mhurhangee/patent-ind-claim-en huggingface dataset:
Magnetic-inductive flowmeter for measuring the flow of a flowing, conductive medium, comprising a measuring tube made of a non-conductive material, with a magnetic field generating device for generating a magnetic field passing through the measuring tube perpendicularly to the longitudinal axis of the measuring tube and with two pin-shaped measuring electrodes for tapping a measuring voltage induced in the flowing medium, the measuring electrodes being arranged along a connecting line running perpendicularly to the longitudinal axis of the measuring tube and perpendicularly to the magnetic field direction, characterized in that an insert part is arranged on each side of the measuring tube on the outer face, the insert parts being opposite each other, the insert parts each having a through-hole through which the two measuring electrodes run, the measuring electrodes having a non-circular cross-section at least in portions and the through-holes of the two insert parts having a contour complementary thereto and the pin-shaped measuring electrodes at least partially having an external thread and a nut being screwed onto each of them, by means of which the measuring electrodes and the associated insert parts are firmly connected to the measuring tube . magnetic field generating device for generating a magnetic field passing through the measuring tube perpendicularly to the longitudinal axis of the measuring tube and with two pin-shaped measuring electrodes for tapping a measuring voltage induced in the flowing medium, the measuring electrodes being arranged along a connecting line running perpendicularly to the longitudinal axis of the measuring tube and perpendicularly to the magnetic field direction, characterized in that an insert part is arranged on each side of the measuring tube on the outer face, the insert parts being opposite each other, the insert parts each having a through-hole through which the two measuring electrodes run, the measuring electrodes having a non-circular cross-section at least in portions and the through-holes of the two insert parts having a contour complementary thereto and the pin-shaped measuring electrodes at least partially having an external thread and a nut being screwed onto each of them, by means of which the measuring electrodes and the associated insert parts are firmly connected to the measuring tube .
A multiphase voltage regulator , comprising: a plurality of power stages , each of which is configured to deliver a phase current to a load ; a plurality of current sense circuits , each of which is configured to provide a current sense signal (Isenl, IsenN) representative of the phase current delivered to the load by the power stage coupled to the current sense circuit ; a controller configured to control the plurality of power stages to regulate an output voltage (Vout) provided to the load , based at least partly on the current sense signals (Isenl, IsenN) provided by the current sense circuits ; a current sense interface running between the controller and one or more of the current sense circuits , the current sense interface comprising a separate line for each current sense circuit coupled to the current sense interface and which is configured to support single-ended or differential current sense; and a plurality of pullup circuits , each of which is connected to one of the current sense interface lines and has a higher impedance than the line to which the pullup circuit is connected, wherein the controller comprises a fault detection circuit configured to determine if an individual one of the current sense interface lines has an open fault, based on the pullup circuit connected to the line with the open fault pulling up the voltage on the line by more than a predetermined amount. a plurality of power stages , each of which is configured to deliver a phase current to a load ; a plurality of current sense circuits , each of which is configured to provide a current sense signal (Isenl, IsenN) representative of the phase current delivered to the load by the power stage coupled to the current sense circuit ; a controller configured to control the plurality of power stages to regulate an output voltage (Vout) provided to the load , based at least partly on the current sense signals (Isenl, IsenN) provided by the current sense circuits ; a current sense interface running between the controller and one or more of the current sense circuits , the current sense interface comprising a separate line for each current sense circuit coupled to the current sense interface and which is configured to support single-ended or differential current sense; and a plurality of pullup circuits , each of which is connected to one of the current sense interface lines and has a higher impedance than the line to which the pullup circuit is connected, wherein the controller comprises a fault detection circuit configured to determine if an individual one of the current sense interface lines has an open fault, based on the pullup circuit connected to the line with the open fault pulling up the voltage on the line by more than a predetermined amount.
Method for managing a quick stop situation of an elevator, in which method: - an activation process of a machinery brake is started; - a disconnection process of the current supply is started for disconnecting the current supply occurring from the power source to the elevator motor ; - the disconnection process of the current supply is started separately after the starting of the activation process of the machinery brake ; - characterized in that the start of the disconnection process of the current supply is delayed by an amount of the starting delay (T1) from the starting moment of the activation process of the brake, wherein the starting delay (T1) of the disconnection process of the current supply is determined, in addition to being determined on the basis of an activation delay (T2) of the machinery brake, on the basis of a disconnection delay of the current supply of the elevator motor , wherein, when the starting delay (T1) of the disconnection process includes the disconnection delay of the current supply of the elevator motor , the starting delay (T1) of the disconnection process and a duration for adjusting the current with a ramp to zero are longer than the activation delay (T2) of the machinery brake . - an activation process of a machinery brake is started; - a disconnection process of the current supply is started for disconnecting the current supply occurring from the power source to the elevator motor ; - the disconnection process of the current supply is started separately after the starting of the activation process of the machinery brake ; - characterized in that the start of the disconnection process of the current supply is delayed by an amount of the starting delay (T1) from the starting moment of the activation process of the brake, wherein the starting delay (T1) of the disconnection process of the current supply is determined, in addition to being determined on the basis of an activation delay (T2) of the machinery brake, on the basis of a disconnection delay of the current supply of the elevator motor , wherein, when the starting delay (T1) of the disconnection process includes the disconnection delay of the current supply of the elevator motor , the starting delay (T1) of the disconnection process and a duration for adjusting the current with a ramp to zero are longer than the activation delay (T2) of the machinery brake .
A method for determining a health indication of a mechanical component , the method comprising: receiving, by a processor of a multi-sensor node device having a plurality of sensors , a configuration defining activation of the plurality of sensors based on a type of mechanical component to which the multi-sensor node device is coupled and based on a level of energy harvesting available at the multi-sensor node device; determining, by the processor of the multi-sensor node device, to activate a first sensor of the plurality of sensors based on the received configuration; collecting, by the processor of the multi-sensor node device, data from the first sensor relating to a first parameter of the mechanical component; determining, by the processor of the multi-sensor node device, to activate a second sensor of the plurality of sensors based on determining that the data collected from the first sensor indicates a threshold is exceeded; collecting, by the processor of the multi-sensor node device, data from the second sensor relating to a second parameter of the mechanical component; determining, by the processor of the multi-sensor node device, an initial health indication of the mechanical component based at least in part on the data collected from the second sensor; and transmitting, by the processor of the multi-sensor node device, the determined initial health indication of the mechanical component to a remote computing system. receiving, by a processor of a multi-sensor node device having a plurality of sensors , a configuration defining activation of the plurality of sensors based on a type of mechanical component to which the multi-sensor node device is coupled and based on a level of energy harvesting available at the multi-sensor node device; determining, by the processor of the multi-sensor node device, to activate a first sensor of the plurality of sensors based on the received configuration; collecting, by the processor of the multi-sensor node device, data from the first sensor relating to a first parameter of the mechanical component; determining, by the processor of the multi-sensor node device, to activate a second sensor of the plurality of sensors based on determining that the data collected from the first sensor indicates a threshold is exceeded; collecting, by the processor of the multi-sensor node device, data from the second sensor relating to a second parameter of the mechanical component; determining, by the processor of the multi-sensor node device, an initial health indication of the mechanical component based at least in part on the data collected from the second sensor; and transmitting, by the processor of the multi-sensor node device, the determined initial health indication of the mechanical component to a remote computing system.
A method for differentiating audio signals when played together over a speaker , comprising: receiving, from two remote parties, at the same time, a primary audio signal on a primary channel and a secondary audio signal on a secondary channel, at a two-way dual-watch radio; spectrally reshaping at least one of the primary audio signal on a primary channel path or the secondary audio signal on a secondary channel path based on spectral content of the other audio signal to produce resulting signals including at least one reshaped signal; mixing the resulting signals output by the primary channel path and the secondary channel path; and playing the mixed resulting signals over the speaker . receiving, from two remote parties, at the same time, a primary audio signal on a primary channel and a secondary audio signal on a secondary channel, at a two-way dual-watch radio; spectrally reshaping at least one of the primary audio signal on a primary channel path or the secondary audio signal on a secondary channel path based on spectral content of the other audio signal to produce resulting signals including at least one reshaped signal; mixing the resulting signals output by the primary channel path and the secondary channel path; and playing the mixed resulting signals over the speaker .
A capsule extraction mechanism comprising a capsule holder and a capsule hydraulic tank , a capsule cover and a drive assembly disposed on the capsule holder , wherein the drive assembly is configured to drive the capsule hydraulic tank to reciprocate back and forth relative to the capsule cover ; wherein the capsule extraction mechanism further comprises: an upper guide rail fixed on the top of the capsule holder with a capsule insertion groove and two symmetrical guide grooves , wherein each guide groove comprises a bent portion bent outward with respect to the capsule insertion groove ; two opposite push plate brackets respectively provided with a chucking groove on the opposing faces thereof for holding a capsule, wherein one side surface of each push plate bracket facing the capsule hydraulic tank is provided with a dovetail groove matching to the capsule hydraulic tank , and another side surface facing the upper guide rail is provided with a protrusion protruding outwardly and projecting into the guide groove of the upper guide rail ; characterized by two pulling hooks vertically fixed to the capsule hydraulic tank and projecting outwardly with respect to the push plate bracket , wherein the pulling hooks are configured to pull the used capsule waste out of the capsule cover, to remove the capsule waste while using the capsule extraction mechanism, each pulling hook is provided with a bent hook at one end away from the capsule hydraulic tank , and the bent hook is in interference fit with respect to the capsule cover , and each push plate bracket is provided with a notch , and an end of each pulling hook away from the capsule hydraulic tank is inserted into the notch and extended outwardly. an upper guide rail fixed on the top of the capsule holder with a capsule insertion groove and two symmetrical guide grooves , wherein each guide groove comprises a bent portion bent outward with respect to the capsule insertion groove ; two opposite push plate brackets respectively provided with a chucking groove on the opposing faces thereof for holding a capsule, wherein one side surface of each push plate bracket facing the capsule hydraulic tank is provided with a dovetail groove matching to the capsule hydraulic tank , and another side surface facing the upper guide rail is provided with a protrusion protruding outwardly and projecting into the guide groove of the upper guide rail ; characterized by two pulling hooks vertically fixed to the capsule hydraulic tank and projecting outwardly with respect to the push plate bracket , wherein the pulling hooks are configured to pull the used capsule waste out of the capsule cover, to remove the capsule waste while using the capsule extraction mechanism, each pulling hook is provided with a bent hook at one end away from the capsule hydraulic tank , and the bent hook is in interference fit with respect to the capsule cover , and each push plate bracket is provided with a notch , and an end of each pulling hook away from the capsule hydraulic tank is inserted into the notch and extended outwardly.
A multi-mode optical fiber comprising in cross section: a truncated core, an un-doped cladding surrounding and in contact with the core, the cladding having a refractive index n clad , wherein the cladding consists essentially of pure silica, wherein the truncated core comprises: a first portion extending from a center of the cross section to a radius R 1 , having a refractive index n 1 at the center of the cross section and a refractive index n s at Ri, wherein a refractive index profile of the first portion has an alpha core profile, a step region at R 1 having a refractive index difference approximately equal to n s - n clad , where n s - n clad is at least 0.2 (n 1 - n clad ), and where n 1 - n clad is in the range of 0.014 to 0.02 and R 1 is in the range of 10-34 microns. a truncated core, an un-doped cladding surrounding and in contact with the core, the cladding having a refractive index n clad , wherein the cladding consists essentially of pure silica, wherein the truncated core comprises: a first portion extending from a center of the cross section to a radius R 1 , having a refractive index n 1 at the center of the cross section and a refractive index n s at Ri, wherein a refractive index profile of the first portion has an alpha core profile, a step region at R 1 having a refractive index difference approximately equal to n s - n clad , where n s - n clad is at least 0.2 (n 1 - n clad ), and where n 1 - n clad is in the range of 0.014 to 0.02 and R 1 is in the range of 10-34 microns. a first portion extending from a center of the cross section to a radius R 1 , having a refractive index n 1 at the center of the cross section and a refractive index n s at Ri, wherein a refractive index profile of the first portion has an alpha core profile, a step region at R 1 having a refractive index difference approximately equal to n s - n clad , where n s - n clad is at least 0.2 (n 1 - n clad ), and where n 1 - n clad is in the range of 0.014 to 0.02 and R 1 is in the range of 10-34 microns.
A tool container for receiving tools with a cuboid-shaped container body , which has a cover wall , a bottom wall , a front wall , a rear wall as well as two side walls , wherein a cover is provided, which is divided by hinges into surface sections (13 - 18), wherein the surface sections (14 - 18) are foldable around the hinges and the surface sections (13 - 18) form at least areas of the cover wall , the bottom wall as well as the front wall and the rear wall , characterised in that each side wall has an upper side wall part and a lower side wall part , wherein the upper side wall part is disposed on the edge side of the surface section forming the cover wall and the lower side wall part is disposed on the edge side of the surface section forming the bottom wall , and the cover wall together with the upper side wall parts form the cover part and the bottom wall together with the lower side wall parts form a bottom part , and wherein a support receptacle is provided on each lower side wall part , into which an upper side wall part is insertable with a coupling element , such that the cover part is positionable at an angle relative to the bottom part .
A method comprising: receiving image data and corresponding position data captured by a robotic vehicle traversing a parcel ; comparing the image data with structural parameters known to identify grass ; and classifying the image data as grass when the image data meets the structural parameters indicative of grass characterized by the comparing of the image data with structural parameters indicative of grass comprising: measuring at least one of vertical or horizontal edges in the image data ; filtering out the edges that are shorter than a predetermined length known to identify grass; and identifying the edges that are longer than a predetermined length known to identify grass as not belonging to grass . comparing the image data with structural parameters known to identify grass ; and classifying the image data as grass when the image data meets the structural parameters indicative of grass characterized by the comparing of the image data with structural parameters indicative of grass comprising: measuring at least one of vertical or horizontal edges in the image data ; filtering out the edges that are shorter than a predetermined length known to identify grass; and identifying the edges that are longer than a predetermined length known to identify grass as not belonging to grass . measuring at least one of vertical or horizontal edges in the image data ; filtering out the edges that are shorter than a predetermined length known to identify grass; and identifying the edges that are longer than a predetermined length known to identify grass as not belonging to grass .
An LED dimmer for dimming control of an LED lighting device including a power switch , a drive voltage supply and an LED light-emitting unit , wherein the LED dimmer is configured so as to control luminance of the LED light-emitting unit according to a selected dimming level in an operating zone, wherein an operating zone of the LED lighting device is a time zone from a time point where the power switch is turned on and a rectified voltage is supplied to the LED light-emitting unit in response to user manipulation to a time point where the power switch is turned off and the rectified voltage is not supplied to the LED light-emitting unit in response to user manipulation, characterized by a processing unit configured to: determine the dimming level for a first operating zone by reading a target dimming level when the power switch is turned on, and determine the dimming level for a second operating zone, following the first operating zone, based on the duration of the first operating zone. determine the dimming level for a first operating zone by reading a target dimming level when the power switch is turned on, and determine the dimming level for a second operating zone, following the first operating zone, based on the duration of the first operating zone.
A device for curing resin-impregnated liner hoses with high-energy radiation, comprising at least one radiation source for generating high-energy radiation and at least one power control device for regulating the electrical power output to the at least one radiation source , wherein the at least one radiation source and the at least one power control device are jointly arranged on a transport device movable through the liner hose , characterized in that at least one cooling device is included, which is operatively connected to the at least one power control device to cool the at least one radiation source .
A fluid cooling/filtering arrangement , configured for a machine for processing plastics and other plasticizable materials, in particular an injection molding machine, comprising a first pump , which is configured for pumping at least one fluid out of a first container into a circuit , and a second pump , which is configured for pumping the fluid into the first container by way of at least one cooling and/or filtering device , characterized in that there is provided at least one second container , which is separated from the first container and which collects the fluid from the circuit and out of which the second pump pumps the fluid into the first container by way of the cooling and/or filtering device , and in that at least the second pump is controllable at least depending on the fluid collected in the second container from the circuit and/or depending on the filling level of the fluid in the first and/or the second container , and that the first and/or the second container comprises at least one calming zone and the calming zone comprises at least one obstacle that forces the fluid onto a predetermined path. characterized in that there is provided at least one second container , which is separated from the first container and which collects the fluid from the circuit and out of which the second pump pumps the fluid into the first container by way of the cooling and/or filtering device , and in that at least the second pump is controllable at least depending on the fluid collected in the second container from the circuit and/or depending on the filling level of the fluid in the first and/or the second container , and that the first and/or the second container comprises at least one calming zone and the calming zone comprises at least one obstacle that forces the fluid onto a predetermined path.