mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing propylene, the process comprising: splitting a stream comprising butene into a first portion and a second portion; metathesizing and cracking the first portion to form a metathesis/cracking product stream comprising propylene and ethylene; combining the second portion with a stream comprising ethylene to form a combined stream; and metathesizing the combined stream to form a metathesis product stream; wherein the metathesis and cracking reaction of the first portion of the stream, and metathesis reaction of the combined stream are performed in a parallel system arrangement. splitting a stream comprising butene into a first portion and a second portion; metathesizing and cracking the first portion to form a metathesis/cracking product stream comprising propylene and ethylene; combining the second portion with a stream comprising ethylene to form a combined stream; and metathesizing the combined stream to form a metathesis product stream;
A device comprising: a) a waveguide comprising: i) a proximal end comprising an electromagnetic wave entry point, ii) a distal end comprising an electromagnetic wave exit point, and iii) outer walls extending between said proximal end and said distal end and configured to propagate electromagnetic waves; and b) an impedance matching component located inside said waveguide and comprising stepped ridges mounted in the center of the waveguide and not being incorporated into the external structure of the waveguide, wherein said impedance matching component extends from said distal end of said waveguide to at least partway towards said proximal end of said waveguide, and wherein said impedance matching component comprises a distal end and a proximal end, wherein said distal end of said impedance matching component is located at said distal end of said waveguide and has a greater cross-sectional area than said proximal end of said impedance matching component, a) a waveguide comprising: i) a proximal end comprising an electromagnetic wave entry point, ii) a distal end comprising an electromagnetic wave exit point, and iii) outer walls extending between said proximal end and said distal end and configured to propagate electromagnetic waves; and i) a proximal end comprising an electromagnetic wave entry point, ii) a distal end comprising an electromagnetic wave exit point, and iii) outer walls extending between said proximal end and said distal end and configured to propagate electromagnetic waves; and b) an impedance matching component located inside said waveguide and comprising stepped ridges mounted in the center of the waveguide and not being incorporated into the external structure of the waveguide, wherein said impedance matching component extends from said distal end of said waveguide to at least partway towards said proximal end of said waveguide, and wherein said impedance matching component comprises a distal end and a proximal end, wherein said distal end of said impedance matching component is located at said distal end of said waveguide and has a greater cross-sectional area than said proximal end of said impedance matching component,
Method for detecting the prone/supine position of fish conveyed by means of a conveying device , comprising the steps: - conveying the fish by means of the conveying device in the longitudinal direction of the fish, - optically scanning the ventral side and dorsal side of the fish as a pair in order to determine a first brightness value profile of a first side and a second brightness value profile of a second side of one of the fish , each, by means of optical scanning means , - determining a first ordered data series and a second ordered data series by ordering brightness values of the first brightness value profile and of the second brightness value profile according to a predefined ordering criterion, wherein the first ordered data series and the second ordered data series are ordered by size, - determining a first median from the first ordered data series and a second median from the second ordered data series, wherein as the first median, a first central value of the first ordered data series is determined, and as the second median, a second central value of the second ordered data series is determined, - determining at least one differential value from the first median and the second median, and - determining the prone/supine position by comparing the at least one differential value with at least one predetermined reference value. - conveying the fish by means of the conveying device in the longitudinal direction of the fish, - optically scanning the ventral side and dorsal side of the fish as a pair in order to determine a first brightness value profile of a first side and a second brightness value profile of a second side of one of the fish , each, by means of optical scanning means , - determining a first ordered data series and a second ordered data series by ordering brightness values of the first brightness value profile and of the second brightness value profile according to a predefined ordering criterion, wherein the first ordered data series and the second ordered data series are ordered by size, - determining a first median from the first ordered data series and a second median from the second ordered data series, wherein as the first median, a first central value of the first ordered data series is determined, and as the second median, a second central value of the second ordered data series is determined, - determining at least one differential value from the first median and the second median, and - determining the prone/supine position by comparing the at least one differential value with at least one predetermined reference value.
A connection module with an activatable and deactivatable radio transceiver (F) as a wireless interface for diagnosis and configuration of the device, whereby the connection module has a two-part housing (G) and is designed in the shape of a standard connector (AM), whereby the first housing part (G1) protruding from the device housing (GG) of the device after installation in the device is transparent, and whereby an antenna (A) is provided on a carrier or a circuit board (L) extending into the first housing part (G1) of the radio transmitter / receiver (F) and an optical interface (O) for activating and deactivating the radio transceiver (F) are arranged.
An electric aircraft passive rectification AC-DC converter system comprising: a three phase alternating current power source ; a twelve pulse passive rectifier AC-DC converter configured for a 1:1.93 voltage step-up; an inverter ; and a motor , wherein the three phase alternating current power source is coupled to the twelve pulse autotransformer passive rectifier AC-DC converter, wherein the output of the twelve pulse passive rectifier AC-DC converter is coupled to the inverter , and wherein an output of the inverter is coupled to the motor . a three phase alternating current power source ; a twelve pulse passive rectifier AC-DC converter configured for a 1:1.93 voltage step-up; an inverter ; and a motor , wherein the three phase alternating current power source is coupled to the twelve pulse autotransformer passive rectifier AC-DC converter, wherein the output of the twelve pulse passive rectifier AC-DC converter is coupled to the inverter , and wherein an output of the inverter is coupled to the motor .
A deflation assembly for an intravascular catheter system for use during a cryoablation procedure, the intravascular catheter system including a vacuum pump and a cryoballoon , the deflation assembly comprising: a first deflation initiator that is configured to automatically activate the vacuum pump to deflate the cryoballoon upon completion of a stage of the cryoablation procedure; a first deflation initiator inhibitor that is manually changeable between an activated state and a deactivated state, the first deflation initiator inhibitor being configured to inactivate the first deflation initiator when the first deflation initiator inhibitor is in the activated state; the deflation assembly characterized in that it further comprises: a second deflation initiator that is triggered when the first deflation initiator inhibitor is in the activated state, the second deflation initiator being configured to be manually changeable between an activated and deactivated state, wherein the second deflation initiator activates the vacuum pump to deflate the cryoballoon when the second deflation initiator is in the activated state. a first deflation initiator that is configured to automatically activate the vacuum pump to deflate the cryoballoon upon completion of a stage of the cryoablation procedure; a first deflation initiator inhibitor that is manually changeable between an activated state and a deactivated state, the first deflation initiator inhibitor being configured to inactivate the first deflation initiator when the first deflation initiator inhibitor is in the activated state; the deflation assembly characterized in that it further comprises: a second deflation initiator that is triggered when the first deflation initiator inhibitor is in the activated state, the second deflation initiator being configured to be manually changeable between an activated and deactivated state, wherein the second deflation initiator activates the vacuum pump to deflate the cryoballoon when the second deflation initiator is in the activated state.
A firearm training system for selectively generating images onto external target elements , the firearm training system comprising: one or more external target elements that have an impact surface coated with a photochromic or thermochromic substance; and respective portable devices selectively mounted with respect to said one or more external target elements , each portable device comprising: a housing accommodating and configured for optical projection of non-visible light from one or more laser sources and one or more diffractive optical elements , one or more audio outputs , and a device controller configured to direct a projection of said non-visible light from one or more of the one or more laser sources and audible signals from the one or more audio outputs according to a programmed target stimulus arrangement, wherein, in the coated impact surface of the one or more external target elements is configured to undergo a photochromic or thermochromic reaction with the projected non-visible light to display the programmed target stimulus. one or more external target elements that have an impact surface coated with a photochromic or thermochromic substance; and respective portable devices selectively mounted with respect to said one or more external target elements , each portable device comprising: a housing accommodating and configured for optical projection of non-visible light from one or more laser sources and one or more diffractive optical elements , one or more audio outputs , and a housing accommodating and configured for optical projection of non-visible light from one or more laser sources and one or more diffractive optical elements , one or more audio outputs , and a device controller configured to direct a projection of said non-visible light from one or more of the one or more laser sources and audible signals from the one or more audio outputs according to a programmed target stimulus arrangement, wherein, in the coated impact surface of the one or more external target elements is configured to undergo a photochromic or thermochromic reaction with the projected non-visible light to display the programmed target stimulus.
A service sending method, applied to a source node and comprising: sequentially mapping one or more services into a target transmission frame ; encapsulating the target transmission frame into N Optical Burst Units, OBUs, which carry one or more Transmission Adapter Units, TAUs, according to a sequence of mapping, wherein the one or more TAUs carried in the N OBUs are able to be formed into the target transmission frame, and each TAU carries a data fragment of the one or more services; N is a positive integer ; adding an Identifier, ID, for indicating an identity of the target transmission frame into an overhead of each TAU, to enable a destination node to determine, according to the ID, the target transmission frame to which the TAU belongs ; adding a length indicator for indicating the length of payload, occupied by the TAU, in an OBU into the overhead of each TAU, to enable the destination node to acquire the TAU from the OBU through decapsulation according to the length indicator ; adding a position indicator for indicating a position of the TAU in the target transmission frame into the overhead of each TAU, to enable the destination node to determine, according to the position indicator and the ID, a progress of receiving the one or more services in the target transmission frame by the destination node, when the destination node parses the data fragment in the current TAU ; and sending the N OBUs to the destination node one by one according to a sequence of encapsulating . sequentially mapping one or more services into a target transmission frame ; encapsulating the target transmission frame into N Optical Burst Units, OBUs, which carry one or more Transmission Adapter Units, TAUs, according to a sequence of mapping, wherein the one or more TAUs carried in the N OBUs are able to be formed into the target transmission frame, and each TAU carries a data fragment of the one or more services; N is a positive integer ; adding an Identifier, ID, for indicating an identity of the target transmission frame into an overhead of each TAU, to enable a destination node to determine, according to the ID, the target transmission frame to which the TAU belongs ; adding a length indicator for indicating the length of payload, occupied by the TAU, in an OBU into the overhead of each TAU, to enable the destination node to acquire the TAU from the OBU through decapsulation according to the length indicator ; adding a position indicator for indicating a position of the TAU in the target transmission frame into the overhead of each TAU, to enable the destination node to determine, according to the position indicator and the ID, a progress of receiving the one or more services in the target transmission frame by the destination node, when the destination node parses the data fragment in the current TAU ; and sending the N OBUs to the destination node one by one according to a sequence of encapsulating .
A reagent solution comprising: an aqueous solution including: 2-[4-(2-hydroxyethyl)piperazin-1-yl]ethanesulfonic acid in an amount of 1 mM to 200 mM; [2-(methacryloyloxy)ethyl]dimethyl-(3-sulfopropyl)ammonium hydroxide in an amount of 1 mM to 200 mM; and tris(hydroxymethyl)aminomethane in an amount of 1 mM to 200 mM. 2-[4-(2-hydroxyethyl)piperazin-1-yl]ethanesulfonic acid in an amount of 1 mM to 200 mM; [2-(methacryloyloxy)ethyl]dimethyl-(3-sulfopropyl)ammonium hydroxide in an amount of 1 mM to 200 mM; and tris(hydroxymethyl)aminomethane in an amount of 1 mM to 200 mM.
Lock for a door or a window, wherein the lock has a lock housing , in which a lock mechanism, preferably with a lock bolt and/or lock latch , is mounted, wherein the lock mechanism - has at least one rotation element , which is rotatably mounted in a rotation bearing in the lock housing, - has at least one slide element , which is linearly shiftably mounted in a slide bearing in the lock housing , wherein the at least one slide element is supplied by a spring and, on one side, the spring is supported on the at least one slide element and, on the other side, is supported indirectly or directly on the lock housing , preferably on the slide bearing of the slide element , and - has a transmission device , which is connected to the at least one rotation element and to the at least one slide element , and the rotational movement of the at least one rotation element transfers to the at least one slide element and/or the movement of the at least one slide element transfers to the at least one rotation element , wherein the spring supplies the rotation element from an actuated position into a base position by means of the transmission device , wherein the transmission device has at least one conrod , and the at least one conrod of the transmission device is hinged with its one end on the slide element and is hinged with its other end on the rotation element eccentrically in relation to the rotation axis of the rotation element, characterised in that the at least one conrod of the transmission device is formed as a circular sectional or arcuate or trapezoidal body in such a way that the outer contour of the rotation element is recessed. - has at least one rotation element , which is rotatably mounted in a rotation bearing in the lock housing, - has at least one slide element , which is linearly shiftably mounted in a slide bearing in the lock housing , wherein the at least one slide element is supplied by a spring and, on one side, the spring is supported on the at least one slide element and, on the other side, is supported indirectly or directly on the lock housing , preferably on the slide bearing of the slide element , and - has a transmission device , which is connected to the at least one rotation element and to the at least one slide element , and the rotational movement of the at least one rotation element transfers to the at least one slide element and/or the movement of the at least one slide element transfers to the at least one rotation element , wherein the spring supplies the rotation element from an actuated position into a base position by means of the transmission device , wherein the transmission device has at least one conrod , and the at least one conrod of the transmission device is hinged with its one end on the slide element and is hinged with its other end on the rotation element eccentrically in relation to the rotation axis of the rotation element, characterised in that the at least one conrod of the transmission device is formed as a circular sectional or arcuate or trapezoidal body in such a way that the outer contour of the rotation element is recessed.
Rim magnet arrangement for fixing a magnet on a rim by means of a stem of a valve , comprising a magnet , a fixing device which is configured to fix the magnet on the stem of the valve in the axial direction of the stem , and an anti-rotation safeguard which is configured to fix the magnet in the circumferential direction of the stem , characterized in that the magnet is rectangular and is arranged in a housing , in particular produced from plastic.
A safener complex comprising cloquintocet acid, or a salt thereof, and an amine-containing polymer or oligomer, wherein the weight ratio of the cloquintocet to the amine-containing polymer or oligomer ranges from 1:2 to 10:1 and the amine-containing polymer or oligomer includes a polyethyleneimine.
Refractory anchor for a refractory tile for a furnace, wherein the refractory anchor has an overall truncated cone shape, characterised in that the refractory anchor is divided in three or more parts (2-5) and wherein radial dividing planes run from bottom plane to top plane of the truncated cone shaped refractory anchor .
Gripping or clamping device having a main housing , having at least one main jaw that is extendable and retractable in a clamping direction in the main housing , having a wedge hook that is drivable transversely to the clamping direction along a guide axis , the wedge hook having at least one hook and a web , located between the hook and the guide axis , with a web portion , the hook having guide surfaces that extend obliquely with respect to the clamping direction and to the guide axis and are arranged parallel to one another, said guide surfaces being coupled in terms of movement to a main-jaw-side guide groove that extends parallel thereto, such that a movement of the wedge hook along the guide axis results in a movement of the main jaw in the clamping direction , the hook having a vertical extent in the guide-axis direction that is greater than the vertical extent of the web portion , such that the hook forms an extension portion that extends in the guide-axis direction , the guide surfaces being congruent in the clamping direction, and the hook being cylindrical or being designed as a parallelepiped, characterized in that the guide surfaces each form an upper edge together with an upper face of the hook that extends perpendicularly with respect to the guide axis , the upper edges and the upper face of the hook being in a plane E1 that extends perpendicularly with respect to the guide axis , and in that the web portion has an upper face that extends perpendicularly with respect to the guide axis , in the plane E1.
A recording apparatus , comprising: recording control means configured to perform control to record a still image or a moving image into a first recording medium , characterized by control means configured to control whether to permit execution of automatic background processing during a power saving period on the first recording medium , wherein the control means performs control to permit the execution of the automatic background processing during the power saving period when the still image is recorded into the first recording medium , and not to permit the execution of the automatic background processing during the power saving period when the moving image is recorded into the first recording medium . recording control means configured to perform control to record a still image or a moving image into a first recording medium , characterized by control means configured to control whether to permit execution of automatic background processing during a power saving period on the first recording medium , wherein the control means performs control to permit the execution of the automatic background processing during the power saving period when the still image is recorded into the first recording medium , and not to permit the execution of the automatic background processing during the power saving period when the moving image is recorded into the first recording medium .
A detection device comprising an Organic Electro-Chemical Transistor (OECT) based sensor, the OECT comprising: - at least one set of source and drain electrodes, - a plurality of gate electrodes for this set, at least two gate electrodes being differently functionalized, - at least one channel connected to the source and drain electrodes of the at least one set, - at least one depolarizing electrode , the source and drain electrodes and the gate electrodes being coplanar on a same substrate , and the depolarization electrode extending on the substrate parallel the channel , with the gate electrodes situated between the depolarizing electrode and the channel , said detection device comprising a control circuit configured for applying a predefined potential to a selected gate electrode , detecting the changes in the current between the source and drain electrodes; and applying a predefined potential on the depolarizing electrode for de-doping the channel before applying the predefined potential to a selected gate electrode. - at least one set of source and drain electrodes, - a plurality of gate electrodes for this set, at least two gate electrodes being differently functionalized, - at least one channel connected to the source and drain electrodes of the at least one set, - at least one depolarizing electrode , the source and drain electrodes and the gate electrodes being coplanar on a same substrate , and the depolarization electrode extending on the substrate parallel the channel , with the gate electrodes situated between the depolarizing electrode and the channel ,