mhurhangee/ep-ind-claims huggingface dataset:
A listener system for use with an Ethernet Audio-Video Bridging "AVB" network, the listener system comprising: an upper layer application; and a stream reservation protocol stack in communication with the upper layer application, the stream reservation protocol stack configured to receive stream advertisements on the Ethernet AVB network, the stream reservation protocol stack configured to operate in a sparse mode and a full mode; where the stream reservation protocol stack is further configured to transmit all of the received stream advertisements to the upper layer application during operation in the full mode, characterized in that the stream reservation protocol stack is further configured to transmit a first subset of the received stream advertisements to the upper layer application and to not transmit a second subset of the received stream advertisements to the upper layer application during operation in the sparse mode. an upper layer application; and a stream reservation protocol stack in communication with the upper layer application, the stream reservation protocol stack configured to receive stream advertisements on the Ethernet AVB network, the stream reservation protocol stack configured to operate in a sparse mode and a full mode; where the stream reservation protocol stack is further configured to transmit all of the received stream advertisements to the upper layer application during operation in the full mode, characterized in that the stream reservation protocol stack is further configured to transmit a first subset of the received stream advertisements to the upper layer application and to not transmit a second subset of the received stream advertisements to the upper layer application during operation in the sparse mode.
Valve for a beverage container comprising a mounting element for mounting the valve in a container opening of the beverage container, the mounting element radially extending from an inner side defining a fluid passage through the mounting element to an outer peripheral side for sealing against a container edge at the container opening, the mounting element coupled to a valve housing comprising a housing side wall extending axially from a housing top wall sealed against the mounting element to a housing bottom wall, the housing top wall having a beverage outlet opening aligned with the fluid passage and the housing side wall having a beverage inlet opening, wherein a valve body is axially moveable inside the valve housing from a first position closing off the beverage outlet opening to a second position opening a fluid connection through the beverage outlet opening, wherein the valve body comprises a closed upper end section which is shaped to clampingly fit in the beverage outlet opening and which is fixedly received in the beverage outlet opening in the first position and operable to be moved away from the beverage outlet opening to the second position axially past at least a part of the beverage inlet opening in the side wall, and a lower end section extending axially from the closed upper end section in the direction of the housing bottom wall, the lower end section arranged to contact an inner surface of the valve housing at least in the second position.
An inkjet ink composition comprising: - at least one near infrared absorbent selected from the group consisting of: metal dithiolene complexes, cyanines, and phthalocyanines in amount of from 0,05% to 5% w/w; - gamma-butyrolactone as a solvent in amount of from 1 % to 30% w/w; - 2-butoxyethyl acetate as a solvent in amount of from 50% to 95% w/w; and - vinylchloride-vinylacetate copolymer as a binder in amount of from 0,1% to 5% w/w. - at least one near infrared absorbent selected from the group consisting of: metal dithiolene complexes, cyanines, and phthalocyanines in amount of from 0,05% to 5% w/w; - gamma-butyrolactone as a solvent in amount of from 1 % to 30% w/w; - 2-butoxyethyl acetate as a solvent in amount of from 50% to 95% w/w; and - vinylchloride-vinylacetate copolymer as a binder in amount of from 0,1% to 5% w/w.
A method of operating a network element (eNodeB; CIoT-BS) of a mobile communications network including one or more network elements (eNodeB, MME; CIoT-BS, C-SGN) for providing a wireless access interface for a communications device for NB-IoT Narrow Band Internet of Things respectively CIoT Cellular Internet of Things, wherein the network element (eNodeB; CIoT-BS) of the mobile communications network providing a wireless access interface for the communications device during an attach procedure receives an information element regarding radio related capabilities of the communications device and wherein the network element (eNodeB; CIoT-BS) of the mobile communications network itself uses the received information element regarding radio related capabilities of the communications device for directly selecting a core network node (MME; C-SGN) of the mobile communications network without a further communication between the network element (eNodeB; CIoT-BS) and the communications device and/or the core network node (MME; C-SGN), wherein the information element regarding radio related capabilities includes NB-IoT respectively CIoT capability information about single tone or multi tone as layer 1 techniques to be used.
A hydrogen intake assembly for a hydrogen internal combustion engine, the hydrogen intake assembly comprising: - At least one air intake manifold comprising: • an air intake pipe comprising at least one air inlet and air outlets, • air intake runners comprising air inlets and air outlets, said air inlets of the air intake runners being connected to the air outlets of the air intake pipe, - A spacer having a wall defining an inner chamber receiving a mixture of air, water and hydrogen and comprising air inlets and mixture outlets delivering said mixture, said air inlets of the spacer being connected to the air outlets of the air intake runners, said mixture outlets of the spacer being configured to be secured on a cylinder head of a hydrogen internal combustion engine, - A hydrogen rail comprising at least one hydrogen inlet and hydrogen outlets, said hydrogen outlets being connected to hydrogen intake pipes including hydrogen inlets and hydrogen outlets, said hydrogen outlets of the hydrogen intake pipes being embedded in the wall of the spacer, - A water rail comprising at least one water inlet and water outlets, said water outlets being embedded in the wall of the spacer. - At least one air intake manifold comprising: • an air intake pipe comprising at least one air inlet and air outlets, • air intake runners comprising air inlets and air outlets, said air inlets of the air intake runners being connected to the air outlets of the air intake pipe, • an air intake pipe comprising at least one air inlet and air outlets, • air intake runners comprising air inlets and air outlets, said air inlets of the air intake runners being connected to the air outlets of the air intake pipe, - A spacer having a wall defining an inner chamber receiving a mixture of air, water and hydrogen and comprising air inlets and mixture outlets delivering said mixture, said air inlets of the spacer being connected to the air outlets of the air intake runners, said mixture outlets of the spacer being configured to be secured on a cylinder head of a hydrogen internal combustion engine, - A hydrogen rail comprising at least one hydrogen inlet and hydrogen outlets, said hydrogen outlets being connected to hydrogen intake pipes including hydrogen inlets and hydrogen outlets, said hydrogen outlets of the hydrogen intake pipes being embedded in the wall of the spacer, - A water rail comprising at least one water inlet and water outlets, said water outlets being embedded in the wall of the spacer.
Method of buffering streaming data from a server at a server data rate (Cs) via a network to at least one terminal device at a terminal reception data rate (Crec), comprising the steps of: requesting a streaming session from the server by the terminal device; forwarding streaming data from the server to the network at a server data rate (Ls) and from the network to the terminal device at a reception data rate (Crec); buffering data received from the network in a terminal buffer of the terminal device for at least a first period; initiate rendering the buffered data after the first period at a first rendering rate (Cren) which is 10% lower than the server data rate (Ls) or the reception data rate (Crec); changing the first rendering data rate (Cren) according to a filling of the terminal buffer with received streaming data until the rendering data rate (Cren) corresponds to the server data rate (Cs), wherein the first rendering data rate (Cren) is increased with an increasing filling of the terminal buffer such as to smoothly restore normal rendering data rate, wherein the rendering data rate is smoothly moved from 10% reduction to 0% by 1% substeps. requesting a streaming session from the server by the terminal device; forwarding streaming data from the server to the network at a server data rate (Ls) and from the network to the terminal device at a reception data rate (Crec); buffering data received from the network in a terminal buffer of the terminal device for at least a first period; initiate rendering the buffered data after the first period at a first rendering rate (Cren) which is 10% lower than the server data rate (Ls) or the reception data rate (Crec); changing the first rendering data rate (Cren) according to a filling of the terminal buffer with received streaming data until the rendering data rate (Cren) corresponds to the server data rate (Cs), wherein the first rendering data rate (Cren) is increased with an increasing filling of the terminal buffer such as to smoothly restore normal rendering data rate, wherein the rendering data rate is smoothly moved from 10% reduction to 0% by 1% substeps.
A branched chimeric compound of formula: [ D -L 1 -L 2 - -L 3] x - F wherein: D is a linear chimeric compound; L 1 is a first linker comprising an alkylthio group; L 2 is a second linker comprising a succinimide group; L 3 is a third linker comprising an amide group; PEG is of the formula -(OCH 2 CH 2) n -, where n is an integer from 2 to 80; x is an integer from 3 to 300; and F is a branched copolymer of sucrose and epichlorohydrin having a molecular weight of about 100,000 to about 700,000 daltons and is connected to L 3 via an ether group, wherein the linear chimeric compound of D comprises three nucleic acid moieties and two hexaethylene glycol spacers as 5'-TCGGCGC-3'-HEG-5'-AACGTTC-3'-HEG-5'-TCGGCGC-3' (SEQ ID NO:2), wherein the linear chimeric compound contains less than 50 nucleotides, and wherein one or more linkages between the nucleotides, between the nucleotides and the HEG spacers and between the 3'-terminal nucleotide and L 1 are phosphorothioate ester linkages. D is a linear chimeric compound; L 1 is a first linker comprising an alkylthio group; L 2 is a second linker comprising a succinimide group; L 3 is a third linker comprising an amide group; PEG is of the formula -(OCH 2 CH 2) n -, where n is an integer from 2 to 80; x is an integer from 3 to 300; and F is a branched copolymer of sucrose and epichlorohydrin having a molecular weight of about 100,000 to about 700,000 daltons and is connected to L 3 via an ether group, wherein the linear chimeric compound of D comprises three nucleic acid moieties and two hexaethylene glycol spacers as 5'-TCGGCGC-3'-HEG-5'-AACGTTC-3'-HEG-5'-TCGGCGC-3' (SEQ ID NO:2), wherein the linear chimeric compound contains less than 50 nucleotides, and wherein one or more linkages between the nucleotides, between the nucleotides and the HEG spacers and between the 3'-terminal nucleotide and L 1 are phosphorothioate ester linkages.
A vegetation cutting device comprising: a housing; a motor located within the housing, the motor comprising a rotating output shaft for driving one or more blades (26, 28); and a rotatable front handle being rotatably mounted on the housing and being adapted to rotate with respect to the housing, the rotatable front handle comprising a first trigger, wherein the motor is operable on actuation of the first trigger; characterized by: a release button in mechanical cooperation with the rotatable front handle for actuating rotation of the front handle; and an interlock mechanism (62, 72) mechanically coupling the release button and the first trigger wherein actuation of the release button prevents actuation of the first trigger and actuation of the first trigger prevents actuation of the release button. a housing; a motor located within the housing, the motor comprising a rotating output shaft for driving one or more blades (26, 28); and a rotatable front handle being rotatably mounted on the housing and being adapted to rotate with respect to the housing, the rotatable front handle comprising a first trigger, wherein the motor is operable on actuation of the first trigger; characterized by: a release button in mechanical cooperation with the rotatable front handle for actuating rotation of the front handle; and an interlock mechanism (62, 72) mechanically coupling the release button and the first trigger wherein actuation of the release button prevents actuation of the first trigger and actuation of the first trigger prevents actuation of the release button. a release button in mechanical cooperation with the rotatable front handle for actuating rotation of the front handle; and an interlock mechanism (62, 72) mechanically coupling the release button and the first trigger wherein actuation of the release button prevents actuation of the first trigger and actuation of the first trigger prevents actuation of the release button.
A computer-implemented method for automatically recognizing a new class in a classification system, the method comprising: accessing components of a trained convolutional neural network, CNN, that has been trained by a training with available classes, to map each image, which is provided as input to the CNN, to a probability for each class of the available classes that indicates the confidence of the CNN that the input image belongs to the class, the components being provided in a kernel space and including at least one of a plurality of kernels and a plurality of neurons of one or more layers of the CNN, the components being assigned to a class of the available classes in accordance with the training; applying a covariance matrix to map the components in the kernel space to eigenspace; determining, for each of the available classes, an eigen-distance between a sample, which is an image, and the components mapped to eigenspace; based on the eigen-distance, determining whether the sample is an outlier that does not belong to one of the classes; and if it is determined that the sample is an outlier: creating a new class that includes the sample; retraining the CNN using the new class; and including the new class with the available classes. accessing components of a trained convolutional neural network, CNN, that has been trained by a training with available classes, to map each image, which is provided as input to the CNN, to a probability for each class of the available classes that indicates the confidence of the CNN that the input image belongs to the class, the components being provided in a kernel space and including at least one of a plurality of kernels and a plurality of neurons of one or more layers of the CNN, the components being assigned to a class of the available classes in accordance with the training; applying a covariance matrix to map the components in the kernel space to eigenspace; determining, for each of the available classes, an eigen-distance between a sample, which is an image, and the components mapped to eigenspace; based on the eigen-distance, determining whether the sample is an outlier that does not belong to one of the classes; and if it is determined that the sample is an outlier: creating a new class that includes the sample; retraining the CNN using the new class; and including the new class with the available classes. creating a new class that includes the sample; retraining the CNN using the new class; and including the new class with the available classes.
A bicycle comprising a frame and a rear wheel mounted for rotation on an axle, said axle mounted on a chainstay, a seatstay having an upper end and a lower end, said lower end of the seatstay being pivotally or rigidly connected to the chainstay and a rear suspension comprising: a linking element pivotally connected to said frame at a first pivot axis wherein the forward end of said chainstay is pivotally connected to said linking element at a second pivot axis on said linking element; a spring/damper unit having a lower end and upper end, said spring/damper unit being pivotally connected at a third pivot axis on the upper end of said linking element; characterized in that the upper end of said seatstay is pivotally connected to a rocker arm which is pivotally mounted on the frame, a driven link is pivotally connected to the rocker arm at an upper end of the driven link and a lower end of the driven link is pivotally connected to an upper end of the linking element; wherein said second pivot axis is thereby movable forwardly and rearwardly in relation to said frame in response to forward acceleration and rearward deceleration or braking forces respectively, thereby rotating said linking element about said first pivot axis and rotating said third pivot axis rearwardly and forwardly respectively, thereby moving said third pivot axis rearwardly and forwardly in relation to said frame. a linking element pivotally connected to said frame at a first pivot axis wherein the forward end of said chainstay is pivotally connected to said linking element at a second pivot axis on said linking element; a spring/damper unit having a lower end and upper end, said spring/damper unit being pivotally connected at a third pivot axis on the upper end of said linking element; characterized in that the upper end of said seatstay is pivotally connected to a rocker arm which is pivotally mounted on the frame, a driven link is pivotally connected to the rocker arm at an upper end of the driven link and a lower end of the driven link is pivotally connected to an upper end of the linking element; wherein said second pivot axis is thereby movable forwardly and rearwardly in relation to said frame in response to forward acceleration and rearward deceleration or braking forces respectively, thereby rotating said linking element about said first pivot axis and rotating said third pivot axis rearwardly and forwardly respectively, thereby moving said third pivot axis rearwardly and forwardly in relation to said frame.
A smoke evacuation shutter for a smoke evacuation system comprising an air exhaust duct that is in fluid communication with different floors of a building through side ducts, the smoke evacuation shutter configured to open in case of a fire at the concerning floor of the building and comprising: - a frame allowing to mount a door assembly in the concerning side duct or in a hole in a wall in fluid communication with said side duct, - a door assembly mounted in the frame the door assembly comprising a first panel and a second heat resistant panel preferably parallel spaced apart from the first panel and connected thereto by distances holders, the door assembly being configured such as to allow an air flow through the channel formed in this way in between the panels. - a frame allowing to mount a door assembly in the concerning side duct or in a hole in a wall in fluid communication with said side duct, - a door assembly mounted in the frame the door assembly comprising a first panel and a second heat resistant panel preferably parallel spaced apart from the first panel and connected thereto by distances holders, the door assembly being configured such as to allow an air flow through the channel formed in this way in between the panels.
A dermal image information processing device comprising: a dermal image information acquisition means (11, 302) for acquiring image information indicating an image of a papillary layer of a finger; a directional singular point detection means for detecting directional singular points indicating a delta, a true circular core, or a semicircular core of a dermal ridge line from the image of the papillary layer; and a singular region detection means (61, 303) for detecting a singular region including an abnormal pattern due to a surgical treatment applied to the papillary layer of the finger, by determining whether the detected directional singular points satisfy any of first to sixth conditions, wherein the first condition is that there are two or more circular cores, the second condition is that there are four or more semicircular cores, the third condition is that two or more semicircular cores are present and one or more circular cores are present, the fourth condition is that there are four or more deltas, the fifth condition is that a delta is present above a core, the sixth condition is that there are two or more semicircular cores on an upper side. a dermal image information acquisition means (11, 302) for acquiring image information indicating an image of a papillary layer of a finger; a directional singular point detection means for detecting directional singular points indicating a delta, a true circular core, or a semicircular core of a dermal ridge line from the image of the papillary layer; and a singular region detection means (61, 303) for detecting a singular region including an abnormal pattern due to a surgical treatment applied to the papillary layer of the finger, by determining whether the detected directional singular points satisfy any of first to sixth conditions, wherein the first condition is that there are two or more circular cores, the second condition is that there are four or more semicircular cores, the third condition is that two or more semicircular cores are present and one or more circular cores are present, the fourth condition is that there are four or more deltas, the fifth condition is that a delta is present above a core, the sixth condition is that there are two or more semicircular cores on an upper side.
A cap adapted to be attached to a container, said cap comprising: a main body having a collapsible button defining an open-ended chamber; a frangible membrane operably engaged with the main body so as to cover the open-ended chamber; and a piercing member (301,302) extending from an inner surface of the collapsible button, the piercing member (301,302) being configured to advance toward and interact with the frangible membrane when the collapsible button is collapsed, so as to pierce the frangible membrane; characterized in that the main body comprises at least one retaining clip configured to retain the collapsible button in a collapsed position. a main body having a collapsible button defining an open-ended chamber; a frangible membrane operably engaged with the main body so as to cover the open-ended chamber; and a piercing member (301,302) extending from an inner surface of the collapsible button, the piercing member (301,302) being configured to advance toward and interact with the frangible membrane when the collapsible button is collapsed, so as to pierce the frangible membrane; characterized in that