mhurhangee/patent-ind-claim-en huggingface dataset:
A spray pipe for a cleaning device for a rotating cylinder of a printing press, wherein at least part of the spray pipe extends in a longitudinal direction and comprises a plurality of fluid discharge openings formed in a wall of the spray pipe for dispensing jets of fluid, wherein at least one fluid discharge opening of the plurality of fluid discharge openings extends with respect to a first direction and a second fluid discharge opening of the plurality of fluid discharge openings adjacent to the at least one first fluid discharge opening extends with respect to a second direction, and wherein the fluid discharge openings are each formed as bores of a constant or at least substantially constant inner diameter, characterized in that the second direction differs from the first direction such that the direction vectors of the first and second direction intersect in an atomizing region distanced from the surface area of the spray pipe , wherein the atomizing region is an area in which jets of fluid dispensed from the plurality of fluid discharge openings intersect and atomize.
A medical processing apparatus comprising: a processor configured to obtain projection data representing an intensity of an X-ray flux detected at a plurality of detector elements, generate, based on the projection data, (i) a plurality of first projection images corresponding to a first material component and a plurality of energies and (ii) a plurality of second projection images corresponding to a second material component and a plurality of energies, estimate an X-ray scatter flux included in the X-ray flux based on the first projection images and the second projection images, and correct the projection data based on the estimated X-ray scatter flux. obtain projection data representing an intensity of an X-ray flux detected at a plurality of detector elements, generate, based on the projection data, (i) a plurality of first projection images corresponding to a first material component and a plurality of energies and (ii) a plurality of second projection images corresponding to a second material component and a plurality of energies, estimate an X-ray scatter flux included in the X-ray flux based on the first projection images and the second projection images, and correct the projection data based on the estimated X-ray scatter flux.
A gyratory crusher , comprising: a spider having a central hub including an internal bore and a bushing support shoulder ; a mainshaft having an upper end supported within the central hub of the spider; a spider bushing positioned between the upper end of the mainshaft and the internal bore of the spider, the spider bushing having an outer flange ; and means (78; 100, 102; 90, 92, 96) for adjusting the spacing between the bushing support shoulder and the outer flange of the spider bushing, wherein the means for adjusting is operable to adjust the position of the spider bushing relative to the internal bore upon wear to the spider bushing or the spider, characterized in that the internal bore is tapered, and the spider bushing includes a body having an outer surface , wherein the outer surface is tapered, and wherein the outer flange of the spider bushing extends from the outer surface , wherein the means for adjusting is one or more shims positioned between the bushing support shoulder and the outer flange of the spider bushing , wherein the one or more shims are selectively removable to adjust the position of the spider bushing relative to the internal bore upon wear to the spider bushing or wear to the internal bore of the spider . a spider having a central hub including an internal bore and a bushing support shoulder ; a mainshaft having an upper end supported within the central hub of the spider; a spider bushing positioned between the upper end of the mainshaft and the internal bore of the spider, the spider bushing having an outer flange ; and means (78; 100, 102; 90, 92, 96) for adjusting the spacing between the bushing support shoulder and the outer flange of the spider bushing, wherein the means for adjusting is operable to adjust the position of the spider bushing relative to the internal bore upon wear to the spider bushing or the spider, characterized in that the internal bore is tapered, and the spider bushing includes a body having an outer surface , wherein the outer surface is tapered, and wherein the outer flange of the spider bushing extends from the outer surface , wherein the means for adjusting is one or more shims positioned between the bushing support shoulder and the outer flange of the spider bushing , wherein the one or more shims are selectively removable to adjust the position of the spider bushing relative to the internal bore upon wear to the spider bushing or wear to the internal bore of the spider .
A cutting machine comprising a base to be placed on a material to be cut, and a cutting machine main body that is supported on an upper surface of the base and is provided with a circular cutting blade protruding to a lower surface side of the base , wherein the cutting machine main body is moved together with the base in a cut proceeding direction for performing a cutting operation of a material to be cut, wherein the base is provided with a ruler attachment portion to which a parallel ruler guiding the cutting blade in a parallel manner with a certain distance from an end surface of the material to be cut is attachable, wherein the cutting machine further comprises a dust collecting device comprising a supporting arm formed in a U-shape having an upper plate portion , a lower plate portion and a vertical plate portion extending between respective end portions of the upper and lower plate portions , and a powder dust receiver configured to be supported on the base via the supporting arm , characterised in that the power dust receiver has a box-like shape with an opened upper side and includes a bottom plate portion , left and right side wall portions and a front wall portion , wherein the supporting arm is configured to be fixed to the ruler attachment portion by inserting the upper plate portion into an insertion hole of the ruler attachment portion and fixing the other end portion of the upper plate portion with a fixing screw tightening type fixing lever of the ruler attachment portion in a state where the supporting arm perpendicularly intersects with the cut proceeding direction, and wherein the powder dust receiver is supported via the supporting arm such that the powder dust receiver is held below the cutting blade , when the supporting arm is fixed to the ruler attachment portion, such that the left side wall portion is positioned on the left side of the cutting blade and the right side wall portion is positioned on the right side of the cutting blade .
A method for operating a Voltage Indication system, VIS , and a partial discharge-module (PD, 210) for a medium-voltage or high voltage apparatus, comprising: Monitoring , with the partial discharge-module , provided in a low-voltage portion , whether a partial discharge occurs within a dielectric of a high-voltage or medium-voltage apparatus or system, the partial discharge-module (PD, 210) being electrically connected to a capacitive coupler provided in the medium-voltage or high-voltage apparatus; Indicating with the VIS , provided in a low-voltage portion , the presence of an operating voltage in a high-voltage or medium-voltage apparatus or system, the VIS being electrically connected with the partial discharge-module (PD, 210); Deactivating, with a deactivation module connected to the VIS and to the partial discharge-module (PD, 210), a glow lamp in the Voltage-Indication-System during a partial discharge measurement; wherein the VIS is activated, when a switch (S 1 , 320), which is controlled with the partial discharge-module (PD, 210), is in an open condition and the VIS is deactivated, when the switch (S 1 , 320) is in a closed condition. Monitoring , with the partial discharge-module , provided in a low-voltage portion , whether a partial discharge occurs within a dielectric of a high-voltage or medium-voltage apparatus or system, the partial discharge-module (PD, 210) being electrically connected to a capacitive coupler provided in the medium-voltage or high-voltage apparatus; Indicating with the VIS , provided in a low-voltage portion , the presence of an operating voltage in a high-voltage or medium-voltage apparatus or system, the VIS being electrically connected with the partial discharge-module (PD, 210); Deactivating, with a deactivation module connected to the VIS and to the partial discharge-module (PD, 210), a glow lamp in the Voltage-Indication-System during a partial discharge measurement; wherein the VIS is activated, when a switch (S 1 , 320), which is controlled with the partial discharge-module (PD, 210), is in an open condition and the VIS is deactivated, when the switch (S 1 , 320) is in a closed condition.
Process for teaching a vacuum laminating device for laminating a foil element on a carrier part , wherein, during the teaching process, grippers of the vacuum laminating device involved in a laminating process are manually guided and arranged in designated working positions , designated intermediate positions and/or designated end positions in advance outside an automated laminating process, the designated working positions , designated intermediate positions and/or designated end positions, into which the grippers for gripping the foil element are later moved for laminating the foil element , are determined and taught by means of electronically read-in CAD data of the carrier part and of the foil element in the method for teaching.
A fastening means for mounting doors or windows, which comprises frames intended to be mounted into an opening in a wall, a floor, a ceiling, in a mounting direction perpendicular to said opening ; said fastening means comprises a bracket intended to be mounted on the backside of the frame and at least one screw or bolt , intended to be pushed into the end portion of the opening , said bracket comprises at least one locking slot , said locking slot consisting of a groove , for example a U-formed groove, said screw or bolt comprises at least one locking projection intended to be pushed into said locking slot for fixing of said frame into position, said locking projection comprises the head of the screw or bolt or a casing , for example a housing, which at least in some part encloses the head , characterized in that , said groove extends mainly in a longitudinal direction of the frame , which is a direction perpendicular to the mounting direction when the bracket is mounted to the frame, said groove being formed of a first wall comprising at least a re-springed projection , which is resilient backwards in order to form said groove , and a second wall, said locking projection being suitable to press said first wall of the groove downwards during the mounting, whereby in the mounted position, at least some part of the head of the screw or bolt is locked into said groove between the first wall and said second wall , which stops the moving forwards of the head during mounting. said fastening means comprises a bracket intended to be mounted on the backside of the frame and at least one screw or bolt , intended to be pushed into the end portion of the opening , said bracket comprises at least one locking slot , said locking slot consisting of a groove , for example a U-formed groove, said screw or bolt comprises at least one locking projection intended to be pushed into said locking slot for fixing of said frame into position, said locking projection comprises the head of the screw or bolt or a casing , for example a housing, which at least in some part encloses the head , characterized in that , said groove extends mainly in a longitudinal direction of the frame , which is a direction perpendicular to the mounting direction when the bracket is mounted to the frame, said groove being formed of a first wall comprising at least a re-springed projection , which is resilient backwards in order to form said groove , and a second wall, said locking projection being suitable to press said first wall of the groove downwards during the mounting, whereby in the mounted position, at least some part of the head of the screw or bolt is locked into said groove between the first wall and said second wall , which stops the moving forwards of the head during mounting.
A method of operating a computing system by a creator of controller program content to facilitate protecting control data used in an industrial automation environment , the method comprising: generating an encryption key pair for an industrial controller , wherein the encryption key pair comprises a public key and a private key; storing the private key within a secure storage system of the industrial controller; creating controller program content intended for execution on the industrial controller, wherein controller program content provides control instructions that are processed by the industrial controller to drive a machine system in the industrial automation environment; encrypting controller program content using the public key to generate encrypted controller content; and providing the encrypted controller content to the industrial controller, wherein the industrial controller is configured to decrypt the encrypted controller content using the private key, to execute the controller program content to drive a machine system in the industrial automation environment, to only execute encrypted controller program content that is decrypted with the private key and to disallow execution of any content received in an unencrypted format, wherein the industrial controller is configured to always retrieve the private encryption key from the secure storage system prior to execution and to not execute controller program content that was not encrypted using the public key. generating an encryption key pair for an industrial controller , wherein the encryption key pair comprises a public key and a private key; storing the private key within a secure storage system of the industrial controller; creating controller program content intended for execution on the industrial controller, wherein controller program content provides control instructions that are processed by the industrial controller to drive a machine system in the industrial automation environment; encrypting controller program content using the public key to generate encrypted controller content; and providing the encrypted controller content to the industrial controller, wherein the industrial controller is configured to decrypt the encrypted controller content using the private key, to execute the controller program content to drive a machine system in the industrial automation environment, to only execute encrypted controller program content that is decrypted with the private key and to disallow execution of any content received in an unencrypted format, wherein the industrial controller is configured to always retrieve the private encryption key from the secure storage system prior to execution and to not execute controller program content that was not encrypted using the public key.
A gear head for a hand-held machine tool for machining workpieces, wherein the gear head comprises a housing in which an output is accommodated, which can be connected to a drive of a hand-held machine tool , as well as a tool shaft , to which a tool can be coupled, wherein, for braking the tool shaft , a braking device is provided which can be moved between a braking position and a release position and which acts on the tool shaft , wherein a switching device is provided which can be switched between a first switching position in which the tool shaft is connected to the output in a power transmitting manner and in which the braking device is transferred into the release position, and a second switching position in which the tool shaft is decoupled from the output and in which the braking device is transferred into the braking position, characterised in that the switching device comprises at least one radially movable switching means which is received by a control cam which is formed on a freewheel inner ring and which is delimited by a first seat which defines the first switching position and a second seat which defines the second switching position.
An intrauterine delivery system comprising Indomethacin and Levonorgestrel, characterized in that the Indomethacin is contained in the frame material and that levonorgestrel is contained in a silicon based reservoir attached to the frame, wherein the frame consist of ethinylvinylacetate copolymer with 16 % vinylacetate content (EVA 5).
An installation for heating water, in particular domestic water, including a water heater provided with a water tank , as well as a heat pump system provided with a condenser , an evaporator , a compressor , the heating installation being delimited by an exterior cover provided with an upper part , a lower part and a lateral part , the heating installation comprising a water tank housing compartment, called a water heater compartment , and an evaporator and compressor housing compartment, called heat pump compartment , the heating installation also comprising an interface for separation between said water heater and heat pump compartments , characterised in that said interface has the general shape of a bowl including a bottom portion and a portion for junction with the exterior cover of the installation , said junction portion being integral with the lateral part of the exterior cover .
A method of generating an acoustic wave representing reverberations from a desired virtual acoustic environment, said method including the steps of having a recording surface defined by a spatial distribution of recording transducers (x) and an emitting surface defined by a spatial distribution of emitting transducers (○), wherein the emitting surface defines a volume within which the recording surface is located, recording an acoustic wave , extrapolating the recorded wave to the emitting surface using a wavefield propagator representing the desired virtual acoustic environment and emitting the extrapolated wave from the emitting transducers (○); the method being characterized in that : the recorded acoustic wave is originating from within a volume defined by the recording surface and it is recorded using the recording transducers (x).
A hinge arrangement for a switch cabinet , having a switch cabinet body and a switch cabinet door fastened thereto by means of at least two hinges arranged vertically one above the other, at least a first of the hinges being arranged above a second of the hinges , has a first carcass-side hinge half with a first hinge pin which projects vertically upwards out of a first pin seat and onto which a first door-side hinge half is fitted, the first hinge pin having an auxiliary assembly position (M1) in which it projects out of the first pin seat by a first length, which is greater than a second length by which a second hinge pin of a second carcass-side hinge half of the second hinge projects vertically upwards from its second pin seat , characterized in that the first hinge pin is accommodated in the first pin seat such that it can be adjusted in the vertical direction between the auxiliary assembly position (M1) and an end position (E), wherein the first hinge pin in the end position (E) protrudes from the first pin seat by a third length which is smaller than the first length and which is substantially identical to the second length, and wherein the first hinge pin in the auxiliary assembly position (M1) assumes a latching position.
A multilayer infrared (IR) reflecting film comprising: an optical repeating unit comprising a plurality of polymeric layers arranged to reflect light by constructive and destructive interference, the plurality of optical polymeric layers including optical layers A and B, the optical layer A being a high refractive index polymeric layer, and the optical layer B being a low refractive index isotropic polymeric layer comprising one or more fluoropolymers, wherein the plurality of polymeric layers of the optical repeating unit are arranged in an order ABABAB with the thickness ratio of about 7:1:1:7:1:1, wherein the film has an average reflectance from about 50% to about 100% in a near infrared wavelength range of about 850 nm to about 1850 nm, wherein the film has an average transmission from about 70% to about 90% in a visible light range, and wherein the optical layer A absorbs less than 1% light in an ultraviolet (UV) wavelength range of about 350 nm to about 400 nm. an optical repeating unit comprising a plurality of polymeric layers arranged to reflect light by constructive and destructive interference, the plurality of optical polymeric layers including optical layers A and B, the optical layer A being a high refractive index polymeric layer, and the optical layer B being a low refractive index isotropic polymeric layer comprising one or more fluoropolymers, wherein the plurality of polymeric layers of the optical repeating unit are arranged in an order ABABAB with the thickness ratio of about 7:1:1:7:1:1, wherein the film has an average reflectance from about 50% to about 100% in a near infrared wavelength range of about 850 nm to about 1850 nm, wherein the film has an average transmission from about 70% to about 90% in a visible light range, and wherein the optical layer A absorbs less than 1% light in an ultraviolet (UV) wavelength range of about 350 nm to about 400 nm.
A turbine assembly comprising: a rotor ; a turbine disc ; a nut threadably engaged with the rotor and securing the turbine disc to the rotor ; and characterized in having a deformed retainer co-operatingly engaging with a periphery of the nut and configured to hinder rotation of the nut relative to the rotor ; whereby the retainer is engaged with the rotor to hinder rotation of the retainer relative to the rotor . a rotor ; a turbine disc ; a nut threadably engaged with the rotor and securing the turbine disc to the rotor ; and characterized in having a deformed retainer co-operatingly engaging with a periphery of the nut and configured to hinder rotation of the nut relative to the rotor ; whereby the retainer is engaged with the rotor to hinder rotation of the retainer relative to the rotor .
A method of differentiating a vertebrate embryonic stem cell into a vertebrate oligodendrocyte precursor cell, the method comprising culturing the vertebrate embryonic stem cell in a culture medium comprising 3,5-diiodothyropropionic acid (DITPA) at a concentration which is effective to cause the vertebrate embryonic stem cell to differentiate into an oligodendrocyte precursor cell.