mhurhangee/patent-ind-claim-en huggingface dataset:
A method for tracking the position of a remotely operated vehicle following a set route relative to tracks laid out on a frame structure forming a storage grid, the vehicle having first and second sets of wheels connected to drives for moving the vehicle in corresponding x- and y-directions on the grid, comprising: - receiving information of a total number of track crossings to pass between start and stop positions in x- and y-directions according to the set route; - directing sensors attached to the vehicle at the tracks along the route of the vehicle, characterized in that at least a first sensor is attached to a wheel support on one side of the vehicle, in the x-direction, and a second sensor is attached to a wheel support on the other side of the vehicle, in the y-direction, and - detecting and monitoring track crossings passed when moving the vehicle in the x- and y-directions according to the set route by means of wheel supports that are active, enabling contact between wheels and tracks, where the sensors attached to the active wheel supports, are arranged for detecting the track crossings, and the sensors attached to passive wheel supports, are arranged for measuring distance to next track crossing; - transmitting a signal to a controller, controlling the drives of the wheels of the vehicle, when the number of track crossings passed is close to the total number of track crossings to pass between the start and stop positions in respective x- and y-directions along the set route. - receiving information of a total number of track crossings to pass between start and stop positions in x- and y-directions according to the set route; - directing sensors attached to the vehicle at the tracks along the route of the vehicle, characterized in that at least a first sensor is attached to a wheel support on one side of the vehicle, in the x-direction, and a second sensor is attached to a wheel support on the other side of the vehicle, in the y-direction, and - detecting and monitoring track crossings passed when moving the vehicle in the x- and y-directions according to the set route by means of wheel supports that are active, enabling contact between wheels and tracks, where the sensors attached to the active wheel supports, are arranged for detecting the track crossings, and the sensors attached to passive wheel supports, are arranged for measuring distance to next track crossing; - transmitting a signal to a controller, controlling the drives of the wheels of the vehicle, when the number of track crossings passed is close to the total number of track crossings to pass between the start and stop positions in respective x- and y-directions along the set route.
A bobbin processing device for a yarn winding system configured to receive bobbins from and transfer bobbins to a spinning machine and/or a winding machine , the bobbin processing device comprising: a transportation path along which the bobbins can move through the bobbin processing device on a bobbin transport tray (T); a removing section configured to remove a bobbin (B) from the transportation path, by automatically removing the bobbin from the bobbin transport tray; and a bobbin processing control section that is configured to control the removing section to remove a bobbin from the transportation path in dependence on status information linked to the bobbin; characterized in that the status information linked to the bobbin is information obtained by a status information acquiring section included in the bobbin processing device and is information about the number of times the bobbin has been circulated in the bobbin processing device. a transportation path along which the bobbins can move through the bobbin processing device on a bobbin transport tray (T); a removing section configured to remove a bobbin (B) from the transportation path, by automatically removing the bobbin from the bobbin transport tray; and a bobbin processing control section that is configured to control the removing section to remove a bobbin from the transportation path in dependence on status information linked to the bobbin; characterized in that the status information linked to the bobbin is information obtained by a status information acquiring section included in the bobbin processing device and is information about the number of times the bobbin has been circulated in the bobbin processing device.
Method for the preparation of nanocomposite plastic materials characterized in that it comprises: - a coating step, in which the thermoplastic polymer granules with sizes from 0.5 to 5 mm are coated using a PVD sputtering technique with a coating layer from 1 to 100 nm of a material to be dispersed in a matrix of said thermoplastic polymer; - an injection moulding/coating fragmentation step, in which the thermoplastic polymer granules coated in said coating step are plasticized and injected at high pressure into a closed mould - a coating step, in which the thermoplastic polymer granules with sizes from 0.5 to 5 mm are coated using a PVD sputtering technique with a coating layer from 1 to 100 nm of a material to be dispersed in a matrix of said thermoplastic polymer; - an injection moulding/coating fragmentation step, in which the thermoplastic polymer granules coated in said coating step are plasticized and injected at high pressure into a closed mould
A communication apparatus operating as a base station (AP-1), comprising: a communication section that transmits and receives a wireless signal; and a control section that controls a channel used by a subordinate wireless terminal (STA-1), wherein the control section designates a first transmission scheme to a first wireless terminal (STA-1) that uses a channel including a specific primary channel, and designates a second transmission scheme different from the first transmission scheme to a second wireless terminal (STA-1) that uses solely a non-primary channel, the second transmission scheme having a lower data rate and higher transmission power than a data rate and transmission power of the first transmission scheme. a communication section that transmits and receives a wireless signal; and a control section that controls a channel used by a subordinate wireless terminal (STA-1), wherein the control section designates a first transmission scheme to a first wireless terminal (STA-1) that uses a channel including a specific primary channel, and designates a second transmission scheme different from the first transmission scheme to a second wireless terminal (STA-1) that uses solely a non-primary channel, the second transmission scheme having a lower data rate and higher transmission power than a data rate and transmission power of the first transmission scheme.
Pneumatic vehicle tyre for passenger cars, with a breaker belt assembly, bead cores and a single-ply radial carcass, which runs around the bead cores from radially inside to radially outside and has a respective carcass turn-up, wherein the end of the respective carcass turn-up reaches at least to under the edges of the breaker belt assembly and wherein the carcass contains textile cords of the construction x3, wherein each cord has a total fineness of between 1600 dtex and 10100 dtex and wherein the individual yarns have a fineness of between 550 dtex and 3340 dtex, characterized in that the textile cords of the carcass are arranged at an angle of between 68° and 86° with respect to the circumferential direction, wherein the twist factor of each yarn or of the cord lies in a range from 200 to 275, with the twist factor = twist [t/m] × (fineness [tex] /1000) 1/2 .
A separator for vacuum cleaners operating on the basis of a liquid bath, the liquid bath serving as pre-separation and as a dumping area for the aspirated particles and the airflow being generated by a turbine wheel in a housing , the separation being achieved by a centrifugal separator , the separator consisting of at least two segments , each of the segments being formed as a radially flat ring that is centrally secured to a hub via radial supports and having blades equidistantly formed and substantially perpendicularly to the surface of the ring , said blades extending from the outer circumference of the ring towards the interior, and the blades being positioned in a way that an angle (α) is present in the opposite direction of rotation between the radial direction (R) and the direction (A) of the blade , said angle being in the range 0 to 40 angular degrees, and each of the segments having an axially formed hub with an opening for attaching the separator to the shaft of the motor , characterized in that the blades are positioned on each individual segment in a way that a gap is formed between each two adjacent blades of each segment , wherein, when individual segments are stacked one over another, the blades of one segment extend into the gaps between the blades of the next segment , such that a newly formed gap is formed between the two adjacent blades of the assembled separator .
Production method for a pendulum arrangement of a pendulum laser apparatus , at least including • a method step, in which a universal joint of a pendulum of the pendulum arrangement is produced by means of plastic injection moulding, by forming two orthogonal shafts that are provided with rolling bearings , • a second method step, in which an optics carrier of the pendulum of the pendulum arrangement is produced integrally, in particular in a form-fitting and force-fitting manner, with the universal joint , by means of plastic injection moulding, wherein the universal joint is produced integrally with the rolling bearings , in particular in a form-fitting and force-fitting manner, by overmoulding at least two rolling bearings defining in each case one shaft of the universal joint . • a method step, in which a universal joint of a pendulum of the pendulum arrangement is produced by means of plastic injection moulding, by forming two orthogonal shafts that are provided with rolling bearings , • a second method step, in which an optics carrier of the pendulum of the pendulum arrangement is produced integrally, in particular in a form-fitting and force-fitting manner, with the universal joint , by means of plastic injection moulding,
A detection apparatus configured to detect a mark formed on a substrate, the apparatus comprising: a substrate holder having a holding surface for holding the substrate, the holding surface defining a holding surface plane and a height direction perpendicular to the holding surface plane; an optical system accommodated in the substrate holder, the optical system being configured to transmit detection light; an image sensor configured to capture through the optical system an image of the mark from a lower surface side of the substrate held by the substrate holder; and a processor configured to perform detection processing for the mark based on the image of the mark captured by the image sensor, wherein the processor is configured to correct a detection value of the mark based on a position (z) of the mark in the height direction and information concerning telecentricity of the optical system, wherein the detection value is a position (x,y) of the detected mark, and wherein the information concerning telecentricity of the optical system includes information concerning a tilt of a principal ray of the detection light at each image height of the optical system, and wherein the processor is configured to obtain the information concerning the telecentricity of the optical system based on the detection value of the mark when the position (z) of the mark in the height direction is in a first position and the detection value of the mark when the position (z) of the mark in the height direction is in a second position changed from the first position by reversing the substrate. a substrate holder having a holding surface for holding the substrate, the holding surface defining a holding surface plane and a height direction perpendicular to the holding surface plane; an optical system accommodated in the substrate holder, the optical system being configured to transmit detection light; an image sensor configured to capture through the optical system an image of the mark from a lower surface side of the substrate held by the substrate holder; and a processor configured to perform detection processing for the mark based on the image of the mark captured by the image sensor, wherein the processor is configured to correct a detection value of the mark based on a position (z) of the mark in the height direction and information concerning telecentricity of the optical system, wherein the detection value is a position (x,y) of the detected mark, and wherein the information concerning telecentricity of the optical system includes information concerning a tilt of a principal ray of the detection light at each image height of the optical system, and wherein the processor is configured to obtain the information concerning the telecentricity of the optical system based on the detection value of the mark when the position (z) of the mark in the height direction is in a first position and the detection value of the mark when the position (z) of the mark in the height direction is in a second position changed from the first position by reversing the substrate.
A heat exchanger for a turbine engine, the heat exchanger comprising: a heat exchanger body including a first surface , a second surface opposite the first surface , and at least one fluid passage configured to carry a flow of heated fluid (H) proximal to the second surface and where the body is arranged to transfer heat from the heated fluid (H) to a cooling fluid (C) passing by the second surface ; a set of fins extending from the second surface ; and a set of heat transfer augmentation structures disposed on the second surface to augment the heat transfer from the cooling fluid (C); wherein the set of heat transfer augmentation structures is configured to increase heat transfer by manipulating an approach of the flow of cooling fluid (C); and characterised in that at least one of the set of heat transfer augmentation structures is moveable and defines a moveable vortex generator . a heat exchanger body including a first surface , a second surface opposite the first surface , and at least one fluid passage configured to carry a flow of heated fluid (H) proximal to the second surface and where the body is arranged to transfer heat from the heated fluid (H) to a cooling fluid (C) passing by the second surface ; a set of fins extending from the second surface ; and a set of heat transfer augmentation structures disposed on the second surface to augment the heat transfer from the cooling fluid (C); wherein the set of heat transfer augmentation structures is configured to increase heat transfer by manipulating an approach of the flow of cooling fluid (C); and characterised in that at least one of the set of heat transfer augmentation structures is moveable and defines a moveable vortex generator .
A portable apparatus for clarification and disinfection of wastewater produced by the washing of road drainage inlets and drains and tunnels, the apparatus being mountable to a vehicle, comprising - a sludge collecting tank , which is divided by means of two partitions into three compartments , a first compartment for aspirated sludge, a second compartment for first filtration sludge, and a third compartment for separated sludge, - a first filter for coarse filtering of the sludge in the tank sludge collecting tank , the first filter being positioned in the sludge collecting tank , - a second filter for finer filtration with respect to said first filter , the second filter being positioned in the sludge collecting tank , - a dosage unit for pH adjustment additives, - mixing means for the addition of additives for purifying and disinfecting the sludge, - a sludge transfer pump for transfer of the sludge, - a hydraulic line connecting said second filter and said mixing means , with the sludge transfer pump , - a cyclone device for separating the water from the sludge, - collection and settling means for the water separated from the sludge, - a hydraulic line for the separated water, for connection between said separation cyclone and said collection and settling means for said separated water, a dosage unit for disinfection additives being provided on said hydraulic line for the separated water, - a high-pressure pump for propelling the treated water toward uses, - a hydraulic line for connection between said collection and settling means with the high-pressure pump , - a hydraulic line for discharging treated water with a turbidity control sensor . - a sludge collecting tank , which is divided by means of two partitions into three compartments , a first compartment for aspirated sludge, a second compartment for first filtration sludge, and a third compartment for separated sludge, - a first filter for coarse filtering of the sludge in the tank sludge collecting tank , the first filter being positioned in the sludge collecting tank , - a second filter for finer filtration with respect to said first filter , the second filter being positioned in the sludge collecting tank , - a dosage unit for pH adjustment additives, - mixing means for the addition of additives for purifying and disinfecting the sludge, - a sludge transfer pump for transfer of the sludge, - a hydraulic line connecting said second filter and said mixing means , with the sludge transfer pump , - a cyclone device for separating the water from the sludge, - collection and settling means for the water separated from the sludge, - a hydraulic line for the separated water, for connection between said separation cyclone and said collection and settling means for said separated water, a dosage unit for disinfection additives being provided on said hydraulic line for the separated water, - a high-pressure pump for propelling the treated water toward uses, - a hydraulic line for connection between said collection and settling means with the high-pressure pump , - a hydraulic line for discharging treated water with a turbidity control sensor .
A method of determining a time of transit of a packet over a communication network, comprising: providing a physical layer portion of a slave communication device a packet including a value indicating an approximate time of transmission of the packet by the slave communication device ; having the physical layer portion of the slave communication device determine an actual time of transmission of the packet by the physical layer portion of the slave communication device and insert a correction value into the packet, the correction value indicating a difference between the approximate time of transmission and the determined actual time of transmission of the packet by the slave communication device ; transmitting, by the physical layer portion of the slave communication device, the packet to a master communication device ; receiving, by the slave communication device, a responsive packet from the master communication device, the responsive packet including a time value indicating a time of receipt of the packet by the master communication device and an indication of the correction value ; and calculating the time of transit by the packet over the communication network using the approximate time of transmission, the received indication of the correction value, and the time of receipt by the master communication device . providing a physical layer portion of a slave communication device a packet including a value indicating an approximate time of transmission of the packet by the slave communication device ; having the physical layer portion of the slave communication device determine an actual time of transmission of the packet by the physical layer portion of the slave communication device and insert a correction value into the packet, the correction value indicating a difference between the approximate time of transmission and the determined actual time of transmission of the packet by the slave communication device ; transmitting, by the physical layer portion of the slave communication device, the packet to a master communication device ; receiving, by the slave communication device, a responsive packet from the master communication device, the responsive packet including a time value indicating a time of receipt of the packet by the master communication device and an indication of the correction value ; and calculating the time of transit by the packet over the communication network using the approximate time of transmission, the received indication of the correction value, and the time of receipt by the master communication device .
An electric power steering device that includes an electric motor rotating a steering mechanism for a vehicle and a control unit placed on a counter-output side of a rotating shaft of the electric motor , the electric power steering device in which a connector for power supply is placed in part of the control unit , wherein in the control unit , near the connector for power supply , a filter module into which filter parts including at least wiring for electric conduction, a coil , and a capacitor are integrated is housed, characterized in that the wiring for electric conduction includes a + line and a - line for power supply which are placed in parallel, as the coil , at least one of a common mode coil and a normal mode coil is placed, the capacitor is placed near the coil , and an area of connection between a main stream portion of the wiring for electric conduction and the coil and an area of connection between the main stream portion of the wiring for electric conduction and the capacitor are wired in a shortest distance.
A lighting device, comprising: an optical member comprising an optical pattern and a reflection member at a lower portion of the optical member , the optical pattern is formed on a surface toward the reflection layer and an air gap is formed between the reflection member and the optical pattern, and wherein at least one light emitting unit is inserted into the optical member , characterized in that an adhering pattern formed in a shape corresponding to the optical pattern is provided between the optical member and the reflection member and the air gap is not formed at the portion where the adhering pattern is formed. an optical member comprising an optical pattern and a reflection member at a lower portion of the optical member , the optical pattern is formed on a surface toward the reflection layer and an air gap is formed between the reflection member and the optical pattern, and wherein at least one light emitting unit is inserted into the optical member , characterized in that an adhering pattern formed in a shape corresponding to the optical pattern is provided between the optical member and the reflection member and the air gap is not formed at the portion where the adhering pattern is formed.