mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the production of fertilizer granules by injecting raw materials by means of at least one multi-substance nozzle into a moving particle bed, wherein an acid and a suspension comprising a phosphate-containing raw material are used as raw materials, which are atomized by the multi-substance nozzle as a spray in the moving particle bed, characterized in that the raw materials react with one another in the spray and the fertilizer granules are formed in the spray , with a grinding process of the suspension taking place before the atomization as a spray in the moving particle bed.
A distributed antenna system, DAS , comprising: a host unit ; and a plurality of remote units, wherein the plurality of remote units are paired to form a backfire configuration comprising multiple pairs of remote units, wherein a pair of remote units are placed to define a coverage area and each remote unit in a pair of remote units : is configured to be communicatively coupled to the host unit ; and to point at least partially towards the remote unit to which it is paired in the backfire configuration, wherein each remote unit is spaced from the other unpaired remote units of the plurality of remote units such that near each remote unit, signals from the other unpaired remote units are negligible and RF power of the signals emitted from the remote units is at a more constant level, wherein the coverage area of each pair of remote units is fairly isolated from the coverage area formed by other pairs of remote units in the plurality of pairs of remote units; and is configured to simulcast data from the host unit on the same frequency band as the remote unit to which it is paired. a host unit ; and a plurality of remote units, wherein the plurality of remote units are paired to form a backfire configuration comprising multiple pairs of remote units, wherein a pair of remote units are placed to define a coverage area and each remote unit in a pair of remote units : is configured to be communicatively coupled to the host unit ; and to point at least partially towards the remote unit to which it is paired in the backfire configuration, wherein each remote unit is spaced from the other unpaired remote units of the plurality of remote units such that near each remote unit, signals from the other unpaired remote units are negligible and RF power of the signals emitted from the remote units is at a more constant level, wherein the coverage area of each pair of remote units is fairly isolated from the coverage area formed by other pairs of remote units in the plurality of pairs of remote units; and is configured to simulcast data from the host unit on the same frequency band as the remote unit to which it is paired. is configured to be communicatively coupled to the host unit ; and to point at least partially towards the remote unit to which it is paired in the backfire configuration, wherein each remote unit is spaced from the other unpaired remote units of the plurality of remote units such that near each remote unit, signals from the other unpaired remote units are negligible and RF power of the signals emitted from the remote units is at a more constant level, wherein the coverage area of each pair of remote units is fairly isolated from the coverage area formed by other pairs of remote units in the plurality of pairs of remote units; and is configured to simulcast data from the host unit on the same frequency band as the remote unit to which it is paired.
Fixing device for a wall-hung sanitaryware item , having a holder for mounting the fixing device on a wall , having a supporting element which is movably arranged on the holder , and having an engagement element which is arranged on the supporting element and is movable relative to the holder for insertion into an opening in the sanitaryware item , wherein the engagement element has on the wall side a sloping surface for making contact with a counter-bearing of the sanitaryware item and wherein the fixing device comprises a spring which is arranged in such a way that the engagement element , on insertion into the opening , is moved against the force of the spring , characterised in that the spring force acts in opposition to the weight force (F G ), and the spring is arranged between the supporting element and the engagement element .
A shovel including a machine guidance function or a machine control function, the shovel comprising: a lower traveling body ; an upper turning body turnably mounted on the lower traveling body ; a cab mounted on the upper turning body ; an attachment attached to the upper turning body ; and a display device (D3) provided in the cab , wherein the display device (D3) is configured to display an image (Gx), the image (Gx) including a plurality of numerical information items (G35, G37, G39, G41) indicating a relationship between two positions (P1, P2) of a leading edge of the attachment at two points of time and a plurality of graphics (G36, G38, G40, G42; G36a, G38a, G40a, G42a) each corresponding to one of the numerical information items (G35, G37, G39, G41), characterized in that the numerical information items (G35, G37, G39, G41) include a straight-line distance (L), a horizontal distance (X) between the two positions (P1, P2) of the leading edge of the attachment, a vertical distance (Z), and an angle (θ) relative to a horizontal plane between the two positions (P1, P2) of the leading edge of the attachment. a lower traveling body ; an upper turning body turnably mounted on the lower traveling body ; a cab mounted on the upper turning body ; an attachment attached to the upper turning body ; and a display device (D3) provided in the cab , wherein the display device (D3) is configured to display an image (Gx), the image (Gx) including a plurality of numerical information items (G35, G37, G39, G41) indicating a relationship between two positions (P1, P2) of a leading edge of the attachment at two points of time and a plurality of graphics (G36, G38, G40, G42; G36a, G38a, G40a, G42a) each corresponding to one of the numerical information items (G35, G37, G39, G41), characterized in that the numerical information items (G35, G37, G39, G41) include a straight-line distance (L), a horizontal distance (X) between the two positions (P1, P2) of the leading edge of the attachment, a vertical distance (Z), and an angle (θ) relative to a horizontal plane between the two positions (P1, P2) of the leading edge of the attachment.
A method for generating engraving data for the engraving of printing cylinders of a printing machine for the multi-color analog printing of surface decors on flat substrates, e.g. films or papers, comprising the following method steps: a) a layout of a decor is created or made available as a digital data set, b) base color separations (F1 to F4) for each individual base color are generated from the data set by means of a separation, e.g., a standard digital print separation, into a base color space with multiple base colors, c) the base color separations (F1 to F4) are optionally converted into converted color separations (K1 to K4) with converted color distribution using a conversion method, e.g., using a raster image processor (RIP), which are optionally available as digital print data for transfer to a digital printing machine, d) the base color separations (F1 to F4) or the converted color separations (K1 to K4) are post-processed by increasing the tonal values for each base color or each individual color separation in such a manner that in each case the darkest tone with the highest tonal value in the color separation is raised to a predetermined maximum tonal value, and the remaining tonal values of the respective color separation are increased according to a predetermined relationship, wherein the color separations (N1 to N4) post-processed in this manner are available or made available as engraving data for engraving the printing cylinders of a printing machine for an analog printing method, wherein the printing cylinders are intended for analog printing with pure or substantially pure but blended base colors of the base color space. a) a layout of a decor is created or made available as a digital data set, b) base color separations (F1 to F4) for each individual base color are generated from the data set by means of a separation, e.g., a standard digital print separation, into a base color space with multiple base colors, c) the base color separations (F1 to F4) are optionally converted into converted color separations (K1 to K4) with converted color distribution using a conversion method, e.g., using a raster image processor (RIP), which are optionally available as digital print data for transfer to a digital printing machine, d) the base color separations (F1 to F4) or the converted color separations (K1 to K4) are post-processed by increasing the tonal values for each base color or each individual color separation in such a manner that in each case the darkest tone with the highest tonal value in the color separation is raised to a predetermined maximum tonal value, and the remaining tonal values of the respective color separation are increased according to a predetermined relationship, wherein the color separations (N1 to N4) post-processed in this manner are available or made available as engraving data for engraving the printing cylinders of a printing machine for an analog printing method, wherein the printing cylinders are intended for analog printing with pure or substantially pure but blended base colors of the base color space.
A pedestal assembly comprising a pedestal for supporting a substrate , the pedestal having a central shaft that positions the pedestal at a height during operation; a ring configured for placement along a periphery of the pedestal; and a ring adjuster subassembly including, an adjuster flange disposed around a middle section of the central shaft; a sleeve connected to the adjuster flange and extending from the adjuster flange to an adjuster plate disposed under the pedestal; a plurality of ring adjuster pins connected to the adjuster plate and extending vertically from the adjuster plate, each of the plurality of ring adjuster pins at a corresponding location on the adjuster plate that is adjacent to and outside of a diameter of the pedestal, and the plurality of ring adjuster pins configured for contacting an edge undersurface of the ring, the adjuster flange being coupled to at least three adjuster actuators for defining an elevation and tilt of the ring relative to a top surface of the pedestal. a pedestal for supporting a substrate , the pedestal having a central shaft that positions the pedestal at a height during operation; a ring configured for placement along a periphery of the pedestal; and a ring adjuster subassembly including, an adjuster flange disposed around a middle section of the central shaft; a sleeve connected to the adjuster flange and extending from the adjuster flange to an adjuster plate disposed under the pedestal; a plurality of ring adjuster pins connected to the adjuster plate and extending vertically from the adjuster plate, each of the plurality of ring adjuster pins at a corresponding location on the adjuster plate that is adjacent to and outside of a diameter of the pedestal, and the plurality of ring adjuster pins configured for contacting an edge undersurface of the ring, the adjuster flange being coupled to at least three adjuster actuators for defining an elevation and tilt of the ring relative to a top surface of the pedestal. an adjuster flange disposed around a middle section of the central shaft; a sleeve connected to the adjuster flange and extending from the adjuster flange to an adjuster plate disposed under the pedestal; a plurality of ring adjuster pins connected to the adjuster plate and extending vertically from the adjuster plate, each of the plurality of ring adjuster pins at a corresponding location on the adjuster plate that is adjacent to and outside of a diameter of the pedestal, and the plurality of ring adjuster pins configured for contacting an edge undersurface of the ring, the adjuster flange being coupled to at least three adjuster actuators for defining an elevation and tilt of the ring relative to a top surface of the pedestal.
Vehicle electromechanical steering, comprising a steering column , a toothed rack , a steering pinion coupling the steering column to the toothed rack, and an electric drive device having an electric motor and a worm wheel arranged on the steering pinion , wherein the toothed rack lies between the worm wheel of the electric drive device and the steering column , characterized in that the electric motor has an axis of rotation (D) that runs parallel to the toothed rack .
A recombinant cell comprising a nucleic acid construct comprising a promoter which is responsive to carbohydrate metabolism of said recombinant cell, wherein the promoter is operably linked to a gene coding for a therapeutic protein, wherein the recombinant cell further comprises a nucleic acid construct coding for a cellular component for sensing extracellular carbohydrates, wherein the cellular component for sensing extracellular carbohydrates is a voltage-gated calcium channel and wherein the promoter which is responsive to carbohydrate metabolism is responsive to a physiological effect of membrane depolarization caused by the carbohydrate metabolism of said recombinant cell.
A system to collect hydrocarbons from a subterranean environment comprising: a well hole extending a predetermined depth sufficient to reach a hydrocarbon deposit; an air compressor configured to flow an air and fuel mixture into the well hole ; and a first packer plug configured to be driven into the well hole so it is situated at a distal end of the well hole ; a second packer plug configured to be driven in to the well hole on top of the air and fuel mixture , wherein the system is configured so that the weight of an aqueous mixture applies pressure to the second packer plug ; a liquid pump that is configured to flow the aqueous mixture into the well hole to apply pressure to the air and fuel mixture to auto-detonate the air and fuel mixture ; and wherein the system is configured to fracture the subterranean environment with the energy of the auto-detonation to allow recovery of a plurality of hydrocarbons in the hydrocarbon deposit from the well hole . a well hole extending a predetermined depth sufficient to reach a hydrocarbon deposit; an air compressor configured to flow an air and fuel mixture into the well hole ; and a first packer plug configured to be driven into the well hole so it is situated at a distal end of the well hole ; a second packer plug configured to be driven in to the well hole on top of the air and fuel mixture , wherein the system is configured so that the weight of an aqueous mixture applies pressure to the second packer plug ; a liquid pump that is configured to flow the aqueous mixture into the well hole to apply pressure to the air and fuel mixture to auto-detonate the air and fuel mixture ; and wherein the system is configured to fracture the subterranean environment with the energy of the auto-detonation to allow recovery of a plurality of hydrocarbons in the hydrocarbon deposit from the well hole .
A device for irrigating a body cavity using irrigation liquid from a reservoir and a catheter having a flushing port and a retention balloon comprising: a. a device housing ; b. a pump mechanism positioned within the device housing; c. a valve mechanism positioned within the device housing and including: i) a valve housing having an inlet port in fluid communication with the pump mechanism and configured to be placed in fluid communication with the reservoir , said valve housing also having a plurality of outlet ports , at least one of said plurality of outlet ports configured to be placed in fluid communication with the flushing port of the catheter and at least one of said plurality of outlet ports configured to be placed in fluid communication with the retention balloon of the catheter; ii) a valve member rotatably positioned within the valve housing, said valve member including a valve aperture in fluid communication with the inlet port that may be selectively and individually aligned with each of said plurality of outlet ports; d. and characterized in that said pump mechanism is configured to receive liquid from the valve housing inlet. a. a device housing ; b. a pump mechanism positioned within the device housing; c. a valve mechanism positioned within the device housing and including: i) a valve housing having an inlet port in fluid communication with the pump mechanism and configured to be placed in fluid communication with the reservoir , said valve housing also having a plurality of outlet ports , at least one of said plurality of outlet ports configured to be placed in fluid communication with the flushing port of the catheter and at least one of said plurality of outlet ports configured to be placed in fluid communication with the retention balloon of the catheter; ii) a valve member rotatably positioned within the valve housing, said valve member including a valve aperture in fluid communication with the inlet port that may be selectively and individually aligned with each of said plurality of outlet ports; i) a valve housing having an inlet port in fluid communication with the pump mechanism and configured to be placed in fluid communication with the reservoir , said valve housing also having a plurality of outlet ports , at least one of said plurality of outlet ports configured to be placed in fluid communication with the flushing port of the catheter and at least one of said plurality of outlet ports configured to be placed in fluid communication with the retention balloon of the catheter; ii) a valve member rotatably positioned within the valve housing, said valve member including a valve aperture in fluid communication with the inlet port that may be selectively and individually aligned with each of said plurality of outlet ports; d. and characterized in that said pump mechanism is configured to receive liquid from the valve housing inlet.
A system for tracking, with ultrasound, a medical instrument having mounted thereto an acoustic sensor that is configured to respond to ultrasonic energy received from an ultrasound imaging probe that is configured for transmitting and receiving ultrasonic energy in a plurality of beams, the system comprising: an ultrasound transducer for attaching to the ultrasound energy transmitting and receiving ultrasound imaging probe such that when attached to the ultrasound imaging probe the ultrasound transducer moves with said probe during use; and a control module configured to interpret the ultrasonic energy received from the ultrasound imaging probe by i) the ultrasound transducer and by ii) the acoustic sensor to determine a three dimensional location of the medical instrument ; wherein the three dimensional location of the medical instrument is determined based on a signal from the ultrasound transducer indicative of when a particular beam of the ultrasound imaging probe is fired; and based on a signal from the acoustic sensor indicative of when the corresponding beam arrives at the acoustic sensor . an ultrasound transducer for attaching to the ultrasound energy transmitting and receiving ultrasound imaging probe such that when attached to the ultrasound imaging probe the ultrasound transducer moves with said probe during use; and a control module configured to interpret the ultrasonic energy received from the ultrasound imaging probe by i) the ultrasound transducer and by ii) the acoustic sensor to determine a three dimensional location of the medical instrument ; wherein the three dimensional location of the medical instrument is determined based on a signal from the ultrasound transducer indicative of when a particular beam of the ultrasound imaging probe is fired; and based on a signal from the acoustic sensor indicative of when the corresponding beam arrives at the acoustic sensor .
A horizontal tube bundle evaporator longitudinally extending along a horizontal axis, comprising a shell , a tube bundle housed inside the shell, a shell-side refrigerant fluid, a tube-side refrigerated fluid, a lower zone of said evaporator flooded by the refrigerant fluid in the liquid state and containing a first number of tubes of said tube bundle , comprising a service refrigerant fluid distributor positioned in an upper zone of said evaporator , comprising a plurality of distribution tubes provided with one or more lower longitudinal dispensing openings for dispensing the refrigerant fluid in the liquid state by free fall onto a second number of tubes of the tube bundle , which second number of tubes is positioned outside said lower zone above said first number of tubes , said plurality of distribution tubes being longitudinally superimposed on said second number of tubes of said tube bundle , characterised in that said service refrigerant fluid distributor comprises a first supply tubular collector of a first end of said distribution tubes and a second supply tubular collector of a second end of said distribution tubes .
A secure establishment method of a wireless local area network, comprising: acquiring , by a network element equipment in a mobile communication network to which a user equipment is accessed, a derivation key corresponding to an identifier of the user equipment requested by a wireless local area network node, wherein the derivation key is derived according to a first key and a derivation parameter by the network element equipment before a process of accessing to the wireless local area network node commences, the first key is a shared key of the network element equipment and the user equipment when implementing air interface security, or is derived according to the shared key of the network element equipment and the user equipment when implementing the air interface security, and the derivation parameter is provided by the network element equipment and notified to the user equipment; and sending , by the network element equipment, the derivation key to the wireless local area network node, for the wireless local area network node to establish, based on the derivation key, secure connection with the user equipment acquiring a derivation key, wherein the derivation key derived by the user equipment is the same as the derivation key sent by the network element equipment and received by the wireless local area network node. acquiring , by a network element equipment in a mobile communication network to which a user equipment is accessed, a derivation key corresponding to an identifier of the user equipment requested by a wireless local area network node, wherein the derivation key is derived according to a first key and a derivation parameter by the network element equipment before a process of accessing to the wireless local area network node commences, the first key is a shared key of the network element equipment and the user equipment when implementing air interface security, or is derived according to the shared key of the network element equipment and the user equipment when implementing the air interface security, and the derivation parameter is provided by the network element equipment and notified to the user equipment; and sending , by the network element equipment, the derivation key to the wireless local area network node, for the wireless local area network node to establish, based on the derivation key, secure connection with the user equipment acquiring a derivation key, wherein the derivation key derived by the user equipment is the same as the derivation key sent by the network element equipment and received by the wireless local area network node.