mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing colored bulked continuous carpet filament from a polymer melt comprising polyethylene terephthalate (PET) using liquid colorant, the method comprising: providing a static mixing assembly comprising at least twenty static mixers arranged in series; providing a liquid metering system ; providing a first liquid colorant having a first color; using the liquid metering system to inject the first liquid colorant into the polymer melt ; after the step of using the liquid metering system to inject the first liquid colorant into the polymer melt , passing the polymer melt and the first liquid colorant through the static mixing assembly to substantially thoroughly mix the polymer melt with the first liquid colorant ; and after the step of passing the polymer melt through the static mixing assembly to substantially thoroughly mix the polymer melt with the first liquid colorant , forming the polymer melt into bulked continuous carpet filament having a color based on the first color, characterized in that the step of substantially thoroughly mixing the polymer melt with the first liquid colorant comprises substantially thoroughly mixing the polymer melt with the first liquid colorant without using a dynamic mixer. providing a static mixing assembly comprising at least twenty static mixers arranged in series; providing a liquid metering system ; providing a first liquid colorant having a first color; using the liquid metering system to inject the first liquid colorant into the polymer melt ; after the step of using the liquid metering system to inject the first liquid colorant into the polymer melt , passing the polymer melt and the first liquid colorant through the static mixing assembly to substantially thoroughly mix the polymer melt with the first liquid colorant ; and after the step of passing the polymer melt through the static mixing assembly to substantially thoroughly mix the polymer melt with the first liquid colorant , forming the polymer melt into bulked continuous carpet filament having a color based on the first color, characterized in that the step of substantially thoroughly mixing the polymer melt with the first liquid colorant comprises substantially thoroughly mixing the polymer melt with the first liquid colorant without using a dynamic mixer.
A peptide enhancing neuronal outgrowth, consisting of the sequence selected from the group consisting of NAIPQ (SEQ ID NO: 1), NPSPQ (SEQ ID NO: 2), NFEPQ (SEQ ID NO: 4), NMYPQ (SEQ ID NO: 5), NIKPQ (SEQ ID NO: 6), NLMPQ (SEQ ID NO: 7), NVAPQ (SEQ ID NO: 8), and NWLPQ (SEQ ID NO: 9).
Composition of encapsulated sweeteners comprising 1-40 wt% of sweeteners, wherein the sweeteners are selected from the group consisting of aspartame, acesulfame K and sucralose and mixtures of these sweeteners, and also 60-99 wt% of vinyl acetate-vinyl laurate copolymers, wherein the copolymer has a monomer ratio of 4-15 wt% of vinyl laurate and 85-96 wt% of vinyl acetate.
A surge protection device comprising a plurality of surge arresters and an, in particular thermal, disconnecting device respectively associated therewith, along with an error and status indicator, which is in the form of a movable displacement element pretensioned by spring force and includes an indication surface and an actuating surface for a remote signaling device, the triggering of the error and status indicator being effected indirectly by means of a blocking element (1; 2; 3), the physical state of which is changeable, wherein for each of the surge arresters, a blocking element (1; 2; 3) is provided, each of which is arranged so as to block the movement path (4; 5; 6) of a mechanically pretensioned wedge slider (7; 8; 9) having a wedge bevel , characterized in that a rocker lever arrangement includes first lever arms (13; 14; 15) corresponding to the number of wedge sliders (7; 8; 9) and at least one second lever arm for blocking or releasing the displacement element , wherein the ends of the first lever arms (13; 14; 15) remote from the axis of rotation of the rocker lever arrangement each have a surface for sensing the respective wedge bevel of the wedge sliders (7; 8; 9), such that when the respective movement path (4; 5; 6) is cleared, at least one of the wedge sliders (7; 8; 9) lifts the first lever arm (13; 14; 15) concerned by its wedge bevel , as a result of which the second lever arm releases the displacement element .
A constant volume combustion system for a turbomachine comprising a plurality of combustion chambers distributed annularly about an axis (XX'), each combustion chamber comprising an inlet orifice and an outlet orifice , a selective shut-off element movable in rotation about the axis (XX') relative to the combustion chambers , the selective shut-off element comprising a shroud facing the inlet and outlet orifices of the combustion chambers , the shroud including on a first annular portion at least one intake aperture intended to cooperate with the inlet orifice of each combustion chamber during the rotation of the selective shut-off element and on a second annular portion at least one exhaust aperture intended to cooperate with the outlet orifice of each combustion chamber during the rotation of the selective shut-off element, each combustion chamber comprising a fuel injection device whose opening and closing are synchronized by the shut-off element, and the fuel injection device comprising an injection valve present between a fuel supply circuit and a combustion chamber and a rocker arm configured to control the opening of the injection valve, the rocker arm cooperating with one or several injection cams present on the shut-off element to control the opening of the injection valve.
Method for identifying an item of luggage that is devoid of an identifier that is representative of a recipient of said item of luggage, referred to as an unidentified item of luggage, comprising: - obtaining at least two images of the unidentified item of luggage of different types, the type of an image of an item of luggage depending on a view point on said item of luggage that is represented by said image and/or on a kind of the data that are representative of said item of luggage in said image which is selected from among a plurality of different kinds of data comprising data that are representative of the visible range and/or data that are representative of the infrared range and/or data that are representative of pieces of three-dimensional information; for each obtained image of the unidentified item of luggage: - applying to said image a convolutional neural network that is trained on images of items of luggage of the same type as said image in order to obtain, for each class of a plurality of luggage classes that are defined for the type of the image, a probability that said unidentified item of luggage belongs to said class; and - identifying the luggage class having the highest probability; - applying a luggage search procedure comprising: searching for items of luggage corresponding to each class that is identified in a luggage database in order to obtain at least one candidate item of luggage, each item of luggage from said database being associated with an identifier that is representative of a recipient of the item of luggage; - comparing the unidentified item of luggage with each candidate item of luggage in order to identify the recipient of the unidentified item of luggage. - obtaining at least two images of the unidentified item of luggage of different types, the type of an image of an item of luggage depending on a view point on said item of luggage that is represented by said image and/or on a kind of the data that are representative of said item of luggage in said image which is selected from among a plurality of different kinds of data comprising data that are representative of the visible range and/or data that are representative of the infrared range and/or data that are representative of pieces of three-dimensional information; - applying to said image a convolutional neural network that is trained on images of items of luggage of the same type as said image in order to obtain, for each class of a plurality of luggage classes that are defined for the type of the image, a probability that said unidentified item of luggage belongs to said class; and - identifying the luggage class having the highest probability; - applying a luggage search procedure comprising: searching for items of luggage corresponding to each class that is identified in a luggage database in order to obtain at least one candidate item of luggage, each item of luggage from said database being associated with an identifier that is representative of a recipient of the item of luggage; - comparing the unidentified item of luggage with each candidate item of luggage in order to identify the recipient of the unidentified item of luggage.
A multirotor aircraft having a fuselage that defines an internal volume adapted for transportation of passengers; the multirotor aircraft having a plurality of thrust producing units structurally connected to the fuselage ; the multirotor aircraft being designed with a normal operating mode and with a failure operating mode; the multirotor aircraft has an aircraft operating structure that is adapted for failure-free operation of the multirotor aircraft in the normal operating mode, and a redundant security architecture that is at least adapted for the failure operating mode of the multirotor aircraft in case of a failure of the aircraft operating structure in operation, characterized in that for the multirotor aircraft to be certificated for operation within urban areas, at least two thrust producing units comprise at least two rotor assemblies structurally connected to the fuselage specifically by a structural support , each one of the at least two rotor assemblies defining an associated rotor plane , a first one of the at least two rotor assemblies being associated with the aircraft operating structure for failure-free operation and a second one of the at least two rotor assemblies being associated with the redundant security architecture for the failure operating mode, at least one first engine being electrical and provided in the at least two thrust producing units for driving a first one of at least two rotor assemblies in operation, and at least one second engine being electrical and provided in the at least two thrust producing units for driving a second one of the at least two rotor assemblies at least in operation, the at least one first engine being associated with the aircraft operating structure and the at least one second engine being associated with the redundant security architecture , the internal volume of the fuselage of the multirotor aircraft having an energy storage system ; the energy storage system being electrical and comprising at least two electrical energy providing units ; and at least a first one of the at least two electrical energy providing units is connected to the at least one first engine for providing energy to the at least one first engine in operation, and at least a second one of the at least two electrical energy providing units is connected to the at least one second engine for providing energy to the at least one second engine in operation.
An assist grip assembly that is configured to be secured to a component , the assist grip assembly comprising: - a handle defining a retention chamber ; and - a fastening assembly pivotally secured to the retention chamber of the handle , the fastening assembly comprising: - a mounting cushion having a central channel and at least one mounting stud pivotally coupled to the retention chamber , wherein the mounting cushion secures the fastening assembly to the handle ; and - a retaining clip coupled to the mounting cushion from a first side, wherein the retaining clip is configured to secure to the component and comprises: - a first leg connected to a second leg through a curved segment ; - a first retaining beam outwardly angled from the first leg ; and - a second retaining beam outwardly angled from the second leg , wherein the second retaining beam outwardly angles away from the first retaining beam , characterized in that each of the first leg and the second leg comprises two lateral stabilizers that provide four retention locations that are configured to abut into a portion of the component , wherein the portion of the component is configured to be securely sandwiched within a component-securing space between the four retention locations and a clip retainer of the mounting cushion . - a handle defining a retention chamber ; and - a fastening assembly pivotally secured to the retention chamber of the handle , the fastening assembly comprising: - a mounting cushion having a central channel and at least one mounting stud pivotally coupled to the retention chamber , wherein the mounting cushion secures the fastening assembly to the handle ; and - a retaining clip coupled to the mounting cushion from a first side, wherein the retaining clip is configured to secure to the component and comprises: - a first leg connected to a second leg through a curved segment ; - a first retaining beam outwardly angled from the first leg ; and - a second retaining beam outwardly angled from the second leg , wherein the second retaining beam outwardly angles away from the first retaining beam , characterized in that - a mounting cushion having a central channel and at least one mounting stud pivotally coupled to the retention chamber , wherein the mounting cushion secures the fastening assembly to the handle ; and - a retaining clip coupled to the mounting cushion from a first side, wherein the retaining clip is configured to secure to the component and comprises: - a first leg connected to a second leg through a curved segment ; - a first retaining beam outwardly angled from the first leg ; and - a second retaining beam outwardly angled from the second leg , wherein the second retaining beam outwardly angles away from the first retaining beam , characterized in that - a first leg connected to a second leg through a curved segment ; - a first retaining beam outwardly angled from the first leg ; and - a second retaining beam outwardly angled from the second leg , wherein the second retaining beam outwardly angles away from the first retaining beam , characterized in that
A mobile cleaning robot comprising: a cleaning head configured to clean a floor surface in an environment; at least one camera having a field of view that extends above the floor surface, in which the at least one camera is configured to capture images that include portions of the environment above the floor surface; a recognition module configured to recognize objects in the environment based on the images captured by the at least one camera, in which the recognition module is trained at least in part using the images captured by the at least one camera; a storage device configured to store a map of the environment; and a control module configured to control the mobile cleaning robot to navigate in the environment using the map and operate the cleaning head to perform cleaning tasks taking into account of the objects recognized by the recognition module, wherein the control module is configured to execute particular cleaning modes in response to the recognition module recognizing particular objects, in which the cleaning modes comprise at least one of a deep cleaning mode or a no-touch cleaning mode, characterized in that the control module is configured to execute one of the particular cleaning modes in a vicinity of at least one of the recognized particular objects, the particular objects including furniture and/or appliances. a cleaning head configured to clean a floor surface in an environment; at least one camera having a field of view that extends above the floor surface, in which the at least one camera is configured to capture images that include portions of the environment above the floor surface; a recognition module configured to recognize objects in the environment based on the images captured by the at least one camera, in which the recognition module is trained at least in part using the images captured by the at least one camera; a storage device configured to store a map of the environment; and a control module configured to control the mobile cleaning robot to navigate in the environment using the map and operate the cleaning head to perform cleaning tasks taking into account of the objects recognized by the recognition module, wherein the control module is configured to execute particular cleaning modes in response to the recognition module recognizing particular objects, in which the cleaning modes comprise at least one of a deep cleaning mode or a no-touch cleaning mode, characterized in that the control module is configured to execute one of the particular cleaning modes in a vicinity of at least one of the recognized particular objects, the particular objects including furniture and/or appliances.
A signal receiver for communicating with one of a plurality of transmitters , the receiver being configured for receiving a narrowband Internet of Things, NB-loT, signal and to adapt for communication with a transmitter , said receiver being further configured to: estimate , for each of multiple transmitters , a respective training signal; receive a segment of signal on a channel; form a list comprising at least one of the training signals; for each training signal in that list, estimate the channel response for a signal on the channel from the transmitter associated with that training signal, and thereby estimate a signal on the channel from that transmitter ; estimate a processed received signal by cancelling from the received signal a contribution corresponding to the or each training signal; determine , for a subset of the training signals, the strength of a cross-correlation in the frequency domain between the processed received signal and the respective training signal, and determine whether the strength of the cross-correlation in the frequency domain between the received signal and the respective training signal exceeds a threshold comprising determining whether the ratio between: (i) the amplitude of cross-correlation in the frequency domain between the received signal and the respective training signal and (ii) the mean amplitude of cross-correlation in the frequency domain between the received signal and each of the respective training signals exceeds a predetermined threshold. estimate , for each of multiple transmitters , a respective training signal; receive a segment of signal on a channel; form a list comprising at least one of the training signals; for each training signal in that list, estimate the channel response for a signal on the channel from the transmitter associated with that training signal, and thereby estimate a signal on the channel from that transmitter ; estimate a processed received signal by cancelling from the received signal a contribution corresponding to the or each training signal; determine , for a subset of the training signals, the strength of a cross-correlation in the frequency domain between the processed received signal and the respective training signal, and determine whether the strength of the cross-correlation in the frequency domain between the received signal and the respective training signal exceeds a threshold comprising determining whether the ratio between: (i) the amplitude of cross-correlation in the frequency domain between the received signal and the respective training signal and (ii) the mean amplitude of cross-correlation in the frequency domain between the received signal and each of the respective training signals exceeds a predetermined threshold.
A service processing method, comprising: receiving (S110), by a terminal, a first message, wherein the first message comprises first information of a first network slice, a priority corresponding to the first information, second information of a second network slice, and a priority corresponding to the second information; and preferentially (S120) processing, by the terminal, a service of the high-priority network slice based on the priorities when a service of the first network slice collides with a service of the second network slice, characterized by determining, by the terminal, a priority of a service type, and processing a service request of a network slice based on the determined priority of the service type. receiving (S110), by a terminal, a first message, wherein the first message comprises first information of a first network slice, a priority corresponding to the first information, second information of a second network slice, and a priority corresponding to the second information; and preferentially (S120) processing, by the terminal, a service of the high-priority network slice based on the priorities when a service of the first network slice collides with a service of the second network slice, characterized by determining, by the terminal, a priority of a service type, and processing a service request of a network slice based on the determined priority of the service type.
A mode-switchable backlight comprising: a first directional backlight configured to provide narrow-angle emitted light during both a first mode and a second mode; and a second directional backlight configured to provide bidirectional emitted light exclusively during the second mode, the bidirectional emitted light having a bifurcated angular extent that is complementary to an angular range of the narrow-angle emitted light , wherein the first directional backlight is configured to provide the narrow-angle emitted light from a first surface and the second directional backlight is adjacent to a second surface of the first directional backlight opposite to the first surface, the first directional backlight being transparent to the bidirectional emitted light; and wherein a combination of the narrow-angle emitted light and the bidirectional emitted light during the second mode is configured to provide broad-angle emitted light having an angular range that is a summation of the angular range of the narrow-angle emitted light and the bifurcated angular extent of the bidirectional emitted light , characterized in that the second directional backlight is configured to provide the bidirectional emitted light to the second surface of the first directional backlight . a first directional backlight configured to provide narrow-angle emitted light during both a first mode and a second mode; and a second directional backlight configured to provide bidirectional emitted light exclusively during the second mode, the bidirectional emitted light having a bifurcated angular extent that is complementary to an angular range of the narrow-angle emitted light , wherein the first directional backlight is configured to provide the narrow-angle emitted light from a first surface and the second directional backlight is adjacent to a second surface of the first directional backlight opposite to the first surface, the first directional backlight being transparent to the bidirectional emitted light; and wherein a combination of the narrow-angle emitted light and the bidirectional emitted light during the second mode is configured to provide broad-angle emitted light having an angular range that is a summation of the angular range of the narrow-angle emitted light and the bifurcated angular extent of the bidirectional emitted light , characterized in that the second directional backlight is configured to provide the bidirectional emitted light to the second surface of the first directional backlight .