mhurhangee/patent-ind-claim-en huggingface dataset:
An engrave system comprising a support plate and an engrave unit for engraving a front side and backside of at least one page of a value document , wherein the at least one page is connected to a spine of a cover of the value document , wherein the engrave unit comprises: a page flip mechanism for turning the at least one page from the front side to the backside thereof and vice versa, a carrier for supporting the value document , and an engraver , preferably a laser engraver , configured to engrave the at least one page , wherein the page flip mechanism and the carrier are arranged to be moveable with respect to the support plate and at least one of the carrier is arranged to be moveable with respect to the page flip mechanism or the page flip mechanism is arranged to be moveable with respect to the carrier such that a position of the engraver for engraving the front side and the backside of the at least one page remains unchanged. a page flip mechanism for turning the at least one page from the front side to the backside thereof and vice versa, a carrier for supporting the value document , and an engraver , preferably a laser engraver , configured to engrave the at least one page , wherein the page flip mechanism and the carrier are arranged to be moveable with respect to the support plate and at least one of the carrier is arranged to be moveable with respect to the page flip mechanism or the page flip mechanism is arranged to be moveable with respect to the carrier such that a position of the engraver for engraving the front side and the backside of the at least one page remains unchanged.
A composition comprising a Rhaponticum extract and a Rhodiola extract, wherein the Rhaponticum extract is obtained by extraction with ethanol in water and composition comprises the extract of Rhodiola in an amount of 1 to 50% by weight of the composition and the Rhaponticum extract in an amount of 50 to 99% by weight of the composition or the composition comprises the extract of Rhodiola in an amount of 50 to 99% by weight of the composition and the Rhaponticum extract in an amount of 1 to 50% by weight of the composition.
Method for testing components, in particular injectors, having the following method steps: a) measuring vibration spectra for a multiplicity of reference components of different quality levels as reference spectra, wherein, for each reference component, frequency lines in the respective reference spectra and results from structure-analytical studies on the respective reference components are each associated with one another, b) exciting vibrations in a component to be tested, c) measuring vibrations produced in response to method step b) as a vibration spectrum, and d) comparing frequency lines from the vibration spectrum of the component that was measured in method step c) with corresponding frequency lines from the reference spectra of the reference components in order to determine at least one reference spectrum that differs least from the vibration spectrum of the component in terms of amplitudes of the frequency lines, and to classify the component in respect of position and/or size of defects on the basis of the results of the structure-analytical studies that are associated with the at least one reference spectrum, characterized in that the comparison in step d) involves forming the respective differences between the amplitudes of mutually corresponding frequency lines in the vibration spectrum of the component, on the one hand, and in the reference spectra of the reference components, on the other. a) measuring vibration spectra for a multiplicity of reference components of different quality levels as reference spectra, wherein, for each reference component, frequency lines in the respective reference spectra and results from structure-analytical studies on the respective reference components are each associated with one another, b) exciting vibrations in a component to be tested, c) measuring vibrations produced in response to method step b) as a vibration spectrum, and d) comparing frequency lines from the vibration spectrum of the component that was measured in method step c) with corresponding frequency lines from the reference spectra of the reference components in order to determine at least one reference spectrum that differs least from the vibration spectrum of the component in terms of amplitudes of the frequency lines, and to classify the component in respect of position and/or size of defects on the basis of the results of the structure-analytical studies that are associated with the at least one reference spectrum, characterized in that the comparison in step d) involves forming the respective differences between the amplitudes of mutually corresponding frequency lines in the vibration spectrum of the component, on the one hand, and in the reference spectra of the reference components, on the other.
An apparatus comprising: a receiver configured to establish an association with a first node which is in physical proximity of the apparatus when the association with the first node is established, and at least one processing core configured to obtain a first credential set based on the association, to determine, after the association with the first node has been broken, that the apparatus has become associated with a computer , to receive an encrypted first key from the first node, to decrypt the encrypted first key, the decryption of the first key being at least in part based on the first credential set, and to provide the decrypted first key to the computer. a receiver configured to establish an association with a first node which is in physical proximity of the apparatus when the association with the first node is established, and at least one processing core configured to obtain a first credential set based on the association, to determine, after the association with the first node has been broken, that the apparatus has become associated with a computer , to receive an encrypted first key from the first node, to decrypt the encrypted first key, the decryption of the first key being at least in part based on the first credential set, and to provide the decrypted first key to the computer.
Kit for the protection and maintenance of catheters, characterised in that it comprises: - on the one hand, a pad including an internal face and an external face , opposite to the internal face, the internal face of the pad is intended to be applied onto the skin (P) of a patient around a catheter (C), the pad with a cavity shaped to accommodate a non-invasive section (head or fitting) of catheter, a thin and flexible covering film, the covering film with a central section integral of the pad and surrounding overflowing section attached and not glued, that extends outwards from said central section, around the pad, the external face of the pad being applied against an internal face of the covering film intended to be applied on the skin of the patient, and, - on the other hand, a package containing an adhesive which is waterproof and non-allergenic, this package with an outlet port shaped to allow positioning of a bead of the adhesive connecting locally to the skin of the patient and the internal face of the covering film, the bead of the adhesive coming into contact with the surrounding section of attached covering film. - on the one hand, a pad including an internal face and an external face , opposite to the internal face, the internal face of the pad is intended to be applied onto the skin (P) of a patient around a catheter (C), the pad with a cavity shaped to accommodate a non-invasive section (head or fitting) of catheter, a thin and flexible covering film, the covering film with a central section integral of the pad and surrounding overflowing section attached and not glued, that extends outwards from said central section, around the pad, the external face of the pad being applied against an internal face of the covering film intended to be applied on the skin of the patient, and, - on the other hand, a package containing an adhesive which is waterproof and non-allergenic, this package with an outlet port shaped to allow positioning of a bead of the adhesive connecting locally to the skin of the patient and the internal face of the covering film, the bead of the adhesive coming into contact with the surrounding section of attached covering film.
Aqueous hydrogen peroxide solution comprising: - from 20 to 98%, by weight of the solution, of hydrogen peroxide, and - from 0.5 to 7 mg/kg and more preferentially from 1.5 to 5 mg/kg, by weight of the solution, of a stabilizer, characterized in that the stabilizer is chosen from the family of aminopolycarboxylic acids (APCA), or salts thereof, of general formula: in which R and R' are chosen from the following functional groups: - C1 to C3 alkyls, preferably a methyl group, - C1 to C3 carboxylic acids. - from 20 to 98%, by weight of the solution, of hydrogen peroxide, and - from 0.5 to 7 mg/kg and more preferentially from 1.5 to 5 mg/kg, by weight of the solution, of a stabilizer, characterized in that the stabilizer is chosen from the family of aminopolycarboxylic acids (APCA), or salts thereof, of general formula: in which R and R' are chosen from the following functional groups: - C1 to C3 alkyls, preferably a methyl group, - C1 to C3 carboxylic acids. - C1 to C3 alkyls, preferably a methyl group, - C1 to C3 carboxylic acids.
An image forming apparatus comprising: an apparatus main body; a first unit and a second unit arranged adjacent to each other in a mounting space of the apparatus main body, and configured to be attachable to and detachable from the apparatus main body in the same insertion and removal direction; and an opening and closing member configured to be movable, with respect to the apparatus main body, between an open position in which the opening and closing member opens the mounting space and a closed position in which the opening and closing member closes the mounting space, characterized in that a switching member configured to be movable, with respect to the first unit and the second unit , between a first position in which the switching member allows attachment and detachment of the first unit to and from the apparatus main body and restricts attachment and detachment of the second unit to and from the apparatus main body, and a second position in which the switching member restricts the attachment and detachment of the first unit and allows the attachment and detachment of the second unit , wherein the switching member is configured so that the switching member is located at the first position after the opening and closing member moves from the open position to the closed position in a state that the switching member is located at the second position, and so that the switching member is maintained at the first position while the opening and closing member moves from the closed position to the open position. an apparatus main body; a first unit and a second unit arranged adjacent to each other in a mounting space of the apparatus main body, and configured to be attachable to and detachable from the apparatus main body in the same insertion and removal direction; and an opening and closing member configured to be movable, with respect to the apparatus main body, between an open position in which the opening and closing member opens the mounting space and a closed position in which the opening and closing member closes the mounting space, characterized in that a switching member configured to be movable, with respect to the first unit and the second unit , between a first position in which the switching member allows attachment and detachment of the first unit to and from the apparatus main body and restricts attachment and detachment of the second unit to and from the apparatus main body, and a second position in which the switching member restricts the attachment and detachment of the first unit and allows the attachment and detachment of the second unit , wherein the switching member is configured so that the switching member is located at the first position after the opening and closing member moves from the open position to the closed position in a state that the switching member is located at the second position, and so that the switching member is maintained at the first position while the opening and closing member moves from the closed position to the open position.
Method of manufacturing at least one brazed heat exchanger, comprising the steps of: a. providing the components for a heat exchanger device, in particular tubes , fins , headers , side supports/members, brackets and/or mounting components; b. assembling the heat exchanger components to form at least one unbrazed heat exchanger core in a core builder machine ; c. without removing the at least one heat exchanger core from the core builder machine , at least partially enclosing the at least one heat exchanger core with a brazing tool arrangement adapted to form a chamber around the at least one heat exchanger core ; d. optionally, at least partially evacuating the chamber and/or at least partially filling the chamber with an inert and/or a reactive gas; e. brazing the at least one heat exchanger core in the chamber to form at least one brazed heat exchanger; characterized in that the core builder machine comprises means to heat the interior of the chamber . a. providing the components for a heat exchanger device, in particular tubes , fins , headers , side supports/members, brackets and/or mounting components; b. assembling the heat exchanger components to form at least one unbrazed heat exchanger core in a core builder machine ; c. without removing the at least one heat exchanger core from the core builder machine , at least partially enclosing the at least one heat exchanger core with a brazing tool arrangement adapted to form a chamber around the at least one heat exchanger core ; d. optionally, at least partially evacuating the chamber and/or at least partially filling the chamber with an inert and/or a reactive gas; e. brazing the at least one heat exchanger core in the chamber to form at least one brazed heat exchanger;
A disposable cleaning adapter (20 for an endoscope, the cleaning adapter comprising a main stem comprising, a proximal end , a distal end comprising an opening defining a counterbore , a first through hole extending transversely through the main stem, a second through hole extending transversely through the main stem, a channel configured to fluidly couple the first through hole to the second through hole, and a boot disposed about a retainer ring , the retainer ring being disposed about the main stem and a resilient member contacting an inner surface of the retainer ring, wherein the retainer ring comprises an opening having a cutout , characterized in that the cleaning adapter further comprising a plug disposed in the counterbore to terminate the fluid path that is made by the first through hole, the second through hole and the channel.
An aircraft controller comprising: a non-transient storage medium, the non-transient storage medium storing instructions operable to cause the controller to determine an asymmetric thrust bias; characterised in that the controller performs the steps of: comparing an aircraft control surface setting in a cruise flight mode with the aircraft control surface setting in a flight idle mode of operations, thereby isolating an asymmetric thrust component of the aircraft, control surface settings; and determining the asymmetric thrust bias based on the isolated asymmetric thrust component of the aircraft control surface settings. a non-transient storage medium, the non-transient storage medium storing instructions operable to cause the controller to determine an asymmetric thrust bias; characterised in that the controller performs the steps of: comparing an aircraft control surface setting in a cruise flight mode with the aircraft control surface setting in a flight idle mode of operations, thereby isolating an asymmetric thrust component of the aircraft, control surface settings; and determining the asymmetric thrust bias based on the isolated asymmetric thrust component of the aircraft control surface settings. comparing an aircraft control surface setting in a cruise flight mode with the aircraft control surface setting in a flight idle mode of operations, thereby isolating an asymmetric thrust component of the aircraft, control surface settings; and determining the asymmetric thrust bias based on the isolated asymmetric thrust component of the aircraft control surface settings.
A spinal implant for placement between first and second vertebral bodies, the spinal implant having a first end and a second end , comprising a first member having a first surface for engaging a first vertebral body; a second member having a second surface for engaging a second vertebral body; at least one extendable support element connected between the first and second members , the extendable support element being actuatable by a fluid to induce movement of the entire first member away from the second member ; wherein a connecting member positioned at the second end of the implant , the connecting member connected to both the first member and the second member at the second end of the implant, the connecting member configured to guide movement of the first member away from the second member such that, when movement of the first member away from the second member is induced by the extendable support element, the first member moves away from the second member by a larger distance at the first end of the implant than at the second end of the implant. a first member having a first surface for engaging a first vertebral body; a second member having a second surface for engaging a second vertebral body; at least one extendable support element connected between the first and second members , the extendable support element being actuatable by a fluid to induce movement of the entire first member away from the second member ; wherein a connecting member positioned at the second end of the implant , the connecting member connected to both the first member and the second member at the second end of the implant, the connecting member configured to guide movement of the first member away from the second member such that, when movement of the first member away from the second member is induced by the extendable support element, the first member moves away from the second member by a larger distance at the first end of the implant than at the second end of the implant.
A method for communications, comprising: monitoring, over a time period , a plurality of flows between a first node and a second node that are associated with an access system , a connection between the first node and the second node over the access system comprising the plurality of flows; identifying a subset of the time period associated with communication of traffic for a flow of the plurality of flows being restricted by the access system based at least in part on obtaining an indicator of congestion for the flow ; determining a quantity of traffic for each flow of the plurality of flows during the subset of the time period based at least in part on obtaining the indicator of congestion for the flow ; determining, for the plurality of flows, a plurality of flow rates for the subset of the time period based at least in part on determining respective quantities of traffic of the flow for the subset of the time period ; and calculating an achievable data rate of the connection for a second time period based at least in part on the plurality of flow rates. monitoring, over a time period , a plurality of flows between a first node and a second node that are associated with an access system , a connection between the first node and the second node over the access system comprising the plurality of flows; identifying a subset of the time period associated with communication of traffic for a flow of the plurality of flows being restricted by the access system based at least in part on obtaining an indicator of congestion for the flow ; determining a quantity of traffic for each flow of the plurality of flows during the subset of the time period based at least in part on obtaining the indicator of congestion for the flow ; determining, for the plurality of flows, a plurality of flow rates for the subset of the time period based at least in part on determining respective quantities of traffic of the flow for the subset of the time period ; and calculating an achievable data rate of the connection for a second time period based at least in part on the plurality of flow rates.
An analytical instrument for sperm comprising: a flow channel that receives a sheath fluid and a sample fluid having at least one sperm to be analyzed and that creates a coaxial flow of a fluid stream having an inner core stream of the sample fluid and an outer stream of the sheath fluid, the inner core stream comprises an elliptical shape with a minor axis and a major axis; a laser that produces a laser beam; beam shaping optics that shape the laser beam to have a beam width and a beam height at an interrogation location, wherein the beam width at the interrogation location comprises between 70 and 130 microns and a center portion comprising no more than a center half of the beam width matches the major axis of an inner core stream width facing the laser, wherein the center portion of the beam width comprises between a center half of the beam width and a center quarter of the beam width; a beam path along which the laser beam traverses between the laser and the beam shaping optics; at least one detector that generates a signal in response to electromagnetic radiation from the interrogation location; and an analyzer that receives the signal from the at least one detector. a flow channel that receives a sheath fluid and a sample fluid having at least one sperm to be analyzed and that creates a coaxial flow of a fluid stream having an inner core stream of the sample fluid and an outer stream of the sheath fluid, the inner core stream comprises an elliptical shape with a minor axis and a major axis; a laser that produces a laser beam; beam shaping optics that shape the laser beam to have a beam width and a beam height at an interrogation location, wherein the beam width at the interrogation location comprises between 70 and 130 microns and a center portion comprising no more than a center half of the beam width matches the major axis of an inner core stream width facing the laser, wherein the center portion of the beam width comprises between a center half of the beam width and a center quarter of the beam width; a beam path along which the laser beam traverses between the laser and the beam shaping optics; at least one detector that generates a signal in response to electromagnetic radiation from the interrogation location; and an analyzer that receives the signal from the at least one detector.
A transparent substrate having a glazing function, provided with a thin-film multilayer coating that acts on solar radiation, characterized in that the coating comprises at least two absorbent functional layers each flanked by two transparent layers comprising a dielectric material, the functional layers being based on a metal belonging to the group consisting of: niobium, tantalum, molybdenum and zirconium.