mhurhangee/patent-ind-claim-en huggingface dataset:
Machine for the preparation of beverages from at least one edible substance provided inside of a portion package , and presenting at least one extraction device adapted for processing of said portion package and at least one collection container adapted for collection of said portion packages downstream from said extraction device , characterized in that said collection container comprises at least one collection zone (a, b) presenting a characteristic dimension that corresponds approximately to at least one characteristic dimension of said portion packages , and at least one interaction element provided upstream of said collection zone (a, b) and adapted so that said portion packages can accumulate themselves in a similar disposition as a result of a spatial constrain and of the spatial orientation induced by the interaction with said upstream interaction element .
An imaging device comprising: an imaging element that takes an image of a subject; a plurality of rectangular light sources that radiate a light to the subject; and a substrate on which the plurality of rectangular light sources are arranged such that a flat side of the rectangular light source is normal to the imaging element; a detection unit to detect a distance between the imaging element and the subject by detecting a spot position appearing when lights radiated from the plurality of rectangular light sources are reflected by the subject, wherein: each of the plurality of rectangular light sources has a light emitter and a focus lens for collecting a light radiated from the light emitter; light-emitting faces of the light emitters of the plurality of light sources have a rectangular shape; a side of the rectangular shape of the light emitting faces faces the imaging element and is vertical to a diagonal line of the substrate; and optical axes of the plurality of rectangular light sources are inclined outward with respect to an optical axis of the imaging element . an imaging element that takes an image of a subject; a plurality of rectangular light sources that radiate a light to the subject; and a substrate on which the plurality of rectangular light sources are arranged such that a flat side of the rectangular light source is normal to the imaging element; a detection unit to detect a distance between the imaging element and the subject by detecting a spot position appearing when lights radiated from the plurality of rectangular light sources are reflected by the subject, wherein: each of the plurality of rectangular light sources has a light emitter and a focus lens for collecting a light radiated from the light emitter; light-emitting faces of the light emitters of the plurality of light sources have a rectangular shape; a side of the rectangular shape of the light emitting faces faces the imaging element and is vertical to a diagonal line of the substrate; and optical axes of the plurality of rectangular light sources are inclined outward with respect to an optical axis of the imaging element . each of the plurality of rectangular light sources has a light emitter and a focus lens for collecting a light radiated from the light emitter; light-emitting faces of the light emitters of the plurality of light sources have a rectangular shape; a side of the rectangular shape of the light emitting faces faces the imaging element and is vertical to a diagonal line of the substrate; and optical axes of the plurality of rectangular light sources are inclined outward with respect to an optical axis of the imaging element .
Container assembly for collecting pads in a stacking direction, wherein the container assembly comprises an elongate shell extending along a collecting axis parallel or substantially parallel to the stacking direction and extending in a circumferential direction about the collecting axis, wherein the shell comprises a top side and a bottom side opposite to said top side in the stacking direction, wherein the shell is open at said top side for receiving the pads in said stacking direction and along said collecting axis, characterized in that the she comprises a first shell segment and a second shell segment extending along said collecting axis between the top side and the bottom side and movable relative to one another in a clamping direction transverse to the stacking direction, wherein the second shell segment is biased relative to the first shell segment to move towards said first shell segment in the clamping direction.
A method for processing a biocomponent feedstock, comprising: exposing a feedstock comprising at least 25 wt% triglycerides to a first catalyst in the presence of hydrogen under effective deoxygenation conditions for forming an at least partially deoxygenated effluent, the at least partially deoxygenated effluent having an oxygen content that is at least 40% less than an oxygen content of the feedstock, the catalyst comprising a supported Group VI metal catalyst wherein the catalyst comprises zinc and molybdenum, zinc and tungsten, magnesium and molybdenum, or magnesium and tungsten; separating the at least partially deoxygenated effluent to form a gas phase effluent and a liquid phase effluent, the liquid phase effluent comprising at least 15 wt% olefins; exposing the liquid phase effluent to an acidic catalyst under effective conditions for oligomerization of at least a portion of the olefins to form a product effluent; and fractionating the product effluent to form at least a diesel product fraction and a lubricant base oil product fraction; wherein the diesel product fraction has an olefin to paraffin ratio of at least 0.04. exposing a feedstock comprising at least 25 wt% triglycerides to a first catalyst in the presence of hydrogen under effective deoxygenation conditions for forming an at least partially deoxygenated effluent, the at least partially deoxygenated effluent having an oxygen content that is at least 40% less than an oxygen content of the feedstock, the catalyst comprising a supported Group VI metal catalyst wherein the catalyst comprises zinc and molybdenum, zinc and tungsten, magnesium and molybdenum, or magnesium and tungsten; separating the at least partially deoxygenated effluent to form a gas phase effluent and a liquid phase effluent, the liquid phase effluent comprising at least 15 wt% olefins; exposing the liquid phase effluent to an acidic catalyst under effective conditions for oligomerization of at least a portion of the olefins to form a product effluent; and fractionating the product effluent to form at least a diesel product fraction and a lubricant base oil product fraction; wherein the diesel product fraction has an olefin to paraffin ratio of at least 0.04.
A machine to apply at least one cable to a pipeline, the machine comprising: - a frame extending along a longitudinal axis (A1); - a gripping and moving device mounted on the frame and configured to couple the machine around the pipeline and move the machine along the pipeline in a travel direction (D1) parallel to the longitudinal axis (A1); - a cable application equipment comprising a rotating open ring structure , which is configured to rotate with respect to the frame and around the pipeline when the machine is gripping the pipeline ; and an unwinding device for the controlled unwinding of a reel of cable ; said unwinding device being mounted on said rotating open ring structure ; and - a strapping apparatus mounted on the frame for applying straps around the cable and the pipe ; the cable application equipment being configured to wind the cable in a helical manner around the pipeline as the machine advances and the strapping apparatus being configured to apply a succession of straps around the pipeline and the cable wound around the pipeline during a machine stop. - a frame extending along a longitudinal axis (A1); - a gripping and moving device mounted on the frame and configured to couple the machine around the pipeline and move the machine along the pipeline in a travel direction (D1) parallel to the longitudinal axis (A1); - a cable application equipment comprising a rotating open ring structure , which is configured to rotate with respect to the frame and around the pipeline when the machine is gripping the pipeline ; and an unwinding device for the controlled unwinding of a reel of cable ; said unwinding device being mounted on said rotating open ring structure ; and - a strapping apparatus mounted on the frame for applying straps around the cable and the pipe ;
A vehicle hook comprising: a base configured to be coupled to a support structure of a vehicle; and a rotatable hook rotatively coupled to the base having an open position and a closed position, the rotatable hook comprising a hook arm having an end, wherein the end of the hook arm is vertically aligned with the base when the rotatable hook is rotated to the closed position and the end of the hook arm is angularly spaced from the base when the rotatable hook is rotated to the open position, characterized in that the hook arm further comprises an interlock projection that extends from the end of the hook arm, wherein a portion of the base extends between the hook arm and the interlock projection when the rotatable hook is rotated to the closed position. a base configured to be coupled to a support structure of a vehicle; and a rotatable hook rotatively coupled to the base having an open position and a closed position, the rotatable hook comprising a hook arm having an end, wherein the end of the hook arm is vertically aligned with the base when the rotatable hook is rotated to the closed position and the end of the hook arm is angularly spaced from the base when the rotatable hook is rotated to the open position, characterized in that the hook arm further comprises an interlock projection that extends from the end of the hook arm, wherein a portion of the base extends between the hook arm and the interlock projection when the rotatable hook is rotated to the closed position.
A mixing and dosing unit , comprising: - an exhaust conduit defining a central axis (C); - a mixing conduit positioned within the exhaust conduit , the mixing conduit having a sidewall and extending along the central axis (C) from an upstream end to a downstream end ; - a dispersing arrangement for dispersing reactants disposed at the upstream end of the mixing conduit ; and - a bypass (B) for allowing exhaust to bypass the upstream end of the mixing conduit and to enter the mixing conduit downstream of the dispersing arrangement ; wherein said sidewall defines a first flow entry region at which exhaust can flow from the bypass (B) into the interior of the mixing conduit ; wherein a second flow entry region is provided at said sidewall at a location spaced downstream of said first flow entry region ; said first flow entry region and said second flow entry region comprising louvers ; wherein said louvers of said first flow entry region face in a different direction than said louvers of said second flow entry region . - an exhaust conduit defining a central axis (C); - a mixing conduit positioned within the exhaust conduit , the mixing conduit having a sidewall and extending along the central axis (C) from an upstream end to a downstream end ; - a dispersing arrangement for dispersing reactants disposed at the upstream end of the mixing conduit ; and - a bypass (B) for allowing exhaust to bypass the upstream end of the mixing conduit and to enter the mixing conduit downstream of the dispersing arrangement ;
A multifunctional polyolefin-metal-solid lubricant composite yarn comprising a) at least one polyolefin, b) at least one ultrafine metal particle with an average particle size of less than 120 microns, c) at least one ultrafine solid lubricant powder with an average particle size of less than 120 microns and d) a coupling agent, and e) a single site catalyst, wherein, the yarn exhibits negative buoyancy, reduced coefficient of friction and reduced micro and macro fouling underwater.
A measurement configuration method, characterized by comprising the following steps: sending , by a first network node, information of a measurement object to a second network node, wherein the measurement object is a frequency point, the information of the measurement object is used for the second network node to generate part of measurement configuration information, the first network node is a master node, and the second network node is a secondary node; receiving , by the first network node, the part of measurement configuration information from the second network node, and sending, by the first network node, the part of measurement configuration information to a multi-Radio Frequency, RF, chain terminal through an RF chain of the terminal for connection between the first network node and the multi-RF chain terminal; and receiving , by the first network node, a measurement result obtained at the measurement object based on the part of measurement configuration information from the multi- RF chain terminal, wherein the part of measurement configuration information comprises a measurement gap and a correspondence between a measurement gap and a measurement object; and wherein, receiving, by the first network node, the measurement result obtained at the measurement object from the multi-RF chain terminal comprises: receiving, by the first network node, the measurement result through an RF chain for connection between the first network node and the multi-RF chain terminal. sending , by a first network node, information of a measurement object to a second network node, wherein the measurement object is a frequency point, the information of the measurement object is used for the second network node to generate part of measurement configuration information, the first network node is a master node, and the second network node is a secondary node; receiving , by the first network node, the part of measurement configuration information from the second network node, and sending, by the first network node, the part of measurement configuration information to a multi-Radio Frequency, RF, chain terminal through an RF chain of the terminal for connection between the first network node and the multi-RF chain terminal; and receiving , by the first network node, a measurement result obtained at the measurement object based on the part of measurement configuration information from the multi- RF chain terminal, wherein the part of measurement configuration information comprises a measurement gap and a correspondence between a measurement gap and a measurement object; and wherein, receiving, by the first network node, the measurement result obtained at the measurement object from the multi-RF chain terminal comprises: receiving, by the first network node, the measurement result through an RF chain for connection between the first network node and the multi-RF chain terminal.
A method , comprising: receiving audio data comprising a plurality of audio objects, the audio objects including audio signals and associated audio object metadata, the audio object metadata including audio object position metadata; receiving reproduction environment data comprising an indication of a number of reproduction speakers in a reproduction environment; determining at least one audio object type from among a list of audio object types that includes dialogue; making an audio object prioritization based, at least in part, on the audio object type, wherein making the audio object prioritization involves assigning a highest priority to audio objects that correspond to dialogue; adjusting audio object levels according to the audio object prioritization; and rendering the audio objects into a plurality of speaker feed signals based, at least in part, on the audio object position metadata, wherein each speaker feed signal corresponds to at least one of the reproduction speakers within the reproduction environment, wherein rendering involves rendering the audio objects to locations in a virtual acoustic space and increasing a distance between at least some audio objects in the virtual acoustic space. receiving audio data comprising a plurality of audio objects, the audio objects including audio signals and associated audio object metadata, the audio object metadata including audio object position metadata; receiving reproduction environment data comprising an indication of a number of reproduction speakers in a reproduction environment; determining at least one audio object type from among a list of audio object types that includes dialogue; making an audio object prioritization based, at least in part, on the audio object type, wherein making the audio object prioritization involves assigning a highest priority to audio objects that correspond to dialogue; adjusting audio object levels according to the audio object prioritization; and rendering the audio objects into a plurality of speaker feed signals based, at least in part, on the audio object position metadata, wherein each speaker feed signal corresponds to at least one of the reproduction speakers within the reproduction environment, wherein rendering involves rendering the audio objects to locations in a virtual acoustic space and increasing a distance between at least some audio objects in the virtual acoustic space.
A method for reporting wireless channel state information, CSI, comprising: receiving, by a wireless terminal device, CSI reference signals, CSI-RSs, transmitted from a wireless access network node; generating, by the wireless terminal device based on measuring the CSI-RSs, one or more indicators associated with one or more nonzero elements in a CSI feedback information in a vector space determined by a set of first basis vectors in spatial domain, a set of second basis vectors in frequency domain, a set of third basis vectors in time domain; and transmitting, by the wireless terminal device, information pertaining to the one or more nonzero elements in the CSI feedback information and pertaining to the one or more indicators to the wireless access network node, wherein the information pertaining to the one or more indicators comprises a positional information of the one or more nonzero elements in the vector space, wherein the positional information comprises an index representing a linearization of a first index, a second index, and a third index into the set of first basis vectors, the set of second basis vectors, and the set of third basis vectors, respectively. receiving, by a wireless terminal device, CSI reference signals, CSI-RSs, transmitted from a wireless access network node; generating, by the wireless terminal device based on measuring the CSI-RSs, one or more indicators associated with one or more nonzero elements in a CSI feedback information in a vector space determined by a set of first basis vectors in spatial domain, a set of second basis vectors in frequency domain, a set of third basis vectors in time domain; and transmitting, by the wireless terminal device, information pertaining to the one or more nonzero elements in the CSI feedback information and pertaining to the one or more indicators to the wireless access network node, wherein the information pertaining to the one or more indicators comprises a positional information of the one or more nonzero elements in the vector space, wherein the positional information comprises an index representing a linearization of a first index, a second index, and a third index into the set of first basis vectors, the set of second basis vectors, and the set of third basis vectors, respectively.
An internal combustion engine comprising: at least one cylinder provided with a combustion chamber, in which, following the combustion, exhaust gases are generated; an exhaust duct , which is flown through by the exhaust gases coming from the combustion chamber; and a water-based operating liquid system comprising: a tank , which is designed to contain a quantity of water-based operating liquid and a heating device , which is coupled to the tank and is designed to heat the water-based operating liquid contained in the tank ; the internal combustion engine is characterized in that the heating device comprises: a heating chamber , which surrounds a portion of the exhaust duct , comprises an inlet opening designed to receive air from the outside, is configured to allow heat to be transferred from the walls of the exhaust duct to the air received from the outside and comprises an outlet opening for the heated air; and a heat exchanger , which receives the heated air from the outlet opening of the heating chamber and is thermally coupled to the tank so as to transfer part of the heat owned by the heated air to the water-based operating liquid contained in the tank . at least one cylinder provided with a combustion chamber, in which, following the combustion, exhaust gases are generated; an exhaust duct , which is flown through by the exhaust gases coming from the combustion chamber; and a water-based operating liquid system comprising: a tank , which is designed to contain a quantity of water-based operating liquid and a heating device , which is coupled to the tank and is designed to heat the water-based operating liquid contained in the tank ; the internal combustion engine is characterized in that the heating device comprises: a heating chamber , which surrounds a portion of the exhaust duct , comprises an inlet opening designed to receive air from the outside, is configured to allow heat to be transferred from the walls of the exhaust duct to the air received from the outside and comprises an outlet opening for the heated air; and a heat exchanger , which receives the heated air from the outlet opening of the heating chamber and is thermally coupled to the tank so as to transfer part of the heat owned by the heated air to the water-based operating liquid contained in the tank . a heating chamber , which surrounds a portion of the exhaust duct , comprises an inlet opening designed to receive air from the outside, is configured to allow heat to be transferred from the walls of the exhaust duct to the air received from the outside and comprises an outlet opening for the heated air; and a heat exchanger , which receives the heated air from the outlet opening of the heating chamber and is thermally coupled to the tank so as to transfer part of the heat owned by the heated air to the water-based operating liquid contained in the tank .