mhurhangee/patent-ind-claim-en huggingface dataset:
A crane counterweight block alignment detection and control method, the counterweight block being provided with a mounting hole (K1, K2) for matching with a positioning pin (B1, B2) on the crane, characterized in that the method comprises: detecting a center position of the counterweight block , and calculating a relative offset between the center position and a position of the positioning pin (B1, B2); detecting a relative orientation between the mounting hole (K1, K2) in the counterweight block and the positioning pin (B1, B2), and calculating, according to the relative orientation, a relative rotation angle of the counterweight block for aligning the mounting hole (K1, K2) with the positioning pin (B1, B2); and controlling, according to the relative offset and the relative rotation angle, the movement of the counterweight block to enable the mounting hole (K1, K2) in the counterweight block to be aligned with and installed onto the positioning pin (B1, B2). detecting a center position of the counterweight block , and calculating a relative offset between the center position and a position of the positioning pin (B1, B2); detecting a relative orientation between the mounting hole (K1, K2) in the counterweight block and the positioning pin (B1, B2), and calculating, according to the relative orientation, a relative rotation angle of the counterweight block for aligning the mounting hole (K1, K2) with the positioning pin (B1, B2); and controlling, according to the relative offset and the relative rotation angle, the movement of the counterweight block to enable the mounting hole (K1, K2) in the counterweight block to be aligned with and installed onto the positioning pin (B1, B2).
A method of controlling chromaticity of total light in a space by using a lighting system, the method comprising: generating, by a sensor system monitoring a space , a detected light signal ( F S ) comprising a controlled light signal component ( F L ) due to light produced by a plurality of controllable light sources illuminating the space and an uncontrolled light signal component ( F D ) due to light produced by at least one uncontrollable light source not under the control of the lighting system ; isolating the uncontrolled light signal component ( F D ) from the detected light signal ( F S ) based on electrical properties ( V ) currently being used to control the plurality of controllable light sources the method being characterised by dynamically transforming the uncontrolled light signal component ( F D ) using a calibration table that is selected based on the uncontrolled light signal component ( F D ) to obtain a calibrated uncontrolled light signal component X ̅ D meas ; and adjusting the electrical properties ( V ) of the plurality of controllable light sources to approximate a target chromaticity based on the calibrated uncontrolled light signal component X ̅ D meas and the controlled light signal component ( F L ). generating, by a sensor system monitoring a space , a detected light signal ( F S ) comprising a controlled light signal component ( F L ) due to light produced by a plurality of controllable light sources illuminating the space and an uncontrolled light signal component ( F D ) due to light produced by at least one uncontrollable light source not under the control of the lighting system ; isolating the uncontrolled light signal component ( F D ) from the detected light signal ( F S ) based on electrical properties ( V ) currently being used to control the plurality of controllable light sources the method being characterised by dynamically transforming the uncontrolled light signal component ( F D ) using a calibration table that is selected based on the uncontrolled light signal component ( F D ) to obtain a calibrated uncontrolled light signal component X ̅ D meas ; and adjusting the electrical properties ( V ) of the plurality of controllable light sources to approximate a target chromaticity based on the calibrated uncontrolled light signal component X ̅ D meas and the controlled light signal component ( F L ).
A method for a mobile device to monitor satellite integrity, the method comprising: obtaining one or more satellites in one or more global navigation satellite systems, GNSS, to monitor based on a reference crowdsourced integrity report; determining , at the mobile device, one or more satellite integrity metrics for the one or more satellites based at least on signals from the one or more satellites, characterised in that the one or more integrity metrics includes a confidence rating of one or more of the following: pseudorange metrics between the mobile device and the one or more satellites, pseudorange rate metrics between the mobile device and the one or more satellites, carrier phase metrics from the one or more satellites, signal identifier for the one or more satellites, signal strength for received satellite signals, determination of satellite signal integrity, or any combination thereof; estimating a position of the mobile device; and providing the position of the mobile device and the one or more satellite integrity metrics. obtaining one or more satellites in one or more global navigation satellite systems, GNSS, to monitor based on a reference crowdsourced integrity report; determining , at the mobile device, one or more satellite integrity metrics for the one or more satellites based at least on signals from the one or more satellites, characterised in that the one or more integrity metrics includes a confidence rating of one or more of the following: pseudorange metrics between the mobile device and the one or more satellites, pseudorange rate metrics between the mobile device and the one or more satellites, carrier phase metrics from the one or more satellites, signal identifier for the one or more satellites, signal strength for received satellite signals, determination of satellite signal integrity, or any combination thereof; pseudorange metrics between the mobile device and the one or more satellites, pseudorange rate metrics between the mobile device and the one or more satellites, carrier phase metrics from the one or more satellites, signal identifier for the one or more satellites, signal strength for received satellite signals, determination of satellite signal integrity, or any combination thereof; estimating a position of the mobile device; and providing the position of the mobile device and the one or more satellite integrity metrics.
Pulse generator having a galvanically isolated output , in particular for a consumption meter , wherein a control output of a control unit of the pulse generator is coupled to an input of an opto-isolator of the pulse generator in order to output at the output of the opto-isolator an output current controlled by the control unit , wherein the opto-isolator is connected to a field-effect transistor in such a way that the output current from the opto-isolator charges a capacitance via a rectifying component , which blocks the capacitance from discharging via the opto-isolator , wherein the voltage drop across the capacitance is the gate voltage of the field-effect transistor , wherein the field-effect transistor switches the output of the pulse generator directly or indirectly, characterized in that the pulse generator is configured to set a switching state of the output of the pulse generator for a predetermined time interval by the control unit outputting at the control output a plurality of pulses during the predetermined time interval, wherein the control unit is designed to output at the control output , at the start of the predetermined time interval , a first pulse having a first length , and then during the time interval at least a second pulse having a second length , which is shorter than the first length .
A method of reporting an exchange of messages between nodes in a network, the method comprising: receiving (S8002) from a first device , using circuitry , a request for data for a target node, the data indicative of an exchange of messages between nodes in a network linked to the target node, characterized by : determining (S8004), by the circuitry , whether a request for data for the target node has previously been received; and, when a request for data for the target node has previously been received, the method comprises: building (S8006), by the circuitry , data indicative of the exchange of messages between nodes in the network linked to the target node; identifying (S8008), by the circuitry , a new portion of the data based on a comparison of the data with previous data which has been built for the target node; and reporting (S8010) to the first device , by the circuitry , the new portion of the data. determining (S8004), by the circuitry , whether a request for data for the target node has previously been received; and, when a request for data for the target node has previously been received, the method comprises: building (S8006), by the circuitry , data indicative of the exchange of messages between nodes in the network linked to the target node; identifying (S8008), by the circuitry , a new portion of the data based on a comparison of the data with previous data which has been built for the target node; and reporting (S8010) to the first device , by the circuitry , the new portion of the data. building (S8006), by the circuitry , data indicative of the exchange of messages between nodes in the network linked to the target node; identifying (S8008), by the circuitry , a new portion of the data based on a comparison of the data with previous data which has been built for the target node; and reporting (S8010) to the first device , by the circuitry , the new portion of the data.
A clock demodulation circuit for synchronizing an output clock with a pulse-modulated reference clock, the demodulation circuit comprising: an edge detector configured to detect transitions in the reference clock and output a signal indicative of timing of the detected transitions; a modulation detection circuit configured to identify modulation events of at least one pulse-width modulated pulse in the reference clock based on the signal output from the edge detector and output a signal indicative of the at least one pulse-width modulated pulse modulation event being identified; a retiming circuit configured to generate an output clock synchronized with the at least one pulse-width modulated pulse modulation event based on the signal output from the modulation detection circuit; a modulation counter configured to: receive the output clock from the retiming circuit, receive the reference clock, and generate a secondary output clock synchronized with the at least one pulse-width modulated pulse modulation event based on the output clock and the reference clock; and a multiplexor configured to select one of the output clock generated by the retiming circuit and the secondary output clock as an output of the demodulation circuit. an edge detector configured to detect transitions in the reference clock and output a signal indicative of timing of the detected transitions; a modulation detection circuit configured to identify modulation events of at least one pulse-width modulated pulse in the reference clock based on the signal output from the edge detector and output a signal indicative of the at least one pulse-width modulated pulse modulation event being identified; a retiming circuit configured to generate an output clock synchronized with the at least one pulse-width modulated pulse modulation event based on the signal output from the modulation detection circuit; a modulation counter configured to: receive the output clock from the retiming circuit, receive the reference clock, and generate a secondary output clock synchronized with the at least one pulse-width modulated pulse modulation event based on the output clock and the reference clock; and receive the output clock from the retiming circuit, receive the reference clock, and generate a secondary output clock synchronized with the at least one pulse-width modulated pulse modulation event based on the output clock and the reference clock; and a multiplexor configured to select one of the output clock generated by the retiming circuit and the secondary output clock as an output of the demodulation circuit.
Method of deep cleansing of skin, according to which the skin is pre-cleansed, steamed and then peeling, characterized in that , the peeling is carrying out in two steps: in the first step, chemical peeling is carried out at a temperature of 50-85°C for 30-45 minutes in the steam cabin by steaming the patient's body with a steam mixture that consists of wine steam containing active substances which is obtained by getting in contact with medical herbs including chamomile, violet, rye eye, rose petals, dried lemon-orange peel, hypericum, saffron, mint, jasmine, tea orange peel, or peel, bay leaf in the second step, mechanical peeling is carried out with puree, which contains the following ingredients, alcohol-free hot wine 10-30 wt %, ground dried grape seed 2.5-10 wt. %, freshly ground grapes 10-30 wt.%, grape seed oil 1-5 wt. % and hot water up to 1 kg.
A vaccine formulation comprising a pharmaceutically acceptable carrier and - a first polypeptide having an amino acid sequence comprising SEQ ID NO: 9 or 10 or a homologous polypeptide thereof having an amino acid sequence at least 95% identical to SEQ ID NO: 9 or 10 and - a second polypeptide having an amino acid sequence comprising SEQ ID NO: 6 or 7 or a homologous polypeptide thereof having an amino acid sequence at least 95% identical to SEQ ID NO: 6 or 7. - a first polypeptide having an amino acid sequence comprising SEQ ID NO: 9 or 10 or a homologous polypeptide thereof having an amino acid sequence at least 95% identical to SEQ ID NO: 9 or 10 and - a second polypeptide having an amino acid sequence comprising SEQ ID NO: 6 or 7 or a homologous polypeptide thereof having an amino acid sequence at least 95% identical to SEQ ID NO: 6 or 7.
A display for a watch case comprising: a display module; a substantially transparent cover extending over the display module, the cover comprising a layer forming a substantially opaque area outside the display module; and one or more light emitting devices arranged below the opaque area, wherein the layer comprises a plurality of discontinuities that allow light to be transmitted through the opaque area from the one or more light emitting devices, wherein the plurality of discontinuities comprises holes in the layer that are between 0.1 and 0.5 mm wide, such that the one or more light emitting devices are hidden from view when not in use.
Chain link of a conveyor chain of a conveyor apparatus for conveying objects suspended from holding adapters , having - a base body and - a push body which is arranged on an underside of the base body so as to be connected in a vertically elastic manner to the base body , - wherein the base body comprises: • lateral friction roller press surfaces , against which friction rollers can be pressed for driving the conveyor chain , • coupling portions which are integrally formed on ends of the base body spaced apart from one another in the conveyance direction (x) for pivotably connecting to a coupling portion of a base body of an adjacent chain link , and • an integrally formed bearing which extends from an upper side of the base body for supporting running or guiding rollers , - wherein provided on an underside of the push body is at least one recess for receiving a coupling piece of a head part of a holding adapter for holding an object to be conveyed, - wherein at least one spring element is fastened between the push body and the base body characterised in that - the push body has at least one holding arm , of which at least one section is received in a vertically displaceable manner in a recess of the base body . - a base body and - a push body which is arranged on an underside of the base body so as to be connected in a vertically elastic manner to the base body , - wherein the base body comprises: • lateral friction roller press surfaces , against which friction rollers can be pressed for driving the conveyor chain , • coupling portions which are integrally formed on ends of the base body spaced apart from one another in the conveyance direction (x) for pivotably connecting to a coupling portion of a base body of an adjacent chain link , and • an integrally formed bearing which extends from an upper side of the base body for supporting running or guiding rollers , • lateral friction roller press surfaces , against which friction rollers can be pressed for driving the conveyor chain , • coupling portions which are integrally formed on ends of the base body spaced apart from one another in the conveyance direction (x) for pivotably connecting to a coupling portion of a base body of an adjacent chain link , and • an integrally formed bearing which extends from an upper side of the base body for supporting running or guiding rollers , - wherein provided on an underside of the push body is at least one recess for receiving a coupling piece of a head part of a holding adapter for holding an object to be conveyed, - wherein at least one spring element is fastened between the push body and the base body - the push body has at least one holding arm , of which at least one section is received in a vertically displaceable manner in a recess of the base body .
An article supply apparatus with a picking and placing device that picks up an article as a long shaped container or a long shaped cap at a picking position and places the article at a placing position in a uniform posture, the article supply apparatus comprising: a conveying device configured to place the article provided from an article providing device onto a V-shaped conveying surface and to convey the article to the picking position in a direction in which the long shaped direction thereof follows a V-shaped valley of the V-shaped conveying surface , a stopping device formed as an open-close or normally-closed stopper and configured to stop the article while contacting the article at the picking position on the V-shaped conveying surface finding means configured to find the longitudinal direction of the stopped article before the article is picked up at the picking position, wherein the picking and placing device picks up and places the article according to the found result of the finding means to place the stopped article at the placing position in a uniform posture, the article supply apparatus further comprising a holder conveying device , wherein the picking and placing device is configured to directly place the picked article in a holder on the holder conveying device in a standing posture. a conveying device configured to place the article provided from an article providing device onto a V-shaped conveying surface and to convey the article to the picking position in a direction in which the long shaped direction thereof follows a V-shaped valley of the V-shaped conveying surface , a stopping device formed as an open-close or normally-closed stopper and configured to stop the article while contacting the article at the picking position on the V-shaped conveying surface finding means configured to find the longitudinal direction of the stopped article before the article is picked up at the picking position, wherein the picking and placing device picks up and places the article according to the found result of the finding means to place the stopped article at the placing position in a uniform posture, the article supply apparatus further comprising a holder conveying device , wherein the picking and placing device is configured to directly place the picked article in a holder on the holder conveying device in a standing posture.
A lane divider for use with an eye link conveyor belt , the conveyor belt comprising a plurality of eyelets and a plurality of cross rods , the plurality of eyelets including openings on each end and the plurality of cross rods extending through the openings to thereby connect the plurality of eyelets together, wherein the lane divider comprises: a plurality of wire forms configured to connect to the conveyor belt , each of said plurality of wire forms including openings on each end, such that in use, the plurality of cross rods of the conveyor belt extend through the openings to thereby connect the plurality of wire forms to the conveyor belt , the plurality of wire forms including at least one protrusion that when in use extend above a planar product support surface of the conveyor belt ; characterised in that the lane divider further comprises: a plurality of side plates configured to be secured to the conveyor belt by the wire forms and extend above the planar product support surface of the conveyor belt , wherein each of said plurality of side plates includes a bottom member and an upstanding member , the bottom member having a plurality of slots which allow the wire forms to extend through the slots ; and a wire fastener configured to pass through the at least one protrusion extending above the bottom member , thereby securing the side plate to the conveyor belt . a plurality of wire forms configured to connect to the conveyor belt , each of said plurality of wire forms including openings on each end, such that in use, the plurality of cross rods of the conveyor belt extend through the openings to thereby connect the plurality of wire forms to the conveyor belt , the plurality of wire forms including at least one protrusion that when in use extend above a planar product support surface of the conveyor belt ; characterised in that the lane divider further comprises: a plurality of side plates configured to be secured to the conveyor belt by the wire forms and extend above the planar product support surface of the conveyor belt , wherein each of said plurality of side plates includes a bottom member and an upstanding member , the bottom member having a plurality of slots which allow the wire forms to extend through the slots ; and a wire fastener configured to pass through the at least one protrusion extending above the bottom member , thereby securing the side plate to the conveyor belt .