mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for irrigating and aspirating ears, nasal passages, and wounds in a subject that comprises: a controller box and one or more containers/reservoirs disposed almost entirely in the controller box, the controller box comprising one or more pumps that is/are configured and designed to create a positive pressure within the controller box and further configured to create a negative pressure in the controller box thereby moving one or more pistons present in the one or more containers/reservoirs wherein movement of the one or more pistons causes aspiration and irrigation of fluids and/or gas by the movement of the one or more pistons, wherein irrigation and/or aspiration is/are prevented while the one or more pistons is/are stationary, said apparatus optionally having one or more conduits that can be operationally attached to the one or more containers/reservoirs thereby facilitating said aspiration and irrigation of fluids and/or gas through said one or more conduits. the controller box comprising one or more pumps that is/are configured and designed to create a positive pressure within the controller box and further configured to create a negative pressure in the controller box thereby moving one or more pistons present in the one or more containers/reservoirs wherein movement of the one or more pistons causes aspiration and irrigation of fluids and/or gas by the movement of the one or more pistons, wherein irrigation and/or aspiration is/are prevented while the one or more pistons is/are stationary, said apparatus optionally having one or more conduits that can be operationally attached to the one or more containers/reservoirs thereby facilitating said aspiration and irrigation of fluids and/or gas through said one or more conduits.
A bispecific antibody comprising an anti-CD3 arm comprising a first binding domain comprising (a) a VH domain comprising an amino acid sequence of SEQ ID NO: 184 and (b) a VL domain comprising an amino acid sequence of SEQ ID NO: 185, and an anti-CD20 arm comprising a second binding domain comprising (a) a VH domain comprising an amino acid sequence of SEQ ID NO: 266 and (b) a VL domain comprising an amino acid sequence of SEQ ID NO: 267.
A method for producing a dihydroxynaphthalene condensate, wherein dihydroxynaphthalene to be used has a sulfur element content of 100 ppm or less in terms of mass among constituent elements, and the dihydroxynaphthalene and a condensation agent are condensed in presence of an acid or a base to produce the dihydroxynaphthalene condensate.
Flexible pipe body for transporting production fluids, comprising: a first armour layer formed from a helical winding of a metal wire element; a further armour layer formed from a helical winding of a further metal wire element; and at least one intermediate layer between the first and further armour layers, said intermediate layer comprising a helically wound electrically insulating tape element and a helically wound electrically conductive tape element , whereby there is at least a partial overlap of tape windings ; and each winding of the electrically conductive tape element in an intermediate layer bridges and thereby electrically connects metallic windings of an underlying first armour layer with metallic windings of an overlying further armour layer . a first armour layer formed from a helical winding of a metal wire element; a further armour layer formed from a helical winding of a further metal wire element; and at least one intermediate layer between the first and further armour layers, said intermediate layer comprising a helically wound electrically insulating tape element and a helically wound electrically conductive tape element , whereby there is at least a partial overlap of tape windings ; and each winding of the electrically conductive tape element in an intermediate layer bridges and thereby electrically connects metallic windings of an underlying first armour layer with metallic windings of an overlying further armour layer .
A method for breaking an emulsion of oil and water comprising contacting the emulsion with a demulsifier comprising a terpene alkoxylate wherein the terpene alkoxylate has the following formula (VIII): wherein R 6 is methyl, n is about 15 to 20, and m is about 3 to 7.
Connector for two workpieces, comprising two fittings which each have a mounting face for a workpiece and an opposite connecting face , on which they can be hooked into one another in a hooking direction (R) extending in parallel with the connecting face , wherein each fitting comprises, on its connecting face , a shoulder which extends transversely to the hooking direction (R) over its entire width (B) and comprises an undercut , which leaves a ridge on the shoulder , and its face remote from the shoulder and adjacent to the connecting face has a lip adjacent to the connecting face and extending over its entire width (B) transversely to the hooking direction (R), and wherein the lip of each fitting engages in the undercut in the respective other fitting in a first position of the fittings in which they are hooked into one another, characterised in that the shoulder and its ridge have a protrusion in the extension over the width (B) of the fitting and said end face and its lip have an indentation that is complementary thereto in the extension over the width (B) of the fitting ; and/or that an aligning pin , which engages in an aligning notch in the lip during hooking in order to align the fittings with one another transversely to the hooking direction (R), is arranged in the undercut . wherein each fitting comprises, on its connecting face , a shoulder which extends transversely to the hooking direction (R) over its entire width (B) and comprises an undercut , which leaves a ridge on the shoulder , and its face remote from the shoulder and adjacent to the connecting face has a lip adjacent to the connecting face and extending over its entire width (B) transversely to the hooking direction (R), and wherein the lip of each fitting engages in the undercut in the respective other fitting in a first position of the fittings in which they are hooked into one another, characterised in that the shoulder and its ridge have a protrusion in the extension over the width (B) of the fitting and said end face and its lip have an indentation that is complementary thereto in the extension over the width (B) of the fitting ; and/or that an aligning pin , which engages in an aligning notch in the lip during hooking in order to align the fittings with one another transversely to the hooking direction (R), is arranged in the undercut .
An apparatus for washing and/or dewatering of cellulose pulp, which apparatus comprises a first movable permeable surface ; a pulp transportation chamber wall and a pulp transportation chamber , which pulp transportation chamber has a chamber gap width (Wv) between the pulp transportation chamber wall and the first movable permeable surface ; and a pulp distribution device comprising an inlet and an outlet , which pulp distribution device is arranged to distribute pulp through its outlet onto the first movable permeable surface , characterized in that the pulp transportation chamber is provided with a local throttle having a throttle gap width (Wt), arranged at a distance of 0-0.5 m from the outlet of the pulp distribution device , in that a second permeable surface for initial dewatering is provided before the local throttle , the second permeable surface being a segment of the first movable permeable surface near the outlet of the pulp distribution device and before the throttle , and in that the pulp transportation chamber wall is provided with a movable throttle device for adjusting of the throttle gap width (Wt), the throttle gap width (Wt) being adapted so that the pulp volume flow into the pulp distribution device is equal to or higher than the pulp volume flow out from the pulp distribution device during operation, in that the first movable permeable surface is a first rotatable permeable surface of a press roll , and in that the pulp distribution device is arranged at an upper portion of the press roll. the pulp transportation chamber is provided with a local throttle having a throttle gap width (Wt), arranged at a distance of 0-0.5 m from the outlet of the pulp distribution device , in that a second permeable surface for initial dewatering is provided before the local throttle , the second permeable surface being a segment of the first movable permeable surface near the outlet of the pulp distribution device and before the throttle , and in that the pulp transportation chamber wall is provided with a movable throttle device for adjusting of the throttle gap width (Wt), the throttle gap width (Wt) being adapted so that the pulp volume flow into the pulp distribution device is equal to or higher than the pulp volume flow out from the pulp distribution device during operation, in that the first movable permeable surface is a first rotatable permeable surface of a press roll , and in that the pulp distribution device is arranged at an upper portion of the press roll.
A system for vapor smoothing a rapid manufactured three-dimensional object, the system comprising: a cabinet housing having a sealable interior ; a heatable vapor chamber located within the cabinet housing , and containing a solvent that is vaporizable to fill the vapor chamber with vapor that is configured to soften and reflow material at the surface of the object while the object is exposed to the vapor for smoothing the object when the object is placed in the vapor chamber, the heatable vapor chamber comprising: cooling coils configured to form a vapor ceiling in a top portion of the heatable vapor chamber ; a drying chamber located within the cabinet housing and that is separate from the vapor chamber for drying the object when the object is placed in the drying chamber, the drying chamber being located laterally adjacent to the vapor chamber ; and a cabinet interior located within the cabinet housing above the vapor chamber and the drying chamber , the cabinet interior being accessible to the vapor chamber and to the drying chamber , wherein the cabinet interior comprises: secondary cooling coils configured to form a vapor ceiling in a top portion of the cabinet housing . a cabinet housing having a sealable interior ; a heatable vapor chamber located within the cabinet housing , and containing a solvent that is vaporizable to fill the vapor chamber with vapor that is configured to soften and reflow material at the surface of the object while the object is exposed to the vapor for smoothing the object when the object is placed in the vapor chamber, the heatable vapor chamber comprising: cooling coils configured to form a vapor ceiling in a top portion of the heatable vapor chamber ; a drying chamber located within the cabinet housing and that is separate from the vapor chamber for drying the object when the object is placed in the drying chamber, the drying chamber being located laterally adjacent to the vapor chamber ; and a cabinet interior located within the cabinet housing above the vapor chamber and the drying chamber , the cabinet interior being accessible to the vapor chamber and to the drying chamber , wherein the cabinet interior comprises: secondary cooling coils configured to form a vapor ceiling in a top portion of the cabinet housing .
A device having one or more integrated microwave attenuators , comprising: a substrate having a thermal conductivity above a defined threshold for reducing heat and thermal noise during quantum computing; a plurality of transmission lines fabricated on the substrate and arranged with a separation gap between the plurality of transmission lines to maintain crosstalk below -50 decibels: the one or more microwave attenuators being embedded on the plurality of transmission lines , the microwave attenuators being formed by a layer of a resistive metal alloy on the substrate , and further comprising: one or more connectors positioned around at least a portion of the substrate and connected to the plurality of transmission lines , wherein a connector of the one or more connectors has a density greater than 1 connection per 5 mm. a substrate having a thermal conductivity above a defined threshold for reducing heat and thermal noise during quantum computing; a plurality of transmission lines fabricated on the substrate and arranged with a separation gap between the plurality of transmission lines to maintain crosstalk below -50 decibels: the one or more microwave attenuators being embedded on the plurality of transmission lines , the microwave attenuators being formed by a layer of a resistive metal alloy on the substrate , and further comprising: one or more connectors positioned around at least a portion of the substrate and connected to the plurality of transmission lines , wherein a connector of the one or more connectors has a density greater than 1 connection per 5 mm.
A compound helicopter with a fuselage that extends along a longitudinal axis from a front fuselage section to a rear fuselage section , comprising: at least a first braced wing in joined-wing configuration and a second braced wing in joined-wing configuration, wherein the first braced wing comprises a first upper wing and a first lower wing which are interconnected in a first interconnection region , and wherein the second braced wing comprises a second upper wing and a second lower wing which are interconnected in a second interconnection region ; a wheel-type main landing gear in tandem configuration with a first main landing gear and a second main landing gear which are pivotally mounted in a lower fuselage section of the fuselage and aligned on the longitudinal axis , wherein the first main landing gear is arranged in the front fuselage section , and wherein the second main landing gear is arranged in the rear fuselage section ; and a wheel-type lateral landing gear with a first lateral landing gear and a second lateral landing gear , wherein the first lateral landing gear is pivotally mounted in the first interconnection region , and wherein the second lateral landing gear is pivotally mounted in the second interconnection region . at least a first braced wing in joined-wing configuration and a second braced wing in joined-wing configuration, wherein the first braced wing comprises a first upper wing and a first lower wing which are interconnected in a first interconnection region , and wherein the second braced wing comprises a second upper wing and a second lower wing which are interconnected in a second interconnection region ; a wheel-type main landing gear in tandem configuration with a first main landing gear and a second main landing gear which are pivotally mounted in a lower fuselage section of the fuselage and aligned on the longitudinal axis , wherein the first main landing gear is arranged in the front fuselage section , and wherein the second main landing gear is arranged in the rear fuselage section ; and a wheel-type lateral landing gear with a first lateral landing gear and a second lateral landing gear , wherein the first lateral landing gear is pivotally mounted in the first interconnection region , and wherein the second lateral landing gear is pivotally mounted in the second interconnection region .
A transmitting device (10; 10A; 110) for a quantum key distribution system (30; 100), comprising: an encoding unit (11; 112) configured to encode a train of optical pulses; an intensity modulating unit (12; 113) configured to subject a train of encoded optical pulses to N types of intensity modulation having mutually different intensities, with different timings, where N is an integer which is not less than three; and a first key distillation processing unit (13; 13A; 115) configured to generate an encryption key based on a data sequence obtained by removing data obtained from optical pulses having a specific modulation pattern from a data sequence used when the encoding unit and the intensity modulating unit carry out encoding and intensity modulation, characterized in that the first key distillation processing unit (13; 13A; 115) is configured to dispose of at least data having the largest intensity fluctuation due to a pattern effect. an encoding unit (11; 112) configured to encode a train of optical pulses; an intensity modulating unit (12; 113) configured to subject a train of encoded optical pulses to N types of intensity modulation having mutually different intensities, with different timings, where N is an integer which is not less than three; and a first key distillation processing unit (13; 13A; 115) configured to generate an encryption key based on a data sequence obtained by removing data obtained from optical pulses having a specific modulation pattern from a data sequence used when the encoding unit and the intensity modulating unit carry out encoding and intensity modulation, characterized in that the first key distillation processing unit (13; 13A; 115) is configured to dispose of at least data having the largest intensity fluctuation due to a pattern effect.
A combined elevator vibration isolation and load measurement element comprising a vibration isolation pad with two opposite substantially planar surfaces, an elastic material layer being permanently attached to a first of the two substantially planar surfaces of the vibration isolation pad , a load sensor arrangement integrated into the combined elevator vibration isolation and load measurement element , characterised in that a load (F1) acting on the combined elevator vibration isolation and load measurement element can be measured with the load sensor arrangement as a function of the compression of the elastic material layer . a vibration isolation pad with two opposite substantially planar surfaces, an elastic material layer being permanently attached to a first of the two substantially planar surfaces of the vibration isolation pad , a load sensor arrangement integrated into the combined elevator vibration isolation and load measurement element , characterised in that a load (F1) acting on the combined elevator vibration isolation and load measurement element can be measured with the load sensor arrangement as a function of the compression of the elastic material layer .
An enclosure for receiving soil and/or compost material, being composed of an arbitrary number of one-piece and mutually joinable plate elements , wherein each plate element, on sides pairwise facing each other, has a series of formations and recesses corresponding thereto, wherein the formations of a first plate element are connectable to the recesses of a second plate element without any additional connecting element, wherein the formations are a series of hooks , and the recesses are a series of webs for hooking in the hooks, characterized in that in the area of the hooks , a stopping means is provided overlapping a further plate element hooked into at least one hollow profile via the webs and fixing the connected plate elements in a fixed angular position, wherein the stopping means is composed of a stopping claw overlapping a flank of the hollow profile and a stopping claw resting against a flank of the hollow profile in an end position.
A device for positioning die-cutting rollers in rotary cutting machines, wherein the carrier sheet for the labels to be obtained is in use passed through a pair of rollers synchronized with each other from respective gears (2-3), establishing a base roller and an upper roller , die-carrying, the upper roller being vertically movable on guides established on the support frame of the mechanism, characterised in that respective eccentric cams are linked to the ends of the shaft of the upper roller by means of bearings or gears , eccentric cams from which a lateral arm emerges that ends in a gear arc on which an endless screw acts associated with an impulse motor , associated with an internal and/or external control interface, manually operated and/or computerised.
A method for controlling a wireless access point, comprising: in response to detecting that a control event for a smart device is triggered, acquiring a service set identifier SSID corresponding to the control event; generating a specified Wireless Fidelity Wi-Fi broadcast message according to the SSID corresponding to the control event; and broadcasting the specified Wi-Fi broadcast message; and receiving at a further smart device the specified Wi-Fi broadcast message, wherein the further smart device is configured to enable its own wireless access point according to the Wi-Fi broadcast message. in response to detecting that a control event for a smart device is triggered, acquiring a service set identifier SSID corresponding to the control event; generating a specified Wireless Fidelity Wi-Fi broadcast message according to the SSID corresponding to the control event; and broadcasting the specified Wi-Fi broadcast message; and receiving at a further smart device the specified Wi-Fi broadcast message, wherein the further smart device is configured to enable its own wireless access point according to the Wi-Fi broadcast message.
Method for requesting communication between a first terminal (T1) and at least one second terminal (T2) to be made secure, said method being characterized in that it comprises: - the first terminal selecting (E200) a usability index of signals of a communication stream (F1) to the at least one second terminal, the usability index of signals (S1k) comprising an attribute which expresses a rule which authorizes, limits or prohibits the use of the signals in the stream by a third-party device (D); - the first terminal sending the usability index of the signals in a message for initiating the transmission of the communication stream to a node (N1) of a communication network (R); - the first terminal transmitting (E300) the signals of the communication stream to the at least one second terminal via said node (N1) of the communication network (R). - the first terminal selecting (E200) a usability index of signals of a communication stream (F1) to the at least one second terminal, the usability index of signals (S1k) comprising an attribute which expresses a rule which authorizes, limits or prohibits the use of the signals in the stream by a third-party device (D); - the first terminal sending the usability index of the signals in a message for initiating the transmission of the communication stream to a node (N1) of a communication network (R); - the first terminal transmitting (E300) the signals of the communication stream to the at least one second terminal via said node (N1) of the communication network (R).