mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine control unit comprising: a control module configured to control an actuator system , the control module being configured to output a first control signal, wherein the first control signal includes a current control sample value and a predicted control trajectory; characterized in that the control unit further comprising an upsampling module configured to receive the first control signal from the control module , and to output a second control signal to the actuator system for controlling the actuator system , the second control signal having a higher frequency than the first control signal; wherein the upsampling module is configured to calculate the second control signal in dependence on the current control sample value and the predicted control trajectory. a control module configured to control an actuator system , the control module being configured to output a first control signal, wherein the first control signal includes a current control sample value and a predicted control trajectory; characterized in that the control unit further comprising an upsampling module configured to receive the first control signal from the control module , and to output a second control signal to the actuator system for controlling the actuator system , the second control signal having a higher frequency than the first control signal; wherein the upsampling module is configured to calculate the second control signal in dependence on the current control sample value and the predicted control trajectory.
A fibre laying and/or placement device comprising a body ; a control unit which is located on the body and allows control of various features for fibre (E) laying and/or placement processes on a composite laying mould (K); a pressurization unit which is located on the body and allows liquid and/or gas fluid (A) to be stored and/or pressurized; a rod extending outwardly from the body and located movably on the body ; at least one compaction roller which is located on the rod such that it is rotatable around its own axis, and applies compaction to the fibre (E) to enable the fibre (E) to be laid and/or placed on the composite laying mould (K); and at least one pressurization chamber which is located in the compaction roller and allows the liquid and/or gas fluid (A) transmitted by the pressurization unit by means of the control unit to be stored, wherein the compaction roller has a plurality of pressurization chambers characterised in that the pressurisation chambers are each pressurized differently from each other.
A method of reactivating a surface of an organic paint coating present on a substrate, the method comprising: applying a surface reactivation treatment to the organic paint coating, the surface reactivation treatment consisting of a solvent, nanoparticles, optionally an additive, and a surface exchange agent selected from at least one of a titanate, zirconate and chelates thereof.
A universal pipe sleeve junction for an aspirated smoke detection system, comprising: a sleeve body having an outer surface and an inner surface , the inner surface defining an opening through the sleeve body , wherein the sleeve body further includes: a first end surface ; and a second end surface opposite the first end surface ; a nozzle having an outer surface and an inner surface , the inner surface of the nozzle defining an opening through the nozzle and extending through to the inner surface of the sleeve body ; and a calibrated sampling point cap coupled to the opening through the nozzle and having an annulus such that a negative pressure inside the sleeve body is to cause gas located outside the universal pipe sleeve junction to flow through the annulus into the universal pipe sleeve junction for smoke testing. a sleeve body having an outer surface and an inner surface , the inner surface defining an opening through the sleeve body , wherein the sleeve body further includes: a first end surface ; and a second end surface opposite the first end surface ; a first end surface ; and a second end surface opposite the first end surface ; a nozzle having an outer surface and an inner surface , the inner surface of the nozzle defining an opening through the nozzle and extending through to the inner surface of the sleeve body ; and a calibrated sampling point cap coupled to the opening through the nozzle and having an annulus such that a negative pressure inside the sleeve body is to cause gas located outside the universal pipe sleeve junction to flow through the annulus into the universal pipe sleeve junction for smoke testing.
A device for dispensing a fluid product including: - an outer body provided with a dispensing orifice , - an inner body , axially movable relative to said outer body between a rest position and an actuation position, said inner body forming a tank containing the fluid product to be dispensed, - a first elastic element , such as a spring, to bias said inner body towards its rest position, - an axial tubular member fixed to said outer body , inside said inner body , and partly defining an expulsion channel ending in said dispensing orifice , - a piston slidably mounted in said tank , around said axial tubular member , between a rest position and a dispensing position, - a second elastic element , such as a spring, to bias said piston towards its rest position, the dispensing device being characterized in that it further includes: - a metering chamber defined in said inner body between said piston and said axial tubular member , said metering chamber being, in the rest position, connected to said tank and isolated from said expulsion channel , and being, during actuation, isolated from said tank and connected to said expulsion channel , - said metering chamber being, in the upright position of use and storage, arranged under said tank , so that at rest it is automatically filled by gravity with the fluid product contained in said tank. - an outer body provided with a dispensing orifice , - an inner body , axially movable relative to said outer body between a rest position and an actuation position, said inner body forming a tank containing the fluid product to be dispensed, - a first elastic element , such as a spring, to bias said inner body towards its rest position, - an axial tubular member fixed to said outer body , inside said inner body , and partly defining an expulsion channel ending in said dispensing orifice , - a piston slidably mounted in said tank , around said axial tubular member , between a rest position and a dispensing position, - a second elastic element , such as a spring, to bias said piston towards its rest position, - a metering chamber defined in said inner body between said piston and said axial tubular member , said metering chamber being, in the rest position, connected to said tank and isolated from said expulsion channel , and being, during actuation, isolated from said tank and connected to said expulsion channel , - said metering chamber being, in the upright position of use and storage, arranged under said tank , so that at rest it is automatically filled by gravity with the fluid product contained in said tank.
A method comprising: determining, by a computing device, a current environmental context; determining one or more controllable devices, different from the computing device, capable of being controlled in the current environmental context, wherein the current environmental context is based on data indicating an operational state of the one or more controllable devices; determining, based on the determined one or more controllable devices, a first plurality of trigger commands associated with speech recognition and the current environmental context, wherein a number of the first plurality of trigger commands is fewer than a number of trigger commands associated with the computing device; and monitoring, while performing the speech recognition on a first speech input, for the first plurality of trigger commands. determining, by a computing device, a current environmental context; determining one or more controllable devices, different from the computing device, capable of being controlled in the current environmental context, wherein the current environmental context is based on data indicating an operational state of the one or more controllable devices; determining, based on the determined one or more controllable devices, a first plurality of trigger commands associated with speech recognition and the current environmental context, wherein a number of the first plurality of trigger commands is fewer than a number of trigger commands associated with the computing device; and monitoring, while performing the speech recognition on a first speech input, for the first plurality of trigger commands.
A wireless power transmitter device , comprising: a first coil configured to transmit power to a wireless power receiver, characterized in that the first coil is further configured for low frequency noise measurement and the wireless power transmitter device further comprises: a second coil configured for high frequency noise measurement; and a small signal receiver configured to: select one of the first coil or the second coil according to a frequency range for noise measurement; receive noise signals at the selected coil; and provide a noise profile of the noise signals, the noise profile comprising a spectrum profile. a first coil configured to transmit power to a wireless power receiver, characterized in that the first coil is further configured for low frequency noise measurement and the wireless power transmitter device further comprises: a second coil configured for high frequency noise measurement; and a small signal receiver configured to: select one of the first coil or the second coil according to a frequency range for noise measurement; receive noise signals at the selected coil; and provide a noise profile of the noise signals, the noise profile comprising a spectrum profile. a second coil configured for high frequency noise measurement; and a small signal receiver configured to: select one of the first coil or the second coil according to a frequency range for noise measurement; receive noise signals at the selected coil; and provide a noise profile of the noise signals, the noise profile comprising a spectrum profile. select one of the first coil or the second coil according to a frequency range for noise measurement; receive noise signals at the selected coil; and provide a noise profile of the noise signals, the noise profile comprising a spectrum profile.
A knitted upper for an article of footwear , formed essentially as a single piece in a three-dimensional knitting process and comprising at least one activated shrink yarn; a first region (R1) comprising a first number of knitted layers, and a second region (R2) comprising a second number of knitted layers and a double-layer Jacquard knit portion , wherein the second number of knitted layers is larger than the first number of knitted layers.
A method, comprising: Selecting, at an access node of a radio network, at least one primary component carrier for a cell of the radio network; Selecting, at the access node, at least one secondary component carrier for the cell of the radio network; and initiating transmission of at least one condition from the access node to at least one device , wherein the at least one condition comprises an indication of a maximum allowed interference, wherein the at least one condition is configured to permit the at least one device to determine, at a respective device, whether to use at least one of the at least one secondary component carrier for device-to-device communication with at least one other device based on comparing an estimated interference caused by prospective transmission from the respective device in a prospective device-to-device communication to the at least one condition. Selecting, at an access node of a radio network, at least one primary component carrier for a cell of the radio network; Selecting, at the access node, at least one secondary component carrier for the cell of the radio network; and initiating transmission of at least one condition from the access node to at least one device , wherein the at least one condition comprises an indication of a maximum allowed interference, wherein the at least one condition is configured to permit the at least one device to determine, at a respective device, whether to use at least one of the at least one secondary component carrier for device-to-device communication with at least one other device based on comparing an estimated interference caused by prospective transmission from the respective device in a prospective device-to-device communication to the at least one condition.
Pixel array, comprising: - one or a plurality of pixels (PIX1), each comprising a first transistor having: its control node (SN) coupled to a photodiode ; a first one of its main conduction nodes coupled to a first output voltage rail (VS); and a second one of its main conduction nodes coupled to a second voltage rail (VCS); - a variable impedance coupling the first voltage rail (VS) to a first power supply rail (VDD, GND) of the pixel array; - a current source coupling the second voltage rail (VCS) to a second power supply rail (GND, VDD) of the pixel array, the variable impedance being controlled based on a voltage on the second voltage rail (VCS); characterized by : - a first switch coupling the second voltage rail (VCS) to a third voltage rail (VINIT1, VINIT3). - one or a plurality of pixels (PIX1), each comprising a first transistor having: its control node (SN) coupled to a photodiode ; a first one of its main conduction nodes coupled to a first output voltage rail (VS); and a second one of its main conduction nodes coupled to a second voltage rail (VCS); - a variable impedance coupling the first voltage rail (VS) to a first power supply rail (VDD, GND) of the pixel array; - a current source coupling the second voltage rail (VCS) to a second power supply rail (GND, VDD) of the pixel array, the variable impedance being controlled based on a voltage on the second voltage rail (VCS); characterized by : - a first switch coupling the second voltage rail (VCS) to a third voltage rail (VINIT1, VINIT3). - a first switch coupling the second voltage rail (VCS) to a third voltage rail (VINIT1, VINIT3).
Method for surface treating a substrate by means of an electrical corona discharge, wherein aerosols are sprayed during the discharge into the discharge region defined by an active gap formed between a corona electrode and the substrate , characterized in that the spraying of the aerosols takes place substantially against the direction of gravity and in that the substrate is moved during the discharge in passage in continuous contact with a carrier surface of a carrier electrode below an imaginary horizontal plane (H) guided through the carrier electrode .
An implantable intracardiac apparatus for implantation in a wall of the heart to secure a pressure sensor thereto, the apparatus comprising: a mesh configured to: collapse to enable it to be carried, by a catheter, to a deployment site in the heart, and to expand upon deployment from the catheter to provide a conformable mesh layer for securement against the wall of the heart; wherein the conformable mesh layer comprises an opening occupied by a compliant diaphragm that is flush with the mesh layer, or recessed with respect to the mesh layer, when the mesh layer is secured against the wall of the heart; the apparatus further comprising a can for holding said pressure sensor, and the compliant diaphragm provides a wall of the can. a mesh configured to: collapse to enable it to be carried, by a catheter, to a deployment site in the heart, and to expand upon deployment from the catheter to provide a conformable mesh layer for securement against the wall of the heart; wherein the conformable mesh layer comprises an opening occupied by a compliant diaphragm that is flush with the mesh layer, or recessed with respect to the mesh layer, when the mesh layer is secured against the wall of the heart; collapse to enable it to be carried, by a catheter, to a deployment site in the heart, and to expand upon deployment from the catheter to provide a conformable mesh layer for securement against the wall of the heart; wherein the conformable mesh layer comprises an opening occupied by a compliant diaphragm that is flush with the mesh layer, or recessed with respect to the mesh layer, when the mesh layer is secured against the wall of the heart; the apparatus further comprising a can for holding said pressure sensor, and the compliant diaphragm provides a wall of the can.
A seal mechanism that is provided with an annular resin seal lip which is disposed coaxially with a shaft (S) and is brought into contact with a circumferential surface of the shaft (S), the seal mechanism further comprising: a stopper that is provided in a metallic housing (H) surrounding the shaft (S) and is disposed between the shaft (S) and a portion of the seal lip other than the edge portion coming into direct contact with the shaft (S) while spaced apart from the circumferential surface of the shaft (S); and the stopper is made of a material having a thermal expansion coefficient smaller than that of a material of which the seal lip is formed, and characterised in that the seal mechanism has a first state at normal temperature in which a gap is formed between the stopper and the portion of the seal lip , and a second state in which the stopper is brought into contact with the portion of the seal lip which contracts at the time of cooling such that an axis of the seal lip is caused to correspond to an axis of the shaft (S). a stopper that is provided in a metallic housing (H) surrounding the shaft (S) and is disposed between the shaft (S) and a portion of the seal lip other than the edge portion coming into direct contact with the shaft (S) while spaced apart from the circumferential surface of the shaft (S); and the stopper is made of a material having a thermal expansion coefficient smaller than that of a material of which the seal lip is formed, and characterised in that the seal mechanism has a first state at normal temperature in which a gap is formed between the stopper and the portion of the seal lip , and a second state in which the stopper is brought into contact with the portion of the seal lip which contracts at the time of cooling such that an axis of the seal lip is caused to correspond to an axis of the shaft (S).
Flushing device comprising a cistern , a flushing pipe emerging from the cistern and having a first pipe portion adjoining the cistern and extending along a first centre axis (M1), a pipe bend adjoining the first pipe portion , as well as a second pipe portion adjoining the pipe bend and extending along a second centre axis (M2) and having a pipe outlet , and a throttle element arranged in the flushing pipe for throttling the flushing flow in the flushing pipe , wherein the second pipe portion is designed so that it opens into a connecting pipe which is guided to a sanitary article , characterized in that the throttle element is arranged at a short distance (A) from, in particular directly at, the geometric pipe bend end of the pipe bend in the second pipe portion , wherein the distance (A) between the throttle element and the geometric pipe bend end corresponds at most to the diameter of the second pipe portion .
A switch cabinet arrangement with a cooling unit accommodated in a switch cabinet housing , wherein the cooling unit can be held displaceably on the switch cabinet housing by means of a linear adjustment unit , in particular a rail system, and can be adjusted between a pull-out position and a push-in position, wherein the cooling unit is completely accommodated in the switch cabinet housing in the slide-in position and projects out of the switch cabinet housing at least partially via a door side of the switch cabinet housing in the slide-out position, wherein a door element closing the door side of the switch cabinet housing in its closed position has at least one air passage opening , characterized in that the air passage opening is provided in the switch cabinet housing at least when the door element is in its closed position, which, at least when the cooling unit is in the slide-in position, in the closed position of the door element opens into an air outlet and an air inlet of the cooling unit , the cooling unit having a cooling unit housing with an air inlet side and an air outlet side which, at least in the closed position of the door element , face the door element and are preferably arranged parallel thereto, wherein, in the closed position, both the air outlet and the air inlet of the cooling unit open into the air passage opening , and wherein the air passage opening is designed in two parts, with an air inlet opening (7.1), which opens into the air inlet of the cooling unit , and an air outlet opening (7.2), which is fluidically separated from the air inlet opening (7.1) and opens into the air outlet of the cooling unit .
A method for wireless communication, characterized by : identifying a predetermined signal type within a downlink subframe in a shared radio frequency spectrum band; and generating , based at least in part on the predetermined signal type within the downlink subframe, a cell-specific reference signal CRS for the downlink subframe. identifying a predetermined signal type within a downlink subframe in a shared radio frequency spectrum band; and generating , based at least in part on the predetermined signal type within the downlink subframe, a cell-specific reference signal CRS for the downlink subframe.
A portable cup, configured to hold pet supplies and comprising: a cup body , wherein one end of two ends of the cup body along a height direction of the cup body is provided with at least one cavity , another end of the two ends of the cup body along the height direction of the cup body is provided with at least two cavities , and each cavity is configured to accommodate the pet supplies, wherein the pet supplies comprise water, food, and a toilet bag for processing pet excrement; and end covers , wherein the end covers are connected to the two ends of the cup body along the height direction of the cup body , respectively, and each of the end covers is capable of opening or closing a cavity at a respective one end of the two ends of the cup body along the height direction of the cup body ; wherein cavities of the at least one cavity and the at least two cavities comprise a second storage cavity for holding a roll bag, characterized in that the second storage cavity is disposed at a lower end of the cup body , a central shaft is provided in the second storage cavity , and the roll bag can be sleeved outside the central shaft . end covers , wherein the end covers are connected to the two ends of the cup body along the height direction of the cup body , respectively, and each of the end covers is capable of opening or closing a cavity at a respective one end of the two ends of the cup body along the height direction of the cup body ; wherein cavities of the at least one cavity and the at least two cavities comprise a second storage cavity for holding a roll bag, characterized in that the second storage cavity is disposed at a lower end of the cup body , a central shaft is provided in the second storage cavity , and the roll bag can be sleeved outside the central shaft .