mhurhangee/ep-ind-claims huggingface dataset:
Exhaust diffuser for a torque-generating turbine, in particular a torque-generating gas turbine, the exhaust diffuser comprising an inner member having an outer surface and an outer member having an inner surface, the inner member and the outer member forming an annular channel, at least a first supporting strut connecting the inner member and the outer member, the first supporting strut extending essentially radially from the inner surface to the outer surface, the first supporting strut comprising a middle section having a first airfoil, an outer section having a second airfoil and an inner section having a third airfoil, the second airfoil having a higher angle of incidence than the first airfoil, the third airfoil having a lower angle of incidence than the first airfoil, characterized in that the first airfoil has a smaller leading edge radius than the second airfoil and the third airfoil, and the camber of the first airfoil is zero.
A closure device, comprising a first closure part and a second closure part, which can be attached to each other along a closing direction, are held at each other in a closed position and can be released from each other for opening the closure device, wherein the first closure part and the second closure part each include at least one magnetic element (23, 33) to provide a force of magnetic attraction when the closure parts (2, 3) are attached to each other, wherein the second closure part includes a winding element on which a traction element can be arranged and which can be rotated relative to the first closure part in a winding direction for winding the traction element onto the winding element, the closure device is characterized in that the winding element includes a gearing device which in the closed position is in engagement with a gearing device of the first closure part. wherein the second closure part includes a winding element on which a traction element can be arranged and which can be rotated relative to the first closure part in a winding direction for winding the traction element onto the winding element, the closure device is characterized in that the winding element includes a gearing device which in the closed position is in engagement with a gearing device of the first closure part.
A heating device comprising: - a heating appliance having a burner, - a first control unit having a non-volatile first memory, wherein the first control unit is arranged to control the heating appliance, wherein the first control unit and the associated first memory form a separately exchangeable assembly, - a second control unit having a non-volatile second memory, wherein the second control unit is arranged to control a component or assembly of the heating device, wherein the second control unit and the associated second memory form a further separately exchangeable assembly, wherein the first control unit is arranged to perform the following steps after its activation following initial installation or following maintenance or repair: - reading a first data set from the first memory, - reading a second data set from the second memory, - performing a check to determine whether at least one of the data sets (DS1, DS2) has been stored and transmitted without errors and is therefore correct, whereby each data set (DS1, DS2) is checked separately using a check value procedure, - if no correct data set (DS1, DS2) was detected, creating the first data set and the second data set based on default or factory settings and/or initialization sequences and storing the first data set and the second data set, and - if one correct and one incorrect data set (DS1, DS2) was detected, replacing the incorrect data set (DS1 or DS2) with the correct data set (DS2 or DS1). - a heating appliance having a burner, - a first control unit having a non-volatile first memory, wherein the first control unit is arranged to control the heating appliance, wherein the first control unit and the associated first memory form a separately exchangeable assembly, - a second control unit having a non-volatile second memory, wherein the second control unit is arranged to control a component or assembly of the heating device, wherein the second control unit and the associated second memory form a further separately exchangeable assembly, - reading a first data set from the first memory, - reading a second data set from the second memory, - performing a check to determine whether at least one of the data sets (DS1, DS2) has been stored and transmitted without errors and is therefore correct, whereby each data set (DS1, DS2) is checked separately using a check value procedure, - if no correct data set (DS1, DS2) was detected, creating the first data set and the second data set based on default or factory settings and/or initialization sequences and storing the first data set and the second data set, and - if one correct and one incorrect data set (DS1, DS2) was detected, replacing the incorrect data set (DS1 or DS2) with the correct data set (DS2 or DS1).
Testing apparatus for a liquid dispenser, having - a base for stationary positioning the testing apparatus, - an accommodating device for accommodating a liquid dispenser, and - an actuating device (92, 48), which is designed for mechanical actuation of the liquid dispenser accommodated in the accommodating device, wherein the testing apparatus is designed in the form of a testing apparatus for a drop dispenser, wherein - the accommodating device and the actuating device (92, 48) are designed, and arranged, such that the drop dispenser can be accommodated, and actuated, in a position in which a discharging opening of the drop dispenser is oriented downwards, and - the testing apparatus, beneath the accommodating device, has at least one measuring device (88a, 88b, 84, 86) for detecting the formation of drops on the drop dispenser and/or the dropping behaviour and/or impact behaviour of the drop following detachment from the drop dispenser, characterized in that the actuating device (92, 48) has at least two actuators for subjecting the drop dispenser to force, and it is designed so that the actuators subject the drop dispenser to force in a direction orthogonal to the discharging direction of the discharging opening, wherein the two actuators are designed to subject the drop dispenser to force in mutually opposite directions. - a base for stationary positioning the testing apparatus, - an accommodating device for accommodating a liquid dispenser, and - an actuating device (92, 48), which is designed for mechanical actuation of the liquid dispenser accommodated in the accommodating device, - the accommodating device and the actuating device (92, 48) are designed, and arranged, such that the drop dispenser can be accommodated, and actuated, in a position in which a discharging opening of the drop dispenser is oriented downwards, and - the testing apparatus, beneath the accommodating device, has at least one measuring device (88a, 88b, 84, 86) for detecting the formation of drops on the drop dispenser and/or the dropping behaviour and/or impact behaviour of the drop following detachment from the drop dispenser,
A drainage assembly configured to prevent negative pressure build-up, comprising: an elongate catheter having a first end configured for insertion within a body lumen, the catheter having at least one opening near or at the first end in fluid communication with a catheter lumen defined therethrough; a drainage lumen in fluid communication with a second end of the catheter; a reservoir in fluid communication with the drainage lumen, wherein the reservoir defines a tortuous path which inhibits bubbles from flowing through the tortuous path; an overflow area in fluid communication with the reservoir, wherein the overflow area is configured to drain fluid from the reservoir when excess fluid enters into the reservoir; a venting mechanism in fluid communication with the drainage lumen, wherein the venting mechanism includes a vent tube; a valve positioned within the venting mechanism and configured to maintain a closed position until a first pressure level within the drainage lumen is dropped to a second pressure level such that the valve moves to an open position; a vent positioned in fluid communication with the valve, wherein the venting mechanism is configured to inhibit wetting of the vent from fluid within the drainage lumen; and a controller in communication with the reservoir, wherein the controller is configured to apply a negative pressure to the drainage lumen to drop the first pressure level to the second pressure level such that the valve is moved to the open position and wherein the controller is further configured to determine a fluid volume collected within the reservoir. an elongate catheter having a first end configured for insertion within a body lumen, the catheter having at least one opening near or at the first end in fluid communication with a catheter lumen defined therethrough; a drainage lumen in fluid communication with a second end of the catheter; a reservoir in fluid communication with the drainage lumen, wherein the reservoir defines a tortuous path which inhibits bubbles from flowing through the tortuous path; an overflow area in fluid communication with the reservoir, wherein the overflow area is configured to drain fluid from the reservoir when excess fluid enters into the reservoir; a venting mechanism in fluid communication with the drainage lumen, wherein the venting mechanism includes a vent tube; a valve positioned within the venting mechanism and configured to maintain a closed position until a first pressure level within the drainage lumen is dropped to a second pressure level such that the valve moves to an open position; a vent positioned in fluid communication with the valve, wherein the venting mechanism is configured to inhibit wetting of the vent from fluid within the drainage lumen; and a controller in communication with the reservoir, wherein the controller is configured to apply a negative pressure to the drainage lumen to drop the first pressure level to the second pressure level such that the valve is moved to the open position and wherein the controller is further configured to determine a fluid volume collected within the reservoir.
A profile, in particular for a window frame of a door frame of a vehicle, comprising at least two flats, an external flat and an internal flat, connected substantially parallel to one another and opposite one another by a connecting spacer, said flats additionally defining with the connecting spacer at least two opposed housing parts, each of said housing parts being able to receive a respective window part (5, 7), at least one of said flats (11, 13) comprising at one end a cut edge able to be applied without play on the edge of a peripheral window channel, characterized in that at least one of said flats (11, 13) is cut at said end with at least one projecting part able to be engaged in a complementary cutout of the door frame.
An aircraft including a device for displaying an illuminated message on the fairing of the aircraft, characterized in that it includes: - at least one electroluminescent sheet having the shape of a flexible film, plated on the fairing, - a fixing means of the electroluminescent sheet on the fairing, - a power supply means of the electroluminescent sheet, - an electric connection means (36a, 36b) of the electroluminescent sheet on the power supply means, and - a control means of the electroluminescent sheet in an on-state in which the electroluminescent sheet is electrically supplied and emits light, or in an off-state in which the electroluminescent sheet is inoperative; and characterized in that the fairing includes successively, from the inside to the outside of the aircraft: - a plate forming a support substrate, - a first coating stage consisting of a first paint layer for protecting a second support paint layer and a third finishing paint layer, - a second stage for displaying the message comprising the electroluminescent sheet and the associated fixing means, the electroluminescent sheet being devoid of a protective film against ultraviolet rays; - an outside protective layer, the protective layer being a transparent protective varnish against ultraviolet rays, the protective layer being applied to the fairing of the aircraft in order to cover the electroluminescent sheet and the finishing paint layer. - at least one electroluminescent sheet having the shape of a flexible film, plated on the fairing, - a fixing means of the electroluminescent sheet on the fairing, - a power supply means of the electroluminescent sheet, - an electric connection means (36a, 36b) of the electroluminescent sheet on the power supply means, and - a control means of the electroluminescent sheet in an on-state in which the electroluminescent sheet is electrically supplied and emits light, or in an off-state in which the electroluminescent sheet is inoperative; - a plate forming a support substrate, - a first coating stage consisting of a first paint layer for protecting a second support paint layer and a third finishing paint layer, - a second stage for displaying the message comprising the electroluminescent sheet and the associated fixing means, the electroluminescent sheet being devoid of a protective film against ultraviolet rays; - an outside protective layer, the protective layer being a transparent protective varnish against ultraviolet rays, the protective layer being applied to the fairing of the aircraft in order to cover the electroluminescent sheet and the finishing paint layer.
A cordierite-based sintered body comprising cordierite as a primary crystal phase and LaMgAl 11 O 19 as a secondary crystal phase, wherein a ratio I LMA / I MAS is in the range of 0.01 to 0.8, where the I LMA denotes a peak intensity of a plane of LaMgAl 11 O 19 as measured by powder X-ray diffractometry, and the I MAS denotes a peak intensity of a plane of the cordierite as measured by powder X-ray diffractometry.
Pane with an electrical heating region, comprising at least: - a substantially trapezoidal first pane with a surface, a first base (1.1) with length l 1 and a second base (1.2) with length l 2, wherein the ratio v of the lengths of the bases (1.1,1.2) v = l 1: l 2 is from 0.70: 1 to 0.98: 1 - at least one electrically conductive coating, which is applied at least on part of the surface, - at least one substantially trapezoidal electrical heating region, which is electrically divided by at least one separating line from the electrically conductive coating and a first base (3.1) of the heating region is arranged immediately adjacent the first base (1.1) of the first pane and a second base (3.2) of the heating region is arranged immediately adjacent the second base (1.2) of the first pane, and - at least two collecting conductors (5.1,5.2) provided for connection to a voltage source, which are connected to the electrically conductive coating in the electrical heating region such that a current path for a heating current is formed between the collecting conductors (5.1,5.2), characterized in that the ratio of the length b 1 of the first base (3.1) of the heating region to the length b 2 of the second base (3.2) of the heating region b 1: b 2 is from v: 0.99 to v: 0.50. - a substantially trapezoidal first pane with a surface, a first base (1.1) with length l 1 and a second base (1.2) with length l 2, wherein the ratio v of the lengths of the bases (1.1,1.2) v = l 1: l 2 is from 0.70: 1 to 0.98: 1 - at least one electrically conductive coating, which is applied at least on part of the surface, - at least one substantially trapezoidal electrical heating region, which is electrically divided by at least one separating line from the electrically conductive coating and a first base (3.1) of the heating region is arranged immediately adjacent the first base (1.1) of the first pane and a second base (3.2) of the heating region is arranged immediately adjacent the second base (1.2) of the first pane, and - at least two collecting conductors (5.1,5.2) provided for connection to a voltage source, which are connected to the electrically conductive coating in the electrical heating region such that a current path for a heating current is formed between the collecting conductors (5.1,5.2),
A turbomachine casing assembly comprising a casing adapted to encase an aerofoil structure, the aerofoil structure having a tip, a leading edge and a trailing edge, the casing substantially surrounding the tip of the aerofoil structure, wherein the casing has a set-back portion extending from a position in the region of one of the leading edge and the trailing edge of the aerofoil structure part way towards a position in the region of the other of the leading edge and trailing edge and set back from a portion of the casing adjacent to the aerofoil structure and away from the aerofoil structure, characterised in that the turbomachine casing assembly further comprises a porous liner provided in the set-back portion of the casing, the porous liner being capable of permitting a flow over the tip of the aerofoil structure to pass through the porous liner.
A battery module comprising a plurality of battery cells mounted in a module case in a stacked state, wherein cooling members are mounted at interfaces between the battery cells, the module case is configured in a structure in which two opposite sides of the module case are open so that corresponding portions of the battery cell stack are exposed outward through the two open opposite sides of the module case, the cooling members are partially exposed outward through the two open opposite sides of the module case, and each of the cooling members comprises a main body part disposed at the interface between the corresponding battery cells, a connection part successively connected to one end or opposite ends of the main body part in a state in which the connection part is exposed outward from the stacked battery cells, and a perpendicularly bent part extending from one end of the connection part in opposite directions, wherein the battery cells are mounted in the module case in a state in which the battery cells are stacked so that opposite sides of each of the battery cells face the two open opposite sides of the module case, each of the cooling members is formed of a metal sheet exhibiting thermal conductivity, the connection part of each of the cooling members has a greater thickness than the main body part of each of the cooling members, and each of the cooling members is configured in a structure in which the connection part is formed at only one end of the main body part and the perpendicularly bent part extends from the end of the connection part in opposite directions, and the cooling members are mounted at the interfaces between the respective battery cells so that the perpendicularly bent parts are alternately disposed at opposite sides of the battery cell stack, the connection part being constructed and arranged so as to, in use, function as a heat dissipation member as well as a route through which a coolant flows to the perpendicularly bent part, and the battery module being configured such that, in use, the coolant flows along the two open opposite sides of the module case while contacting the outwardly exposed portions of the cooling members, and some of the coolant flows while contacting the connection parts spaced apart from the battery cells.
A ventilation and operating assembly for a sash relative to a frame of a window, comprising a closure portion (14, 18) having an inner side adapted to close off a ventilation aperture and an opposite outer side, a first end edge including a hinge part for connection to the sash and an opposite second end edge, a handle portion having an inner side and an outer side, and a portion connecting the handle portion with the closure portion (14, 18), the assembly defining a width direction from the first end edge to the second end edge, and a height direction from the inner side of the closure portion (14, 18) to the outer side of the handle portion, the connection portion being connected to the closure portion (14, 18) and the handle portion extends downwards in the width direction from the connection portion, characterized in that the connection portion is connected to the closure portion (14, 18) near the second edge at a distance (a) from the second end edge not exceeding 30% of the dimension (w) of the closure portion in the width direction,
A lighting system comprising a plurality of nodes arranged in a serial network, the lighting system comprising: - a master node, - one or more gateway nodes, - a first communication bus connecting the one or more gateway nodes to the master node, - a plurality of slave nodes, each slave node being connected to a lighting source and arranged for conveying data messages, - one or more second communication buses (21,22,23), each connecting one of the gateway nodes with one or more slave nodes of said plurality, wherein each of the one or more gateway nodes is arranged for receiving a unique network address and message ID via the first communication bus and each of the plurality of slave nodes is arranged for receiving a unique network address and message ID via one of the second communication buses and characterised in that at least one gateway node comprises a lighting plan comprising a plurality of lighting scenarios represented in one or more lookup tables carrying lighting information parameters and in that one or more slave nodes connected to that gateway node comprise a local version of said one or more lookup tables, wherein said at least one gateway node is configured for conveying one or more lookup table indices to one or more slave nodes connected to that gateway node, said one or more slave nodes arranged to control the lighting source based on a lighting scenario of said plurality and to calculate a light intensity value and/or colour based on the unique network address of the one or more slave nodes and on said one or more lookup table indices. - a master node, - one or more gateway nodes, - a first communication bus connecting the one or more gateway nodes to the master node, - a plurality of slave nodes, each slave node being connected to a lighting source and arranged for conveying data messages, - one or more second communication buses (21,22,23), each connecting one of the gateway nodes with one or more slave nodes of said plurality, wherein each of the one or more gateway nodes is arranged for receiving a unique network address and message ID via the first communication bus and each of the plurality of slave nodes is arranged for receiving a unique network address and message ID via one of the second communication buses and characterised in that at least one gateway node comprises a lighting plan comprising a plurality of lighting scenarios represented in one or more lookup tables carrying lighting information parameters and in that one or more slave nodes connected to that gateway node comprise a local version of said one or more lookup tables, wherein said at least one gateway node is configured for conveying one or more lookup table indices to one or more slave nodes connected to that gateway node, said one or more slave nodes arranged to control the lighting source based on a lighting scenario of said plurality and to calculate a light intensity value and/or colour based on the unique network address of the one or more slave nodes and on said one or more lookup table indices.
A process for producing -hydroxybutyl -hydroxybutyrate of formula: which process comprises submitting, to enantioselective reduction, a compound of the following formula, or: wherein the enantioselective reduction is carried out using an enzyme selected from a ketoreductase (KRED) and an alcohol dehydrogenase.