mhurhangee/ep-ind-claims huggingface dataset:
A control system with multiple brake-pedal selected disengagement-modes for an automated vehicle, said system comprising: a brake-pedal used to detect a plurality of pedal-action-classifications; a controller in communication with the brake-pedal, wherein the controller operates the system into a first-mode in response to the brake-pedal being operated in accordance with a first-action-classification, and into a second-mode in response to the brake-pedal being operated in accordance with a second-action-classification different from the first-action-classification, wherein the first-action-classification and the second-action-classification are detected by the controller comparing pedal-force of the brake-pedal to a force-threshold and depression-duration of the brake-pedal to a duration-threshold, characterised in that the system is an adaptive-cruise-control-system, where the first-mode is disengaging acceleration-control while maintaining deceleration-control, and the second-mode is disengaging both acceleration-control and deceleration-control. a brake-pedal used to detect a plurality of pedal-action-classifications; a controller in communication with the brake-pedal, wherein the controller operates the system into a first-mode in response to the brake-pedal being operated in accordance with a first-action-classification, and into a second-mode in response to the brake-pedal being operated in accordance with a second-action-classification different from the first-action-classification, wherein the first-action-classification and the second-action-classification are detected by the controller comparing pedal-force of the brake-pedal to a force-threshold and depression-duration of the brake-pedal to a duration-threshold, characterised in that the system is an adaptive-cruise-control-system, where the first-mode is disengaging acceleration-control while maintaining deceleration-control, and the second-mode is disengaging both acceleration-control and deceleration-control.
A method for mitigating hidden node interference in a user equipment, the method comprising: receiving, at the user equipment, a RTS signal from a base station in an unlicensed channel, the RTS signal including an indicator message indicating a presence of a target user message; receiving the target user message from the base station in a licensed channel, the target user message including individual IDs or group IDs of multiple user equipments, and identifying whether the target user message includes an individual ID or group ID of the user equipment, wherein the identifying includes, sending a CTS signaling to the base station in a licensed channel or unlicensed channel to allow the base station to perform data transmission to the user equipment in response to the target user message including the individual ID or group ID of the user equipment; and ignoring the RTS signal in response to the target user message not including the individual ID or group ID of the user equipment. receiving, at the user equipment, a RTS signal from a base station in an unlicensed channel, the RTS signal including an indicator message indicating a presence of a target user message; receiving the target user message from the base station in a licensed channel, the target user message including individual IDs or group IDs of multiple user equipments, and identifying whether the target user message includes an individual ID or group ID of the user equipment, wherein the identifying includes, sending a CTS signaling to the base station in a licensed channel or unlicensed channel to allow the base station to perform data transmission to the user equipment in response to the target user message including the individual ID or group ID of the user equipment; and ignoring the RTS signal in response to the target user message not including the individual ID or group ID of the user equipment.
An interface circuit comprising: a transmission unit arranged to transmit, to an external apparatus via a transmission path, an output signal configured according to the SPDIF specification and including two-way information indicating whether the interface circuit is configured to support or not two-way communication of signals configured according to the SPDIF specification; and an extraction unit arranged to extract an input signal configured according to the SPDIF specification and received from said external apparatus, by adding the inverted output signal to a signal on the transmission path. a transmission unit arranged to transmit, to an external apparatus via a transmission path, an output signal configured according to the SPDIF specification and including two-way information indicating whether the interface circuit is configured to support or not two-way communication of signals configured according to the SPDIF specification; and an extraction unit arranged to extract an input signal configured according to the SPDIF specification and received from said external apparatus, by adding the inverted output signal to a signal on the transmission path.
A process for obtaining coffee honey from mucilage of coffee cherry, characterized by comprising the steps of: - separating the coffee bean from the mucilage and the pulp; - evacuating, by means of a conveying means, the pulp and the mucilage previously separated from the coffee bean, said pulp and mucilage which form a mixture of 34% of mucilage and 66% of pulp; - entering the mixture comprising mucilage and pulp of the previous step in a centrifugal separator containing a 2 mm screen; - separating the solids having a size greater than 2 mm from the liquid phase with solids having a size less than 2 mm in which the mucilage is contained and from which it is recovered; - storing the mucilage in a container for a period less than 9 hours; - subjecting the mucilage to a heating process at a temperature in the range from 50oC to 80oC to reduce the microbial load; - after decreasing the temperature to 45oC, subjecting the mucilage to an enzymatic treatment with addition of 100 ppm pectolytic enzymes; and - dehydrating by vacuum evaporation the product obtained in the previous step to obtain a product as a coffee honey at a concentration of 55oBrix. - separating the coffee bean from the mucilage and the pulp; - evacuating, by means of a conveying means, the pulp and the mucilage previously separated from the coffee bean, said pulp and mucilage which form a mixture of 34% of mucilage and 66% of pulp; - entering the mixture comprising mucilage and pulp of the previous step in a centrifugal separator containing a 2 mm screen; - separating the solids having a size greater than 2 mm from the liquid phase with solids having a size less than 2 mm in which the mucilage is contained and from which it is recovered; - storing the mucilage in a container for a period less than 9 hours; - subjecting the mucilage to a heating process at a temperature in the range from 50oC to 80oC to reduce the microbial load; - after decreasing the temperature to 45oC, subjecting the mucilage to an enzymatic treatment with addition of 100 ppm pectolytic enzymes; and - dehydrating by vacuum evaporation the product obtained in the previous step to obtain a product as a coffee honey at a concentration of 55oBrix.
A wall-mountable hand dryer for drying one side of a user's hands at a time, the dryer having two nozzle sections (11, 13) - a left-hand nozzle section and a right-hand nozzle section - which nozzle sections (11, 13) are positioned towards the front of the dryer so that they are spaced away from the wall, the nozzle sections (11, 13) each extending to span 100 to 150mm and in use, being arranged for directing drying air down onto the front or back of the respective hand as it is inserted lengthwise underneath the left-hand nozzle section and right-hand nozzle section from the front of the dryer, wherein the dryer comprises a downwardly pitched guide part positioned behind each nozzle section (11, 13) for guiding the pitch of the user's hands underneath the nozzle sections (11, 13), the guide part being set back from the nozzle sections (11, 13) a distance in excess of 5mm, characterised in that the guide part is a continuous ramp surface on an underside of the hand dryer which extends back to the wall.
A transfer sheet comprising, in order: a cured liquid crystal composition layer; a block layer; and a thermoplastic welded layer, wherein the cured liquid crystal composition layer is formed by curing a liquid crystal composition including a polymerizable liquid crystal compound, the block layer includes a (meth)acrylic polymer, the thermoplastic welded layer and the block layer are in direct contact with each other, and the thermoplastic welded layer includes a thermoplastic resin and an ultraviolet curable resin. a cured liquid crystal composition layer; a block layer; and a thermoplastic welded layer, wherein the cured liquid crystal composition layer is formed by curing a liquid crystal composition including a polymerizable liquid crystal compound, the block layer includes a (meth)acrylic polymer, the thermoplastic welded layer and the block layer are in direct contact with each other, and the thermoplastic welded layer includes a thermoplastic resin and an ultraviolet curable resin.
A network service processing method, comprising: identifying, by a gateway device, a type of a first intranet device, wherein the first intranet device belongs to an intranet connected to the gateway device; obtaining, by the gateway device, a first software package based on the type of the first intranet device, wherein the first software package is used to implement a first additional function, wherein the first additional function is an additional function of the gateway device; sending, by the gateway device, a first indication message and the first software package to the first intranet device, wherein the first indication message is used to indicate the first intranet device to install the first software package and execute the first additional function; storing, by the gateway device, a correspondence between an identifier of the first intranet device and the first additional function; obtaining, by the gateway device, a target data flow, wherein the target data flow is a data flow on which the first additional function is to be performed; and sending, by the gateway device, the target data flow to the first intranet device based on the correspondence between the identifier of the first intranet device and the first additional function, and receiving a processing result of the target data flow by the first intranet device. identifying, by a gateway device, a type of a first intranet device, wherein the first intranet device belongs to an intranet connected to the gateway device; obtaining, by the gateway device, a first software package based on the type of the first intranet device, wherein the first software package is used to implement a first additional function, wherein the first additional function is an additional function of the gateway device; sending, by the gateway device, a first indication message and the first software package to the first intranet device, wherein the first indication message is used to indicate the first intranet device to install the first software package and execute the first additional function; storing, by the gateway device, a correspondence between an identifier of the first intranet device and the first additional function; obtaining, by the gateway device, a target data flow, wherein the target data flow is a data flow on which the first additional function is to be performed; and sending, by the gateway device, the target data flow to the first intranet device based on the correspondence between the identifier of the first intranet device and the first additional function, and receiving a processing result of the target data flow by the first intranet device.
A rotary valve useable in a reciprocating compressor for oil and gas industry, the rotary valve comprising: a stator, the stator having a stator opening; a rotor, the rotor having a rotor opening; and an actuation mechanism configured to receive a rotation motion and to actuate the rotor to perform first a translation moving away from the stator and then a rotation, characterized in that the actuation mechanism includes an outer shaft configured to receive a rotation motion, and an inner shaft located inside the outer shaft and configured to rotate the rotor, wherein the outer shaft is arranged to rotate a predetermined angular displacement while pushing the rotor away from the stator, before engaging the inner shaft to rotate together with the rotor. a stator, the stator having a stator opening; a rotor, the rotor having a rotor opening; and an actuation mechanism configured to receive a rotation motion and to actuate the rotor to perform first a translation moving away from the stator and then a rotation, characterized in that the actuation mechanism includes an outer shaft configured to receive a rotation motion, and an inner shaft located inside the outer shaft and configured to rotate the rotor, wherein the outer shaft is arranged to rotate a predetermined angular displacement while pushing the rotor away from the stator, before engaging the inner shaft to rotate together with the rotor.
A method (100, 200) for controlling access of each of a plurality of nodes to a communication channel based on time slots such that the plurality of nodes contend for access during a contention window period comprised of a plurality of K time slots, each node performing the method characterized by determining which one of the plurality of K time slots the node is assigned using a computation that is based on a number identifier N assigned to the node among the plurality of nodes, the number K of time slots, and a transmission count value R representing a number of attempts the node has made to transmit the data, wherein each node determines which of the plurality of K time slots it is assigned to by the computation of a value of a hash function f N K R = N − I N K − R + 1 K − R + 1, where I N K − R + 1 is an integer function, and where the value of f ( N, K, R) is the time slot for the node.
A lower electrode for a piezoelectric element, which acts as a lower electrode underlying a piezoelectric thin film formed over a substrate, comprising: a Pt layer, wherein with respect to the Pt layer, a full width at half maximum of a rocking curve in X-ray diffraction of a plane of Pt is not more than 2.2°, a surface roughness thereof satisfies at least one of following: a root-mean-square roughness RMS of not more than 1.0 nm, and an arithmetic mean roughness Ra of not more than 0.8 nm, and an average grain size of Pt is not less than 200 nm. a Pt layer, wherein with respect to the Pt layer, a full width at half maximum of a rocking curve in X-ray diffraction of a plane of Pt is not more than 2.2°, a surface roughness thereof satisfies at least one of following: a root-mean-square roughness RMS of not more than 1.0 nm, and an arithmetic mean roughness Ra of not more than 0.8 nm, and an average grain size of Pt is not less than 200 nm.
A toner comprising a binder resin, wherein the toner comprises a tetrahydrofuran -insoluble component in a range of from 10% by mass through 40% by mass, wherein the toner has a main peak in a range of from 15,000 through 18,000 in a molecular weight distribution of a THF-soluble component as measured by gel permeation chromatography as measured according to the description, wherein the main peak has a half value width as measured according to the description in a range of from 35,000 to 50,000, wherein the toner comprises a THF-soluble component having a molecular weight of 2,000 or less in a range of from 10.0% by mass through 20.0% by mass and a THF-soluble component having a molecular weight of 100,000 or more of 8.0% by mass or less, wherein the binder resin is a polyester resin, and wherein the half value width of the main peak refers to a range of molecular weight at a height half the height of a peak having the highest intensity among measured peaks.
A portable nasal nebulizer, comprising: (a) a main canister having a rim, the canister comprising at least one air exit port; and (b) an insert with a base that fits within the canister, wherein the insert comprises at least one fluid channel that fits over the air exit port, and further wherein the fluid channel is larger in diameter than the air exit port, thereby providing a small space between the outer surface of the air exit port and the inner surface of the fluid channel; and (c) a pressurized air supply source for introducing pressurized air through the air exit port such that the fluid is expelled as a mist through an exit hole in the fluid channel, wherein the insert comprises an extension protruding outwardly to the canister, characterized in that: the air exit port extends beyond the rim of the canister; the pressurized air supply source is contiguously attached without tubing to the canister; and the fluid channel further comprises a groove extending vertically along the exterior of the fluid channel to an aperture in the extension, said aperture creating a channel to the canister. (a) a main canister having a rim, the canister comprising at least one air exit port; and (b) an insert with a base that fits within the canister, wherein the insert comprises at least one fluid channel that fits over the air exit port, and further wherein the fluid channel is larger in diameter than the air exit port, thereby providing a small space between the outer surface of the air exit port and the inner surface of the fluid channel; and (c) a pressurized air supply source for introducing pressurized air through the air exit port such that the fluid is expelled as a mist through an exit hole in the fluid channel, wherein the insert comprises an extension protruding outwardly to the canister, characterized in that: the air exit port extends beyond the rim of the canister; the pressurized air supply source is contiguously attached without tubing to the canister; and the fluid channel further comprises a groove extending vertically along the exterior of the fluid channel to an aperture in the extension, said aperture creating a channel to the canister. the air exit port extends beyond the rim of the canister; the pressurized air supply source is contiguously attached without tubing to the canister; and the fluid channel further comprises a groove extending vertically along the exterior of the fluid channel to an aperture in the extension, said aperture creating a channel to the canister.
A cooling device, which comprises a body, a door arranged on the body providing access inside the body, and a door-opening mechanism comprising a handle attached to said door, a grip, one end of which is connected to the handle and the other fixed onto the door in a way so as to be able to rotate, and a spring that exerts pressure onto the grip, enabling the return of the handle back to initial position, and a door-opening mechanism comprising: a rotating disk onto which a grip is mounted and which turns around the same point as the said grip, a pin arranged on either the upper or the lower surface of the rotating disk, and a pusher which is operatively connected to the pin, enabling the opening of the door by transmitting the movement of the handle to the body characterized in that, the door-opening mechanism comprising a groove arranged on the pusher inside of which the pin is seated. a rotating disk onto which a grip is mounted and which turns around the same point as the said grip, a pin arranged on either the upper or the lower surface of the rotating disk, and a pusher which is operatively connected to the pin, enabling the opening of the door by transmitting the movement of the handle to the body characterized in that, the door-opening mechanism comprising a groove arranged on the pusher inside of which the pin is seated.
A method of transferring control of media playback between a source device and a destination device, the method comprising: initiating playback of media content at the source device; establishing a peer-to-peer device pairing with the destination device; streaming the media content to the destination device for media playback at the destination device; automatically determining, whilst streaming the media content to the destination device, whether to transfer control of the media playback at the destination device to the destination device based on characteristics of the media content stored at the destination device; and automatically terminating the peer-to-peer device pairing when control of the media playback to the destination device is transferred. initiating playback of media content at the source device; establishing a peer-to-peer device pairing with the destination device; streaming the media content to the destination device for media playback at the destination device; automatically determining, whilst streaming the media content to the destination device, whether to transfer control of the media playback at the destination device to the destination device based on characteristics of the media content stored at the destination device; and automatically terminating the peer-to-peer device pairing when control of the media playback to the destination device is transferred.
Aircraft headlight, comprising: at least one visible light source for emitting a headlight light output; a light transmissive cover, at least partially covering the at least one visible light source; and at least one infrared emitter for emitting infrared radiation for removing ice from the light transmissive cover; wherein at least 90 % of radiation energy, comprised in the infrared radiation emitted by the at least infrared emitter, is emitted within a predefined wavelength range; and wherein the light transmissive cover allows at least 25 %, in particular at least 30 %, more particularly at least 45 %, of the radiation energy, which is emitted within the predefined wavelength range, to pass through the light transmissive cover; characterised in that the predefined wavelength range is from 1500 nm to 3000 nm and the light transmissive cover comprises quartz and/or silica. at least one visible light source for emitting a headlight light output; a light transmissive cover, at least partially covering the at least one visible light source; and at least one infrared emitter for emitting infrared radiation for removing ice from the light transmissive cover; wherein at least 90 % of radiation energy, comprised in the infrared radiation emitted by the at least infrared emitter, is emitted within a predefined wavelength range; and wherein the light transmissive cover allows at least 25 %, in particular at least 30 %, more particularly at least 45 %, of the radiation energy, which is emitted within the predefined wavelength range, to pass through the light transmissive cover; characterised in that the predefined wavelength range is from 1500 nm to 3000 nm and the light transmissive cover comprises quartz and/or silica.