mhurhangee/ep-ind-claims huggingface dataset:
An inverter control device comprising: an inverter main circuit; a current detector for detecting a current response output from the inverter main circuit; a vector converter for converting a value of the current response into a d-axis current and a q-axis current by using a rotational phase angle of a motor connected to the inverter main circuit; a current amplitude command calculator for calculating, based on a torque command and a current phase angle command (β*), a current amplitude command of the current response output from the inverter main circuit; a dq-axes converter for calculating a d-axis current command and a q-axis current command from the current amplitude command and the current phase angle command; a current controller for calculating a voltage command so that the d-axis current command and the q-axis current command are equal to the d-axis current and the q-axis current; characterised by a current phase angle command calculator (33, 34) for calculating, based on the current amplitude command, the current phase angle command (β*) of the current response output from the inverter main circuit. an inverter main circuit; a current detector for detecting a current response output from the inverter main circuit; a vector converter for converting a value of the current response into a d-axis current and a q-axis current by using a rotational phase angle of a motor connected to the inverter main circuit; a current amplitude command calculator for calculating, based on a torque command and a current phase angle command (β*), a current amplitude command of the current response output from the inverter main circuit; a dq-axes converter for calculating a d-axis current command and a q-axis current command from the current amplitude command and the current phase angle command; a current controller for calculating a voltage command so that the d-axis current command and the q-axis current command are equal to the d-axis current and the q-axis current; characterised by a current phase angle command calculator (33, 34) for calculating, based on the current amplitude command, the current phase angle command (β*) of the current response output from the inverter main circuit.
Plant for feeding products, in particular confectionery products, to a packaging machine; the plant comprising a product transfer station; a retrieval station for retrieving products not transferred in said transfer station; a product feeding conveyor having a first transport section extending through said transfer station, and an unloading section arranged in said retrieval station; at least one output conveyor for the output of at least some of said products from said transfer station and having a second transport section extending in said transfer station; actuating means to move said first and second transport sections in rectilinear directions parallel to one another and in a same feeding direction; a plurality of robots located in said transfer station and suitable to move at least some of the products from the first transport section to said second transport section; and retrieval means for retrieving the products from said retrieval station; the plant being characterised in that said retrieval means comprise at least one retrieval conveyor having a product input section communicating with said retrieval station and a third transport section, extending in said transfer station, parallel to said first and second transport sections, and additional actuating means for actuating said third transport section to move said third transport section in the opposite direction to the feeding directions of said first and second transport sections and in that said robots configured to transfer the products from the first to the second transport section are the same used to pick up the products from the third transport section and to move the products to the second transport section.
An on-eye wearable or eye-implantable ophthalmic device (100, 200, 300, 400) comprising: first (212, 312), second (214, 314) and third (216, 316) optical elements arranged in a stack, each optical element including alignment and separation features (242, 342) formed at a radius thereof, wherein the alignment and separation features of each optical element correspond to like features on at least one of the other optical elements, the alignment and separation features forming: a reservoir region (104, 204, 304) to provide radial alignment to the first, second, and third optical elements such that an optical axis of each optical element is aligned, the reservoir region having a first reservoir region gap formed between the first and second optical elements and a second reservoir region gap formed between the second and third optical elements, wherein the first and second optical elements are adjacent to each other in the stack, and wherein the second and third optical elements are adjacent to each other in the stack; and a dam region (106, 206, 306), disposed radially outside of the reservoir region, including a first dam formed due to the first and second optical elements being in contact, and a second dam formed due to the second and third optical elements being in contact, wherein the dam region determines a reservoir region gap width of each of the first and second reservoir region gaps; wherein the alignment and separation features are formed from grooves (226, 232, 234, 240) and ridges (228, 230, 236, 238) disposed on one or more surfaces of each optical element. a reservoir region (104, 204, 304) to provide radial alignment to the first, second, and third optical elements such that an optical axis of each optical element is aligned, the reservoir region having a first reservoir region gap formed between the first and second optical elements and a second reservoir region gap formed between the second and third optical elements, wherein the first and second optical elements are adjacent to each other in the stack, and wherein the second and third optical elements are adjacent to each other in the stack; and a dam region (106, 206, 306), disposed radially outside of the reservoir region, including a first dam formed due to the first and second optical elements being in contact, and a second dam formed due to the second and third optical elements being in contact, wherein the dam region determines a reservoir region gap width of each of the first and second reservoir region gaps; wherein the alignment and separation features are formed from grooves (226, 232, 234, 240) and ridges (228, 230, 236, 238) disposed on one or more surfaces of each optical element.
A smart nursing consumable removably coupled to a transceiver assembly (130, 130a), comprising: an absorbent body, comprising a water-absorbing layer; and a sensor module, characterized in that the sensor module is disposed above the water-absorbing layer and comprises a plurality of wires, a first porous sheet, a second porous sheet and a conductive pad, wherein the conductive pad is disposed on the second porous sheet, the wires are disposed between the first porous sheet and the second porous sheet, the first porous sheet is disposed adjacent to the water-absorbing layer, and the conductive pad is connected to the wires through pores of the second porous sheet. an absorbent body, comprising a water-absorbing layer; and a sensor module, characterized in that the sensor module is disposed above the water-absorbing layer and comprises a plurality of wires, a first porous sheet, a second porous sheet and a conductive pad, wherein the conductive pad is disposed on the second porous sheet, the wires are disposed between the first porous sheet and the second porous sheet, the first porous sheet is disposed adjacent to the water-absorbing layer, and the conductive pad is connected to the wires through pores of the second porous sheet.
An apparatus comprising: a speaker system wherein the speaker system comprises: an audio transducer configured to generate sound; a housing component of the apparatus comprising one or more sound outlets (104, 114) configured to allow a transmission of the sound out of the apparatus, a second housing component comprising one or more capillaries configured to allow the transmission of the sound from the audio transducer through the one or more sound capillaries, wherein the transducer is located between the one or more sound outlets (104, 114) and the one or more capillaries; and an acoustic cavity (203, 205) of the speaker system inside the apparatus being acoustically coupled to the audio transducer using the one or more capillaries wherein the one or more capillaries are configured to provide an acoustic damping, wherein inner surfaces of the one or more capillaries are plated with a conductive material. an audio transducer configured to generate sound; a housing component of the apparatus comprising one or more sound outlets (104, 114) configured to allow a transmission of the sound out of the apparatus, a second housing component comprising one or more capillaries configured to allow the transmission of the sound from the audio transducer through the one or more sound capillaries, wherein the transducer is located between the one or more sound outlets (104, 114) and the one or more capillaries; and an acoustic cavity (203, 205) of the speaker system inside the apparatus being acoustically coupled to the audio transducer using the one or more capillaries wherein the one or more capillaries are configured to provide an acoustic damping, wherein inner surfaces of the one or more capillaries are plated with a conductive material.
System for providing data communication over a MoCA, Multimedia over Coaxial Alliance, network in a construction complex having a coaxial network, including a network management device connectable to an external data channel, comprising a connector for connection to the coaxial network and a control unit; and at least one MoCA network end device (100, 101) connected to the coaxial network, comprising a first MoCA chip and a network access unit connected to a bus on the first MoCA chip; wherein the control unit comprises a second MoCA chip, and is configured to establish an access function creating a control channel over the coaxial network to the or each MoCA end device, wherein said access function is configured to specifically address the bus on the first MoCA chip which is directly connected to said network access unit. a network management device connectable to an external data channel, comprising a connector for connection to the coaxial network and a control unit; and at least one MoCA network end device (100, 101) connected to the coaxial network, comprising a first MoCA chip and a network access unit connected to a bus on the first MoCA chip; wherein the control unit comprises a second MoCA chip, and is configured to establish an access function creating a control channel over the coaxial network to the or each MoCA end device, wherein said access function is configured to specifically address the bus on the first MoCA chip which is directly connected to said network access unit.
A gutter system having a gutter joint where a first metal gutter component, comprising a length of metal gutter, is joined to a second metal gutter component, the components overlapping at the gutter joint and the gutter joint further having a strip of resilient material that extends transversely to the longitudinal direction of the metal gutter and is sandwiched between adjacent overlapping surfaces of the gutter components, wherein one of the metal gutter components is provided with a channel for holding a sealant retaining portion of the strip in place and with integral retaining lugs arranged to retain the other of the metal gutter components in a jointed configuration, and further wherein the sealant retaining portion of the strip comprises a U-shaped track that is arranged to be filled with a bead of sealant prior to joining the gutter components together to form the gutter joint, the track having a width of between 3mm and 12mm and a depth of at least 3mm.
Process for durable light, thermal-oxidative, antibacterial, hydrophobic and/or hydrophilic stabilization of melt-formable polymers from the group nylon-6, nylon-6,6, polyethylene terephthalate and polybutylene terephthalate by adding an additive prior to the processing operation on the polymers, characterized in that the polymers are mixed with an additive which contains active stabilizing components chemically coupled to migration elements incompatible with these polyamide or polyester polymers and to oligomeric anchoring segments having affinity for the polymer concerned, wherein the active components are 2-hydroxybenzophenones or sterically hindered amines or benzimidazoles or sterically hindered phenols or polyethylene glycols or halogenated hydroxyl-containing diphenyl ethers.
Water amount controlling device, comprising: a control unit for controlling an amount of water to be supplied, a washing agent receptacle including a detection unit, characterized in that the detection unit is adapted for detecting and identifying a property of a quantity of washing agent dispensed from a washing agent reservoir to be received in the washing agent receptacle, wherein the control unit is adapted for controlling an amount of water based on the detected and identified property of the quantity of washing agent. a control unit for controlling an amount of water to be supplied, a washing agent receptacle including a detection unit,
A method of fire suppression, comprising: detecting with a sensor a fire stimulus in an environment surrounding the sensor; discharging a first discharge into the surrounding environment after a temperature of the fire stimulus in the environment is above 315°C, wherein the first discharge comprises an inert gas, carbon dioxide, or any combination(s) thereof; and initiating a second discharge into the surrounding environment after the temperature of the fire stimulus in the surrounding environment is less than or equal to about 315°C due to the first discharge, wherein the second discharge comprises a halocarbon. detecting with a sensor a fire stimulus in an environment surrounding the sensor; discharging a first discharge into the surrounding environment after a temperature of the fire stimulus in the environment is above 315°C, wherein the first discharge comprises an inert gas, carbon dioxide, or any combination(s) thereof; and initiating a second discharge into the surrounding environment after the temperature of the fire stimulus in the surrounding environment is less than or equal to about 315°C due to the first discharge, wherein the second discharge comprises a halocarbon.
A method for processing audio in a mobile terminal, the method comprising: receiving the audio from a microphone; calculating a sound pressure level of the received audio by an input sound pressure calculator; comparing the calculated sound pressure level with a preset highest sound pressure level; determining, by a controller, that the calculated sound pressure level is in a saturation state when the calculated sound pressure level is higher than the highest sound pressure level; controlling, by the controller, an input gain of the audio based on the determination result; and characterised in, that recording the audio when the calculated sound pressure level is not in the saturation state and is in a normal operating state. receiving the audio from a microphone; calculating a sound pressure level of the received audio by an input sound pressure calculator; comparing the calculated sound pressure level with a preset highest sound pressure level; determining, by a controller, that the calculated sound pressure level is in a saturation state when the calculated sound pressure level is higher than the highest sound pressure level; controlling, by the controller, an input gain of the audio based on the determination result; and characterised in, that recording the audio when the calculated sound pressure level is not in the saturation state and is in a normal operating state.
An orthodontic anchor including: a base having a base surface to be fixed to a tooth surface; and a duct member fixed to the base and projecting from the base in a direction away from the surface, and providing a through passage extending generally parallel to the base surface and into which an orthodontic elongated element may enter and that is to be fixed to the duct member and therefore the base, characterized in that the passage is a main passage, and the duct member includes a filling passage, the filling passage extending to the main passage to provide for the delivery of a flowable settable material to said main passage to fix the element to the duct member. a base having a base surface to be fixed to a tooth surface; and a duct member fixed to the base and projecting from the base in a direction away from the surface, and providing a through passage extending generally parallel to the base surface and into which an orthodontic elongated element may enter and that is to be fixed to the duct member and therefore the base, characterized in that the passage is a main passage, and the duct member includes a filling passage, the filling passage extending to the main passage to provide for the delivery of a flowable settable material to said main passage to fix the element to the duct member.
An electrode assembly comprising: a housing having a first end and a second end; an electrode extending from the first end of the housing to a process flow; a contact screw for transmitting the electromotive force sensed by the electrode, wherein an electrical connection is formed between the electrode and the contact screw; a retainer positioned about the electrode, inside the housing; a cap disposed on the second end of the housing, opposite electrode, which works together with the retainer to hold the electrode and the contact screw in position; and a potting material for filling voids between the components of the electrode assembly between the first end of the housing and the second end of the housing, such that the potting material limits displacement of the electrode when the electrode is subject to pressure from the process flow, wherein the potting material is disposed within voids between the electrode and the cap. a housing having a first end and a second end; an electrode extending from the first end of the housing to a process flow; a contact screw for transmitting the electromotive force sensed by the electrode, wherein an electrical connection is formed between the electrode and the contact screw; a retainer positioned about the electrode, inside the housing; a cap disposed on the second end of the housing, opposite electrode, which works together with the retainer to hold the electrode and the contact screw in position; and a potting material for filling voids between the components of the electrode assembly between the first end of the housing and the second end of the housing, such that the potting material limits displacement of the electrode when the electrode is subject to pressure from the process flow, wherein the potting material is disposed within voids between the electrode and the cap.
A method for wireless communication by a user equipment, UE, comprising: identifying a network to access for communications; transmitting an indication of schedule gap support information for the UE to the network, the schedule gap support information comprising information associated with transitioning or tuning away from a first RAN associated with a first universal subscriber identity module, USIM, of the UE to at least a second RAN associated with a second USIM of the UE; and receiving, from a RAN node, allowed schedule gap information for the UE based on the schedule gap support information, to use when requesting a schedule gap from the RAN node. identifying a network to access for communications; transmitting an indication of schedule gap support information for the UE to the network, the schedule gap support information comprising information associated with transitioning or tuning away from a first RAN associated with a first universal subscriber identity module, USIM, of the UE to at least a second RAN associated with a second USIM of the UE; and receiving, from a RAN node, allowed schedule gap information for the UE based on the schedule gap support information, to use when requesting a schedule gap from the RAN node.
A nozzle which is designed for introducing a gas into a container without contacting the container, said nozzle comprising: a main opening configured for discharging the gas at a first flow rate; a sub-opening which has a collar-shape surrounding said main opening, and configured for discharging the gas at a second flow rate in a same direction as a direction of the gas discharged from said main opening, the nozzle being characterized in that: - the gas at the second flow rate is of a same type as the gas passing through said main opening; and - a through-hole is guiding part of the gas flowing in said main opening to said sub-opening a main opening configured for discharging the gas at a first flow rate; a sub-opening which has a collar-shape surrounding said main opening, and configured for discharging the gas at a second flow rate in a same direction as a direction of the gas discharged from said main opening, the nozzle being characterized in that: - the gas at the second flow rate is of a same type as the gas passing through said main opening; and - a through-hole is guiding part of the gas flowing in said main opening to said sub-opening - the gas at the second flow rate is of a same type as the gas passing through said main opening; and - a through-hole is guiding part of the gas flowing in said main opening to said sub-opening
A preservative free brimonidine and timolol composition for use in lowering intraocular pressure in a human patient comprising the following formulation: 0.2% w/v brimonidine; 0.5% w/v timolol; 2.15% w/v sodium phosphate dibasic heptahydrate; water and at a pH of 6.9.
A soil cultivation implement having a soil cultivation unit for cultivating a soil with soil cultivation tools along a working direction, which is configured for carrying out in a first working position a left-turning cultivation of the soil and in a second working position a right-turning cultivation of the soil, wherein on the soil cultivation unit a soil reconsolidation unit is attached in such a manner that the soil reconsolidation unit is arranged in the working direction behind the soil cultivation unit, characterised in that the soil reconsolidation unit is attached by means of a pivotable setting mechanism, wherein through the setting mechanism the soil reconsolidation unit with respect to the working direction can be laterally offset and can be set at a pitch angle (α1, α2) relative to the working direction on both sides in order to exert an adjustable side pulling force on the soil cultivation implement through interaction with the soil. wherein on the soil cultivation unit a soil reconsolidation unit is attached in such a manner that the soil reconsolidation unit is arranged in the working direction behind the soil cultivation unit, characterised in that the soil reconsolidation unit is attached by means of a pivotable setting mechanism, wherein through the setting mechanism the soil reconsolidation unit with respect to the working direction can be laterally offset and can be set at a pitch angle (α1, α2) relative to the working direction on both sides in order to exert an adjustable side pulling force on the soil cultivation implement through interaction with the soil.