mhurhangee/ep-ind-claims huggingface dataset:
A scroll disk heat dissipation assembly of scroll compressors, comprising: a disk body of a scroll disk; several long stripped heat sinks on a back of the disk body, the heat sinks arranged in a same direction; and air ducts are formed in between two adjacent heat sinks; wherein each heat sink is bent into a wave shape, the wave-shaped heat sinks having several peaks and several troughs in a lengthwise direction; wherein locations of the peaks and troughs in two adjacent heat sinks are aligned; and characterised in that in any heat sink, there is at least one peak located in a triangular zone, which is enclosed by the corresponding peak on the heat sink above and the two troughs on two sides of the corresponding peak. a disk body of a scroll disk; several long stripped heat sinks on a back of the disk body, the heat sinks arranged in a same direction; and air ducts are formed in between two adjacent heat sinks; wherein each heat sink is bent into a wave shape, the wave-shaped heat sinks having several peaks and several troughs in a lengthwise direction; wherein locations of the peaks and troughs in two adjacent heat sinks are aligned; and characterised in that in any heat sink, there is at least one peak located in a triangular zone, which is enclosed by the corresponding peak on the heat sink above and the two troughs on two sides of the corresponding peak.
A method for preparing crosslinked bitumen/polymer compositions without using any crosslinking agent, comprising contacting, optionally with stirring, at a temperature of between 180°C and 220°C for a duration of 8 to 48 hours: - at least one bitumen in an amount of 70% to 99% by weight with respect to the weight of the bitumen/polymer composition, and - at least one polymeric composition in an amount of between 1% and 30% by weight with respect to the weight of the bitumen/polymer composition; said polymeric composition comprising at least 80% by weight, relative to the weight of the polymeric composition, of a diblock copolymer of a monovinylaromatic hydrocarbon block and of a conjugated diene block having a molecular weight measured by GPC chromatography with a polystyrene standard according to the ASTM D3536 standard of more than or equal to 80,000 g.mol -1 and a content of 1-2 double bond units from the conjugate diene comprised between 15% and 30 % by weight with respect to the total weight of the conjugate diene units; said diblock copolymer comprising, with respect to the weight of said copolymer, an amount of monovinylaromatic hydrocarbon of 20% to 50% by weight, and an amount of conjugate diene of 50% to 80% by weight. - at least one bitumen in an amount of 70% to 99% by weight with respect to the weight of the bitumen/polymer composition, and - at least one polymeric composition in an amount of between 1% and 30% by weight with respect to the weight of the bitumen/polymer composition;
A method for treating raw household waste, which comprises the following steps performed in the following order: - coarse grinding of said waste, - removal of ferromagnetic materials from the ground waste, - sieving of the fines from the ground waste from which said ferromagnetic elements have been removed, - aeraulic separation of the retained material into a heavy fraction and a light fraction, - treatment of the heavy fraction, and - treatment of the light fraction by composting in a closed chamber, - separation of the particles of plastics material and the particles of compost. - coarse grinding of said waste, - removal of ferromagnetic materials from the ground waste, - sieving of the fines from the ground waste from which said ferromagnetic elements have been removed, - aeraulic separation of the retained material into a heavy fraction and a light fraction, - treatment of the heavy fraction, and - treatment of the light fraction by composting in a closed chamber, - separation of the particles of plastics material and the particles of compost.
Process for producing a semiconductor wafer with an epitaxial layer in a deposition chamber, comprising depositing of a substrate wafer in the edge region of the rear side of the substrate wafer onto a depositing surface of a susceptor in a load lock chamber, the susceptor being designed as a ring; loading the deposition chamber with the susceptor and the substrate wafer lying on the susceptor by contacting only the susceptor and transporting the susceptor and the substrate wafer lying on the susceptor from the load lock chamber into the deposition chamber; depositing an epitaxial layer on the substrate wafer; unloading the deposition chamber by contacting only the susceptor and transporting the susceptor and a semiconductor wafer with epitaxial layer, which was formed in the course of the deposition of the epitaxial layer and lies on the susceptor, from the deposition chamber into the load lock chamber; characterized by separating of the susceptor and the semiconductor wafer with epitaxial layer in the load lock chamber, and during the deposition of the epitaxial layer on the substrate wafer, providing a further substrate wafer in the load lock chamber for the transport of the further substrate wafer into the deposition chamber.
A mobile terminal positioning method used by a base station in a wireless network, wherein the method comprises: allocating a specified time period for receiving an uplink reference signal to each node in the wireless network, each node being in communication with the base station and a mobile terminal in the wireless network and having a same cell ID; receiving an uplink reference signal that is received in the specified time period and forwarded by each node; obtaining power or a signal-to-noise ratio of the uplink reference signal forwarded by each node; selecting a time period corresponding to an uplink reference signal with maximum power or a maximum signal-to-noise ratio as a positioning time period; obtaining a corresponding positioning node according to the positioning time period and the specified time period for receiving an uplink reference signal; and determining a location of the mobile terminal according to a location of the positioning node. allocating a specified time period for receiving an uplink reference signal to each node in the wireless network, each node being in communication with the base station and a mobile terminal in the wireless network and having a same cell ID; receiving an uplink reference signal that is received in the specified time period and forwarded by each node; obtaining power or a signal-to-noise ratio of the uplink reference signal forwarded by each node; selecting a time period corresponding to an uplink reference signal with maximum power or a maximum signal-to-noise ratio as a positioning time period; obtaining a corresponding positioning node according to the positioning time period and the specified time period for receiving an uplink reference signal; and determining a location of the mobile terminal according to a location of the positioning node.
A control unit for a vapour provision system, wherein the control unit comprises: an inhalation sensor; an input button; and control circuitry configured to provide power for the vapour provision system to generate vapour in response to determining from signalling received from the inhalation sensor that a user is inhaling on the vapour provision system and to provide power for the vapour provision system to generate vapour in response to determining from signalling received from the input button that a user has activated the input button for at least a threshold amount of time, wherein the control circuitry is configured to provide power for the vapour provision system to generate vapour in response to either one of determining that a user is inhaling on the vapour provision system or determining that a user has activated the input button for at least a threshold amount of time, wherein the control circuitry is configured to disregard signalling received from the inhalation sensor and / or disable an operating aspect of the inhalation sensor when providing power for the vapour provision system to generate vapour in response to determining from signalling received from the input button that the user has activated the input button for at least the threshold amount of time. an inhalation sensor; an input button; and control circuitry configured to provide power for the vapour provision system to generate vapour in response to determining from signalling received from the inhalation sensor that a user is inhaling on the vapour provision system and to provide power for the vapour provision system to generate vapour in response to determining from signalling received from the input button that a user has activated the input button for at least a threshold amount of time, wherein the control circuitry is configured to provide power for the vapour provision system to generate vapour in response to either one of determining that a user is inhaling on the vapour provision system or determining that a user has activated the input button for at least a threshold amount of time, wherein the control circuitry is configured to disregard signalling received from the inhalation sensor and / or disable an operating aspect of the inhalation sensor when providing power for the vapour provision system to generate vapour in response to determining from signalling received from the input button that the user has activated the input button for at least the threshold amount of time.
A sanitary device for personal hygiene and for surgical use and healing materials, comprising a plurality of layers, each layer is linked to the others layers to form the sanitary device; the device comprises in sequence: a first layer adapted to be in contact with a skin of a user, the first layer formed by fibers of bamboo or organic cotton; a second layer made of a non-woven fabric having inside a structure formed by fibers of a polypropylene or polyethylene polymer and thermostable elastomers, where the fibers are perforated and impregnated with a finely powdered tourmaline having nanometric size that increases a hydrophilic effect and accelerates a body fluid flow that is going to get in contact, towards the inside of the device; an inner layer made of a chlorine-free super absorbent polymer; and an outer layer opposite to the first layer, the outer layer is a support layer made of a material that allows air flow through it, but that acts as a moisture barrier. a first layer adapted to be in contact with a skin of a user, the first layer formed by fibers of bamboo or organic cotton; a second layer made of a non-woven fabric having inside a structure formed by fibers of a polypropylene or polyethylene polymer and thermostable elastomers, where the fibers are perforated and impregnated with a finely powdered tourmaline having nanometric size that increases a hydrophilic effect and accelerates a body fluid flow that is going to get in contact, towards the inside of the device; an inner layer made of a chlorine-free super absorbent polymer; and an outer layer opposite to the first layer, the outer layer is a support layer made of a material that allows air flow through it, but that acts as a moisture barrier.
A wind turbine comprising several subunits (15, 30, 35, 39, 40), each of the subunits comprising a controller (11, 31, 41, 51, 55), wherein each of said several controllers (11, 31, 41, 51, 55) is adapted to operate in a cooperative mode and in an isolated mode, wherein, in the cooperative mode, one of said several controllers (11, 31, 41, 51, 55) operates as a master controller and the remaining of said several controllers (11, 31, 41, 51, 55) operate as slave controllers, and wherein, in the isolated mode, each subunit is exclusively controlled by its respective controller (11, 31, 41, 51, 55), each of said several controllers (11, 31, 41, 51, 55) acting as an independent master controller for its subunit, characterised in that each of the subunits (15, 30, 35, 39, 40) comprises at least one sensor (14, 22, 61, 71), each of the controllers (11, 31, 41, 51, 55) being connected to the at least one sensor (14, 22, 61, 71) of its respective subunit (15, 30, 35, 39, 40), wherein, in said isolated mode, each of the controllers (11, 31, 41, 51, 55) is operable to control its respective subunit (15, 30, 35, 39, 40) on the basis of sensor data provided by said at least one sensor (14, 22, 61, 71), and wherein each of the slave controllers (11, 31, 41, 51, 55) is switchable from the cooperative mode to the isolated mode in response to an unexpected command from the master controller or unexpected data from a sensor (14, 22, 61, 71) said sub-units including at least a nacelle sub-unit comprising a machine controller and a hub sub-unit comprising a hub controller, and at least one further sensor comprising a wind sensor, the machine controller of the nacelle sub-unit being operable to orientate a nacelle of the wind turbine using an azimuthal drive system and the hub controller of the hub sub-unit being operable to determine an optimal pitch angle in the isolated mode on the basis of data from the wind sensor received by both the hub controller and the machine controller so that the wind turbine may still produce power in the event of unreliable communication between the hub controller and the machine controller.
An ultrasonic diagnostic imaging system which produces a Doppler audio signal of blood flow comprising: an ultrasound probe, operating at an ultrasonic Doppler transmit frequency f 0, which acquires Doppler ultrasound signals in a range of frequencies in a Doppler audio band, said ultrasound signals being referenced to the Doppler transmit frequency from a location of blood flow; a Doppler demodulator, responsive to the Doppler ultrasound signals, which produces Doppler shift signals from the velocity of blood flow in an audio frequency band; a Doppler information display, responsive to Doppler shift signals, which displays blood flow velocity information based upon the Doppler shift; an audio Doppler system, responsive to the Doppler shift signals, which produces pitch-shifted audio Doppler without changing the displayed blood flow velocity, and a user control, coupled to the audio Doppler system, by which the user may control the pitch shift of the audio Doppler, wherein the audio Doppler system is responsive to the user control to shift the pitch of the Doppler-shifted signals characterized in that the audio Doppler system comprises a phase vocoder to shift the pitch of the Doppler-shifted signals by a fractional or integer number of octaves by stretching the entire range of frequencies within the Doppler audio band so as to produce pitch-shifted audio Doppler without change in the ultrasonic transmit frequency f 0 or the displayed blood flow velocity and so as to preserve the timbre of audio Doppler sounds. an ultrasound probe, operating at an ultrasonic Doppler transmit frequency f 0, which acquires Doppler ultrasound signals in a range of frequencies in a Doppler audio band, said ultrasound signals being referenced to the Doppler transmit frequency from a location of blood flow; a Doppler demodulator, responsive to the Doppler ultrasound signals, which produces Doppler shift signals from the velocity of blood flow in an audio frequency band; a Doppler information display, responsive to Doppler shift signals, which displays blood flow velocity information based upon the Doppler shift; an audio Doppler system, responsive to the Doppler shift signals, which produces pitch-shifted audio Doppler without changing the displayed blood flow velocity, and a user control, coupled to the audio Doppler system, by which the user may control the pitch shift of the audio Doppler, wherein the audio Doppler system is responsive to the user control to shift the pitch of the Doppler-shifted signals characterized in that the audio Doppler system comprises a phase vocoder to shift the pitch of the Doppler-shifted signals by a fractional or integer number of octaves by stretching the entire range of frequencies within the Doppler audio band so as to produce pitch-shifted audio Doppler without change in the ultrasonic transmit frequency f 0 or the displayed blood flow velocity and so as to preserve the timbre of audio Doppler sounds.
A seat comprising a seat portion having an occupant supporting surface and a back portion having an occupant supporting surface and a head rest assembly, the head rest assembly having a head rest portion for supporting the head of an occupant and a side impact portion for protecting the head of the occupant from a side impact, the head rest assembly being secured or securable to the seat, and being movable towards and away from the seat portion of the seat, the side impact portion comprising a pair of peripheral elongate portions which are pivotable together about a common pivot axis relative to the head rest portion between a first position wherein each peripheral elongate portion extends along the occupant supporting surface of the back portion of the seat toward the seat portion and a second or stowed position.
A ceiling-embedded-type air conditioning apparatus comprising: (a) a ceiling-embedded-type air conditioning apparatus body including a chassis top panel; (b) a motor disposed in the ceiling-embedded-type air conditioning apparatus body in a manner such that a rotary shaft is orthogonal to the chassis top panel; and (c) a turbo fan that includes a downward-protruding hub, which covers the motor and to which the rotary shaft of the motor is fixed, a main plate, which extends from the periphery of an upper opening of the hub so as to oppose the top panel and has a plurality of blades attached to one surface of the main plate opposite to the other surface opposing the chassis top panel, and a shroud, which opposes the main plate and constitutes a guide flow path of the blades, and that blows out air sucked from the shroud side through a fan inner air passage formed on the opposite side of the motor side of the hub, characterized in that a rectifying section is provided on a fan main plate-corresponding area opposing the main plate of a top-panel-side heat-insulating material provided inside of the chassis top panel such that a gap with the main plate is a predetermined distance, and the proportion E1/D1 of a minimum gap E1 between the rectifying section and the main plate of a gap D1 between the top-panel-side heat-insulating material and the main plate in the height direction is 0,3 to 0.7. (a) a ceiling-embedded-type air conditioning apparatus body including a chassis top panel; (b) a motor disposed in the ceiling-embedded-type air conditioning apparatus body in a manner such that a rotary shaft is orthogonal to the chassis top panel; and (c) a turbo fan that includes a downward-protruding hub, which covers the motor and to which the rotary shaft of the motor is fixed, a main plate, which extends from the periphery of an upper opening of the hub so as to oppose the top panel and has a plurality of blades attached to one surface of the main plate opposite to the other surface opposing the chassis top panel, and a shroud, which opposes the main plate and constitutes a guide flow path of the blades, and that blows out air sucked from the shroud side through a fan inner air passage formed on the opposite side of the motor side of the hub, characterized in that a rectifying section is provided on a fan main plate-corresponding area opposing the main plate of a top-panel-side heat-insulating material provided inside of the chassis top panel such that a gap with the main plate is a predetermined distance, and the proportion E1/D1 of a minimum gap E1 between the rectifying section and the main plate of a gap D1 between the top-panel-side heat-insulating material and the main plate in the height direction is 0,3 to 0.7.
A method of conditionally forwarding an electronic message, the method comprising: at an online service that provides internal addresses for users of the online service within a network domain of the online service: receiving a first message addressed to a first internal address of a first user of the online service; queueing the first message in a first queue, for conditional forwarding to a first external address by which the first user is known to the online service; and after a first threshold period of time elapses since said queueing: determining whether the first message was read by the first user within the online service; and upon determining that the first message was not read by the first user within the online service, forwarding the first message to the first external address; wherein the first external address is within a network domain other than the network domain of the online service; and wherein the first threshold period of time is dynamically determined for each user. at an online service that provides internal addresses for users of the online service within a network domain of the online service: receiving a first message addressed to a first internal address of a first user of the online service; queueing the first message in a first queue, for conditional forwarding to a first external address by which the first user is known to the online service; and after a first threshold period of time elapses since said queueing: determining whether the first message was read by the first user within the online service; and upon determining that the first message was not read by the first user within the online service, forwarding the first message to the first external address; receiving a first message addressed to a first internal address of a first user of the online service; queueing the first message in a first queue, for conditional forwarding to a first external address by which the first user is known to the online service; and after a first threshold period of time elapses since said queueing: determining whether the first message was read by the first user within the online service; and upon determining that the first message was not read by the first user within the online service, forwarding the first message to the first external address; determining whether the first message was read by the first user within the online service; and upon determining that the first message was not read by the first user within the online service, forwarding the first message to the first external address; wherein the first external address is within a network domain other than the network domain of the online service; and wherein the first threshold period of time is dynamically determined for each user.