mhurhangee/ep-ind-claims huggingface dataset:
A windscreen wiper device, comprising: - a longitudinally extending wiper strip of a flexible material, said wiper strip including a wiping portion, a hinge portion and a spoiler portion (24,26) integrally connected as one piece of said flexible material, said hinge portion being disposed between said wiping portion and said spoiler portion (24,26) and being formed by opposing grooves; - at least one carrier of a spring-like material operatively supporting and biasing said wiper strip into a predetermined configuration; - a connecting device for connection with a wiper arm; characterized in that at least a portion of said wiper strip has a microtextured surface formed directly into said flexible material of said hinge portion of said wiper strip. - a longitudinally extending wiper strip of a flexible material, said wiper strip including a wiping portion, a hinge portion and a spoiler portion (24,26) integrally connected as one piece of said flexible material, said hinge portion being disposed between said wiping portion and said spoiler portion (24,26) and being formed by opposing grooves; - at least one carrier of a spring-like material operatively supporting and biasing said wiper strip into a predetermined configuration; - a connecting device for connection with a wiper arm; characterized in that at least a portion of said wiper strip has a microtextured surface formed directly into said flexible material of said hinge portion of said wiper strip.
A method for identifying an organic molecule which activates the pro-apoptotic activity of a BAX polypeptide, the method comprising: a) contacting said BAX polypeptide with a compound under conditions suitable for activating the pro-apoptotic activity of said BAX polypeptide; b) determining whether the compound binds to one or more amino acid residues selected from the group consisting of Glu17, Gln18, Met20, Lys21, Thr22, Ala24, Leu25, Leu27, Gln28, Gly29, Ile31, Gln32, Asp33, Arg34, Ala35, Gly36, Arg37, Met38, Gly39, Gly40, Glu41, Ala42, Leu47, Asp48, Pro49, Va150, Pro51, Gln52, Asp53, Ala54, Ser55, Thr56, Lys57, Lys58, Leu59, Ser60, Glu61, Lys64, Arg89, Phe92, Phe93, Leu122, Leu125, Thr127, Lys128, Val129, Pro130, Glu131, Leu132, Ile133, Arg134, Thr135, Met137, Gly138, Trp139, Leu141, Asp142, Phe143, Arg145, Glu146, Arg147, Leu149, Gly150, Gly156, Gly157, Trp158, Asp159, Leu161, and Leu162 of the amino acid sequence of SEQ ID NO:1; and c) detecting activation of said BAX polypeptide by the compound, wherein the compound interacts with a binding site consisting of one or more of an α1 helix, α2 helix, a loop between α1-α2, α6 helix, and selected residues of α4, α5, and α8 helices in said BAX polypeptide; wherein the interaction of the compound with the binding site occurs at a horizontal hydrophobic groove with or without a perimeter of charged and hydrophilic residues, a superior juxta-loop, an inferior juxta-loop, or combination thereof in the binding site. a) contacting said BAX polypeptide with a compound under conditions suitable for activating the pro-apoptotic activity of said BAX polypeptide; b) determining whether the compound binds to one or more amino acid residues selected from the group consisting of Glu17, Gln18, Met20, Lys21, Thr22, Ala24, Leu25, Leu27, Gln28, Gly29, Ile31, Gln32, Asp33, Arg34, Ala35, Gly36, Arg37, Met38, Gly39, Gly40, Glu41, Ala42, Leu47, Asp48, Pro49, Va150, Pro51, Gln52, Asp53, Ala54, Ser55, Thr56, Lys57, Lys58, Leu59, Ser60, Glu61, Lys64, Arg89, Phe92, Phe93, Leu122, Leu125, Thr127, Lys128, Val129, Pro130, Glu131, Leu132, Ile133, Arg134, Thr135, Met137, Gly138, Trp139, Leu141, Asp142, Phe143, Arg145, Glu146, Arg147, Leu149, Gly150, Gly156, Gly157, Trp158, Asp159, Leu161, and Leu162 of the amino acid sequence of SEQ ID NO:1; and c) detecting activation of said BAX polypeptide by the compound, wherein the compound interacts with a binding site consisting of one or more of an α1 helix, α2 helix, a loop between α1-α2, α6 helix, and selected residues of α4, α5, and α8 helices in said BAX polypeptide;
A method for producing vesicles encapsulating a functional substance, comprising the steps of: (a) putting the functional substance, lipid and water in a cylindrical container; and (b) producing lipid vesicles which comprise the lipid as a main component and which encapsulate the functional substance therein, by kneading the contents of the cylindrical container with simultaneous rotational movement of the cylindrical container around its center axis together with revolutionary movement of the cylindrical container about a predetermined axis of revolution; wherein the axis of rotation is not on parallel with the axis of revolution; wherein the functional substance is hemoglobin; and wherein the lipid is comprised of a phosphatidylcholine-type phospholipid, cholesterol, a negatively-charged lipid, and a lipid bound with polyethylene glycol. (a) putting the functional substance, lipid and water in a cylindrical container; and (b) producing lipid vesicles which comprise the lipid as a main component and which encapsulate the functional substance therein, by kneading the contents of the cylindrical container with simultaneous rotational movement of the cylindrical container around its center axis together with revolutionary movement of the cylindrical container about a predetermined axis of revolution; wherein the axis of rotation is not on parallel with the axis of revolution; wherein the functional substance is hemoglobin; and wherein the lipid is comprised of a phosphatidylcholine-type phospholipid, cholesterol, a negatively-charged lipid, and a lipid bound with polyethylene glycol.
A caster wheel alignment system for a conveyor having a frame defining an endless loop travel path and a transport vehicle having a plurality of caster wheels configured to travel along the travel path, said alignment system being characterised in that it comprises: a support frame configured to couple to a portion of the frame of the conveyor; a horizontal cam coupled to said support frame and positioned to intercept a travel path of a subject one of the plurality of caster wheels of the transport vehicle that travels along the travel path, said horizontal cam configured to automatically adjust an orientation of the subject caster wheel from an improper leading orientation in which the caster wheel is leading an axle of the transport vehicle to a proper trailing orientation in which the caster wheel is trailing the axle. a support frame configured to couple to a portion of the frame of the conveyor; a horizontal cam coupled to said support frame and positioned to intercept a travel path of a subject one of the plurality of caster wheels of the transport vehicle that travels along the travel path, said horizontal cam configured to automatically adjust an orientation of the subject caster wheel from an improper leading orientation in which the caster wheel is leading an axle of the transport vehicle to a proper trailing orientation in which the caster wheel is trailing the axle.
Door sealing device for sealing a gap between a door panel and a frame in a rail vehicle, wherein the door sealing device has a flexible tubular hollow chamber which is formed by two opposite contact walls (321, 322) and two opposite sidewalls (323, 324), wherein the hollow chamber has a bend or radius, such that in the fitted condition of the door sealing device a first contact wall of the contact walls (321, 322) faces toward the door panel and a second contact wall of the contact walls (321, 322) faces toward the frame, so that when the door panel is closed the hollow chamber is compressed in such manner that the contact walls (321, 322) move toward one another, the sidewalls (323, 324) being deformed in order to buckle along predetermined buckling lines (326, 327) under the action of the pressure, wherein the hollow chamber has a force-movement characteristic line in relation to a pressing force that brings about the compression and a sealing movement, the said line having a declining gradient, characterised in that the sidewall positioned on the inside of the bend or radius has a through-hole in the area of the bend or radius.
A method for manufacturing a value document, comprising: a) printing a value document substrate with an oxidatively drying printing ink, i.e. a printing ink which does not belong to the UV inks or UV lacquers; b) treating the printed value document substrate with UV radiation by a printing machine equipped with a UV drying system; and c) drying the printed value document substrate, which was treated with UV radiation, at room temperature in a stack. a) printing a value document substrate with an oxidatively drying printing ink, i.e. a printing ink which does not belong to the UV inks or UV lacquers; b) treating the printed value document substrate with UV radiation by a printing machine equipped with a UV drying system; and c) drying the printed value document substrate, which was treated with UV radiation, at room temperature in a stack.
A device for providing a quality of service, QoS, function for at least one communication service of at least one application entity in a communication network comprising a plurality of network entities (112, 113, 114), the device configured to: activate, in response to a subscription request of the at least one application entity, a subscription of the at least one application entity to the QoS function; transmit a monitoring request to one or more of the at least one application entity, at least one network entity, and at least one user equipment; obtain a monitoring response from one or more of the at least one application entity, the at least one network entity, and the at least one user equipment; predict a change in QoS of the at least one communication service of the at least one application entity, based on the obtained monitoring response; and transmit information based on the predicted change in the QoS to the at least one application entity and/or at least one of the plurality of network entities (112, 113, 114) in the communication network, wherein the subscription of the at least one application entity to the QoS function is activated based on a subscription parameter provided from the at least one application entity to the communication network, and wherein the subscription parameter includes a predefined geographical area for the prediction of the change in the QoS of the at least one communication service. activate, in response to a subscription request of the at least one application entity, a subscription of the at least one application entity to the QoS function; transmit a monitoring request to one or more of the at least one application entity, at least one network entity, and at least one user equipment; obtain a monitoring response from one or more of the at least one application entity, the at least one network entity, and the at least one user equipment; predict a change in QoS of the at least one communication service of the at least one application entity, based on the obtained monitoring response; and transmit information based on the predicted change in the QoS to the at least one application entity and/or at least one of the plurality of network entities (112, 113, 114) in the communication network, wherein the subscription of the at least one application entity to the QoS function is activated based on a subscription parameter provided from the at least one application entity to the communication network, and wherein the subscription parameter includes a predefined geographical area for the prediction of the change in the QoS of the at least one communication service.
An anti-slip member for wearable equipment or sports equipment, the anti-slip member being constituted by an elastic body comprising an elastomer and a hydrogel, at least part of the hydrogel being dispersed on a surface of the elastic body, characterized in that: particles of the hydrogel are also dispersed inside the elastic body, and an average particle diameter of the particles of the hydrogel is 0.01 to 1000 μm. particles of the hydrogel are also dispersed inside the elastic body, and an average particle diameter of the particles of the hydrogel is 0.01 to 1000 μm.
Armrest with an arm support and a base part (18, 41), which can be arranged on a vehicle structure, wherein the arm support is formed of two parts and comprises a primary arm support part and a secondary arm support part, wherein each arm support part (11a, 11b) is held on the base part (18, 41) so as to be vertically (z1, z2) adjustable by means of an adjusting device, and wherein each arm support part (11a, 11b) can be fixed in at least one vertical position by means of a locking device, characterised in that the adjusting device comprises a guide with a first and a second guide track in the form of a guide rod (14a, 14b) or a shaft, along which guide track lateral regions (16a, 16b, 42a, 42b) of a runner are vertically guided which are formed in the shape of a plate and assigned to each arm support part (11a, 11b), on which runner the arm support part (11a, 11b) of the arm support is held, wherein each runner can be locked in its vertical position.
A system for use in delivering pressurized fluid to a wellbore, the system comprising: a turbine generator that provides a dedicated source of electricity to an electrically powered fracturing equipment system, wherein the electrically powered fracturing equipment system comprises: an electrically powered fracturing module operatively associated with the source of electricity, the electrically powered fracturing module comprising an electric motor and a fluid pump coupled to the electric motor; an electrically powered control system operatively associated with the source of electricity configured to regulate the fracturing module to deliver a treatment fluid from a source of treatment fluid to the wellbore; and a fracturing trailer for housing the fracturing module, the fracturing module being adapted for removable mounting on the fracturing trailer in that the fracturing module has a frame structure in which the electric motor and the fluid pump are arranged, wherein the frame structure has openings for receiving forklift tines so that the fracturing module can be removed from the trailer. an electrically powered fracturing module operatively associated with the source of electricity, the electrically powered fracturing module comprising an electric motor and a fluid pump coupled to the electric motor; an electrically powered control system operatively associated with the source of electricity configured to regulate the fracturing module to deliver a treatment fluid from a source of treatment fluid to the wellbore; and a fracturing trailer for housing the fracturing module, the fracturing module being adapted for removable mounting on the fracturing trailer in that the fracturing module has a frame structure in which the electric motor and the fluid pump are arranged, wherein the frame structure has openings for receiving forklift tines so that the fracturing module can be removed from the trailer.
Connector for a device for rectifying the current produced by a rotating electrical machine, in particular a motor vehicle alternator, said connector being configured to establish, for each phase (u, v, w - u', v' w') of the electrical machine, an electrical connection between one of the phases of said electrical machine and a respective arm of the current rectification device, said connector comprising electrical conductors (40, 42, 44) each having at least two connection terminals, positioned angularly remote from one another in such a way that connection electrodes of current rectification elements (18, 20) of at least two of the arms of the current rectification device, which electrodes are provided in a manner arranged on one and the same circular arc, are able to make contact with said connection terminals, wherein all or some of the conductors (40, 42, 44) are radially deformed at the connection terminals in the form of a segment whose peaks form the contact surfaces for the electrodes of the current rectification elements (18, 20), said contact surfaces being located on one and the same circular arc, and each of the conductors (40, 42, 44) also comprising a connection terminal for one of the phases of the electrical machine, said connector being characterized in that all or some of the conductors (40, 42, 44) comprise a main branch with a radial overall orientation, bearing, at its internal periphery, the connection terminals, for the electrodes of the rectification elements (18, 20), of the corresponding conductor and, at its external periphery, a connection terminal, for of one of the phases of the electrical machine, of the conductor, which terminal is provided in a manner radially remote from said connection terminals for the electrodes of the rectification elements, said main branch being extended at its internal periphery by two portions (54, 56) each bearing one of the connection terminals for the electrodes of the rectification elements, each said portion being angularly in the extension of one another and axially offset with respect to one another, said portions joining at one of their ends so as to define the main branch in the overall form of an arm bearing the connection terminal for one of the phases of the electrical machine.
A flat-belt type test bench for commercial vehicles, comprising a main bench body and a bench test system, the main bench body mounted inside a foundation, wherein the main bench body comprises a main bench frame, a bench cover, front axle flat-belt assemblies and rear axle flat-belt assemblies, each front axle flat-belt assembly provided therein with a fixed plate, a rotary disc and a limiting mechanism, wherein the fixed plate is arranged on the front section of the main bench frame, with the rotary disc being arranged on a central portion of the fixed plate rotatably, and wherein the front axle flat-belt assembly is arranged at center of the rotary disc on the fixed plate, the limiting mechanism disposed external to the rotary disc and configured to limit rotation of the rotary disc during a test, each rear axle flat-belt assembly comprising a flat belt and flat belt pulleys both disposed within the flat belt at opposing ends thereof, wherein the foundation defines a sector-shaped mounting depression in which the main bench body is mounted, with an iron floor being arranged under the main bench body and a pivotal support base connecting the iron floor to the main bench body, so that a top surface of the main bench body is flush with a floor surface of the foundation, the mounting depression provided at a front edge thereof with an arc-shaped guide track, the main bench body provided at a front end thereof with guide wheels engaging the arc-shaped guide track, and wherein the main bench body is configured to support thereon a commercial vehicle under test with front wheels resting on the front axle flat-belt assemblies so that the front axle flat-belt assemblies are able to turn independently with the steer wheels and rear wheels resting on the rear axle flat-belt assemblies.
A method for preparation of a composition in the form of an aerated water-in-oil emulsion, having an overrun ranging from 1% to 200%, comprising the steps: a) preparing a water-in-oil emulsion; b) providing a liquid mixture of a sucrose fatty acid ester having a HLB value ranging from 1 to 7 and an oil and aerating this mixture; and c) mixing the aerated mixture from step b) with the emulsion from step a). a) preparing a water-in-oil emulsion; b) providing a liquid mixture of a sucrose fatty acid ester having a HLB value ranging from 1 to 7 and an oil and aerating this mixture; and c) mixing the aerated mixture from step b) with the emulsion from step a).
A lighting device comprising: a light source unit having a light source disposed on a substrate; a liquid crystal display panel arranged on the front side of the light source unit and lighted by an illuminating light beam from the light source; and a case member, arranged between the substrate and the liquid crystal display panel, which includes a cavity portion for guiding the illuminating light beam emitted from the light source and a body portion provided so as to surround the cavity portion, wherein: the substrate is disposed so as to close an opening on a lower end side of the cavity portion and the liquid crystal display panel is disposed so as to close an opening on an upper end side of the cavity portion on the side opposite from the lower end side opening; an upper end side of the body portion has a notched portion (61d,61f,62d,62f) so as to communicate with the cavity portion; the notched portion (61d, 61f, 62d, 62f) can release heat generated by the light source to the outside of the case member; and a mirror layer is provided on an inner wall portion of the body portion which corresponds to the boundary portion between the cavity portion and the body portion. a light source unit having a light source disposed on a substrate; a liquid crystal display panel arranged on the front side of the light source unit and lighted by an illuminating light beam from the light source; and a case member, arranged between the substrate and the liquid crystal display panel, which includes a cavity portion for guiding the illuminating light beam emitted from the light source and a body portion provided so as to surround the cavity portion, wherein: the substrate is disposed so as to close an opening on a lower end side of the cavity portion and the liquid crystal display panel is disposed so as to close an opening on an upper end side of the cavity portion on the side opposite from the lower end side opening; an upper end side of the body portion has a notched portion (61d,61f,62d,62f) so as to communicate with the cavity portion; the notched portion (61d, 61f, 62d, 62f) can release heat generated by the light source to the outside of the case member; and a mirror layer is provided on an inner wall portion of the body portion which corresponds to the boundary portion between the cavity portion and the body portion. the substrate is disposed so as to close an opening on a lower end side of the cavity portion and the liquid crystal display panel is disposed so as to close an opening on an upper end side of the cavity portion on the side opposite from the lower end side opening; an upper end side of the body portion has a notched portion (61d,61f,62d,62f) so as to communicate with the cavity portion; the notched portion (61d, 61f, 62d, 62f) can release heat generated by the light source to the outside of the case member; and a mirror layer is provided on an inner wall portion of the body portion which corresponds to the boundary portion between the cavity portion and the body portion.
A control block for a hydraulic system of an industrial truck with at least one hydraulic valve, wherein a valve body of the hydraulic valve comprises a plug-in component having at least one radial bore, which can be plugged into a locating bore of the control block and wherein fastening means are provided for detachable attachment of the hydraulic valve, wherein at least one radially movable locking element is arranged at the outside of the plug-in component or within the locating bore of the control block, which co-operates lockingly with an annular groove when the plug-in component is plugged into the locating bore, wherein preloading means keep the locking element in the locking position and an unlocking mechanism is provided by which the locking element can be set out of engagement with the annular groove, characterised in that an elastomeric ring is is arranged on the plug-in component and is set under tension with the outer surface of the control block which is arranged around the locating bore, when the plug-in component sits lockingly in the locating bore.