opening (202, 302); and a diffuser (120, 250, 350) positioned within the airbag cushion (205, 305), wherein the diffuser (120, 250, 350) is non-releasably coupled with the airbag cushion (205, 305) along at least a portion of the first side and along at least a portion of the second side, and wherein the diffuser (120, 250, 350) is non-releasably coupled with the airbag cushion (205, 305) adjacent to the hub opening (202, 302), characterized in that the diffuser (120, 250, 350) is non-releasably coupled with the airbag cushion (205, 305) at a first selvage region (116, 215, 315) of the airbag cushion along the first side and at a second selvage region (116, 225, 325) of the airbag cushion (205, 305) along the second side.
A process for preparing the compound of formula RSVL comprising the steps of: providing a compound of formula RSVLTBS: converting the compound of formula RSVLTBS into the compound of formula RSVL by removal of silyl protection group and isolating said compound of formula RSVL, wherein said RSVLTBS is in crystalline form.
A method of bonding an electrically conductive silicone gasket, comprising: activating selected surfaces of an electrically conductive silicone gasket, the gasket comprising a metal filler, by dissolving and removing a portion of the silicone from the selected surfaces, thus producing surface-activated regions including a greater amount of the metal filler than an adjacent subsurface region; applying a non-silicone sealant to at least a portion of the activated selected surfaces of the electrically conductive silicone gasket, said sealant having a corrosion inhibitor and comprising polythioether or polysulfide; and curing the sealant to thereby bond the electrically conductive silicone gasket on a substrate. activating selected surfaces of an electrically conductive silicone gasket, the gasket comprising a metal filler, by dissolving and removing a portion of the silicone from the selected surfaces, thus producing surface-activated regions including a greater amount of the metal filler than an adjacent subsurface region; applying a non-silicone sealant to at least a portion of the activated selected surfaces of the electrically conductive silicone gasket, said sealant having a corrosion inhibitor and comprising polythioether or polysulfide; and curing the sealant to thereby bond the electrically conductive silicone gasket on a substrate.
Cellulose-based, multilayer, three-dimensional food packaging comprising a plastic layer, a barrier paper layer and a moulded cellulose layer, wherein the cellulose-based, multilayer, three-dimensional food packaging has an oxygen transmission rate of less than 30 cc/m 2 /d (23°C, 50%RH) with the method DIN 53338-5 and a water vapor transmission rate (WVTR) of less than 20 g/m 2 /d (38°C, 90 %RH) with the method ISO 2528
An intraocular lens system (1, 1') for implantation into a lens capsule of an eye of human or animal body, said lens capsule having a capsulorhexis perimeter, said intraocular lens system (1,1') comprising: i) an intraocular primary component having a body exhibiting a flat configuration; and ii) an intraocular secondary component having an optical body with an optical axis, wherein the primary component includes a first primary component body part configured to fit within the lens capsule and a second primary component body part configured to be positioned outside the lens capsule and in the posterior chamber of the eye and wherein the second primary component body part is configured to releasably receive the secondary component in the posterior chamber of the eye to provide optical correction, such that the secondary component is movable relative to the primary component. i) an intraocular primary component having a body exhibiting a flat configuration; and ii) an intraocular secondary component having an optical body with an optical axis,