mhurhangee/ep-ind-claims huggingface dataset:
A clear binder that is solid under cold conditions and in divided form, comprising at least one clear binder base and from 0.1% to 5% by weight relative to the total weight of said clear binder base of at least one chemical additive chosen from: • a compound of general formula: Ar1-R-Ar2, in which: • Ar1 and Ar2 represent, independently of one another, a benzene nucleus or a system of condensed aromatic nuclei of 6 to 20 carbon atoms which are substituted by at least one hydroxyl group and • R represents an optionally substituted divalent radical, the main chain of which comprises from 6 to 20 carbon atoms and at least one group chosen from the amide, ester, hydrazide, urea, carbamate and anhydride functions, • a compound of general formula: R"-(COOH)z, in which R" represents a linear or branched and saturated or unsaturated chain comprising from 4 to 68 carbon atoms, • a polyphosphoric acid, and • mixtures thereof. • a compound of general formula: Ar1-R-Ar2, in which: • Ar1 and Ar2 represent, independently of one another, a benzene nucleus or a system of condensed aromatic nuclei of 6 to 20 carbon atoms which are substituted by at least one hydroxyl group and • R represents an optionally substituted divalent radical, the main chain of which comprises from 6 to 20 carbon atoms and at least one group chosen from the amide, ester, hydrazide, urea, carbamate and anhydride functions, • Ar1 and Ar2 represent, independently of one another, a benzene nucleus or a system of condensed aromatic nuclei of 6 to 20 carbon atoms which are substituted by at least one hydroxyl group and • R represents an optionally substituted divalent radical, the main chain of which comprises from 6 to 20 carbon atoms and at least one group chosen from the amide, ester, hydrazide, urea, carbamate and anhydride functions, • a compound of general formula: R"-(COOH)z, in which R" represents a linear or branched and saturated or unsaturated chain comprising from 4 to 68 carbon atoms, • a polyphosphoric acid, and • mixtures thereof.
Air distributor for aerating a water volume, in particular for aerating wastewater in a sewage basin, which has a support (4, 6) and an air distributor film composed of plastic which is fastened on said support and into which, for the purpose of delivering air in fine bubbles to the water volume, a perforation with individual, self-closing air passage openings is introduced, characterized in that the air distributor film is in the form of a laminated film with at least three film layers, each composed of the same type of plastic, and the perforation is introduced into the laminated film composed of the at least three film layers, wherein the individual film layers form a wastewater-side function layer, an elastic sealing layer which differs from said function layer and a support layer which has a lower elasticity in comparison with the sealing layer, and wherein substances with a functional effect are integrated into the function layer or the function layer forms a hydrophilic surface, and wherein the self-closing property of the air passage openings is ensured by the sealing layer.
A gas turbine engine comprising a compressor system, one or more bearing chambers and a fluid system arranged in use to supply air bled from the compressor system to seal the one or more bearing chambers, the fluid system being arranged to bleed air from a later stage of the compressor system when the engine is running slower and from an earlier stage of the compressor system when the engine is running faster, the fluid system comprising a vortex fluid flow device comprising a vortex chamber, multiple forward flow inlets to the chamber and a reverse flow inlet to the chamber, the vortex fluid flow device being arranged such that in use there is a greater pressure drop across the device when there is reverse fluid flow, in the direction from the reverse flow inlet to the forward flow inlets, than when there is forward fluid flow, in the direction from the forward flow inlets to the reverse flow inlet, the forward flow inlets of the vortex fluid flow device being connected to a bleed from the earlier stage of the compressor system and the reverse flow inlet being connected to the areas surrounding the bearing chambers such that the forward flow direction is from the bleed to the areas surrounding the bearing chambers and the reverse flow direction is from the areas surrounding the bearing chambers to the bleed.
A method of presenting email addresses for selection as a login for an application on a mobile device (100, 202, 300), comprising: executing the application on the mobile device (100, 202, 300), the application requiring a login to access at least a portion of data accessible via the application; prior to a login screen being displayed via the application accessing an information server and downloading email addresses (406, 408, 410, 412) associated with a user of the mobile device (100, 202, 300) from the information server, the email addresses (406, 408, 410, 412) including a forwarding email address (410, 412) and storing the email addresses (406, 408, 410, 412) including the forwarding email address (410, 412) in a local cache in the mobile device (100, 202, 300); in response to displaying the login screen via the application accessing the email addresses (406, 408, 410, 412) in the local cache in the mobile device (100, 202, 300), the email addresses (406, 408, 410, 412) including the forwarding email address (410, 412) and presenting the email addresses (406, 408, 410, 412) including the forwarding email address (410, 412) for selection as the login. executing the application on the mobile device (100, 202, 300), the application requiring a login to access at least a portion of data accessible via the application; prior to a login screen being displayed via the application accessing an information server and downloading email addresses (406, 408, 410, 412) associated with a user of the mobile device (100, 202, 300) from the information server, the email addresses (406, 408, 410, 412) including a forwarding email address (410, 412) and storing the email addresses (406, 408, 410, 412) including the forwarding email address (410, 412) in a local cache in the mobile device (100, 202, 300); in response to displaying the login screen via the application accessing the email addresses (406, 408, 410, 412) in the local cache in the mobile device (100, 202, 300), the email addresses (406, 408, 410, 412) including the forwarding email address (410, 412) and presenting the email addresses (406, 408, 410, 412) including the forwarding email address (410, 412) for selection as the login.
OCT system for examining a measurement object, comprising an OCT light source for emitting OCT light, comprising a polarization-neutral beam splitter (18, 40, 56) for splitting the OCT light into an object beam path and a reference beam path, wherein the OCT light is polarized before it enters the polarization-neutral beam splitter, and comprising a detector (36, 52, 53) for picking up an interference signal generated from the object beam path and the reference beam path, wherein a polarization-dependent retardation element is arranged in the object beam path, wherein all optical elements (26, 27, 28, 29) that shape or deflect the object beam path on the path from the OCT light source to the measurement object are arranged between the OCT light source and the retardation element, wherein the light from the reference beam path is caused to interfere with light from the object beam path at an interference beam splitter (47, 56), wherein the polarization-dependent retardation element is configured such that at the interference beam splitter (47, 56) the polarization overlap between the light backscattered from the measurement object and the light arriving from the reference beam path is greater than the polarization overlap between the light reflected by one or more optical elements in the object beam path and the light arriving from the reference beam path, and wherein both the OCT light backscattered from the measurement object and the parasitic reflections from the optical elements in the object beam path are guided onto the detector (36, 52, 53) and are captured by the detector (36, 52, 53).
A compound of formula I: or a pharmaceutically acceptable salt thereof, wherein R 1 is 1-phenyl-1-oxo-(C 2 -C 6 alkyl) optionally substituted at the 4 position of the phenyl with halo, R 2 is cyclohexyl; R 3 and R 10 is H or alkyl of one to six carbons. R 1 is 1-phenyl-1-oxo-(C 2 -C 6 alkyl) optionally substituted at the 4 position of the phenyl with halo, R 2 is cyclohexyl; R 3 and R 10 is H or alkyl of one to six carbons.
A modular tester for testing elongated textile test material such as yarn, roving or sliver, wherein the tester comprises a test material path extending along a front of the tester, a turret-like setup with a plurality of functional modules (41 to 45) which are arranged in succession along the test material path for measuring various parameters of the textile test material, and at least one front cover comprising a slot on the front side which defines the test material path, characterized in that the at least one front cover is rotatably fastened to the turret-like setup in such a way that it is transferrable by rotation from a closed state in which it covers a multiple of the functional modules (43 to 46) from the front at least in part to an open state in which it makes said functional modules (43 to 46) accessible from the front, and back again. a test material path extending along a front of the tester, a turret-like setup with a plurality of functional modules (41 to 45) which are arranged in succession along the test material path for measuring various parameters of the textile test material, and at least one front cover comprising a slot on the front side which defines the test material path,
Rotorcraft tail rotor comprising at least two blade elements (1, 11), each blade element (1, 11) being able to pivot about a collective pitch variation axis Z for varying said collective pitch of each blade element of said tail rotor, each blade element (1, 11) comprising at least one compensation weight (2, 12) comprising a projection (4, 14) emerging along a transverse axis Y that is substantially perpendicular to a main inertia axis (5, 15) of said blade element (1, 11), said main inertia axis (5, 15) being parallel to said axis Z, characterized in that said compensation weight (2, 12) comprises a deformable portion (6, 16) which is movable with respect to said projection (4, 14) in a plane P that is perpendicular to said transverse axis Y.
A single-mode optical fiber with ultra-low attenuation and a large effective area, comprising: a core layer, a first cladding layer, a second cladding layer, a third cladding layer and a fourth cladding layer successively arranged from inside to outside; wherein the first cladding layer is made from fluorine-doped quartz; the second cladding layer, the third cladding layer and the fourth cladding layer are all made from quartz; the third cladding layer is provided with at least one annular microporous layer successively arranged from inside to outside, the at least one annular microporous layer comprises a plurality of micropores which are evenly distributed, the circle center of each micropore in each annular microporous layer is concyclic and the circle is concentric with the core layer; the core layer is made from alkali metal-doped quartz, and the core layer comprises an inner core layer and a transition core layer successively arranged from inside to outside; characterised in that the refractive indices of the transition core layer and the fourth cladding layer are n 11 and n 5, respectively, and the relative refractive index difference Δn 11 between n 11 and n 5 satisfies Δn 11 = − ax 2 100 lg a x, wherein a is the transition coefficient of the transition core layer, and x is the distance from any point in the transition core layer to the edge of the inner core layer; wherein the value range of a is 1.05≤a≤1.3; wherein the value range of x is 0<x≤d 11, and 1.25μm≤d 11 ≤2.50μm, wherein d 11 is the thickness of the transition core layer. the first cladding layer is made from fluorine-doped quartz; the second cladding layer, the third cladding layer and the fourth cladding layer are all made from quartz; the third cladding layer is provided with at least one annular microporous layer successively arranged from inside to outside, the at least one annular microporous layer comprises a plurality of micropores which are evenly distributed, the circle center of each micropore in each annular microporous layer is concyclic and the circle is concentric with the core layer; the core layer is made from alkali metal-doped quartz, and the core layer comprises an inner core layer and a transition core layer successively arranged from inside to outside; characterised in that the refractive indices of the transition core layer and the fourth cladding layer are n 11 and n 5, respectively, and the relative refractive index difference Δn 11 between n 11 and n 5 satisfies Δn 11 = − ax 2 100 lg a x, wherein a is the transition coefficient of the transition core layer, and x is the distance from any point in the transition core layer to the edge of the inner core layer; wherein the value range of a is 1.05≤a≤1.3; wherein the value range of x is 0<x≤d 11, and 1.25μm≤d 11 ≤2.50μm, wherein d 11 is the thickness of the transition core layer.
A bracket assembly for securing a tarp to a bow in a tarp system, the bracket assembly comprising: a curved base member that is adapted to be secured to a frame member (24, 25) having adjacent dual channels (24a, 25a) extending along an outer surface thereof; and a tarp guide that is supported on the curved base member, the tarp guide having adjacent dual channels that are separated by a partition, wherein the adjacent dual channels of the tarp guide are adapted to be aligned with the adjacent dual channels of the frame member at the time that and after the curved base member is secured to the frame member. a curved base member that is adapted to be secured to a frame member (24, 25) having adjacent dual channels (24a, 25a) extending along an outer surface thereof; and a tarp guide that is supported on the curved base member, the tarp guide having adjacent dual channels that are separated by a partition, wherein the adjacent dual channels of the tarp guide are adapted to be aligned with the adjacent dual channels of the frame member at the time that and after the curved base member is secured to the frame member.
A fitting (20, 40, 220) for sliding doors and windows comprising: - a base member configured to be fixated to a door leaf or a window sash that is rectilinearly displaceable in a first displacement direction along a rail (4, 5) fixated along a frame portion, - a guiding member (42, 142) fixated to the base member and displaceable relative to the base member in a second displacement direction, perpendicular to the first displacement direction, and that has at least one guiding element (50, 50) arranged to guidingly engage with the rail, - an activation member (43, 243) connectable with an espagnolette at the door leaf or window sash and configured to bring about the displacement of the base member relative to the guiding member, characterized in that the activation member is arranged between the base member and the guiding member and displaceable relative to the base member in the first displacement direction and has at least one activation slot, extending at an angle to the first displacement direction, configured to cooperate with at least one activation tap fixated to the guiding member and received in an elongated hole in the base member, extending in the second displacement direction, in order to bring about displacement of the base member relative to the guiding member in the second displacement direction by displacing the activation member relative to the base member in the first displacement direction. - a base member configured to be fixated to a door leaf or a window sash that is rectilinearly displaceable in a first displacement direction along a rail (4, 5) fixated along a frame portion, - a guiding member (42, 142) fixated to the base member and displaceable relative to the base member in a second displacement direction, perpendicular to the first displacement direction, and that has at least one guiding element (50, 50) arranged to guidingly engage with the rail, - an activation member (43, 243) connectable with an espagnolette at the door leaf or window sash and configured to bring about the displacement of the base member relative to the guiding member, characterized in that the activation member is arranged between the base member and the guiding member and displaceable relative to the base member in the first displacement direction and has at least one activation slot, extending at an angle to the first displacement direction, configured to cooperate with at least one activation tap fixated to the guiding member and received in an elongated hole in the base member, extending in the second displacement direction, in order to bring about displacement of the base member relative to the guiding member in the second displacement direction by displacing the activation member relative to the base member in the first displacement direction.
An underwater vehicle comprising: - a thick inner hull, - a thin outer hull surrounding the thick hull, the thin hull comprising an orifice and means for shutting off the orifice, - a launch system for launching underwater craft, the launch system being positioned between the thick hull and the thin hull, the orifice being arranged facing the launch system and forming an access opening for accessing the launch system, the launch system comprising at least one loader for at least two underwater craft and receiving means for receiving the or each loader removably, the loader being removable and able to be inserted into the receiving means or extracted from the receiving means through the access opening, the receiving means comprising means for guiding the or each loader in a vertical direction, the or each loader being able to be inserted or extracted in the vertical direction through the access opening, the vertical direction being perpendicular to the longitudinal direction. - a thick inner hull, - a thin outer hull surrounding the thick hull, the thin hull comprising an orifice and means for shutting off the orifice, - a launch system for launching underwater craft, the launch system being positioned between the thick hull and the thin hull, the orifice being arranged facing the launch system and forming an access opening for accessing the launch system, the launch system comprising at least one loader for at least two underwater craft and receiving means for receiving the or each loader removably, the loader being removable and able to be inserted into the receiving means or extracted from the receiving means through the access opening, the receiving means comprising means for guiding the or each loader in a vertical direction, the or each loader being able to be inserted or extracted in the vertical direction through the access opening, the vertical direction being perpendicular to the longitudinal direction.
1. Method for the optimized use of a parking area, wherein vehicles (10, 12, 13) which are intended to be parked in the parking area are each allocated a parking space (24, 24'), wherein the vehicles head for the respectively allocated parking space (24, 24'), in particular autonomously, wherein the vehicles (10, 12, 13) carry out a change of the parking space (24, 24') during the parking duration in order to enable improved use of the available parking area, characterized in that a plurality of vehicles are moved and an available range is determined for each vehicle (10, 12, 13) involved in an operation, and a change of the parking space (24, 24') during the parking duration is carried out on the basis of the available range of the individual vehicles (10, 12, 13) involved in the respective operation, wherein the available range of a vehicle (10, 12, 13) is newly determined by means of a calculation model for determining the fuel consumption and/or the power consumption of the vehicle (10, 12, 13) from a starting position until reaching the target point of a change of the parking space (24, 24') of the vehicle (10, 12, 13) before and/or after a change of the parking space (24, 24'), wherein the calculation model is dependent on the vehicle type.
A pedestal crane with an electric fish pump comprising the following features: - a pedestal arranged for mounting on a ship and equipped with a main bearing race with a vertical axis of rotation for a pivot base with a crane beam (3, 4) that has a cable block for an electric winch cable that is fixed, watertight connected to the fish pump; - a cable winch drum with the electric winch cable, characterized in that the cable winch drum is mounted on a drum bracket on a bracket bearing race on the pedestal and concentric with the main bearing race and is arranged to, together with the cable block and fish pump in operative state, to pivot around the vertical axis of rotation connected with the rotation of the pivot base, and - wherein the drum bracket is equipped with a releasable locking device arranged to connect, respectively disconnect the drum bracket in relation to the rotation of the pivot base, - where the cable winch drum in the non-operative state is arranged to be released from the rotation of the pivot base such that - the fish pump and - the cable winch drum is parked non-rotatable, - while the pivot base of the pedestal crane is arranged to remain able to pivot on the main bearing race. - a pedestal arranged for mounting on a ship and equipped with a main bearing race with a vertical axis of rotation for a pivot base with a crane beam (3, 4) that has a cable block for an electric winch cable that is fixed, watertight connected to the fish pump; - a cable winch drum with the electric winch cable, characterized in that the cable winch drum is mounted on a drum bracket on a bracket bearing race on the pedestal and concentric with the main bearing race and is arranged to, together with the cable block and fish pump in operative state, to pivot around the vertical axis of rotation connected with the rotation of the pivot base, and - wherein the drum bracket is equipped with a releasable locking device arranged to connect, respectively disconnect the drum bracket in relation to the rotation of the pivot base, - where the cable winch drum in the non-operative state is arranged to be released from the rotation of the pivot base such that - the fish pump and - the cable winch drum is parked non-rotatable, - while the pivot base of the pedestal crane is arranged to remain able to pivot on the main bearing race. - wherein the drum bracket is equipped with a releasable locking device arranged to connect, respectively disconnect the drum bracket in relation to the rotation of the pivot base, - where the cable winch drum in the non-operative state is arranged to be released from the rotation of the pivot base such that - the fish pump and - the cable winch drum is parked non-rotatable, - the fish pump and - the cable winch drum is parked non-rotatable, - while the pivot base of the pedestal crane is arranged to remain able to pivot on the main bearing race.