mhurhangee/ep-ind-claims huggingface dataset:
A lid apparatus for dispensing liquid comprising: a lid body including: a spout opening defined in the lid body; a handle opposite the spout opening; and a vent opening defined in the lid body between the spout opening and the handle; an elongate pin slidably received in the lid body and translatable between a closed position and an open position, the elongate pin including: a spout sealing end in sealing contact with the lid body to close the spout opening in the closed position; an actuating end opposite the spout sealing end; and a vent sealing portion in sealing contact with the lid body to close the vent opening in the closed position; a resilient member biasing the elongate pin into the closed position; and an actuator disposed on the handle and connected to the actuating end, such that the actuator pulls the elongate pin into the open position when the actuator is engaged by a human user. a lid body including: a spout opening defined in the lid body; a handle opposite the spout opening; and a vent opening defined in the lid body between the spout opening and the handle; a spout opening defined in the lid body; a handle opposite the spout opening; and a vent opening defined in the lid body between the spout opening and the handle; an elongate pin slidably received in the lid body and translatable between a closed position and an open position, the elongate pin including: a spout sealing end in sealing contact with the lid body to close the spout opening in the closed position; an actuating end opposite the spout sealing end; and a vent sealing portion in sealing contact with the lid body to close the vent opening in the closed position; a spout sealing end in sealing contact with the lid body to close the spout opening in the closed position; an actuating end opposite the spout sealing end; and a vent sealing portion in sealing contact with the lid body to close the vent opening in the closed position; a resilient member biasing the elongate pin into the closed position; and an actuator disposed on the handle and connected to the actuating end, such that the actuator pulls the elongate pin into the open position when the actuator is engaged by a human user.
A method for guiding a motor vehicle on the basis of image data when autonomously driving the motor vehicle in platooning formation following a leading vehicle, by a steering controller coupled to a steering system, and a headway controller controlling a vehicle's interdistance relative to the leading vehicle, said method comprising: controlling, by the steering controller, the vehicle's lateral distance relative to a first lane side, said steering controller receiving inputs from a first lane side detector mounted on a vehicle's first front side location, and from a second lane side detector mounted on a vehicle's second front side location opposing said vehicle's first front side location, wherein said first and second detectors are spaced apart over a distance equal or wider than the vehicle's width.
A coextruded machine direction oriented multilayer film structure comprising: a core layer including a mixture of polypropylene and polyethylene, the core layer having a first side and a second side opposite from the first side; a first skin layer positioned on the first side of the core layer and a second skin layer positioned on the second side of the core layer, each skin layer including at least one propylene polymer and at least one ethylene polymer; wherein both skin layers have a surface opposite the core layer; wherein the skin layer surfaces opposite the core layer have (i) an average surface roughness (Sq) as measured by the root mean square height of the surface opposite the core layer of less than 170 nanometers (nm) and (ii) gloss measured at 60° of more than 80 gloss units in a machine direction of the skins layers and more than 60 GU in a cross direction of the skin layers; wherein at least one of the first skin layer and second skin layer include at least one propylene polymer from 70 % to 99.9 % by weight and at least one ethylene polymer from 0.1 % to 30 % by weight; or wherein at least one of the first skin layer and second skin layer include at least one propylene polymer from 0.1 % to 25 % by weight and at least one ethylene polymer from 75 % to 99.9 % by weight, wherein the at least one ethylene polymer in the skin layers is a linear low density polyethylene having a density in the range of from 0.915 to 0.925 g/cm 3. a core layer including a mixture of polypropylene and polyethylene, the core layer having a first side and a second side opposite from the first side; a first skin layer positioned on the first side of the core layer and a second skin layer positioned on the second side of the core layer, each skin layer including at least one propylene polymer and at least one ethylene polymer; wherein both skin layers have a surface opposite the core layer; wherein the skin layer surfaces opposite the core layer have (i) an average surface roughness (Sq) as measured by the root mean square height of the surface opposite the core layer of less than 170 nanometers (nm) and (ii) gloss measured at 60° of more than 80 gloss units in a machine direction of the skins layers and more than 60 GU in a cross direction of the skin layers; wherein at least one of the first skin layer and second skin layer include at least one propylene polymer from 70 % to 99.9 % by weight and at least one ethylene polymer from 0.1 % to 30 % by weight; or wherein at least one of the first skin layer and second skin layer include at least one propylene polymer from 0.1 % to 25 % by weight and at least one ethylene polymer from 75 % to 99.9 % by weight, wherein the at least one ethylene polymer in the skin layers is a linear low density polyethylene having a density in the range of from 0.915 to 0.925 g/cm 3.
Method for detecting the identity of a pot on a cooking point of a hob with a hob plate, wherein the hob has at least one heating element placed underneath the hob plate, wherein the cooking point is provided with a pot sensing means for detecting the presence of a pot on the cooking point and is connected to a hob control having a receiver, wherein a temperature sensor and a transmitter are attached to the pot, wherein the transmitter is transmitting at least two sets of data to the receiver and to the hob control, wherein the first set of data is an individual pot identifier and the second set of data is related to the temperature state of the pot measured by the temperature sensor, wherein a power profile template is defined for the heating element and when the pot sensing means has detected the presence of any pot, it is activated with this power profile template to provoke a temperature change in the pot present on it, wherein a given delay due to the thermal capacitance of the pot is given, wherein the temperature sensor at the pot detects, potentially with the above mentioned delay, the profile of the power represented in the temperature change and sends the temperature information via the transmitter back to the hob control to determine, whether this temperature profile detected by the temperature sensor at the pot corresponds to the template power profile generated by the heating element and in case of a match the pot with the pot identifier is recognized to be placed on this cooking point.
A system comprising: a flight platform an infrared camera configured to capture thermal images of a target from the flight platform; a skyward aiming irradiance detector configured to detect a magnitude and a direction of a background radiance associated with the target from the flight platform; a logic device configured to: receive the thermal images captured by the infrared camera and the magnitude and the direction of the background radiance from the irradiance detector, and determine a radiance adjustment associated with the target that is based at least on the magnitude and the direction of the background radiance, wherein the radiance adjustment is configured to compensate for a reflected background radiance reflected by the target towards the infrared camera and captured within the thermal images captured by the infrared camera. a flight platform an infrared camera configured to capture thermal images of a target from the flight platform; a skyward aiming irradiance detector configured to detect a magnitude and a direction of a background radiance associated with the target from the flight platform; a logic device configured to: receive the thermal images captured by the infrared camera and the magnitude and the direction of the background radiance from the irradiance detector, and determine a radiance adjustment associated with the target that is based at least on the magnitude and the direction of the background radiance, wherein the radiance adjustment is configured to compensate for a reflected background radiance reflected by the target towards the infrared camera and captured within the thermal images captured by the infrared camera. receive the thermal images captured by the infrared camera and the magnitude and the direction of the background radiance from the irradiance detector, and determine a radiance adjustment associated with the target that is based at least on the magnitude and the direction of the background radiance, wherein the radiance adjustment is configured to compensate for a reflected background radiance reflected by the target towards the infrared camera and captured within the thermal images captured by the infrared camera.
Motor vehicle having a displaceable loading floor and a backrest which is displaceable from a use position into a stowed position, characterized in that the backrest is at least temporarily mounted on the loading floor, wherein the loading floor absorbs all static and dynamic forces that act on the backrest while the backrest is being displaced from the use position into the stowed position.
A method of handling measurement capability for a mobile device capable of communicating with a network through a plurality of component carriers in an LTE-Advanced wireless communication system, the method comprising: sending a capability information message indicating a component carrier capability of the mobile device to the network, wherein the component carrier capability indicates the number of the plurality of component carriers; performing, by the mobile device, an inter-frequency measurement or an inter-RAT measurement when a measurement gap is configured to a first component carrier or to all of the plurality of component carriers by the network according to the component carrier capability and the number of component carriers which are configured to the mobile device. sending a capability information message indicating a component carrier capability of the mobile device to the network, wherein the component carrier capability indicates the number of the plurality of component carriers; performing, by the mobile device, an inter-frequency measurement or an inter-RAT measurement when a measurement gap is configured to a first component carrier or to all of the plurality of component carriers by the network according to the component carrier capability and the number of component carriers which are configured to the mobile device.
A binder for mold material mixtures, comprising: one or more polyol compounds comprising at least 2 hydroxy groups per molecule, containing at least one phenolic resin as the polyol compound; and one or more isocyanate compounds comprising at least 2 isocyanate groups per molecule, containing at least one isocyanate compound having at least 2 isocyanate groups per molecule, further comprising per molecule at least one uretonimine group and/or carbodiimide group. one or more polyol compounds comprising at least 2 hydroxy groups per molecule, containing at least one phenolic resin as the polyol compound; and one or more isocyanate compounds comprising at least 2 isocyanate groups per molecule, containing at least one isocyanate compound having at least 2 isocyanate groups per molecule, further comprising per molecule at least one uretonimine group and/or carbodiimide group.
A method for producing flexible tube bodies for packaging tubes from a film substrate preferably having a print on an outer side and having or consisting of at least one weldable plastic layer and comprising a first longitudinal edge side extending in a longitudinal direction and a second longitudinal edge side parallel thereto and spaced apart therefrom, the film substrate being deformed into a tube shape by means of deforming means and the two longitudinal edge sides being in particular welded to one another, a longitudinal weld seam being formed in the process, a strip being arranged in the area of the joint and/or of the longitudinal weld seam inside the film substrate deformed into the tube shape and being connected, in particular welded, to the longitudinal edge sides at least in some areas or sections, characterized in that, prior to the formation of the longitudinal weld seam, at least one longitudinal edge side is reshaped, in particular cut, in such a manner that the longitudinal edge sides (8, 8') of the film substrate deformed into the tube shape contact one another, in particular edge to edge, radially only in the area of the outer side via at least one tip formed by the reshaping.
A downlink control channel configuration method, comprising: receiving, in a second downlink control channel transmitted by a pre-configured second frequency domain resource, a first indication information that is used for indicating a number of frequency domain resource scheduling units contained in a first frequency domain resource, wherein the first frequency domain resource is a frequency domain resource for transmitting a first downlink control channel within at least one time domain resource scheduling unit, wherein the time domain resource scheduling unit consists of a symbol or a mini-slot; and determining, according to the first indication information, the number of frequency domain resource scheduling units contained in the first frequency domain resource; characterized in that the method further comprises: receiving a third indication information that is used for indicating a third frequency domain resource in the first downlink control channel transmitted by the first frequency domain resource or the second downlink control channel transmitted by the second frequency domain resource, wherein the third frequency domain resource contains the first frequency domain resource and the frequency domain resource for transmitting the downlink data channel within the at least one time domain resource scheduling unit. receiving, in a second downlink control channel transmitted by a pre-configured second frequency domain resource, a first indication information that is used for indicating a number of frequency domain resource scheduling units contained in a first frequency domain resource, wherein the first frequency domain resource is a frequency domain resource for transmitting a first downlink control channel within at least one time domain resource scheduling unit, wherein the time domain resource scheduling unit consists of a symbol or a mini-slot; and determining, according to the first indication information, the number of frequency domain resource scheduling units contained in the first frequency domain resource; characterized in that the method further comprises: receiving a third indication information that is used for indicating a third frequency domain resource in the first downlink control channel transmitted by the first frequency domain resource or the second downlink control channel transmitted by the second frequency domain resource, wherein the third frequency domain resource contains the first frequency domain resource and the frequency domain resource for transmitting the downlink data channel within the at least one time domain resource scheduling unit.
A knife having a casing, wherein a blade support can be moved between a safety position in which a blade held on the blade support is 5 recessed in the casing, a cutting position in which the blade projects out of the casing, and a blade-change position in which the blade projects out of the casing to a greater extent than in the cutting position, and the knife has an actuator that comprises a handle 10 with which the blade support can be moved, whereby the knife has a latch enabling the blade support to be fixed in the blade-change position in an indirectly or directly releasable manner. characterized in that the handle can be moved between an unactuated position and an actuated position; in the unactuated position, the blade support is in the safety position; and in the actuated position the blade support is in the cutting position.
A binder composition for an electrochemical device electrode comprising a binder and an organic solvent, wherein the binder includes a particulate polymer A and a polymer B, the particulate polymer A has a core-shell structure including a core portion and a shell portion at least partially covering an outer surface of the core portion, a polymer forming the shell portion has a glass-transition temperature of not lower than -50°C and not higher than 20°C, and a mixture obtained by mixing the polymer B in a concentration of 8 mass% with the organic solvent has a viscosity at a shear rate of 1 s -1 of not less than 100 mPa·s and not more than 10,000 mPa·s. the binder includes a particulate polymer A and a polymer B, the particulate polymer A has a core-shell structure including a core portion and a shell portion at least partially covering an outer surface of the core portion, a polymer forming the shell portion has a glass-transition temperature of not lower than -50°C and not higher than 20°C, and a mixture obtained by mixing the polymer B in a concentration of 8 mass% with the organic solvent has a viscosity at a shear rate of 1 s -1 of not less than 100 mPa·s and not more than 10,000 mPa·s.
Device comprising a boot lid, a camera and a mounting device (4, 9) for mounting the camera on a vehicle, wherein the mounting device (4, 9) is attached to the bodywork of the vehicle and the camera can be extended from the bodywork by means of the mounting device, wherein the device comprises a trade mark of a vehicle manufacturer, and wherein the mounting device (4, 9) is integrated into the trade mark of the vehicle manufacturer which is attached to the boot lid, configured such that, when the camera is extended, the trade mark of the vehicle manufacturer folds open and the mounting device moves out, characterized in that a processor is provided, by means of which, when the vehicle reverses, the camera is extended, and by means of which, in the case of forward travel and when a predefined velocity value is exceeded, the camera is retracted again.
A random access responding method in a wireless communication system using beamforming, comprising: receiving at least two random access preambles before responding to random access of a terminal device, wherein each of the at least two random access preambles comprises at least one sequence; or receiving one random access preamble before responding to random access of a terminal device, wherein the one random access preamble comprises at least two sequences; checking for the sequences in the received random access preambles; and responding to a successfully detected sequence or a random access preamble that comprises a successfully detected sequence; characterized in that the method further comprises: responding, through at least two downlink transmissions, to the successfully detected sequence or the random access preamble that comprises a successfully detected sequence. receiving at least two random access preambles before responding to random access of a terminal device, wherein each of the at least two random access preambles comprises at least one sequence; or receiving one random access preamble before responding to random access of a terminal device, wherein the one random access preamble comprises at least two sequences; checking for the sequences in the received random access preambles; and responding to a successfully detected sequence or a random access preamble that comprises a successfully detected sequence; characterized in that the method further comprises: responding, through at least two downlink transmissions, to the successfully detected sequence or the random access preamble that comprises a successfully detected sequence.
A mop module for a robot cleaner, comprising: a module body detachably coupled to a cleaner body; and a mop mounted to the module body, and configured to wipe a floor as the cleaner body moves, wherein the module body includes: a hook (211, 212) protruding from the module body, and detachably mounted to the cleaner body by being elastically transformed; and a pressing member (220, 230) installed at the module body so as to be moveable in two opposite directions, and configured to elastically transform the hook (211, 212) in a pressing manner when moved in one direction by a pressing operation. a module body detachably coupled to a cleaner body; and a mop mounted to the module body, and configured to wipe a floor as the cleaner body moves, wherein the module body includes: a hook (211, 212) protruding from the module body, and detachably mounted to the cleaner body by being elastically transformed; and a pressing member (220, 230) installed at the module body so as to be moveable in two opposite directions, and configured to elastically transform the hook (211, 212) in a pressing manner when moved in one direction by a pressing operation. a hook (211, 212) protruding from the module body, and detachably mounted to the cleaner body by being elastically transformed; and a pressing member (220, 230) installed at the module body so as to be moveable in two opposite directions, and configured to elastically transform the hook (211, 212) in a pressing manner when moved in one direction by a pressing operation.
Operating method for a grinding body mill having a housing that surrounds a grinding chamber in which grinding bodies are arranged and during normal operation are set in motion so as to grind a grinding stock that is to be ground, and said housing comprises a product inlet and a product outlet between which the grinding stock that is to be ground flows through the moving grinding bodies, wherein, by means of a separating device that is connected upstream of the product outlet and comprises a rotor body, grinding bodies are prevented from exiting the grinding chamber into the product outlet during normal operation of the grinding body mill, characterized in that grinding bodies that have passed through the separating device and onward through the product outlet pass into an upwardly inclined discharge pipe from where, when the grinding body mill is at a standstill, said grinding bodies are directed out of the discharge pipe through the product outlet into the rotor body of the separating device and, when operation of the grinding body mill is resumed, said grinding bodies are conveyed back into the grinding chamber as a result of the rotation of the rotor body.