mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for applying micro-glass beads for forming the road marking on the road surface, comprising a transportation means with mounted thereon a container with a base provided with a free edge, with a scraper, an inlet and an outlet, a belt with holes, two drums, a feeding device, a blowing means, the belt is configured closed, is stretched on the drums that are mounted to rotate them around the axis thereof and disposed at a distance from each other so that the axes thereof are parallel, with the formation of the lower portion of the belt between the drums and with the provision of capability to move the belt from drum to drum, wherein the holes are configured through and disposed on the belt in a certain order, the inlet and the outlet are disposed in the container opposite to each other, the outlet is disposed directly against the base, the lower portion of the belt is passed successively through the inlet, the base and through the outlet, the feeding device is attached to supply the micro-glass beads onto the lower portion of the belt in the container, the scraper is mounted in the container to obstruct the passage of the micro-glass beads present on the lower portion of the belt to the free edge of the base, disposed near the outlet, the blowing means is disposed at the free edge to blow the micro-glass beads present in the holes in the lower portion of the belt in the direction of the road surface.
A method of engaging a park pawl of a vehicle transmission, the method comprising: commanding engagement of the park pawl, the method being characterised in that it further comprises: braking wheels of the vehicle against movement; engaging a NEUTRAL condition of the transmission; and engaging the park pawl after a pre-determined delay. commanding engagement of the park pawl, the method being characterised in that it further comprises: braking wheels of the vehicle against movement; engaging a NEUTRAL condition of the transmission; and engaging the park pawl after a pre-determined delay. braking wheels of the vehicle against movement; engaging a NEUTRAL condition of the transmission; and engaging the park pawl after a pre-determined delay.
A strip, - comprising at least one assembly unit and - comprising a profile housing, which is composed of a bottom side, two side walls and two front sides, and in which the assembly unit is accommodated at least partially, wherein an edge, which is arranged on a side wall, of a side of the profile housing, which faces the assembly unit, has an inner side, an outer side and a front side, which is arranged farthest away from the bottom side, characterized in that an edge, which faces the profile housing and which has an outer part, which is in operative connection with the outer side of the edge of the profile housing, and an inner part, which is in operative connection with the inner side of the edge of the profile housing, is arranged on the assembly unit, wherein the assembly unit encompasses the front side of a side wall. - comprising at least one assembly unit and - comprising a profile housing, which is composed of a bottom side, two side walls and two front sides, and in which the assembly unit is accommodated at least partially, wherein an edge, which is arranged on a side wall, of a side of the profile housing, which faces the assembly unit, has an inner side, an outer side and a front side, which is arranged farthest away from the bottom side,
A nozzle for electrohydrodynamic atomization, said nozzle comprising: an inner rod; an outer tube concentrically aligned with said inner rod; an annular channel defined between said inner rod and said outer tube; said annular channel forming a circular slit at a spray end of said nozzle; at least one electrically chargeable notch located on at least one of said inner rod and said outer tube proximate said circular slit; an outermost tube (350, 370) concentrically aligned with said inner rod and said outer tube such that an outer flow channel (352, 372) is defined between said outer tube and said outermost tube (350, 370); and at least one electrically chargeable notch located on said outermost tube (350, 370). an inner rod; an outer tube concentrically aligned with said inner rod; an annular channel defined between said inner rod and said outer tube; said annular channel forming a circular slit at a spray end of said nozzle; at least one electrically chargeable notch located on at least one of said inner rod and said outer tube proximate said circular slit; an outermost tube (350, 370) concentrically aligned with said inner rod and said outer tube such that an outer flow channel (352, 372) is defined between said outer tube and said outermost tube (350, 370); and at least one electrically chargeable notch located on said outermost tube (350, 370).
A particulate, savoury seasoning composition comprising: a) 1-80 wt.%, by weight of the composition, of an edible salt selected from sodium chloride, potassium chloride and combinations thereof; b) 1-30 wt.%, by weight of the composition, of savoury taste giving ingredients selected from glutamate, 5'-ribonucleotides, sucrose, glucose, fructose, lactic acid, citric acid and combinations thereof; c) up to 10 wt.%, by weight of the composition, of water; and d) 1-30 wt.%, by weight of the composition, of particles of puffed maize endosperm, wherein upon sieving at least 80 wt.% of said particles of maize endosperm passes a sieve with apertures of 1500 μm, e) 1-20 wt.%, by weight of the composition, of oil wherein the sum of a) and b) is at least 20 wt.%, of the total weight of the composition. a) 1-80 wt.%, by weight of the composition, of an edible salt selected from sodium chloride, potassium chloride and combinations thereof; b) 1-30 wt.%, by weight of the composition, of savoury taste giving ingredients selected from glutamate, 5'-ribonucleotides, sucrose, glucose, fructose, lactic acid, citric acid and combinations thereof; c) up to 10 wt.%, by weight of the composition, of water; and d) 1-30 wt.%, by weight of the composition, of particles of puffed maize endosperm, wherein upon sieving at least 80 wt.% of said particles of maize endosperm passes a sieve with apertures of 1500 μm, e) 1-20 wt.%, by weight of the composition, of oil wherein the sum of a) and b) is at least 20 wt.%, of the total weight of the composition.
A vehicle comprising a vehicle door lock redundancy system, wherein the vehicle comprises a vehicle body structure and a vehicle door, wherein the vehicle door lock redundancy system comprises a body attached to the vehicle body structure and a striker releasably connected to the body, wherein an outer end of the striker is configured for interacting with a locking unit of the vehicle door for releasably connecting the vehicle door to the vehicle body structure, wherein the body is attached to an outer side (So) of a structural part of the vehicle body structure, wherein the body comprises a passage for receiving an inner end of the striker, characterized in that the inner end of the striker is extending through the structural part of the vehicle body structure from the outer side (So) of the structural part to an inner side (S I) of the structural part when connected to the body, wherein the redundancy system further comprises a connection member configured for being releasably connected to a connection part of the inner end.
Venetian blind device comprising: a venetian blind with slats which are arranged vertically one above the other, a rocker which is arranged in an upper rail, said rocker having a lift roller for raising and lowering the slats by means of a lift tape which is fastened to a lower rail which is arranged beneath the slats and having a tilt roller for supporting, spacing apart and turning the slats by means of a guide tape which is fastened to the slats; a venetian blind motor comprising a motor shaft which interacts with the rocker in order to drive the lift roller and the tilt roller, wherein a motor housing of the venetian blind motor is fastened to the upper rail; and a motor control unit comprising an electrical rechargeable battery, a charge controller which is connected to an external energy source and controls charging of the electrical rechargeable battery, a receiving element which receives an external input signal for raising, lowering or turning the slats, and a motor controller which is fed by the electrical rechargeable battery and receives a control signal from the receiving element in order to control and to feed the venetian blind motor, characterized in that the motor control unit is arranged in a control housing which is arranged directly on the motor housing and the control housing is arranged on a side of the motor housing which faces the slats. a venetian blind with slats which are arranged vertically one above the other, a rocker which is arranged in an upper rail, said rocker having a lift roller for raising and lowering the slats by means of a lift tape which is fastened to a lower rail which is arranged beneath the slats and having a tilt roller for supporting, spacing apart and turning the slats by means of a guide tape which is fastened to the slats; a venetian blind motor comprising a motor shaft which interacts with the rocker in order to drive the lift roller and the tilt roller, wherein a motor housing of the venetian blind motor is fastened to the upper rail; and a motor control unit comprising an electrical rechargeable battery, a charge controller which is connected to an external energy source and controls charging of the electrical rechargeable battery, a receiving element which receives an external input signal for raising, lowering or turning the slats, and a motor controller which is fed by the electrical rechargeable battery and receives a control signal from the receiving element in order to control and to feed the venetian blind motor, characterized in that the motor control unit is arranged in a control housing which is arranged directly on the motor housing and the control housing is arranged on a side of the motor housing which faces the slats.
An apparatus control device for controlling a heating-cooling combination apparatus and that is configured to be used together with a skin temperature measurement device configured to measure a skin temperature, the apparatus control device comprising: a storage unit configured to store a correspondence relationship between skin temperatures and control contents of the heating-cooling combination apparatus; an input unit configured to receive input of the skin temperature measured by the skin temperature measurement device; an apparatus control unit configured to control the heating-cooling combination apparatus according to a control content stored in the storage unit in association with a first skin temperature that is inputted to the input unit; and an update unit configured to update the correspondence relationship stored in the storage unit, wherein, when a second skin temperature, that is newly inputted to the input unit after the apparatus control unit has controlled the heating-cooling combination apparatus according to the control content associated with the first skin temperature, is not included in a predetermined comfortable temperature range, the update unit changes the control content associated with the first skin temperature in the correspondence relationship stored in the storage unit such that over-control or under-control according to the control content associated with the first skin temperature is reduced. a storage unit configured to store a correspondence relationship between skin temperatures and control contents of the heating-cooling combination apparatus; an input unit configured to receive input of the skin temperature measured by the skin temperature measurement device; an apparatus control unit configured to control the heating-cooling combination apparatus according to a control content stored in the storage unit in association with a first skin temperature that is inputted to the input unit; and an update unit configured to update the correspondence relationship stored in the storage unit, wherein, when a second skin temperature, that is newly inputted to the input unit after the apparatus control unit has controlled the heating-cooling combination apparatus according to the control content associated with the first skin temperature, is not included in a predetermined comfortable temperature range, the update unit changes the control content associated with the first skin temperature in the correspondence relationship stored in the storage unit such that over-control or under-control according to the control content associated with the first skin temperature is reduced.
An own position estimation device configured to estimate an own position of a mobile body, the own position estimation device comprising: a landmark position detector configured to cyclically detect relative planar landmark positions of landmarks existing around the mobile body with respect to the position of the mobile body; a movement amount detector configured to detect a movement amount of the mobile body from a time point one cycle ago to the current time point; a landmark position accumulator configured to accumulate, as pieces of landmark position data, relative planar landmark positions obtained by moving the relative planar landmark positions detected by the landmark position detector in control cycles executed in the past, by the movement amount detected by the movement amount detector; a map information acquirer configured to acquire map information including landmark positions of landmarks existing on a map; and an own position estimator configured to estimate a detection error in the movement amount detected by the movement amount detector based on a change in a past movement amount in movement records of the mobile body, characterized in that the own position estimator is further configured to set an extraction range from the mobile body based on the estimated detection error, to match the pieces of accumulated landmark position data in the extraction range with the landmark positions included in the map information and to estimate, based on the matching, the own position of the mobile body. a landmark position detector configured to cyclically detect relative planar landmark positions of landmarks existing around the mobile body with respect to the position of the mobile body; a movement amount detector configured to detect a movement amount of the mobile body from a time point one cycle ago to the current time point; a landmark position accumulator configured to accumulate, as pieces of landmark position data, relative planar landmark positions obtained by moving the relative planar landmark positions detected by the landmark position detector in control cycles executed in the past, by the movement amount detected by the movement amount detector; a map information acquirer configured to acquire map information including landmark positions of landmarks existing on a map; and an own position estimator configured to estimate a detection error in the movement amount detected by the movement amount detector based on a change in a past movement amount in movement records of the mobile body, characterized in that the own position estimator is further configured to set an extraction range from the mobile body based on the estimated detection error, to match the pieces of accumulated landmark position data in the extraction range with the landmark positions included in the map information and to estimate, based on the matching, the own position of the mobile body.
A method of operating a wireless communication system (200; 400; 600; 700) comprising one or more base stations (202; 402; 602, 607; 702) each configured to provide a corresponding coverage (204; 404; 604, 609; 704) in use, a particular one of the base stations (202; 402; 602, 607; 702) providing coverage to one or more in-coverage terminals (208; 408; 608; 708), there being one or more out-of-coverage terminals (208; 408; 608; 708) outside the coverage (204; 404; 604, 609; 704) provided by the particular base station (202; 402; 602, 607; 702), the method comprising: receiving (S3-4), by the particular base station (202; 402; 602, 607; 702) from the in-coverage terminals (208; 408; 608; 708), information about a number of requests for direct device-to-device wireless communication received by the in-coverage terminals (208; 408; 608; 708) from the out-of-coverage terminals (208; 408; 608; 708); determining (S3-6), by the particular base station (202; 402; 602, 607; 702), whether the number of requests exceeds a threshold; and if the number of requests exceeds the threshold, changing (S3-8) at least one of the coverage (204; 404; 604, 609; 704) of the particular base station (202; 402; 602, 607; 702) and the coverage of another one of the base stations (402; 602, 607), so as to provide coverage to one or more of the out-of-coverage terminals (208; 408; 608; 708). receiving (S3-4), by the particular base station (202; 402; 602, 607; 702) from the in-coverage terminals (208; 408; 608; 708), information about a number of requests for direct device-to-device wireless communication received by the in-coverage terminals (208; 408; 608; 708) from the out-of-coverage terminals (208; 408; 608; 708); determining (S3-6), by the particular base station (202; 402; 602, 607; 702), whether the number of requests exceeds a threshold; and if the number of requests exceeds the threshold, changing (S3-8) at least one of the coverage (204; 404; 604, 609; 704) of the particular base station (202; 402; 602, 607; 702) and the coverage of another one of the base stations (402; 602, 607), so as to provide coverage to one or more of the out-of-coverage terminals (208; 408; 608; 708).
A viscoelastic composite filament adapted for use in an additive manufacturing system, the system comprising a digitally controlled applicator that can deposit a filament in a controlled x-y plane and in a z-direction filament application to obtain a pre-form object; the filament comprising: (a) 70 to 1 wt. % of a thermoplastic polymer; and (b) 99 to 30 wt. % of a metal particulate, dispersed in the polymer, having a particle size of less than 500 microns, and an exterior coating of an organo-metallic interfacial modifier pre-coated on the particulate in an amount of 0.005 to 10.0 wt. %, all percentages based on the weight of the filament; and wherein the filament has a major dimension in the cross-section of 0.5 to 10 mm (a) 70 to 1 wt. % of a thermoplastic polymer; and (b) 99 to 30 wt. % of a metal particulate, dispersed in the polymer, having a particle size of less than 500 microns, and an exterior coating of an organo-metallic interfacial modifier pre-coated on the particulate in an amount of 0.005 to 10.0 wt. %, all percentages based on the weight of the filament; and
A lock with a lock case, having a lock or latch element that can extend out of the lock case, having a retracting lever for retracting the lock or latch element, having two follower halves (6, 7) arranged one above the another and a coupling element for connecting one of the follower halves (6, 7) with the retracting lever and having a pawl adjustable between an engaged position and a release position and connected to the retracting lever for the selective generation or release of a positive locking with the follower halves (6, 7), wherein the pawl is designed in one piece and is designed for the simultaneous generation of positive locking of both follower halves (6, 7) with the retracting lever, the pawl is pivotably mounted on the retracting lever and engages in recesses (20, 21) of the follower halves (6, 7), the pawl has two arms (18, 19) for engaging in each case in one recess (20, 21) of the follower halves (6, 7) and the arms (18, 19) are connected with one another via a web, characterized in that the recesses (20, 21) of the follower halves (6, 7) abut directly against the retracting lever and are limited by a wall (23, 24) on the end face of the respective follower halves (6, 7) facing away from the retracting lever.
Diffractive waveguide element for a personal display device, the element comprising - a display waveguide extending in a waveguide plane, - an in-coupling diffractive optical element arranged onto or into the display Waveguide for diffractively coupling light rays into the display waveguide, the coupled light rays propagating in the display waveguide with a propagation hop length, - an out-coupling diffractive optical element arranged onto or into the display waveguide for coupling the diffractively coupled light rays out of the display waveguide, - a ray multiplier element (12A,12B,12C) upstream of the out-coupling diffractive optical element, the ray multiplier element (12A,12B,12C) being capable of splitting a light ray incoming to the in-coupling diffractive optical element into a plurality of parallel rays spatially displaced in the waveguide plane in at least one dimension thereof, the density of the plurality of parallel rays in the direction of propagation of the incoming light being higher than said hop length, characterized by exactly one of: - the ray multiplier element comprises a multiplier waveguide having a thickness smaller than the thickness of said display waveguide and arranged upstream of and aligned with the in-coupling diffractive optical element, and - the ray multiplier element being a zone in said display waveguide having two diffractive gratings (14A, 14B) arranged on opposite surfaces of the display waveguide and on the propagating path of the light diffracted into the waveguide by said in-coupling diffractive optical element, and being arranged downstream the in-coupling diffractive optical element for splitting the light rays coupled in the display waveguide by the in-coupling diffractive optical element. - a display waveguide extending in a waveguide plane, - an in-coupling diffractive optical element arranged onto or into the display Waveguide for diffractively coupling light rays into the display waveguide, the coupled light rays propagating in the display waveguide with a propagation hop length, - an out-coupling diffractive optical element arranged onto or into the display waveguide for coupling the diffractively coupled light rays out of the display waveguide, - a ray multiplier element (12A,12B,12C) upstream of the out-coupling diffractive optical element, - the ray multiplier element comprises a multiplier waveguide having a thickness smaller than the thickness of said display waveguide and arranged upstream of and aligned with the in-coupling diffractive optical element, and - the ray multiplier element being a zone in said display waveguide having two diffractive gratings (14A, 14B) arranged on opposite surfaces of the display waveguide and on the propagating path of the light diffracted into the waveguide by said in-coupling diffractive optical element, and being arranged downstream the in-coupling diffractive optical element for splitting the light rays coupled in the display waveguide by the in-coupling diffractive optical element.
A rope slip detector for detection of at least one dynamic state variable of at least one suspension rope of an elevator system with traction sheave drive relative to a traction sheave during examination of the slippage of a suspension rope, said rope slip detector being arranged in the immediate vicinity to the suspension rope and being operative to automatically detect least one dynamic state variable, characterized in that said rope slip detector comprises a fastening device, said fastening device being releasably attached to the elevator system on the traction sheave, said rope slip detector comprising a bottom plate provided with a sensor, and that said sensor is free of contact with the suspension rope.