mhurhangee/ep-ind-claims huggingface dataset:
A vehicle camera mounting apparatus which is designed to be secured to a panel of a vehicle, the apparatus comprising: a mount, the mount comprising: a tubular body comprising a first portion and a second portion, the first portion having a first outer diameter and the second portion having a second outer diameter which is smaller than the first outer diameter; and a securing member; characterized in that - the tubular body is configured to extend through an aperture in the panel of a vehicle, the panel having an interior and an exterior surface, such that in use the first portion of the tubular body extends away from the exterior surface of the panel, and the second portion of the tubular body extends through the aperture of the panel and away from the interior surface of the panel; and - the first portion of the tubular body receives the securing member; and - the securing member extends through the first portion of the tubular body to engage the panel from the exterior surface side, such that the tubular body is attached to the panel; and - an elongate camera housing, with at least one camera installed within the camera housing, is attached to the first portion of the tubular body. a tubular body comprising a first portion and a second portion, the first portion having a first outer diameter and the second portion having a second outer diameter which is smaller than the first outer diameter; and a securing member; characterized in that - the tubular body is configured to extend through an aperture in the panel of a vehicle, the panel having an interior and an exterior surface, such that in use the first portion of the tubular body extends away from the exterior surface of the panel, and the second portion of the tubular body extends through the aperture of the panel and away from the interior surface of the panel; and - the first portion of the tubular body receives the securing member; and - the securing member extends through the first portion of the tubular body to engage the panel from the exterior surface side, such that the tubular body is attached to the panel; and - an elongate camera housing, with at least one camera installed within the camera housing, is attached to the first portion of the tubular body. - the tubular body is configured to extend through an aperture in the panel of a vehicle, the panel having an interior and an exterior surface, such that in use the first portion of the tubular body extends away from the exterior surface of the panel, and the second portion of the tubular body extends through the aperture of the panel and away from the interior surface of the panel; and - the first portion of the tubular body receives the securing member; and - the securing member extends through the first portion of the tubular body to engage the panel from the exterior surface side, such that the tubular body is attached to the panel; and - an elongate camera housing, with at least one camera installed within the camera housing, is attached to the first portion of the tubular body.
A hidden water tank for improving disassembly and assembly of internal assemblies, the hidden water tank comprising a water tank body provided with a mounting window, and at least one mounting seat positioned at an edge of the mounting window and used for assembling a connecting panel, wherein the mounting seat is movably connected and arranged on the water tank body, and by means of this arrangement of movable connection of the mounting seat, the mounting seat can be switched between a first positioning state in which the mounting seat protrudes in a direction toward the center of the mounting window and a second positioning state in which the mounting seat retracts toward the edge of the mounting window, characterised in that the arrangement of movable connection of the mounting seat is a hinged arrangement or a slidable arrangement. the mounting seat is movably connected and arranged on the water tank body, and by means of this arrangement of movable connection of the mounting seat, the mounting seat can be switched between a first positioning state in which the mounting seat protrudes in a direction toward the center of the mounting window and a second positioning state in which the mounting seat retracts toward the edge of the mounting window, characterised in that the arrangement of movable connection of the mounting seat is a hinged arrangement or a slidable arrangement.
A cord fabric comprising weft yarns and warp yarns, which constitute the basic structure of it, and characterized by tabby section which is located on the joint with another tire cord fabric and wherein the basalt-cotton hybrid weft yarns are used.
A method comprising: recognizing, by a security provider, that a distributed denial of service, DDoS attack is occurring on a target network; determining if a blockchain related to the DDoS attack exists; if the blockchain related to the DDoS attack does not exist, creating the blockchain related to the DDoS attack; creating, by the security provider, a block for the blockchain related to the DDoS attack, wherein the block includes data related to the DDoS attack; validating the block that includes the data related to the DDoS attack, wherein the block is validated by: the target network if the security provider that created the block is in the target network and the target network is part of the blockchain; or at least one DDoS mitigation provider (102h, 102k) if the DDoS mitigation provider can verify that it is protecting the target network by using private keys provided by the target network; and adding the block that includes the data related to the DDoS attack to the blockchain related to the DDoS attack. recognizing, by a security provider, that a distributed denial of service, DDoS attack is occurring on a target network; determining if a blockchain related to the DDoS attack exists; if the blockchain related to the DDoS attack does not exist, creating the blockchain related to the DDoS attack; creating, by the security provider, a block for the blockchain related to the DDoS attack, wherein the block includes data related to the DDoS attack; validating the block that includes the data related to the DDoS attack, wherein the block is validated by: the target network if the security provider that created the block is in the target network and the target network is part of the blockchain; or at least one DDoS mitigation provider (102h, 102k) if the DDoS mitigation provider can verify that it is protecting the target network by using private keys provided by the target network; and the target network if the security provider that created the block is in the target network and the target network is part of the blockchain; or at least one DDoS mitigation provider (102h, 102k) if the DDoS mitigation provider can verify that it is protecting the target network by using private keys provided by the target network; and adding the block that includes the data related to the DDoS attack to the blockchain related to the DDoS attack.
An internal combustion engine comprising: a plurality of cylinders; at least one intake manifold, which receives fresh air from the outside; a plurality of intake channels, each connecting a cylinder to the intake manifold; and an intake sound amplification device, which is provided with an amplification pipe and with an insulating element, which seals the amplification pipe in a tight manner; the internal combustion engine is characterized in that the amplification device comprises: a plurality of amplification channels, each originating from a corresponding intake channel; and an amplification manifold, which, on one side, is connected to all amplification channels and, on the other side, is connected to the amplification pipe; wherein each amplification channel is devoid of insulating elements or filters for a direct and unobstructed connection of the corresponding intake channel to the amplification manifold; and wherein all amplification channels have the same length. a plurality of cylinders; at least one intake manifold, which receives fresh air from the outside; a plurality of intake channels, each connecting a cylinder to the intake manifold; and an intake sound amplification device, which is provided with an amplification pipe and with an insulating element, which seals the amplification pipe in a tight manner; a plurality of amplification channels, each originating from a corresponding intake channel; and an amplification manifold, which, on one side, is connected to all amplification channels and, on the other side, is connected to the amplification pipe;
A computer-implemented method for creating annotations of images, comprising: receiving a user input of a selected portion of a first panoramic image corresponding to a portion of a three-dimensional model, wherein the first image is taken from a camera viewpoint at street level and wherein the user input defines a selecting object; projecting the selecting object onto the three-dimensional model by extending a ray from the camera viewpoint through a point of the selecting object to intersect with the three-dimensional model, and determining an intersection between the ray and the three-dimensional model; determining a location for the projected selecting object in the three-dimensional model based on the determined intersection; associating the location with content entered by the user while viewing the first image; storing the content with the location to form an annotation; and providing the annotation for display on a second street-level, panoramic image corresponding to the location, the second image being different to the first panoramic image. receiving a user input of a selected portion of a first panoramic image corresponding to a portion of a three-dimensional model, wherein the first image is taken from a camera viewpoint at street level and wherein the user input defines a selecting object; projecting the selecting object onto the three-dimensional model by extending a ray from the camera viewpoint through a point of the selecting object to intersect with the three-dimensional model, and determining an intersection between the ray and the three-dimensional model; determining a location for the projected selecting object in the three-dimensional model based on the determined intersection; associating the location with content entered by the user while viewing the first image; storing the content with the location to form an annotation; and providing the annotation for display on a second street-level, panoramic image corresponding to the location, the second image being different to the first panoramic image.
An envelope tracking transceiver comprising: a power amplifier configured to receive an upconverted input signal and generate an amplified output signal, the power amplifier receiving a supply voltage providing power to the power amplifier; a lookup table populated with power amplifier supply voltage values and configured to generate a power supply control signal including selected power amplifier supply voltage values from the lookup table based on an estimated amplitude of an input signal that is upconverted to the upconverted input signal and a feedback signal indicating a desired compression level for operating the power amplifier; a power supply configured to provide the supply voltage to the power amplifier based on the power supply control signal outputted from the lookup table; and a feedback receiver configured to generate a noise measure in the amplified output signal and to generate the feedback signal responsive to the noise measure. a power amplifier configured to receive an upconverted input signal and generate an amplified output signal, the power amplifier receiving a supply voltage providing power to the power amplifier; a lookup table populated with power amplifier supply voltage values and configured to generate a power supply control signal including selected power amplifier supply voltage values from the lookup table based on an estimated amplitude of an input signal that is upconverted to the upconverted input signal and a feedback signal indicating a desired compression level for operating the power amplifier; a power supply configured to provide the supply voltage to the power amplifier based on the power supply control signal outputted from the lookup table; and a feedback receiver configured to generate a noise measure in the amplified output signal and to generate the feedback signal responsive to the noise measure.
A method, comprising: selecting, in a network element of a wireless network employing dynamic radio carrier allocation, at least two radio carriers on non-contiguous frequency channels for utilization in communication with the network element, wherein the at least two non-contiguous frequency channels are selected on the basis of determined rules amongst frequency bands of a primary system having priority access to the frequency bands, and wherein all stations communicating with the network element utilize in the communication with the network element at least one same radio carrier amongst the at least two radio carriers; causing transmission of a signal carrying information about the selected radio carriers to a radio channel; characterized by the method further comprising: receiving an association request from a client station, wherein the association request comprises a message indicating a capability of the client station to operate the selected at least two radio carriers in communication with the network element; and configuring a communication link between the network element and the client station to utilize at least one of the at least two selected radio carriers on non-contiguous frequency channels on the basis of the received association request. selecting, in a network element of a wireless network employing dynamic radio carrier allocation, at least two radio carriers on non-contiguous frequency channels for utilization in communication with the network element, wherein the at least two non-contiguous frequency channels are selected on the basis of determined rules amongst frequency bands of a primary system having priority access to the frequency bands, and wherein all stations communicating with the network element utilize in the communication with the network element at least one same radio carrier amongst the at least two radio carriers; causing transmission of a signal carrying information about the selected radio carriers to a radio channel; characterized by the method further comprising: receiving an association request from a client station, wherein the association request comprises a message indicating a capability of the client station to operate the selected at least two radio carriers in communication with the network element; and configuring a communication link between the network element and the client station to utilize at least one of the at least two selected radio carriers on non-contiguous frequency channels on the basis of the received association request. receiving an association request from a client station, wherein the association request comprises a message indicating a capability of the client station to operate the selected at least two radio carriers in communication with the network element; and configuring a communication link between the network element and the client station to utilize at least one of the at least two selected radio carriers on non-contiguous frequency channels on the basis of the received association request.
A method, implemented by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from an access node, a slot format indicator, SFI, for a slot in which each symbol is independently configurable as one of multiple possible symbol types, the types including an uplink symbol, a downlink symbol, and a different symbol being neither an uplink symbol nor a downlink symbol, wherein the SFI specifies a number of downlink symbols in the slot and a number of uplink symbols in the slot, and indicates whether or not the slot includes an unspecified number of different symbols; determining the type of each of the symbols in the slot based on the number of uplink symbols and the number of downlink symbols; characterized by receiving further control signaling from the access node; wherein the further control signaling is indicative of a block size in a number of slots and a repetition factor of the block; and wherein the block size multiplied by the repetition factor identifies a first plurality of slots (68a, 68b) to which the SFI applies. receiving, from an access node, a slot format indicator, SFI, for a slot in which each symbol is independently configurable as one of multiple possible symbol types, the types including an uplink symbol, a downlink symbol, and a different symbol being neither an uplink symbol nor a downlink symbol, wherein the SFI specifies a number of downlink symbols in the slot and a number of uplink symbols in the slot, and indicates whether or not the slot includes an unspecified number of different symbols; determining the type of each of the symbols in the slot based on the number of uplink symbols and the number of downlink symbols; characterized by receiving further control signaling from the access node; wherein the further control signaling is indicative of a block size in a number of slots and a repetition factor of the block; and wherein the block size multiplied by the repetition factor identifies a first plurality of slots (68a, 68b) to which the SFI applies. wherein the further control signaling is indicative of a block size in a number of slots and a repetition factor of the block; and wherein the block size multiplied by the repetition factor identifies a first plurality of slots (68a, 68b) to which the SFI applies.
An electrolyte for a storage device, which comprises a lithium-containing complex compound represented by the following formula,,, or: (Li) m n (UF x) y (Li) m (Si) n q (UF x) y wherein A is O, S, P or N; U is a boron atom or a phosphorus atom; m and n are each independently from 1 to 6; q is from 1 to 12; x is 3 or 5; and y is from 1 to 6; (Li) m n p (OWF q) x wherein W is a boron atom or a phosphorus atom; m, p and x are each independently from 1 to 15; n is from 0 to 15; and q is 3 or 5; (Li) m p n y (OWF q) x wherein W is a boron atom or a phosphorus atom; n is from 0 to 15; p, m, x and y are each independently from 1 to 12; q is 3 or 5; and R is hydrogen, an alkyl group, an alkenyl group, an aryl group, a carbonyl group, a sulfonyl group or a silyl group, and such a group may have a fluorine atom, an oxygen atom or other substituent; (Li) m n p (OOC- z -COO) y (OWF q) x wherein W is a boron atom or a phosphorus atom, A is a C 1-6 allylene group, alkenylene group or alkynylene group, a phenylene group, or an alkylene group having an oxygen atom or a sulfur atom in its main chain; m, p, x and y are each independently from 1 to 20; n is from 0 to 15; z is 0 or 1; and q is 3 or 5. wherein A is O, S, P or N; U is a boron atom or a phosphorus atom; m and n are each independently from 1 to 6; q is from 1 to 12; x is 3 or 5; and y is from 1 to 6; (Li) m n p (OWF q) x wherein W is a boron atom or a phosphorus atom; m, p and x are each independently from 1 to 15; n is from 0 to 15; and q is 3 or 5; (Li) m p n y (OWF q) x wherein W is a boron atom or a phosphorus atom; n is from 0 to 15; p, m, x and y are each independently from 1 to 12; q is 3 or 5; and R is hydrogen, an alkyl group, an alkenyl group, an aryl group, a carbonyl group, a sulfonyl group or a silyl group, and such a group may have a fluorine atom, an oxygen atom or other substituent; (Li) m n p (OOC- z -COO) y (OWF q) x wherein W is a boron atom or a phosphorus atom, A is a C 1-6 allylene group, alkenylene group or alkynylene group, a phenylene group, or an alkylene group having an oxygen atom or a sulfur atom in its main chain; m, p, x and y are each independently from 1 to 20; n is from 0 to 15; z is 0 or 1; and q is 3 or 5.
Power station having a turbine section comprising a gas turbine and a generator which is driven directly by the gas turbine, produces alternating current at an operating frequency and whose output is connected to a grid system with a given grid system frequency, wherein a variable electronic gearbox is arranged between the generator and the grid system, characterized in that the variable electronic gearbox of the gas turbine imposes a rotation speed with a conversion ratio between the mechanical rotation speed (n mech) and the grid system frequency via the generator.
Receiving assembly of an excavator tooth, having a receiver, for arranging on a bucket blade of a bucket of a bucket-wheel excavator, wherein the excavator tooth comprises a tooth head and a receiving shaft adjoining the tooth head, and wherein the receiver comprises a receiving opening for receiving the receiving shaft, wherein the receiver comprises a U-shaped receiving body which is/can be arranged on a bucket blade contact surface of a/the bucket blade of a/the bucket, characterized in that the receiving body comprises two spaced-apart contact surfaces formed at an inclination to one another, wherein the contact surfaces and the bucket blade contact surface form a triangular arrangement with respect to one another.
A system for manufacturing a stent comprising: (a) a spraying device configured to deliver one or more liquid streams of polymer suspension, each liquid stream having a flow rate and a width; (b) a mandrel having a longitudinal axis; (c) a micromanipulator configured to grasp the mandrel and to manipulate the mandrel in the liquid streams; and (d) a processor configured to (a) activate the micromanipulator to manipulate the mandrel in the one or more liquid streams according to a predetermined pattern of movement of the mandrel, the predetermined pattern of movement having a linear movement of the mandrel along the longitudinal axis and further having a rotational movement of the mandrel around the longitudinal axis; and (b) activate the spraying device to spray the one or more liquid streams onto the mandrel as the mandrel is being manipulated in the liquid streams to form a continuous coating over the mandrel to produce the stent; wherein at least one of the flow rate of the liquid streams, the width of the liquid streams, a velocity of the linear movement of the mandrel and a rotational velocity of the mandrel is varied during manipulation of the mandrel. (a) a spraying device configured to deliver one or more liquid streams of polymer suspension, each liquid stream having a flow rate and a width; (b) a mandrel having a longitudinal axis; (c) a micromanipulator configured to grasp the mandrel and to manipulate the mandrel in the liquid streams; and (d) a processor configured to (a) activate the micromanipulator to manipulate the mandrel in the one or more liquid streams according to a predetermined pattern of movement of the mandrel, the predetermined pattern of movement having a linear movement of the mandrel along the longitudinal axis and further having a rotational movement of the mandrel around the longitudinal axis; and (b) activate the spraying device to spray the one or more liquid streams onto the mandrel as the mandrel is being manipulated in the liquid streams to form a continuous coating over the mandrel to produce the stent; (a) activate the micromanipulator to manipulate the mandrel in the one or more liquid streams according to a predetermined pattern of movement of the mandrel, the predetermined pattern of movement having a linear movement of the mandrel along the longitudinal axis and further having a rotational movement of the mandrel around the longitudinal axis; and (b) activate the spraying device to spray the one or more liquid streams onto the mandrel as the mandrel is being manipulated in the liquid streams to form a continuous coating over the mandrel to produce the stent;