mhurhangee/ep-ind-claims huggingface dataset:
A multi-bed cylindrical catalytic converter comprising at least: a first catalytic bed, a second catalytic bed and a heat exchanger arranged between said first bed and said second bed; said heat exchanger being arranged to transfer heat from a first medium to a second medium, wherein the first medium is the hot effluent of the first bed before admission into the second bed, and the second medium is a cooling medium; the converter comprising an input and an output for the first medium and an input and an output for the second medium; the converter being characterized in that: said heat exchanger comprises a plurality of stacked round plates, said plates being full circular plates or annular plates, and adjacent plates define gaps therebetween, and the effluent of the first catalytic bed and the cooling medium pass respectively through alternate gaps between the plates of the heat exchanger, wherein said first catalytic bed is a hollow cylinder comprising a cavity (10 A) and said heat exchanger is arranged coaxially to the first catalytic bed inside said cavity (10 A). a first catalytic bed, a second catalytic bed and a heat exchanger arranged between said first bed and said second bed; said heat exchanger being arranged to transfer heat from a first medium to a second medium, wherein the first medium is the hot effluent of the first bed before admission into the second bed, and the second medium is a cooling medium; the converter comprising an input and an output for the first medium and an input and an output for the second medium; the converter being characterized in that: said heat exchanger comprises a plurality of stacked round plates, said plates being full circular plates or annular plates, and adjacent plates define gaps therebetween, and the effluent of the first catalytic bed and the cooling medium pass respectively through alternate gaps between the plates of the heat exchanger, wherein said first catalytic bed is a hollow cylinder comprising a cavity (10 A) and said heat exchanger is arranged coaxially to the first catalytic bed inside said cavity (10 A). said heat exchanger comprises a plurality of stacked round plates, said plates being full circular plates or annular plates, and adjacent plates define gaps therebetween, and the effluent of the first catalytic bed and the cooling medium pass respectively through alternate gaps between the plates of the heat exchanger, wherein said first catalytic bed is a hollow cylinder comprising a cavity (10 A) and said heat exchanger is arranged coaxially to the first catalytic bed inside said cavity (10 A).
An automatic stacking column for storing and transporting elements to be assembled, comprising a base, two standards, a cover and a set of loading blocks (3,4) for the elements to be handled, said loading blocks (3,4) being connected to one another forming a chain of interlocked links (T1-Tn) of the column, each link of the column consisting of a loading block comprising members for supporting and clamping the elements to be handled, said block being rotatably fixed to the column standards by means of pins rotating in side slots acting on the block of the subsequent link and connecting seats allowing to lower each block on the block of the preceding link, causing the element loaded on the preceding link to be clamped in the stored position, characterized in that the loading block consists of a C-bent channel sheet with an upper flange and a lower flange, said upper and lower flanges (32,33) being provided with vibration damping pads supporting and clamping the elements loaded in the column, and a seat or blade pivoted to the sides of the channel sheet and the column standards, allowing the block to be moved between an unloaded position inside the column and a loading position protruding from the column.
A surgical imaging device, comprising: at least one light source for illuminating an object; at least two image sensors, each image sensor configured to generate image data corresponding to the object in the form of an image frame; and a video processor configured to receive from each image sensor the image data corresponding to the image frames and to process the image data so as to generate a composite image; wherein the video processor is configured to establish or adjust orientation data points of the composite image and generate the composite image based on the established or adjusted orientation data points; characterized by the image sensors being movable, and a control device adapted to establish or adjust the orientation of the composite image by moving one or more of the image sensors. at least one light source for illuminating an object; at least two image sensors, each image sensor configured to generate image data corresponding to the object in the form of an image frame; and a video processor configured to receive from each image sensor the image data corresponding to the image frames and to process the image data so as to generate a composite image; wherein the video processor is configured to establish or adjust orientation data points of the composite image and generate the composite image based on the established or adjusted orientation data points; characterized by the image sensors being movable, and a control device adapted to establish or adjust the orientation of the composite image by moving one or more of the image sensors.
A compound having a structural formula selected from the group consisting of or a pharmaceutically acceptable salt thereof, wherein each position represented as D has deuterium enrichment of no less than about 90%.
A die assembly comprising: a die having a stem which defines at least one gas bleed passage, a separable collar, and a first surface defining a die cavity in which material is to be deformed, the die cavity being defined between the stem and collar, wherein the stem has a flange on which the collar is supported and the at least one gas bleed passage is defined in the flange, and wherein the gas bleed passage extends across the depth of the flange from an interface with the die holder to an interface with the collar and wherein the gas bleed passage is closed by the collar; the die holder (18; 381; 518) in which the die is supported is arranged such that the die is operational with the die cavity being exposed for receipt of material; at least one gas passage (30; 31) is defined at least partially by the die holder, the at least one gas passage extending to a first end located between the die and the die holder, the first end being sealed substantially closed by at least a portion of the die; a conduit has an outlet in fluid communication with the at least one gas passage and an inlet connectable to a source of pressurised gas; and a sensor is arranged for detecting the pressure or flow rate of the gas in the at least one gas passage. a die having a stem which defines at least one gas bleed passage, a separable collar, and a first surface defining a die cavity in which material is to be deformed, the die cavity being defined between the stem and collar, wherein the stem has a flange on which the collar is supported and the at least one gas bleed passage is defined in the flange, and wherein the gas bleed passage extends across the depth of the flange from an interface with the die holder to an interface with the collar and wherein the gas bleed passage is closed by the collar; the die holder (18; 381; 518) in which the die is supported is arranged such that the die is operational with the die cavity being exposed for receipt of material; at least one gas passage (30; 31) is defined at least partially by the die holder, the at least one gas passage extending to a first end located between the die and the die holder, the first end being sealed substantially closed by at least a portion of the die; a conduit has an outlet in fluid communication with the at least one gas passage and an inlet connectable to a source of pressurised gas; and a sensor is arranged for detecting the pressure or flow rate of the gas in the at least one gas passage.
A test and measurement instrument, comprising: an input terminal configured to receive a signal; an acquisition engine coupled to the input terminal, the acquisition engine being configured to digitize the signal and store the digitized signal as a signal history in an acquisition memory based on initial trigger settings; an anomaly detector (60; 62; 64) coupled to the acquisition memory, the anomaly detector being configured to detect an anomaly in the signal history; an analysis engine coupled to the anomaly detector, the analysis engine being configured to generate the initial trigger settings, analyze the anomaly detected in the signal history, and generate modified trigger settings for detecting the anomaly; and trigger circuitry coupled to the analysis engine and the acquisition engine, the trigger circuitry being configured to trigger acquisition of the signal based on the modified trigger settings. an input terminal configured to receive a signal; an acquisition engine coupled to the input terminal, the acquisition engine being configured to digitize the signal and store the digitized signal as a signal history in an acquisition memory based on initial trigger settings; an anomaly detector (60; 62; 64) coupled to the acquisition memory, the anomaly detector being configured to detect an anomaly in the signal history; an analysis engine coupled to the anomaly detector, the analysis engine being configured to generate the initial trigger settings, analyze the anomaly detected in the signal history, and generate modified trigger settings for detecting the anomaly; and trigger circuitry coupled to the analysis engine and the acquisition engine, the trigger circuitry being configured to trigger acquisition of the signal based on the modified trigger settings.
An echo detection method, including the steps of forming a set of distance measures between pitch estimates of a first signal and pitch estimates of a second signal at predetermined delays with respect to said first signal by hypothesis testing, where the differences between pitch estimates of said first signal and pitch estimates of said second signal are assumed to be random processes following a first predetermined statistical distribution when an echo is present and a second predetermined statistical distribution when no echo is present; selecting a distance measure from said set corresponding to the highest similarity between said first and second signals; classifying said second signal as including an echo from said first signal if the selected distance measure has a predetermined relation to a predetermined similarity threshold.
An internal gear pump that accommodates: a ring-shaped internally toothed gear provided with a plurality of internal teeth, and an externally toothed gear provided with a plurality of external teeth which internally mesh with the plurality of internal teeth of the internally toothed gear, the externally toothed gear being eccentrically disposed inside the internally toothed gear, the number of the plurality of internal teeth being one greater than the number of the plurality of external teeth, characterised in that in each of the plurality of internal teeth, a tooth tip section and a meshing section are formed by a curve having one continuous curvature, the curve being formed by a curve having an X coordinate of Qx and a Y coordinate of Qy, Qx and Qy being provided by Formulae to below with which a minimum curvature is at an apex of a tooth tip, and the curvature gradually increases towards a tooth bottom,and that in each one of the plurality of external teeth a tooth tip section, a meshing section and a tooth bottom section are formed by an envelope curve created by the curve forming the tooth tip section and the meshing section of the one of the plurality of internal teeth; or wherein that in each one of the plurality of external teeth, a tooth tip section and a meshing section are formed by a curve having one continuous curvature, the curve being formed by a curve having an X coordinate of Qx and a Y coordinate of Qy, Qx and Qy being provided by Formulae to below with which a minimum curvature is at an apex of a tooth tip, and the curvature gradually increases towards a tooth bottom, and that in each one of the plurality of internal teeth, a tooth tip section, a meshing section, and a tooth bottom section are formed by an envelope curve created by the curve forming the tooth tip section and the meshing section of one of the plurality of external teeth; r = ro − dr ⋅ cos θ, Px = ro − dr + 1 / 4 dr 1 − cos 2 θ, Py = 1 / 4 dr − 2 θ + sin 2 θ, Qx = Px − r ⋅ cos θ, and Qy = Py + r ⋅ sin θ, where r is a radius of a curve, ro is a reference diameter, dr is a variation, where dr <0, θ is a parameter, Px is an X coordinate of a trajectory center, Py is a Y coordinate of the trajectory center, Qx is an X coordinate of a point on a curve generated by the trajectory center (Px, Py), and Qy is a Y coordinate of the point on the curve generated by the trajectory center (Px, Py). r is a radius of a curve, ro is a reference diameter, dr is a variation, where dr <0, θ is a parameter, Px is an X coordinate of a trajectory center, Py is a Y coordinate of the trajectory center, Qx is an X coordinate of a point on a curve generated by the trajectory center (Px, Py), and Qy is a Y coordinate of the point on the curve generated by the trajectory center (Px, Py).
A method of fabricating an optical wedge, the method comprising: inserting a wedge blank into a vacuum molding tool; applying a vacuum to the vacuum molding tool; removing a layer from a top surface of the wedge blank to expose a machined surface of the wedge blank; laminating a finish piece to the machined surface via an adhesive, the finish piece comprising a bottom face to be bonded to the machined surface and a smoother surface on a face opposite of the bottom face than the machined surface; curing the adhesive to form a finished optical wedge; and removing the finished optical wedge from the vacuum molding tool. inserting a wedge blank into a vacuum molding tool; applying a vacuum to the vacuum molding tool; removing a layer from a top surface of the wedge blank to expose a machined surface of the wedge blank; laminating a finish piece to the machined surface via an adhesive, the finish piece comprising a bottom face to be bonded to the machined surface and a smoother surface on a face opposite of the bottom face than the machined surface; curing the adhesive to form a finished optical wedge; and removing the finished optical wedge from the vacuum molding tool.
Method for the preparation of a protein with esterase activity comprising expression of a gene encoding such protein in an E. coli strain, characterized in that the gene encoding the protein with esterase activity has at least 80% identity, preferably at least 85% identity, preferably at least 90% identity, preferably at least 95% identity, preferably at least 98% identity and most preferably at least 99% identity to the polynucleotide of SEQ ID NO 11, SEQ ID NO 32, SEQ ID NO 34, SEQ ID NO 36, SEQ ID NO 38, SEQ ID NO 40, SEQ ID NO 42 or SEQ ID NO 44 and encodes a protein that has at least 98% identity, more preferably at least 99% identity to SEQ ID NO 12, SEQ ID NO 33, SEQ ID NO 35, SEQ ID NO 37, SEQ ID NO 39, SEQ ID NO 41, SEQ ID NO 43 or SEQ ID NO 45, respectively and wherein the expression takes place without coexpression of GroEL and/or GroES from a plasmid.
A transmission apparatus comprising: N Ethernet Medium Access Control, MAC, ports, each Ethernet MAC port corresponding to a physical coding layer interface; K Ethernet physical layer interfaces, each Ethernet physical layer interface corresponding to a physical scrambling layer interface; and a connection device, wherein both N and K are positive integers, the transmission apparatus being characterized in that the connection device is configured to implement a connection between a timeslot of the physical coding layer interface and a timeslot of the physical scrambling layer interface, wherein the N Ethernet MAC ports are separately connected to the connection device by using the corresponding physical coding layer interfaces, and the K Ethernet physical layer interfaces are separately connected to the connection device by using the corresponding physical scrambling layer interfaces. N Ethernet Medium Access Control, MAC, ports, each Ethernet MAC port corresponding to a physical coding layer interface; K Ethernet physical layer interfaces, each Ethernet physical layer interface corresponding to a physical scrambling layer interface; and a connection device, wherein both N and K are positive integers, the transmission apparatus being characterized in that the connection device is configured to implement a connection between a timeslot of the physical coding layer interface and a timeslot of the physical scrambling layer interface, wherein the N Ethernet MAC ports are separately connected to the connection device by using the corresponding physical coding layer interfaces, and the K Ethernet physical layer interfaces are separately connected to the connection device by using the corresponding physical scrambling layer interfaces.
Method for releasing the configuration of an adjacent route for a rail vehicle, in which a point of crossing is protected for safety purposes in order to avoid a train collision, comprising the following method steps: a) authorising a first train journey on a first route converging at the point of crossing with a stop command in front of the point of crossing; b) authorising a second train journey on the adjacent route, wherein the adjacent route is a second route which converges at the point of crossing, having a clearance to travel past the point of crossing, if the speed of the first train journey has been reduced at least below a predeterminable limit value and/or if the course of the speed of the first train journey has a negative gradient, wherein c) the speed and/or the course of the speed of the first train journey is measured with at least two spatially separated speed radar sensors (18, 20) arranged on the track side. a) authorising a first train journey on a first route converging at the point of crossing with a stop command in front of the point of crossing; b) authorising a second train journey on the adjacent route, wherein the adjacent route is a second route which converges at the point of crossing, having a clearance to travel past the point of crossing, if the speed of the first train journey has been reduced at least below a predeterminable limit value and/or if the course of the speed of the first train journey has a negative gradient, wherein c) the speed and/or the course of the speed of the first train journey is measured with at least two spatially separated speed radar sensors (18, 20) arranged on the track side.
Group comprising an auxiliary power supply system and an interface device for forming an interface between said auxiliary power supply system and a power generation module in a rail vehicle, said power generation module having been designed to charge with electrical energy an auxiliary power supply system implemented according to a technology different from that one of the auxiliary power supply system of said group, said group being characterized in that said interface device comprises means for connecting to said power generation module and to said auxiliary power supply system, and in that the interface device comprises interface means designed for the operation of said auxiliary power supply system in combination with said power generation module, the interface means comprising safety means (24, 25) mounted in parallel with said other type of auxiliary power supply system.
A suspension arm of a wheel to the body of a motor vehicle which undergoes during its manufacture a machining step necessitating planar zones for its referencing on a machine-tool, characterized in that at least a portion of these planar zones are arranged so as to be recessed in lightly stressed zones of the suspension arm.
A compound having a formula or a pharmaceutically acceptable salt thereof, or an ester thereof; wherein a dashed line represents the presence or absence of a bond; Y is an organic acid functional group, or an amide or ester thereof comprising up to 14 carbon atoms; or Y is hydroxymethyl or an ether thereof comprising up to 14 carbon atoms; or Y is a tetrazolyl functional group; A is -(CH 2) 6 -, cis -CH 2 CH=CH-(CH 2) 3 -, or -CH 2 C≡C-(CH 2) 3 -, wherein 1 or 2 carbon atoms may be replaced by S or O; or A is -(CH 2) m -Ar-(CH 2) o - wherein Ar is interarylene or heterointerarylene, the sum of m and o is 1, 2, 3, or 4, and wherein one CH 2 may be replaced by S or 0; U 1 is independently 0; S; F; Cl; Br; I; CN; or O-alkyl having 1, 2, 3, 4, 5 or 6 carbon atoms; J 1 and J 2 are independently hydrogen; F; Cl, Br; I; O; OH; CN; O-alkyl having 1, 2, 3, 4, 5 or 6 carbon atoms; alkyl having 1, 2, 3, 4, 5, or 6 carbon atoms; or CF 3; and B is aryl or heteroaryl.
A prosthetic heart valve for percutaneous implantation in a patient, comprising; a proximal stent for deployment in the aortic annulus of the patient, a distal stent for deployment in the ascending aorta of the patient, and a tricuspid valve assembly made from pericardial tissue; wherein the valve assembly is mounted on the proximal stent, the proximal stent is joined to the distal stent, the proximal stent is at a predetermined distance from the distal stent, and the distal stent contains no valve. a proximal stent for deployment in the aortic annulus of the patient, a distal stent for deployment in the ascending aorta of the patient, and a tricuspid valve assembly made from pericardial tissue; wherein the valve assembly is mounted on the proximal stent, the proximal stent is joined to the distal stent, the proximal stent is at a predetermined distance from the distal stent, and the distal stent contains no valve.
A method of a first radio device (401; 402) using a first radio access technology, RAT, for communication with a second radio device (401; 402), the method comprising: listening for any transmission in a frequency channel of an unlicensed radio frequency band; determining whether the channel is idle; transmitting a first radio message on the channel in accordance with a second RAT, different than the first RAT; determining transmission properties for a message to be transmitted on the channel in accordance with the first RAT, based on the determining of whether the channel is idle; and transmitting a second radio message on the channel, to the second radio device (401; 402) and in accordance with the first RAT using the determined transmission properties; wherein when it has been determined that the channel is not idle, the determining of transmission properties comprises adjusting said properties to reduce the risk of interference with transmissions in accordance with the second RAT. listening for any transmission in a frequency channel of an unlicensed radio frequency band; determining whether the channel is idle; transmitting a first radio message on the channel in accordance with a second RAT, different than the first RAT; determining transmission properties for a message to be transmitted on the channel in accordance with the first RAT, based on the determining of whether the channel is idle; and transmitting a second radio message on the channel, to the second radio device (401; 402) and in accordance with the first RAT using the determined transmission properties; wherein when it has been determined that the channel is not idle, the determining of transmission properties comprises adjusting said properties to reduce the risk of interference with transmissions in accordance with the second RAT.