mhurhangee/ep-ind-claims huggingface dataset:
Radar apparatus, having: a plurality of transmitter units (TXi), which are designed to emit radar waves; a plurality of receiver units (RXi), which are designed to receive the reflected radar waves and output a respective radar signal, wherein the transmitter units (TXi) and receiver units (RXi) are arranged in an array having horizontal lines and vertical columns in such a way that, in a corresponding virtual array, a partial array (10, 20, 30), which is associated with an arbitrary first transmitter unit (TXi), comprises at least one first virtual element, which has the same horizontal position and a different vertical position as at least one associated second virtual element of a further partial array (10, 20, 30), which is associated with a second transmitter unit (TXi), wherein a first receiver unit (RXi) is associated with the first virtual element, and wherein a second receiver unit (RXi) is associated with the second virtual element; and a control unit, characterized in that the control unit is designed, for an arbitrary first transmitter unit (TXi), to determine a phase offset to the corresponding second transmitter unit (TXi), using a first radar signal, which corresponds to a first radar wave emitted by the first transmitter unit (TXi) and received by the associated first receiver unit (RXi), and a second radar signal, which corresponds to a second radar wave emitted by the second transmitter unit (TXi) and received by the associated second receiver unit (RXi). a plurality of transmitter units (TXi), which are designed to emit radar waves; a plurality of receiver units (RXi), which are designed to receive the reflected radar waves and output a respective radar signal, wherein the transmitter units (TXi) and receiver units (RXi) are arranged in an array having horizontal lines and vertical columns in such a way that, in a corresponding virtual array, a partial array (10, 20, 30), which is associated with an arbitrary first transmitter unit (TXi), comprises at least one first virtual element, which has the same horizontal position and a different vertical position as at least one associated second virtual element of a further partial array (10, 20, 30), which is associated with a second transmitter unit (TXi), wherein a first receiver unit (RXi) is associated with the first virtual element, and wherein a second receiver unit (RXi) is associated with the second virtual element; and a control unit, characterized in that the control unit is designed, for an arbitrary first transmitter unit (TXi), to determine a phase offset to the corresponding second transmitter unit (TXi), using a first radar signal, which corresponds to a first radar wave emitted by the first transmitter unit (TXi) and received by the associated first receiver unit (RXi), and a second radar signal, which corresponds to a second radar wave emitted by the second transmitter unit (TXi) and received by the associated second receiver unit (RXi).
Method for creating a sealed envelope (1 b) from a laser printed sheet, comprising: a. Printing (6, 2) in a printer a standard envelope-width printed sheet with printed toner borders along its edges, b. feeding out from the printer said standard envelope-width printed sheet c. creasing said standard envelope-width printed sheet, d. folding over said standard envelope-width printed sheet, bringing said toner borders into mutual contact, e. applying pressure to the toner borders in mutual contact, sealing the folded printed sheet into an envelope, characterized by the additional steps of: f. halting advance of the standard envelope-width printed sheet after feeding out from the printer, g. printing and collecting from the printer one or more insert sheets having a transverse dimension smaller than the width between the toner borders on the envelope-width printed sheet, h. inserting said collected insert sheets as the standard envelope width printed sheet is folded, completely avoiding contact with the toner borders, which are folded against each other. a. Printing (6, 2) in a printer a standard envelope-width printed sheet with printed toner borders along its edges, b. feeding out from the printer said standard envelope-width printed sheet c. creasing said standard envelope-width printed sheet, d. folding over said standard envelope-width printed sheet, bringing said toner borders into mutual contact, e. applying pressure to the toner borders in mutual contact, sealing the folded printed sheet into an envelope, f. halting advance of the standard envelope-width printed sheet after feeding out from the printer, g. printing and collecting from the printer one or more insert sheets having a transverse dimension smaller than the width between the toner borders on the envelope-width printed sheet, h. inserting said collected insert sheets as the standard envelope width printed sheet is folded, completely avoiding contact with the toner borders, which are folded against each other.
A piston for a two-stroke internal combustion engine, comprising a piston body with a crown at one end, an end surface formed on the crown, the end surface including an elongated bowl that cooperates with an opposing piston end surface to define a combustion chamber, and at least one ring groove in the piston sidewall near the crown; characterized in that: an annular thermally-resistant cavity is situated in the piston sidewall, extending along a circumference of the piston body, and positioned between the end surface and the at least one ring groove, and including a sleeve with an upper flange that extends in a radial direction of the piston and a lower flange that extends downwardly in an axial direction of the piston, and the sleeve is seated on an outer circumferential surface of the crown with the upper flange held against a shoulder of the crown and the lower flange covering the annular thermally-resistant cavity.
A variable guide vane assembly, comprising: a casing enclosing a cavity hydraulically connectable to a lubrication system, the casing defining apertures (10c, 10d) circumferentially distributed around a central axis; variable guide vanes (VGVs) circumferentially distributed around the central axis, each VGVs having an airfoil portion extending from a first end to a second end along a pivot axis, and a shaft portion protruding from the first end and extending away from the airfoil portion and pivotably received within the apertures (10c, 10d); vane drive members secured to respective ones of the shaft portion of the VGVs and located within the cavity, a unison transmission member within the cavity and rotatable about the central axis, the unison transmission member engaged to the vane drive members, and an external mechanism secured to the second end of one of the VGVs, the external mechanism disposed outside the cavity, the external mechanism engageable by an actuator for rotating the one of the VGVs about its pivot axis, thereby rotating the unison transmission member, which, in turn, drives a remainder of the VGVs in rotation.
A method of navigating a vehicle, the vehicle comprising a scanning device and a self-contained navigation system, SCNS being operatively connected to a computer, the SCNS providing data indicative of a current position of the vehicle relative to a previous position, the method comprising: operating the scanning device for repeatedly executing a scanning operation, where each scanning operation includes scanning an area surrounding the vehicle, to thereby generate respective scanning output data; operating the computer for generating, based on the scanning output data from multiple scanning operations, a relative map representing at least a part of the area, the relative map having known dimensions and being relative to a position of the vehicle, wherein the relative map comprises cells, each cell being classified to a class selected from at least two classes, comprising traversable and non-traversable; the method is characterized by: each cell is characterized by dimensions equal or larger than an accumulated drift value of the SCNS over a predefined distance, wherein the predefined distance is derived from one or more of the known dimensions of the relative map; wherein non-traversable cells correspond to obstacles identified in the scanning output data; receiving SCNS data and updating a position of the vehicle relative to the cells based on the SCNS data, enabling to generate instructions for controlling the vehicle movement within the area based on the relative map, while avoiding non-traversable cells. operating the scanning device for repeatedly executing a scanning operation, where each scanning operation includes scanning an area surrounding the vehicle, to thereby generate respective scanning output data; operating the computer for generating, based on the scanning output data from multiple scanning operations, a relative map representing at least a part of the area, the relative map having known dimensions and being relative to a position of the vehicle, wherein the relative map comprises cells, each cell being classified to a class selected from at least two classes, comprising traversable and non-traversable; the method is characterized by: each cell is characterized by dimensions equal or larger than an accumulated drift value of the SCNS over a predefined distance, wherein the predefined distance is derived from one or more of the known dimensions of the relative map; wherein non-traversable cells correspond to obstacles identified in the scanning output data; receiving SCNS data and updating a position of the vehicle relative to the cells based on the SCNS data, enabling to generate instructions for controlling the vehicle movement within the area based on the relative map, while avoiding non-traversable cells.
Nifuratel or a physiologically acceptable salt thereof, for use in the treatment of any infection caused by one or more species of the genus Atopobium vaginae.
A method for processing instructions to modify a future request for content, the method comprising: at a proxy server, receiving a request for content, the content including executable instructions, wherein the proxy server is configured as a suffix proxy; retrieving the requested content from a server and storing the requested content at the proxy server; parsing the requested content to identify an executable instruction configured for generating a uniform resource locator, URL; modifying the requested content by wrapping the identified instruction to call an alternative instruction, wherein the alternative instruction is configured to append to the URL an identification of the suffix proxy; at the proxy server, storing the modified content including the wrapped instruction; and transmitting the modified content including the wrapped instruction to a client device. at a proxy server, receiving a request for content, the content including executable instructions, wherein the proxy server is configured as a suffix proxy; retrieving the requested content from a server and storing the requested content at the proxy server; parsing the requested content to identify an executable instruction configured for generating a uniform resource locator, URL; modifying the requested content by wrapping the identified instruction to call an alternative instruction, wherein the alternative instruction is configured to append to the URL an identification of the suffix proxy; at the proxy server, storing the modified content including the wrapped instruction; and transmitting the modified content including the wrapped instruction to a client device.
A method for conversion of poultry manure, comprising the steps of performing fermentation of an initial product, removing a biogas, adding a flocculating agent, dehydrating a processed substrate, drying and granulating a fertilizer thus produced, characterized in that prior to fermentation the poultry manure is mixed with water to achieve an amount of solids in said mixture in the range of 8%-12%, then said mixture is heated up to 25 - 35°C and agitated to achieve a pH of the mixture in a range of 5.2-6.3, after biogas removal a foam suppressant is added to the fermented substrate along with addition of a solution comprising iron sulphate and sulphuric acid at a ratio of 50:50 and in an amount of 8 liters per 1 m 3 of the substrate, then the flocculating agent is added to the resultant mixture in an amount of 1 liter per 1 m 3 of the processed substrate, and a pH of the mixture is maintained in a range of 6.0 - 6.5, the processed substrate is dehydrated to achieve an amount of solids in the resultant digestate in a range of 40%-45%, dehydration water is subjected to dissolved air flotation, a flotation sludge is returned for chemical retreatment, and an effluent water resulting from flotation is filtered and purified in a reverse osmosis system with removal of residual salt ions, a resultant purified effluent water is mixed with poultry manure, and a post-treatment concentrate resulting from reverse osmosis purification is frozen, then ice is separated from a high-analysis fertilizer, melted to produce a meltwater which is purified in the reverse osmosis system with removal of residual salt ions and mixed with poultry manure.
An electric filter for filtering electric signals of a direct current, DC, motor, which electric filter comprises: an X2Y capacitor coupled in parallel to the motor, wherein a ground terminal (MGND) of the X2Y capacitor is coupled to a chassis of the motor; the electric filter further being characterized in comprising: a freewheeling diode (Di) coupled in parallel to the motor; a low pass filter comprising a ferrite bead (L1, L2) and a capacitor (C1, C2) connected to each motor terminal (M+, M-); and a resistor-capacitor, RC, filter (R1, C3) coupled in parallel to the motor. a freewheeling diode (Di) coupled in parallel to the motor; a low pass filter comprising a ferrite bead (L1, L2) and a capacitor (C1, C2) connected to each motor terminal (M+, M-); and a resistor-capacitor, RC, filter (R1, C3) coupled in parallel to the motor.
A method of processing an image of a document acquired with a hand-held electronic device, the method comprising, with at least one processor: identifying a region in the image having characteristics representative of a human digit holding the document; and correcting the image by: generating a patch for the region; and providing a corrected image with the region replaced with the patch (1616, 1618) wherein: identifying the region comprises detecting sub-regions characteristic of the human digit and a shadow cast by the human digit, if a shape having characteristics of a shadow adjacent a shape having characteristics of a human digit is detected, increasing a likelihood assigned to that shape being a human digit for removal, comparing the likelihood to a threshold, and detecting a human digit if the likelihood is above the threshold. identifying a region in the image having characteristics representative of a human digit holding the document; and correcting the image by: generating a patch for the region; and providing a corrected image with the region replaced with the patch (1616, 1618) generating a patch for the region; and providing a corrected image with the region replaced with the patch (1616, 1618)
Insert which can be inserted into an inhaler, particularly for a horse, wherein the insert comprises a reservoir for a medicament preparation held under excess pressure, with a valve, and wherein the insert comprises a nebulizer held directly on the reservoir, and a discharge nozzle associated with the nebulizer and fluidically connected to the valve, for forming a preferably respirable aerosol with the medicament preparation, wherein the insert or the nebulizer comprises a blocking device which is configured to prevent accidental initiation, initiation when the insert is in the non-inserted state, and/or initiation after a predetermined number of initiation processes has been reached or exceeded.
A bar guide for the flat band bar of a bar closure, which can be used in switch cabinets in particular, having a fastening arm having a recess for plugging the bar guide onto a stationary stud bolt, which is provided with an external thread and is used for fastening the bar guide on a component, and having a guide arm protruding from the fastening arm and forming an L shape of the bar guide, which guide arm has a channel holding and guiding the flat band bar on the side thereof facing away from the stud bolt, characterized in that a stationary lateral bearing surface for the stud bolt is constructed on the side of the guide arm facing away from the channel and an additional lateral bearing surface for the stud bolt, opposite the stationary bearing surface with respect to the stud bolt axis, is provided in the region located between the fastening arm and the stationary bearing surface, which additional bearing surface is supported by a clamping rocker arranged such that it springs away from the stud bolt axis.
A light emitting apparatus comprising: at least one light emitting device; a substrate under the light emitting device; a bonding member (61,62) between the light emitting device and the substrate; an adhesion member under the substrate; and a support member of a metal material under the adhesion member, wherein the at least one light emitting device comprises a body, a plurality of electrodes (52,53) on the body, a light emitting chip on one of the electrodes (52,53), a paste member for bonding the light emitting chip to the one of the electrodes (52,53), and a molding member on the light emitting chip, wherein the substrate is electrically connected to the light emitting device through the bonding member (61, 62), and wherein the adhesion member includes a tape of thermal conductivity. characterized in that the adhesion member includes at least one of benzotriazole and hydroxy group for preventing a discoloration of a metallic part contained in the light emitting device. at least one light emitting device; a substrate under the light emitting device; a bonding member (61,62) between the light emitting device and the substrate; an adhesion member under the substrate; and a support member of a metal material under the adhesion member, wherein the at least one light emitting device comprises a body, a plurality of electrodes (52,53) on the body, a light emitting chip on one of the electrodes (52,53), a paste member for bonding the light emitting chip to the one of the electrodes (52,53), and a molding member on the light emitting chip, wherein the substrate is electrically connected to the light emitting device through the bonding member (61, 62), and wherein the adhesion member includes a tape of thermal conductivity. characterized in that the adhesion member includes at least one of benzotriazole and hydroxy group for preventing a discoloration of a metallic part contained in the light emitting device.
Use of a film as a construction film, wherein the film has a high impermeability to water in liquid and solid form and consists of essentially hard fillers, stretched, microporous structure permeable to gaseous water, comprising polyolefinic homopolymers, copolymers or polymer blend, and wherein in the film is available in blue, green, brown or black pigments, of which the construction film has an amount of at least 0.5 wt.-% and at most 10 wt.-% based on the total weight of the film, and wherein the average particle diameter of the blue, green, brown or black pigments is in the range of 20 nm to 500 nm.
A system for a motor vehicle for heating and/or cooling a battery and a vehicle interior, comprising a coolant circuit, which is thermally coupled to the battery, particularly to a battery-heat exchanger, a refrigeration circuit having a condenser, a compressor, a first evaporator for cooling the vehicle interior, and a second evaporator for cooling the battery, in that the second evaporator with an evaporator-heat exchanger is thermally coupled to the coolant circuit, wherein a first fan is arranged on the first evaporator, characterised in that the evaporator-heat exchanger is provided with at least one means for transferring heat from the evaporator-heat exchanger to the ambient air and/or the vehicle interior, wherein the at least one means for transferring heat from the evaporator-heat exchanger to the ambient air and/or the vehicle interior is a second fan which is arranged on the evaporator-heat exchanger.
A door comprising a door leaf in form of a composite structure provided with a core and a cover layer, wherein - the core consists of a construction material plate made of a mineral, siliceous material, which plate comprises two main surfaces arranged opposite each other, wherein at least one of the main surfaces is provided with a pasted, non-flammable decorative layer, characterized in - that the decorative layer comprises at least one reinforcement layer which is arranged between two layers of paper, wherein each layer of paper is preferably a cellulose paper impregnated with an aqueous melamine resin, and a cover layer applied on one of the layers of paper, the decorative layer being glued on the construction material plate with the surface that is facing away from the cover layer, and - that the construction material plate with the decorative layer thereof is provided with metal profiles forming a closed support frame at the circumferential edges and borders. - the core consists of a construction material plate made of a mineral, siliceous material, which plate comprises two main surfaces arranged opposite each other, wherein at least one of the main surfaces is provided with a pasted, non-flammable decorative layer, - that the decorative layer comprises at least one reinforcement layer which is arranged between two layers of paper, wherein each layer of paper is preferably a cellulose paper impregnated with an aqueous melamine resin, and a cover layer applied on one of the layers of paper, the decorative layer being glued on the construction material plate with the surface that is facing away from the cover layer, and - that the construction material plate with the decorative layer thereof is provided with metal profiles forming a closed support frame at the circumferential edges and borders.
An extracorporeal blood pumping system comprising: a centrifugal blood pump comprising a pump impeller positioned within a pump housing, the pump impeller further comprising an impeller magnet; a pump drive comprising a drive motor and a drive motor carrier attached to drive motor, wherein the drive motor carrier is configured to travel or adjust axially upon rotation of a drive motor housing; a dynamically adjustable drive magnet configured to actuate the pump impeller, the drive magnet coupled to the drive motor, wherein the adjustment of the drive magnet comprises axial displacement of the drive magnet; and wherein the drive motor is magnetically coupled to the blood pump via a magnetic attraction force (F M) between the impeller magnet and the drive magnet. a centrifugal blood pump comprising a pump impeller positioned within a pump housing, the pump impeller further comprising an impeller magnet; a pump drive comprising a drive motor and a drive motor carrier attached to drive motor, wherein the drive motor carrier is configured to travel or adjust axially upon rotation of a drive motor housing; a dynamically adjustable drive magnet configured to actuate the pump impeller, the drive magnet coupled to the drive motor, wherein the adjustment of the drive magnet comprises axial displacement of the drive magnet; and wherein the drive motor is magnetically coupled to the blood pump via a magnetic attraction force (F M) between the impeller magnet and the drive magnet.