mhurhangee/patent-ind-claim-en huggingface dataset:
An insulator for overhead power lines comprising a leakage current detection and data transmission device which is suitable for detecting and measuring a leakage current of the insulator, recording values of a measured current in a computer memory, and transmitting data representing said values to a station that is remote from the insulator, said device being arranged in such a way as to: - measure in a measurement circuit a leakage current of the insulator during a first measurement period and record in a memory a first value corresponding to a maximum intensity of the measured leakage current; and - measure in said measurement circuit said leakage current during a second measurement period following the first measurement period and record in the memory a second value corresponding to a maximum intensity of the measured leakage current, the overhead power line insulator being characterized in that the device is further arranged in such a way as to: - compare the first current value with the second current value; and - stop said measurement circuit for a certain sleep time if the second current value is less than or equal to the first current value, then restart said measurement circuit after said certain sleep time. - measure in a measurement circuit a leakage current of the insulator during a first measurement period and record in a memory a first value corresponding to a maximum intensity of the measured leakage current; and - measure in said measurement circuit said leakage current during a second measurement period following the first measurement period and record in the memory a second value corresponding to a maximum intensity of the measured leakage current, - compare the first current value with the second current value; and - stop said measurement circuit for a certain sleep time if the second current value is less than or equal to the first current value, then restart said measurement circuit after said certain sleep time.
An on-board passenger assistance system for a vehicle , comprising: a passenger monitoring system configured to monitor a passenger, the passenger monitoring system comprising a passenger monitoring unit configured to generate image data of the monitored passenger, an identifying module configured to identify needs of the monitored passenger based on facial expressions shown in the generated image data, the identifying module comprising a neural network being trained to identify the needs of a passenger based on facial expressions, a planning module configured to plan routes based on maps and/or traffic to support addressing of the needs being identified by the identifying module , and a suggesting module configured to provide suggestions and/or information to address the needs being identified by the identifying module to a user via a human-machine interface unit , characterized in that the on-board passenger assistance system further comprises an annotating module being configured to receive the user's input annotating the generated image data being displayed on a display element of the human-machine interface unit and/or being displayed on a display element of an external system , and the neural network being configured to be continuously trained based on the user's input received by the annotating module . a passenger monitoring system configured to monitor a passenger, the passenger monitoring system comprising a passenger monitoring unit configured to generate image data of the monitored passenger, an identifying module configured to identify needs of the monitored passenger based on facial expressions shown in the generated image data, the identifying module comprising a neural network being trained to identify the needs of a passenger based on facial expressions, a planning module configured to plan routes based on maps and/or traffic to support addressing of the needs being identified by the identifying module , and a suggesting module configured to provide suggestions and/or information to address the needs being identified by the identifying module to a user via a human-machine interface unit , characterized in that the on-board passenger assistance system further comprises an annotating module being configured to receive the user's input annotating the generated image data being displayed on a display element of the human-machine interface unit and/or being displayed on a display element of an external system , and the neural network being configured to be continuously trained based on the user's input received by the annotating module .
An underwater harvesting system for harvesting zooplankton or other marine organisms, comprising: - an underwater vehicle for being lowered into the sea and towed behind a surface vessel , comprising a housing provided with an inlet through which zooplankton-containing-fluid may flow, - a hose mounted on the underwater vehicle and in fluid communication with the inlet , the hose being adapted to secure and fluidly connect the underwater vehicle to the surface vessel , and - pumping means for drawing in zooplankton-containing-fluid through the inlet in the underwater vehicle and for pumping the zooplankton-containing-fluid through the hose to the surface vessel , characterized in that the underwater vehicle further comprises a device for emitting light with a predefined wavelength onto a defined water area to facilitate schooling of zooplankton in the illuminated water area. - an underwater vehicle for being lowered into the sea and towed behind a surface vessel , comprising a housing provided with an inlet through which zooplankton-containing-fluid may flow, - a hose mounted on the underwater vehicle and in fluid communication with the inlet , the hose being adapted to secure and fluidly connect the underwater vehicle to the surface vessel , and - pumping means for drawing in zooplankton-containing-fluid through the inlet in the underwater vehicle and for pumping the zooplankton-containing-fluid through the hose to the surface vessel , characterized in that the underwater vehicle further comprises a device for emitting light with a predefined wavelength onto a defined water area to facilitate schooling of zooplankton in the illuminated water area.
A web press comprising: a web press station ; and a convertible buffer near the web press station, the convertible buffer being configured to deploy a platform for accessing the web press station further comprising a first set of idlers and a second set of movable idlers that are spaced apart in an operating configuration and brought together a non-operating configuration, wherein the first set of idlers is a stationary set of idlers on the first side of a floor plate and the moveable idlers are configured to move through the floor plate from a second side of the floor plate to the first side of the floor plate. a web press station ; and a convertible buffer near the web press station, the convertible buffer being configured to deploy a platform for accessing the web press station further comprising a first set of idlers and a second set of movable idlers that are spaced apart in an operating configuration and brought together a non-operating configuration, wherein the first set of idlers is a stationary set of idlers on the first side of a floor plate and the moveable idlers are configured to move through the floor plate from a second side of the floor plate to the first side of the floor plate.
An apparatus to brace or fixate tissue in targeted pharyngeal structures and/or individual anatomic components within the pharyngeal conduit comprising a chamber sized and configured to be located outside of the pharyngeal conduit and an air pump configured to draw air from the chamber to establish within the chamber a pressure that is less than atmospheric pressure where the apparatus further contains a physiologic feedback control for the air pump characterized in that the physiologic feedback control comprises a monitor or sensor to sense fluctuations of pharyngeal pressure during the respiration cycle.
A vaporizer device , comprising: a shell ; a cartridge receptacle formed from a cartridge interface disposed at least partially inside a sheath , the cartridge interface being configured to provide a plurality of electrical couplings with a vaporizer cartridge when the vaporizer cartridge is disposed at least partially inside the cartridge receptacle , the plurality of electrical couplings including a first electrical coupling with a heating element of the vaporizer cartridge , and the plurality of electrical couplings further including a second electrical coupling with a cartridge identification chip of the vaporizer cartridge ; and a skeleton coupled with the cartridge interface , the skeleton being configured to secure the cartridge interface inside the shell , wherein the cartridge interface includes a set of receptacle contacts configured to form the first electrical coupling with a set of heater contacts of the heating element of the vaporizer cartridge , wherein the cartridge interface further includes a set of cartridge identifier contacts configured to form the second electrical coupling with a corresponding set of cartridge identifier contacts at the cartridge identification chip of the vaporizer device , and characterized in that the set of cartridge identifier contacts includes a first set of three electrical contacts disposed at one side of the cartridge receptacle and a second set of three electrical contacts disposed at an opposite side of the cartridge receptacle . a shell ; a cartridge receptacle formed from a cartridge interface disposed at least partially inside a sheath , the cartridge interface being configured to provide a plurality of electrical couplings with a vaporizer cartridge when the vaporizer cartridge is disposed at least partially inside the cartridge receptacle , the plurality of electrical couplings including a first electrical coupling with a heating element of the vaporizer cartridge , and the plurality of electrical couplings further including a second electrical coupling with a cartridge identification chip of the vaporizer cartridge ; and a skeleton coupled with the cartridge interface , the skeleton being configured to secure the cartridge interface inside the shell , wherein the cartridge interface includes a set of receptacle contacts configured to form the first electrical coupling with a set of heater contacts of the heating element of the vaporizer cartridge , wherein the cartridge interface further includes a set of cartridge identifier contacts configured to form the second electrical coupling with a corresponding set of cartridge identifier contacts at the cartridge identification chip of the vaporizer device , and characterized in that the set of cartridge identifier contacts includes a first set of three electrical contacts disposed at one side of the cartridge receptacle and a second set of three electrical contacts disposed at an opposite side of the cartridge receptacle .
A head unit for use with a combine harvester, the head unit configured to be moved over the ground of a field in a direction of travel T and to engage and harvest crop material on the ground, the head unit including a frame having a forward or leading edge facing the direction of travel T, a cutter bar assembly coupled to the frame proximate the leading edge , and one or more skid plates coupled to the frame , with the head unit resting on and being supported by the one or more skid plates , the skid plate comprising a body and a contact surface at least partially defined by the body and being the surface of the skid plate in contact with the ground, the contact surface being substantially convex and including a leading edge facing the direction of travel and a trailing edge opposite the leading edge , characterized in that the contact surface at least partially defining a groove , wherein the groove defines a groove width and wherein the groove width increases as the groove extends away from the leading edge .
Housing of a headlight for a motor vehicle comprising a hollow main body capable of receiving at least one light module and intended to be closed by an external cover glass , a rear anchoring lug projecting along a horizontal mean plane at the rear of said body and having a bore for its fixing by screwing to a first structural element of said vehicle as well as anti-translation indexing means by interlocking along a vertical axis , and a frangible front anchoring lug projecting from said body , on the so-called internal side of this body with reference to the longitudinal axis of the vehicle, and also having a bore for its fixing by screwing to a second structural element of said vehicle, said front anchoring lug , in the form of an angle iron, comprising a proximal part extending along a vertical transverse mean plane and being connected by one of its lateral edges to said body via a vertical frangible connection zone configured to break under a predetermined longitudinal shear stress, as well as a distal portion extending rearwardly along a horizontal mean plane from the upper edge of said proximal portion , this projector housing further comprising a lower anchoring tab; this projector housing further comprising a lower anchoring tab; the projector housing being characterized in that said frangible front anchoring tab has in its distal portion an oblong anti-rotation indexing hole extending horizontally while being oriented in a radial direction (D) to said vertical axis; and in that the lower anchoring lug is L-shaped projecting below said body along a vertical mid-plane parallel to said radial direction (D) of the oblong indexing hole , this lower anchoring lug comprising a proximal branch of vertical orientation connected by its upper edge to said body as well as a distal branch oriented horizontally and provided with a bore intended to allow its fixing by screwing onto a structural element of said vehicle.
Vehicle tailgate that is intended to be rotatably mounted, by means of one or more hinges , to a roof segment that forms part of the body of said vehicle , said tailgate comprising at least one lateral post to which a rear window is attached, the post forming a profile having an open cross section and comprising a first and a second U-shaped cavity that each comprise two lateral walls, characterized in that the first cavity faces the median plane (Y0) of the vehicle, such that the U comprises a rear wall that is arranged towards the rear of the vehicle and a front wall that is arranged towards the front of the vehicle, and in that the second cavity is oriented towards the rear of the vehicle, such that the U comprises an inside wall that is arranged on the side of the median plane (Y0), and an outside wall that is arranged opposite the median plane (Y0) towards the lateral edge of the vehicle, and in that the front wall of the first cavity is arranged so as to be continuous with the outside wall of the second cavity , and in that the rear wall of the first cavity is separated from the inside wall of the second cavity so as to free up a free space that allows for access to the inner portion of the profile formed by the inside space of said two U shapes.
An Internet protocol Television, IPTV, service quality detection method, wherein the method comprises: monitoring, by a first network device, a quality of service, QoS, parameter of at least one data packet flow that carries a video source identifier, wherein the video source identifier is used to identify an IPTV video source; generating, by the first network device, a detection request message when determining that the QoS parameter exceeds a preset threshold, wherein the detection request message comprises a video source identifier carried in a data packet flow whose QoS parameter deteriorates; and sending the detection request message, by the first network device, to a second network device, to request the second network device to perform QoS parameter detection on the data packet flow that carries the video source identifier comprised in the detection request message; wherein the detection request message further comprises a detection step and detection duration, the detection step indicates a time interval between two consecutive QoS parameter collections in a plurality of QoS parameter collections, and the detection duration indicates a time length value of the plurality of QoS parameter collections. monitoring, by a first network device, a quality of service, QoS, parameter of at least one data packet flow that carries a video source identifier, wherein the video source identifier is used to identify an IPTV video source; generating, by the first network device, a detection request message when determining that the QoS parameter exceeds a preset threshold, wherein the detection request message comprises a video source identifier carried in a data packet flow whose QoS parameter deteriorates; and sending the detection request message, by the first network device, to a second network device, to request the second network device to perform QoS parameter detection on the data packet flow that carries the video source identifier comprised in the detection request message; wherein the detection request message further comprises a detection step and detection duration, the detection step indicates a time interval between two consecutive QoS parameter collections in a plurality of QoS parameter collections, and the detection duration indicates a time length value of the plurality of QoS parameter collections.
Dispenser system for dispensing a liquid, pasty or foamable medium for cleaning, disinfecting and/or caring for skin, - the dispenser system having a signal unit for emitting an optical signal, - the signal unit being covered by an outer cover of the dispenser system and - the cover in the area of the signal unit having a portion of higher transparency which is at least partially transparent to the optical signal such that an optical signal emitted by the signal unit is visible to the outside, characterized in that an outer surface of the portion of higher transparency merges continuously into an outer surface of surrounding portions of the cover . - the dispenser system having a signal unit for emitting an optical signal, - the signal unit being covered by an outer cover of the dispenser system and - the cover in the area of the signal unit having a portion of higher transparency which is at least partially transparent to the optical signal such that an optical signal emitted by the signal unit is visible to the outside,
An outdoor unit (2; 2A) of a refrigeration cycle apparatus (1; 1A) configured to circulate refrigerant between the outdoor unit and a load unit connected to the outdoor unit, the outdoor unit comprising: a compressor configured to compress refrigerant; a condenser configured to condense the refrigerant output from the compressor; and an injection circuit (70-73, 91-95) configured to return part of refrigerant on an outlet side of the condenser to the compressor without passing through the load unit, the injection circuit including an expansion valve provided on a first pipe branched from the outlet side of the condenser, a receiver provided on a low-pressure side of the expansion valve and configured to accumulate refrigerant in a gas-liquid two-phase state, and a flow control valve (72; 75) provided on a second pipe (93; 95) downstream of the receiver, the outdoor unit further comprising a controller (100; 100A) configured to control the expansion valve and the flow control valve, when a pressure of the refrigerant output from the compressor exceeds a first threshold value, the controller is configured to increase a degree of opening of the expansion valve and increase a gas-flow ratio of refrigerant returned from the receiver to the compressor by adjusting a degree of opening of the flow control valve, more than when the pressure is equal to or less than the first threshold value. a compressor configured to compress refrigerant; a condenser configured to condense the refrigerant output from the compressor; and an injection circuit (70-73, 91-95) configured to return part of refrigerant on an outlet side of the condenser to the compressor without passing through the load unit, the injection circuit including an expansion valve provided on a first pipe branched from the outlet side of the condenser, a receiver provided on a low-pressure side of the expansion valve and configured to accumulate refrigerant in a gas-liquid two-phase state, and a flow control valve (72; 75) provided on a second pipe (93; 95) downstream of the receiver, an expansion valve provided on a first pipe branched from the outlet side of the condenser, a receiver provided on a low-pressure side of the expansion valve and configured to accumulate refrigerant in a gas-liquid two-phase state, and a flow control valve (72; 75) provided on a second pipe (93; 95) downstream of the receiver, the outdoor unit further comprising a controller (100; 100A) configured to control the expansion valve and the flow control valve, when a pressure of the refrigerant output from the compressor exceeds a first threshold value, the controller is configured to increase a degree of opening of the expansion valve and increase a gas-flow ratio of refrigerant returned from the receiver to the compressor by adjusting a degree of opening of the flow control valve, more than when the pressure is equal to or less than the first threshold value.
A tire having a tread comprising at least two radially superposed portions which comprise a radially external portion intended to come into contact with ground during rolling, the radially external portion being made of a first rubber composition, and a radially internal portion made of a second rubber composition which is different from the first rubber composition; wherein the first rubber composition is based on at least: - an elastomer matrix ; - a reinforcing filler comprising between 80 and 200 phr of a reinforcing inorganic filler; and - a plasticizing agent comprising 0 to less than 10 phr of a liquid phosphate plasticizer having a glass transition temperature of less than -80°C; wherein the second rubber composition is based on at least: - an elastomer matrix; - a reinforcing filler comprising 20 to 200 phr of a reinforcing inorganic filler; and - a plasticizing agent comprising between 5 and 100 phr of a liquid phosphate plasticizer having a glass transition temperature of less than -80°C; wherein the amount in phr of the liquid phosphate plasticizer in the first rubber composition is lower than that in the second rubber composition. - an elastomer matrix ; - a reinforcing filler comprising between 80 and 200 phr of a reinforcing inorganic filler; and - a plasticizing agent comprising 0 to less than 10 phr of a liquid phosphate plasticizer having a glass transition temperature of less than -80°C; - an elastomer matrix; - a reinforcing filler comprising 20 to 200 phr of a reinforcing inorganic filler; and - a plasticizing agent comprising between 5 and 100 phr of a liquid phosphate plasticizer having a glass transition temperature of less than -80°C;