mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication module of a vehicle comprising: a magnetic sensor configured to detect magnetic field data; a communication circuit ; a controller in communication with the magnetic sensor and the communication circuit , the controller configured to: monitor the magnetic field data; compare a change in the magnetic field data to a first predetermined threshold , the first predetermined threshold corresponding to a change in direction of the vehicle ; output an activation signal to the communication circuit in response to a change in the magnetic field data exceeding the first threshold; output a sleep signal configured to cause the wireless communication module to enter a dormant state to the communication circuit in response to the magnetic field data being less than a second predetermined threshold for a predetermined period of time while the wireless communication module is in the active state; and wherein the change in the magnetic field indicates a change in direction of the vehicle measured by the magnetic sensor , and wherein the communication circuit is configured to enter an active state in response to receiving the activation signal and enter the dormant state in response to the sleep signal. a magnetic sensor configured to detect magnetic field data; a communication circuit ; a controller in communication with the magnetic sensor and the communication circuit , the controller configured to: monitor the magnetic field data; compare a change in the magnetic field data to a first predetermined threshold , the first predetermined threshold corresponding to a change in direction of the vehicle ; output an activation signal to the communication circuit in response to a change in the magnetic field data exceeding the first threshold; output a sleep signal configured to cause the wireless communication module to enter a dormant state to the communication circuit in response to the magnetic field data being less than a second predetermined threshold for a predetermined period of time while the wireless communication module is in the active state; and monitor the magnetic field data; compare a change in the magnetic field data to a first predetermined threshold , the first predetermined threshold corresponding to a change in direction of the vehicle ; output an activation signal to the communication circuit in response to a change in the magnetic field data exceeding the first threshold; output a sleep signal configured to cause the wireless communication module to enter a dormant state to the communication circuit in response to the magnetic field data being less than a second predetermined threshold for a predetermined period of time while the wireless communication module is in the active state; and wherein the change in the magnetic field indicates a change in direction of the vehicle measured by the magnetic sensor , and wherein the communication circuit is configured to enter an active state in response to receiving the activation signal and enter the dormant state in response to the sleep signal.
An operating system with several; switches , each having a switch base , a cap carrier and a switch cap whereby the switch caps are replaceable on the cap carriers and can be placed on different switches , characterized by the fact that, each of the switch caps has an RFID transponder , an RFID reading device or a location-oriented logging antenna system of a joint RFID reading device is fitted to the switches , in each RFID transponder information which can be read out is stored and this information is assigned to a function within the operating system.
Differential gearing for a motor vehicle, having a ring gear having an outer toothing , which ring gear is drivable by a pinion of the motor vehicle and having a differential unit drivable by the ring gear for torque compensation between wheels of the motor vehicle which can be driven via the differential unit by the pinion , wherein the differential unit has an internal gear which can be driven by the ring gear and which has an inner toothing , by means of which internal gear the wheels are driveable, and wherein, in respect of a torque flow from the ring gear to the internal gear , between the ring gear and the internal gear is arranged a coupling device which is adjustable between at least one coupling position (K) in which the internal gear is coupled with the ring gear , and at least one decoupling position (E) in which the internal gear is decoupled from the ring gear , characterised in that the differential unit is in the form of a Ravigneaux gear set and the internal gear comprises one first planetary gear set meshing with the internal gear , one second planetary gear set meshing with the first planetary gear set , one first sun gear meshing with the first planetary gear set , one second sun gear meshing with the second planetary gear set , and one planetary carrier on which the planetary gear sets are mounted.
A resin binder composition for a toner, comprising a polyester resin, which is a polycondensate of a polyethylene terephthalate, a carboxylic acid component, and an alcohol component, wherein the polyethylene terephthalate comprises a polyethylene terephthalate having a IV value of 0.40 or more and 0.68 or less in an amount of 100% by mass of a total amount of the polyethylene terephthalate, wherein the IV value is measured in accordance with the method disclosed in the description.
A method comprising promoting the growth of at least one plant with use of an effective amount of at least one composition comprising an effective amount of at least one compound which is represented by structure (IV): Or by A-B-C, wherein B is a bivalent polyene moiety, A is a monovalent moiety comprising a six-membered carbon ring and linked to B by the six-membered carbon ring, wherein the six-membered ring has at least one substituent comprising an oxygen atom, wherein the substituent is linked to the six-membered ring by the oxygen atom, and C is a monovalent moiety comprising a carbonyl moiety having the structure -C(O)-R linked to B by the carbonyl group, wherein R is an alkyl group or a carboxylic acid group. Or by A-B-C, wherein B is a bivalent polyene moiety, A is a monovalent moiety comprising a six-membered carbon ring and linked to B by the six-membered carbon ring, wherein the six-membered ring has at least one substituent comprising an oxygen atom, wherein the substituent is linked to the six-membered ring by the oxygen atom, and C is a monovalent moiety comprising a carbonyl moiety having the structure -C(O)-R linked to B by the carbonyl group, wherein R is an alkyl group or a carboxylic acid group.
A method of controlling a wind turbine generator , comprising: operating the wind turbine generator in accordance with a power curve having a knee region ; monitoring a temperature of at least one thermal hotspot of the wind turbine generator; initiating a power boost to temporarily increase an active power generated by the wind turbine generator above a rated power when the wind turbine generator enters the knee region of the power curve; and controlling at least one of a magnitude and a duration of the power boost in dependence on the temperature of the at least one thermal hotspot of the wind turbine generator characterized in that , when the wind turbine generator enters the knee region one or more damping functions of the wind turbine generator is reduced, such that a proportion of the active power generated by the wind turbine generator that is used for the one or more damping functions is reduced and a proportion of active power generated by the wind turbine generator that may be exported by the wind turbine generator is increased. operating the wind turbine generator in accordance with a power curve having a knee region ; monitoring a temperature of at least one thermal hotspot of the wind turbine generator; initiating a power boost to temporarily increase an active power generated by the wind turbine generator above a rated power when the wind turbine generator enters the knee region of the power curve; and controlling at least one of a magnitude and a duration of the power boost in dependence on the temperature of the at least one thermal hotspot of the wind turbine generator characterized in that , when the wind turbine generator enters the knee region one or more damping functions of the wind turbine generator is reduced, such that a proportion of the active power generated by the wind turbine generator that is used for the one or more damping functions is reduced and a proportion of active power generated by the wind turbine generator that may be exported by the wind turbine generator is increased.
Device for detecting the layer thickness of a coated component , in particular a brake disk for a disk brake of a motor vehicle, comprising at least one holding device having a bearing surface for the component and comprising a guiding device for holding and guiding a sensor for measuring the layer thickness, the sensor being movable by the guiding device along a vertical axis and pivotable about a first axis of rotation , the sensor also being movable by the guiding device along a horizontal axis and in that the first axis of rotation is oriented horizontally, characterized in that the sensor is arranged at a free end of a guiding arm arranged coaxially to the first axis of rotation .
High power flat saw having a large diameter saw blade , said flat saw comprising a motor and a blade shaft drive , wherein said blade shaft drive comprises a first pulley and a second pulley and a belt , said second pulley being directly connected to a blade shaft , said first pulley having a smaller diameter than the diameter of said second pulley , and wherein said drive further comprises a variable belt tensioner arranged to apply a variable force to said belt , wherein the first pulley is directly connected to a power take out shaft being an extension of a crankshaft/rotor of said motor , wherein said first and said second pulleys are directly rotationally connected by the belt , wherein the belt is a low profile poly V belt , and wherein the variable belt tensioner of the blade shaft drive comprises a resilient member , said belt tensioner further comprises a rotatable idler pulley for contact with the belt and a pivot arm connecting the idler pulley to the resilient member , where the reduction ratio of the blade shaft drive from the power take out shaft to the blade shaft is in the range of between 1:3.6 and 1:1.5, preferably approximately 1:2 for a blade diameter of approximately 760 mm, and where the variable belt tensioner is adapted to harmonize the tension in the belt during different load conditions.
A plasticizer composition, comprising: a terephthalate-based material including three types of compounds represented by the following Formula 1; and a cyclohexane 1,4-diester-based material including three types of compounds represented by the following Formula 2; wherein a weight ratio of the terephthalate-based material to the cyclohexane 1,4-diester-based material is in a range of 99:1 to 1:99: in Formula 1, R 1 and R 2 each independently represent an alkyl group having 4 to 10 carbon atoms. in Formula 2, R 3 and R 4 each independently represent an alkyl group having 4 to 10 carbon atoms. a terephthalate-based material including three types of compounds represented by the following Formula 1; and a cyclohexane 1,4-diester-based material including three types of compounds represented by the following Formula 2; wherein a weight ratio of the terephthalate-based material to the cyclohexane 1,4-diester-based material is in a range of 99:1 to 1:99: in Formula 1, R 1 and R 2 each independently represent an alkyl group having 4 to 10 carbon atoms. in Formula 2, R 3 and R 4 each independently represent an alkyl group having 4 to 10 carbon atoms.
A medical fabric comprising multifilament yarns with a total fineness of 7 to 80 dtex as warp yarns and weft yarns, wherein the single filament fineness of at least one multifilament yarn among the warp yarns and the weft yarns is 0.5 dtex or less, the thickness of the medical fabric, determined as described in the description, is 10 to 90 μm, and the water permeability before and after needle puncture of the medical fabric is 300 cm 3 /min/cm 2 or less, characterized in that the weft yarn is a twisted weft yarn and the warp yarn is a twisted warp yarn, and the twist coefficient A of the weft yarns is 50 to 2000, and the warp/weft twist coefficient ratio B between the warp yarns and the weft yarns is 1.5 to 20, wherein the twist coefficients and the water permeability are determined as described in the description.
A controller for use in conjunction with a thermal treatment apparatus and temperature control equipment, wherein the controller is adapted to apply different cooling regimes using the temperature control equipment to different non-target tissues, and the controller comprises: a module for processing monitored data indicative of a temperature field in a region encompassing the target tissue and different non-target tissues; and a module for controlling the temperature control equipment so as to adjust a temperature of the non-target tissue based, at least in part, on the monitored temperature field and differences in thermal responses between the target tissue and the different non-target tissues nearby. a module for processing monitored data indicative of a temperature field in a region encompassing the target tissue and different non-target tissues; and a module for controlling the temperature control equipment so as to adjust a temperature of the non-target tissue based, at least in part, on the monitored temperature field and differences in thermal responses between the target tissue and the different non-target tissues nearby.
A method comprising: receiving an input signal captured by one or more first sensors associated with an active noise reduction, ANR, device ; processing the input signal using a first filter disposed in an ANR signal path to generate a first signal for an acoustic transducer of the ANR device ; processing the input signal in a pass-through signal path disposed in parallel with the ANR signal path to generate a second signal for the acoustic transducer , wherein the pass-through signal path is configured to allow at least a portion of the input signal to pass through to the acoustic transducer in accordance with a variable gain associated with the pass-through signal path; detecting , using one or more second sensors , an existence of a condition likely to cause instability in the pass-through signal path which may cause the acoustic transducer to produce acoustic artifacts, wherein the one or more second sensors comprise at least one of: an infrared, IR, sensor, an object sensor and a proximity sensor of the ANR device ; responsive to detecting the existence of the condition likely to cause instability in the pass-through signal path, adjusting the variable gain associated with the pass-through signal path, said detecting and adjusting the variable gain associated with the pass-through signal path being performed to prevent said instability and acoustic artifacts before they occur; and generating a driver signal for the acoustic transducer using an output of the pass-through signal path, the output being based on the adjusted gain. receiving an input signal captured by one or more first sensors associated with an active noise reduction, ANR, device ; processing the input signal using a first filter disposed in an ANR signal path to generate a first signal for an acoustic transducer of the ANR device ; processing the input signal in a pass-through signal path disposed in parallel with the ANR signal path to generate a second signal for the acoustic transducer , wherein the pass-through signal path is configured to allow at least a portion of the input signal to pass through to the acoustic transducer in accordance with a variable gain associated with the pass-through signal path; detecting , using one or more second sensors , an existence of a condition likely to cause instability in the pass-through signal path which may cause the acoustic transducer to produce acoustic artifacts, wherein the one or more second sensors comprise at least one of: an infrared, IR, sensor, an object sensor and a proximity sensor of the ANR device ; responsive to detecting the existence of the condition likely to cause instability in the pass-through signal path, adjusting the variable gain associated with the pass-through signal path, said detecting and adjusting the variable gain associated with the pass-through signal path being performed to prevent said instability and acoustic artifacts before they occur; and generating a driver signal for the acoustic transducer using an output of the pass-through signal path, the output being based on the adjusted gain.
An animal carrying bed, comprising: a tubular unit ; an electrical connector arranged on one end of the tubular unit ; and an end cover unit arranged on another end of the tubular unit , the end cover unit having an intake channel and a discharge channel arranged therein and separated from each other; the end cover unit having an intake opening formed inside the tubular unit and connected to the intake channel ; the end cover unit having a plurality of discharge openings formed thereon inside the tubular unit and connected to the discharge channel ; the intake channel and the discharge channel connected to the electrical connector via a respective guide tube , and wherein the guide tubes are arranged inside the tubular unit . a tubular unit ; an electrical connector arranged on one end of the tubular unit ; and an end cover unit arranged on another end of the tubular unit , the end cover unit having an intake channel and a discharge channel arranged therein and separated from each other; the end cover unit having an intake opening formed inside the tubular unit and connected to the intake channel ; the end cover unit having a plurality of discharge openings formed thereon inside the tubular unit and connected to the discharge channel ; the intake channel and the discharge channel connected to the electrical connector via a respective guide tube , and wherein the guide tubes are arranged inside the tubular unit .
Method for communication on a first device, called terminal , capable of receiving a first message (M) of NFC type in a radio carrier wave (S) by using the electromagnetic wave conduction capabilities of a first channel (BP) whose medium is the body of a user holding the terminal and of communicating with a second device, called reader, over a second, wireless channel (BT, WIFI) having a medium distinct from the body of the user, said reader being capable of transmitting a message of NFC type in a radio carrier wave, the method being characterized in that it comprises the following steps on the terminal: - reception (E1), over the first channel (BP), of the first message (M) of NFC type comprising at least one first pairing datum (ALEA) originating from the reader, said reception being triggered by the entry of the user into the proximity of the reader; - establishment of a communication session (SBT) over the second channel (BT) with said second device, using said pairing datum (ALEA); - communication with said second device only over the second radio channel (BT), independently of the reception of data over the first channel. - reception (E1), over the first channel (BP), of the first message (M) of NFC type comprising at least one first pairing datum (ALEA) originating from the reader, said reception being triggered by the entry of the user into the proximity of the reader; - establishment of a communication session (SBT) over the second channel (BT) with said second device, using said pairing datum (ALEA); - communication with said second device only over the second radio channel (BT), independently of the reception of data over the first channel.
Tool turret having - a housing , - a turret head rotatable with respect to the housing by means of a drive, - two gear rings (4, 9") arranged coaxially to the axis of rotation of the turret head , one of which is non-rotatably connected to the turret head and the other (9") of which is non-rotatably connected to the housing , - a locking part axially movable with respect to the housing and the turret head , with a toothing aligned with the two gear rings (4, 9") and in its locked position in engagement therewith as a form fit connection and - a pressurised-fluid control device for controlling the movement of the locking part , characterised in that in the locked state, in addition to the form fit connection (4, 9", 24'), an additional friction fit connection is produced between the housing and the turret head by means of a friction fit device and in that the friction fit device has a chamber , which can be filled with pressurised fluid, between the housing and the turret head , which chamber is located outside the possible toothing engagement and has a pressure-active surface which is arranged between housing and turret head and produces the friction fit when pressure is applied. - a housing , - a turret head rotatable with respect to the housing by means of a drive, - two gear rings (4, 9") arranged coaxially to the axis of rotation of the turret head , one of which is non-rotatably connected to the turret head and the other (9") of which is non-rotatably connected to the housing , - a locking part axially movable with respect to the housing and the turret head , with a toothing aligned with the two gear rings (4, 9") and in its locked position in engagement therewith as a form fit connection and - a pressurised-fluid control device for controlling the movement of the locking part ,
An apparatus for treating a tissue site, comprising: a dressing ; and a bridge adapted to be fluidly coupled to the dressing , the bridge comprising: a first manifold layer , a second manifold layer , a binding layer comprising a binding material positioned between the first manifold layer and the second manifold layer , wherein the binding material has bacterial-binding and protein-binding properties and a sealing material having a first end and a second end , wherein the first end comprises a first aperture adapted to be fluidly coupled to a negative-pressure source, and the second end comprises a second aperture adapted to be fluidly coupled to the dressing ; wherein the first manifold layer , the second manifold layer , and the binding layer are enclosed within the sealing material and are fluidly coupled between the first and second apertures . a dressing ; and a bridge adapted to be fluidly coupled to the dressing , the bridge comprising: a first manifold layer , a second manifold layer , a binding layer comprising a binding material positioned between the first manifold layer and the second manifold layer , wherein the binding material has bacterial-binding and protein-binding properties and a sealing material having a first end and a second end , wherein the first end comprises a first aperture adapted to be fluidly coupled to a negative-pressure source, and the second end comprises a second aperture adapted to be fluidly coupled to the dressing ; wherein the first manifold layer , the second manifold layer , and the binding layer are enclosed within the sealing material and are fluidly coupled between the first and second apertures . a first manifold layer , a second manifold layer , a binding layer comprising a binding material positioned between the first manifold layer and the second manifold layer , wherein the binding material has bacterial-binding and protein-binding properties and a sealing material having a first end and a second end , wherein the first end comprises a first aperture adapted to be fluidly coupled to a negative-pressure source, and the second end comprises a second aperture adapted to be fluidly coupled to the dressing ; wherein the first manifold layer , the second manifold layer , and the binding layer are enclosed within the sealing material and are fluidly coupled between the first and second apertures .