mhurhangee/ep-ind-claims huggingface dataset:
A doubly resonant optical parametric oscillator comprising a fan-out crystal (5, 55, 105) having an optical non-linearity of order 2 and placed in an optical cavity able to reflect a pump, said crystal (5, 55, 105) having an entrance face and an exit face through which the optical axis passes, an upper face and a lower face, characterized in that said crystal includes a grating of polarity-inverted lines originating separately and in a narrowly spaced manner at a fictional upper line that is parallel to the upper face of the crystal, and ending separately and in a widely spaced manner either at a fictional lower line that is parallel to the lower face of the crystal, or at the entrance face of the crystal, and in that two successive lines make a constant angle between each other, said grating starting with a first line originating at the exit face of the crystal and extending towards the fictional lower straight line while diverging from said exit face, all the other lines gradually and monotonically inclining from said first straight line toward the entrance face of the crystal.
A process for recovering phosphorus from phosphorus-containing sewage sludge ash, comprising: - reacting the sewage sludge ash with a phosphoric acid of first concentration, - precipitation of first solids, whereby a phosphoric acid of second concentration remains, wherein the second concentration is greater than the first concentration, wherein the reaction time of the reaction of the sewage sludge ash with the phosphoric acid is less than 2 minutes. - reacting the sewage sludge ash with a phosphoric acid of first concentration, - precipitation of first solids, whereby a phosphoric acid of second concentration remains, wherein the second concentration is greater than the first concentration,
Detection system in a screening device for screening material, e.g. aggregate, ore or similar, comprising at least one screening deck, said at least one screening deck having a screening surface, said system comprising a sensor arranged at or near at least one screening deck of said screening device, said sensor being configured such that it can detect objects leaving said at least one screening deck characterised in that said sensor comprises an ultrasound sensor, wherein said detection system further comprises a control unit which is connected to the sensor, said control unit being configured to differentiate between signals from the sensor resulting from the material to be screened and signals from the sensor resulting from a foreign object, such as a dislodged screening module or liner element, by applying one or more predefined threshold values, wherein a threshold value is based on the time an object is present in the range of the sensor.
Device for fixing objects to table tops comprising a base body having a support area and a receiving area, wherein an abutment is movably arranged at the base body, which is securable by means of a locking device, wherein the locking device is formed by an eccentric, at which an operating lever is arranged, characterised in that a fine adjustment mechanism is provided, which is provided with an inclined plane, which has a detent, and on the side of the fine adjustment mechanism facing the eccentric a supporting surface is arranged.
Method for warning road users about wrong-way travel by a vehicle, comprising the following steps: - reading in navigation data of the vehicle into a vehicle-external server via a vehicle-server interface between a communication device associated with the vehicle, as a client, and the vehicle-external server; - matching the navigation data of the vehicle in the vehicle-external server against at least one piece of server-based navigation information in order to evaluate the read-in navigation data of the vehicle in respect of wrong-way travel by the vehicle; - providing a wrong-way driver warning about the wrong-way travel by the vehicle to at least one further vehicle-server interface between at least one communication device associated with a further vehicle and the vehicle-external server if actual wrong-way travel has been detected in the matching step on the basis of the navigation data of the vehicle; characterized in that the matching step involves an analysis of whether the vehicle is located in a wrong-way travel hazard area of the road network, wherein, if so, - the vehicle-external server instructs the communication device of the vehicle that the communication device should transmit the navigation data at a higher transmission rate than outside the wrong-way travel hazard area, in order to trigger a contrastingly higher-frequency data transfer. - reading in navigation data of the vehicle into a vehicle-external server via a vehicle-server interface between a communication device associated with the vehicle, as a client, and the vehicle-external server; - matching the navigation data of the vehicle in the vehicle-external server against at least one piece of server-based navigation information in order to evaluate the read-in navigation data of the vehicle in respect of wrong-way travel by the vehicle; - providing a wrong-way driver warning about the wrong-way travel by the vehicle to at least one further vehicle-server interface between at least one communication device associated with a further vehicle and the vehicle-external server if actual wrong-way travel has been detected in the matching step on the basis of the navigation data of the vehicle; - the vehicle-external server instructs the communication device of the vehicle that the communication device should transmit the navigation data at a higher transmission rate than outside the wrong-way travel hazard area, in order to trigger a contrastingly higher-frequency data transfer.
Step system for a vehicle, in particular for a camping or recreational vehicle, wherein the step system comprises a set of steps having at least one step (3, 7) and also comprises a ladder having a tread surface and at least one rung, wherein the at least one step (3, 7) comprises a tread surface, and wherein the at least one step (3, 7) forms a stowage-space volume (5, 14), wherein the ladder is designed in the form of a folding ladder and, in a rest position, is arranged in the stowage-space volume (5, 14) of the step (3, 7), characterized in that, in a use position, the ladder, in particular the tread surface of the ladder, projects beyond a second step, in particular the tread surface thereof, which second step is arranged, as seen in a climbing direction, in front of the step which forms the stowage-space volume (5, 14), which encloses the ladder in the rest position.
A fluid level sensor assembly comprising a first pipe component defining a flow path for the fluid and configured to be attached to a valve to control flow of the fluid from the first pipe component, and a fluid level sensor arranged in or on the first pipe component to detect a level of fluid in the first pipe component and to generate a command signal for operation of the valve according to the level detected, and an insert fitted to an end of the first pipe component and extending axially from the end to be fitted to an inlet of the valve, in use, wherein the insert is configured to secure the first pipe component against rotation relative to the valve inlet when the insert is fitted to the inlet; wherein the first pipe component is a wye fitting defining a first branch that defines the fluid path and a second branch in which the sensor is located, and wherein the wye-fitting is provided with a nozzle to direct fluid from an inlet end to the branch in which the sensor is located, the nozzle having a first opening at the inlet end and a second, smaller opening at an outlet end directed to the sensor..
A method for making a microelectronic or an optoelectronic device (7; 7') including a substrate grown in a first semiconductor material, the method comprises an integration of a microfluidic cooling circuit (2; 2') within the substrate, characterized in that the integration of the microfluidic circuit (2; 2') within the substrate is obtained by steps of: - Growing a second semiconductor within the substrate, said second semiconductor presenting the shape of the microfluidic circuit; and then - Selectively etching said second semiconductor. - Growing a second semiconductor within the substrate, said second semiconductor presenting the shape of the microfluidic circuit; and then - Selectively etching said second semiconductor.
A steam generator containing a housing, inside of which a heat exchanger, a combustion chamber and collectors are located, wherein at least one heat exchanger with zigzag channels for exhaust gases is located inside of a lower housing, closed with an upper cover, and connected by a rectangular coupler with the combustion chamber, said heat exchanger consists of a cuboid lower housing closed with an upper cover, wherein to the bottom of said cuboid lower housing, baffles in the form of rectangular plates with L-shaped section are alternately fixed by means of said L-shaped section, and at the same time the length of the baffles is smaller than the width of the cuboid lower housing, and a directing baffle has an oblique section located opposite to the inlet hole of exhaust gases coming from the combustion chamber through the coupler, whereas to the outlet hole of said cuboid lower housing, the exhaust gases collector is connected through a coupler.
Combination of an agricultural towing vehicle and a big baler for pressing square bales, having a receiving device for harvested material lying on the ground, a cutting device for cutting picked-up harvested material to at least one predefinable cut length, a pre-pack chamber, a gatherer device, and a baling channel for baling a square bale from packs (28, 28', 28") of harvested material precompressed in the pre-pack chamber, wherein the gatherer device precompresses the harvested material into packs (28, 28', 28") in the pre-pack chamber and conveys the packs (28, 28', 28") into the baling channel, and also a binding system for tying up the square bale is provided, wherein the cutting device is controllable depending on a binding operation executed by the binding system and on at least one variable representing a square-bale dimension, such that, in each case when picking up harvested material for at least one of the first and for at least one of the last packs (28', 28") of a square-bale baling operation, the cutting device is able to be deactivated or is operable with a greater cut length compared with the other packs, characterized in that, with an input device that is arranged on the agricultural vehicle, the value that is settable for the at least one variable representing the square-bale dimension or the value that is settable for the at least one variable representing the square-bale dimension and a value for a number of the first and the last packs (28', 28") of a square-bale baling operation is predefinable, depending on which the cutting device is actuable.
Deformable element, comprising a profiled tube with a rectangular cross-section and a bracket which is fastened between opposite sides of the profiled tube, characterised in that a plate which closes the profiled tube at one end is provided and the bracket is arranged at the end of the profiled tube that is closed by the plate.
Method for initial distribution of protected data, such as e.g. at least a key, a certificate or a password, in an ETCS train control system between at least one data control centre and at least one ETCS facility, such as, for instance, a vehicle-side on-board unit, OBU, or a track-side radio block centre, RBC, in which protected data specific to the at least one ETCS facility is generated in a secure environment in the data control centre, in which with the protected data, at least one transport package specific to the at least one ETCS facility is generated in a secure environment in which the transport package is secured in the secure environment, in which the secured transport package is transmitted to the ETCS facility, in which the secure transport package is unlocked in a secure area of the ETCS facility and the protected data is stored in the secure area of the ETCS facility, wherein a plurality of protected data comprising a number of keys, certificates, passwords and/or key queries is transmitted in the transport package. in which protected data specific to the at least one ETCS facility is generated in a secure environment in the data control centre, in which with the protected data, at least one transport package specific to the at least one ETCS facility is generated in a secure environment in which the transport package is secured in the secure environment, in which the secured transport package is transmitted to the ETCS facility, in which the secure transport package is unlocked in a secure area of the ETCS facility and the protected data is stored in the secure area of the ETCS facility, wherein a plurality of protected data comprising a number of keys, certificates, passwords and/or key queries is transmitted in the transport package.
A screen for a centrifugal pellet dryer comprising a substantially cylindrical screen having one or more integrally formed embossed regions that disrupts a circular flow of particles being dried to improve particle flow through a rotor area of the dryer, characterized in that, the one or more integrally formed embossed regions project outwardly from an outer surface of the screen, each outwardly projecting embossed region forming a deflection zone in the form of a strip.
A windrow door assembly for controlling a direction of flow of crop residue expelled from a combine, the windrow door assembly comprising: a door panel extending lengthwise between a first end and a second end, the door panel moveable between a closed position, wherein the crop residue being expelled from the combine is directed along the door panel into a spreader of the combine, and an opened position, wherein the crop residue is directed along the door panel towards a rear opening of the combine; and characterized in that said windrow door assembly further comprises: a deflector panel rotatably coupled to the door panel, the deflector panel altering the direction of flow of the crop residue in said opened position.
Horseshoe comprising two legs connected by a bridge, characterized in that the bridge comprises physical markers (1, 2) provided directly opposite one another in both a support surface and a ground surface, wherein said physical markers (1, 2) function as a guide for cutting through the bridge of the horseshoe.
Timepiece movement comprising a dial provided with an hour and minute scale, an hour hand and a minute hand cooperating with the hour and minute scale, and a power reserve indicator, characterised in that the power reserve indicator comprises an index located on a ring which can rotate about the dial and which is coplanar with said dial, the index being directed towards the hour and minute scale to indicate the power reserve of the movement in cooperation with the hour and minute scale.
Crystal form IV of the compound of formula: wherein the X-ray powder diffraction pattern of Crystal form IV measured using Cu-Ka radiation contains characteristic diffraction peaks present at 2θ positions of 9.2°±0.2°, 12.8°±0.2°, 16.2°±0.2°, 18.4°±0.2°, 20.5°±0.2° and 26.5°±0.2°.
A thermal management system for an electric vehicle, comprising a heat recovery cooling device, a refrigerating device, a heat exchanging device and a compartment temperature adjusting device, wherein the refrigerating device comprises a compressor, a condenser, a throttling element and an evaporator that are connected by pipelines; the heat exchanging device comprises a first air-cooled heat exchanger and a heater that are connected by pipelines; the heat recovery cooling device comprises a heat exchanger for heat generating components, a second air-cooled heat exchanger and a cooler that are connected by pipelines; the first air-cooled heat exchanger and the heater communicate with the condenser via a first flow regulating device; the cooler and the heat exchanger for heat generating components communicate with the evaporator via a second flow regulating device, and the second air-cooled heat exchanger is selectively connected in series with the heat exchanger for heat generating components.
Door insert for a refrigerator, in particular for a household refrigerator, having a floor plate and hollow side walls connected by the floor plate, wherein a filler body is inserted into a hollow space of at least one of the transparent, in particular crystal-clear side walls, wherein the filler body is clamped into the hollow space or fits into the hollow space with such minimal play that a deformation resulting from the load of the door insert during normal operation results in a clamping of the filler body so that the filler body has a reinforcing, stabilizing effect on the door insert, characterised in that the floor plate is embodied in one piece with the side walls.
An electronic device, comprising: a call module for receiving an incoming call (Ca); a touch screen for receiving a dragging signal (Sd); and a processing unit coupled to the call module and the touch screen, characterized in that the touch screen has a first area, a second area and a third area; and the processing unit is adapted to determine whether the dragging signal (Sd) is an answering signal or a rejecting signal, wherein if the processing unit determines that a first dragging signal is generated from the third area towards the first area, then the first dragging signal is determined to be an answering signal and the incoming call (Ca) is answered, and if the processing unit determines that a second dragging signal is generated from the third area towards the second area, then the second dragging signal is determined to be a rejecting signal and the call is rejected; wherein the touch screen shows a button on the third area, and when the answering signal is generated, the processing unit is configured to control the button to move to the first area from the third area, and when the rejecting signal is generated, the processing unit is configured to control the button to move to the second area from the third area. a call module for receiving an incoming call (Ca); a touch screen for receiving a dragging signal (Sd); and a processing unit coupled to the call module and the touch screen, characterized in that the touch screen has a first area, a second area and a third area; and the processing unit is adapted to determine whether the dragging signal (Sd) is an answering signal or a rejecting signal, wherein if the processing unit determines that a first dragging signal is generated from the third area towards the first area, then the first dragging signal is determined to be an answering signal and the incoming call (Ca) is answered, and if the processing unit determines that a second dragging signal is generated from the third area towards the second area, then the second dragging signal is determined to be a rejecting signal and the call is rejected; wherein the touch screen shows a button on the third area, and when the answering signal is generated, the processing unit is configured to control the button to move to the first area from the third area, and when the rejecting signal is generated, the processing unit is configured to control the button to move to the second area from the third area.
Method for connecting a plurality of subscribers to several satellite planes, in particular from several satellites, in which in a first conversion step received signals of the corresponding satellites are selectively converted based on subscriber requirements into a corresponding multiplex signal, such that frequency ranges corresponding to subscriber requirements are present in a signal line in the frequency multiplex, and that frequency ranges not corresponding to subscriber requirements are not present therein, and in which in a second conversion step a converting occurs of each of the so obtained multiplex signals into an MPEG transport stream, corresponding to a frequency range, which is provided to one or more subscribers, wherein the first conversion step for providing the corresponding multiplex signals contains an analog/digital/analog conversion with subsequent steps based on Full Band Capturing, FBC, Type 2 receiver technology: digitalization of the input spectrum of four satellite planes, signal processing as well as re-analogization and reproduction as a newly composed HF frequency spectrum in a signal line in the frequency multiplex, and wherein in the second conversion step an analog/digital conversion of at least one, in particular all, of multiplex signals occurs and corresponding MPEG transport streams are output, wherein by means of Full Band Capturing, FBC, Type 1 receiver technology the input spectra of four adjacent satellite planes are digitized and output as digital based band transport streams after internal signal processing.
A dryer, comprising: a cabinet configured to have an entry hole formed on a front surface of the cabinet, a door being installed in the entry hole; a drum disposed within the cabinet and configured to rotate with a laundry received within the drum; an evaporator disposed within the cabinet and configured to remove moisture from air circulating through the drum by condensing the moisture; a condensate housing disposed within the cabinet and configured to collect a condensate condensed by the evaporator; a drawer space disposed under the entry hole and depressed backward from the front surface of the cabinet; a drawer disposed in the drawer space and pulled out from the drawer space; a condensate discharge container configured to have the condensate of the condensate housing moved and stored in the condensate discharge container and exposed to a user when the drawer is pulled out, wherein the condensate housing is disposed at a back of the condensate discharge container; and a guide supporter configured to couple a cabinet-side structure and a drawer-side structure; characterized in that the drawer is configured to be rotated based on a first side of the drawer, the guide supporter is configured to guide the rotation of the drawer with respect to the cabinet, wherein the condensate discharge container is detachably held in the drawer and has a length longer in a left and right width direction than in a front and back direction, and the evaporator disposed within the condensate housing. a cabinet configured to have an entry hole formed on a front surface of the cabinet, a door being installed in the entry hole; a drum disposed within the cabinet and configured to rotate with a laundry received within the drum; an evaporator disposed within the cabinet and configured to remove moisture from air circulating through the drum by condensing the moisture; a condensate housing disposed within the cabinet and configured to collect a condensate condensed by the evaporator; a drawer space disposed under the entry hole and depressed backward from the front surface of the cabinet; a drawer disposed in the drawer space and pulled out from the drawer space; a condensate discharge container configured to have the condensate of the condensate housing moved and stored in the condensate discharge container and exposed to a user when the drawer is pulled out, wherein the condensate housing is disposed at a back of the condensate discharge container; and a guide supporter configured to couple a cabinet-side structure and a drawer-side structure; characterized in that the drawer is configured to be rotated based on a first side of the drawer, the guide supporter is configured to guide the rotation of the drawer with respect to the cabinet, wherein the condensate discharge container is detachably held in the drawer and has a length longer in a left and right width direction than in a front and back direction, and the evaporator disposed within the condensate housing.