mhurhangee/ep-ind-claims huggingface dataset:
Wall anchor for wall-side fastening of a sanitary tub, comprising a base body, which has an elongated hole, through which a fastening screw for fastening the base body to a wall is guided, wherein adjusting means are arranged for displacing the base body along the fastening screw arranged in the elongated hole, characterised in that the adjusting means comprise a sleeve, through which the fastening screw is guided, wherein the sleeve has a pinion, which engages in a toothing arranged in the elongated hole.
Bearing arrangement comprising a bearing flange and a flange mount with a longitudinal axis, these having a mutual axial stop and a fixing means for securing the mutual stop position, wherein the fixing means is designed in the form of a wedge clamping means, which can be actuated transversely, in particular radially, in relation to the longitudinal axis, wherein the wedge clamping means clamps the bearing flange and the flange mount axially into the mutual stop position and the wedge clamping means comprises clamping elements (18, 19) which have a wedge surface and are arranged alternately on the bearing flange and on the flange mount, are oriented transversely, in particular radially, in relation to the longitudinal axis and can grip one inside the other in form-fitting manner, characterized in that the clamping element arranged on the bearing flange is designed in the form of a circumferential, annular groove and the other clamping element, which is arranged on the flange mount, is designed in the form of one or more radial spring pins, in particular screw-connection pins, wherein the groove has a larger axial width than the spring pin and comprises a sloping side wall, which faces the stop and forms a wedge surface. the wedge clamping means comprises clamping elements (18, 19) which have a wedge surface and are arranged alternately on the bearing flange and on the flange mount, are oriented transversely, in particular radially, in relation to the longitudinal axis and can grip one inside the other in form-fitting manner, characterized in that the clamping element arranged on the bearing flange is designed in the form of a circumferential, annular groove and the other clamping element, which is arranged on the flange mount, is designed in the form of one or more radial spring pins, in particular screw-connection pins, wherein the groove has a larger axial width than the spring pin and comprises a sloping side wall, which faces the stop and forms a wedge surface.
Transportation bag which can be installed in an object, the object being a vehicle, container or the like, which can be exposed to explosive attack, wherein, for incorporation in the object, there are fastening elements provided on the transportation bag, and said fastening elements can be attached at object-mounted fastening points such that shock-decoupled fastening of the transportation bag in the object takes place, wherein the fastening elements are belts, straps, chains, etc., which transmit exclusively tensile forces, wherein at least one side of the transportation bag has a clamp lock or an arresting loop, via which one of the belts is drawn, the belt being prestressed as a result, wherein at least two, preferably three, belts are provided for fastening the transportation bag, and a rear belt can be fastened on a side wall of the object and a front, lower belt can be fastened on an intermediate floor or a floor of the object.
A guide vane assembly for an aircraft turbine engine, this guide vane assembly comprising two annular shells (304, 303), an internal and an external respectively, extending around a common axis and connected together by blades, said internal shell having substantially, in axial cross-section, an I shape and comprising two cylindrical walls (305, 307), respectively internal and external, and connected to each other by an annular core, the guide vane assembly being sectorised and comprising a plurality of sectors arranged circumferentially next to each other about said axis, characterised in that each of the sectors comprises a core segment which comprises at least one concavity oriented in the axial direction.
Tray cleaning station for ophthalmic lenses production line, the tray cleaning station comprising a conveyor belt for the transport of trays supporting the lenses, comprising extraction means of a tray from the conveyor belt, a chamber for cleaning the tray and transfer means of the tray between the extraction means and the chamber, characterized in that the transfer means are configured to introduce the tray in the cleaning chamber and wherein the extraction means comprise a rotating base which supports two arms (X1, X2), each provided in its end with a pad (P1, P2) destined to press laterally a tray, a rotation axis (Γ) of the rotating base, and an actuator for rotating the axis (Γ), the rotating base being provided with a linear actuator for adjusting the distance between the arms (X1, X2), thus allowing to clamp a tray between the pads (P1, P2).
Method for transparent bonding of transparent layers, in which a hardenable, transparent adhesive is provided, characterised in that, in a first step, the transparent adhesive is applied, in a phase in which it is still liquid or viscous, to a bonding surface on an upper face of a display unit in order to form a transparent adhesive layer; in a next step, the display unit is rotated by 180° about a turning axis, the transparent adhesive layer pointing downwards after the display unit has been rotated, and, after deformation and shrinkage of the transparent adhesive layer, which shrinkage is caused at least in part by gravitational force, into a drop shape, the bonding surface and the transparent adhesive layer applied thereon are joined together on a contact surface of an input unit, the display unit being pressed, by the action of gravitational force, onto the input unit located thereunder, and, by means of the pressing action, the transparent adhesive layer arranged between the input unit and the display unit being spread out, without air bubbles, on a predefinable adhesive region of the input unit, at least one sealing means being arranged on the bonding surface of the display unit and/or on the contact surface of the input unit, which sealing means laterally confines the adhesive region, at least at points, in the horizontal direction following the joining process, and the sealing means being a UV-hardenable spacer dam, transparent filler bodies being inserted into the hardenable, transparent adhesive, the transparent filler bodies being cuboid and/or rectangular and having an edge length of at least 0.2 mm and at most 0.5 mm, the bonding surface and/or the contact surface being sealed by means of a transparent UV-hardenable sealant or by means of a condensation crosslinking hardenable sealant before the transparent adhesive is applied to the bonding surface.
A biological imaging device comprising: a sample holder for holding a biological sample placed thereon; a two-dimensional detector for detecting an image of light emitted from the sample placed on the sample holder; optical paths (102, 104, 106) for observing the sample placed on the sample holder from two or more directions and for guiding images of light emitted from the sample in different directions to the two-dimensional detector, the optical paths (102, 104, 106) being provided in different directions; and a main imaging lens arranged between the two-dimensional detector and the optical paths for forming images guided by the optical paths at different positions on the two-dimensional detector according to an observation direction, wherein at least one of the optical paths (102, 104, 106) is an optical waveguide path (104, 106) not receiving light traveling in air directly toward the main imaging lens from the sample, and the optical waveguide path(s) (104, 106) includes an optical element arranged to form an image of the sample within a substantial focus range of the main imaging lens and to allow light beams from the image to travel toward the main imaging lens, so that the main imaging lens simultaneously forms images observed from two or more directions and guided by the optical paths on the two-dimensional detector, characterized in that the optical element is an optical element for forming a real image as the image. a sample holder for holding a biological sample placed thereon; a two-dimensional detector for detecting an image of light emitted from the sample placed on the sample holder; optical paths (102, 104, 106) for observing the sample placed on the sample holder from two or more directions and for guiding images of light emitted from the sample in different directions to the two-dimensional detector, the optical paths (102, 104, 106) being provided in different directions; and a main imaging lens arranged between the two-dimensional detector and the optical paths for forming images guided by the optical paths at different positions on the two-dimensional detector according to an observation direction, wherein at least one of the optical paths (102, 104, 106) is an optical waveguide path (104, 106) not receiving light traveling in air directly toward the main imaging lens from the sample, and the optical waveguide path(s) (104, 106) includes an optical element arranged to form an image of the sample within a substantial focus range of the main imaging lens and to allow light beams from the image to travel toward the main imaging lens, so that the main imaging lens simultaneously forms images observed from two or more directions and guided by the optical paths on the two-dimensional detector, characterized in that the optical element is an optical element for forming a real image as the image.
An ornamental article including at least one blank in the form of a hollow three-dimensional component with a cut edge made out of moulded paper pulp, characterised by a flat insert of the same shape as the inner surface of the blank, wherein the insert is placed inside hollow three-dimensional component, the insert is in contact with at least a part of inner surface adjacent to the outline of the cut edge, such that uniformity of the geometric dimensions and structural rigidity of the blank is provided.
A system for mobile network malware detection, the system comprising: means for, tracking a request generated by a client on a mobile device to identify associated locations of the request, wherein the client is a mobile application running on the mobile device, and wherein the associated locations are used to identify suspicious destinations based on the client making the request relative to a specified destination of the request; means for, analyzing the associated locations of the request generated by the client, wherein the associated locations include one or more of an originating location of the request, an intermediate location of the request, and a destination location of the request; means for, extracting the specified destination of the request from the associated locations; means for, determining whether the specified destination matches an expected destination based on the client that is, or is appearing to, make the request, wherein a plurality of expected destinations for commonly used clients is maintained by the system, and wherein the expected destinations for commonly used clients are used for comparison to the expected destination based on the client that is, or is appearing to, make the request; and means for, if it has been determined that the specified destination does not match the expected destination, determining that the request constitutes malicious traffic or potentially malicious traffic and blocking the request and other requests of the client. means for, tracking a request generated by a client on a mobile device to identify associated locations of the request, wherein the client is a mobile application running on the mobile device, and wherein the associated locations are used to identify suspicious destinations based on the client making the request relative to a specified destination of the request; means for, analyzing the associated locations of the request generated by the client, wherein the associated locations include one or more of an originating location of the request, an intermediate location of the request, and a destination location of the request; means for, extracting the specified destination of the request from the associated locations; means for, determining whether the specified destination matches an expected destination based on the client that is, or is appearing to, make the request, wherein a plurality of expected destinations for commonly used clients is maintained by the system, and wherein the expected destinations for commonly used clients are used for comparison to the expected destination based on the client that is, or is appearing to, make the request; and means for, if it has been determined that the specified destination does not match the expected destination, determining that the request constitutes malicious traffic or potentially malicious traffic and blocking the request and other requests of the client.
An automatic swaying ornament, including a base, inside the base a sub-portion and a space applied for the sub-portion to sway, wherein the automatic swaying ornament further comprises: a plurality of connection shafts, arranged symmetrically on both sides of the sub-portion, and extending following each side; an end of each of the connection shafts being set as a sharp tip; a plurality of connection slots, arranged in both sides of an inner side of the base and adapted to the connection shafts, applied to connecting with the sub-portion; an opening of each of the connection slots having a blocking portion arranged, applied to preventing the connection shafts from coming off; a cover plate, arranged on and welded to the base, applied to covering the connection slots and to make the connection shafts to be enclosed in the connection slots, having the sub-portion exposing only; characterized in that the connection slots are U-shaped and in that the automatic swaying ornament further comprises a plurality of through holes, each arranged on one side of each of the connection slots, to enable a user to adjust the connection shafts and to remove external foreign matter from the connection slots through the through holes from a back of the base. a plurality of connection shafts, arranged symmetrically on both sides of the sub-portion, and extending following each side; an end of each of the connection shafts being set as a sharp tip; a plurality of connection slots, arranged in both sides of an inner side of the base and adapted to the connection shafts, applied to connecting with the sub-portion; an opening of each of the connection slots having a blocking portion arranged, applied to preventing the connection shafts from coming off; a cover plate, arranged on and welded to the base, applied to covering the connection slots and to make the connection shafts to be enclosed in the connection slots, having the sub-portion exposing only; characterized in that the connection slots are U-shaped and in that the automatic swaying ornament further comprises a plurality of through holes, each arranged on one side of each of the connection slots, to enable a user to adjust the connection shafts and to remove external foreign matter from the connection slots through the through holes from a back of the base.
A method of purifying reduced coenzyme Q 10 which is obtainable by reduction of oxidized coenzyme Q 10, wherein water-soluble impurities are removed from the reduced coenzyme Q 10, wherein washing of the crystals and/or oil of the reduced coenzyme Q 10 comprises bringing crystals and/or oil of the reduced coenzyme Q 10 into contact with a water-soluble organic solvent or a mixed solvent composed of a water-soluble organic solvent and water in a vessel and wherein the washing of the crystals and/or oil of reduced coenzyme Q 10 is carried out in a state of dispersion of the crystals and/or oil of reduced coenzyme Q 10 in the water-soluble organic solvent or the mixed solvent composed of the water-soluble organic solvent and water and wherein the crystals and/or oil of reduced coenzyme Q 10 are/is selected from the group consisting of: crystals obtainable by crystallization from or concentration to dryness of a solution containing reduced coenzyme Q 10; a solid resulting from solidification of oil of reduced coenzyme Q 10; an oil resulting from melting of crystals of reduced coenzyme Q 10; and an oil obtainable by concentrating a reduced coenzyme Q 10 -containing solution at a temperature not lower than the melting temperature.
An arrangement comprising a device for advancing goods and goods, in particular for sales shelves, comprising a guide, along which a slider is guided, wherein the slider is tensioned in the advancing direction via a spring, wherein a damper is provided, by means of which a movement of the slider is braked at least in the advancing direction, and wherein the spring is formed as a flat leaf spring which can be wound up and which pretensions the slider to a limit stop in the advancing direction, said limit stop protruding upwards at a front side, whereby the spring is fixed with one end to a spring holder located next to the limit stop, so that the slider is tensioned over the entire displacement distance along the guide by means of the spring, characterized in that the damper (11, 14) is formed as a rotational damper and is arranged on a rotatable shaft of the spring, whereby said rotatable shaft rotates when the spring is being wound up due to the slider advancing, whereby the rotational damper is coupled with a shaft of the spring and a housing of the slider, and whereby the goods are formed as bottles or stapled goods.
A concentrated therapeutic phospholipid composition for use in a method of medical treatment in reducing circulating plasma triglyceride levels comprising compounds of the general formula: wherein: R 1 and R 2 each independently represent a docosahexaenoic acid or an eicosapentaenoic acid residue; each X is independently selected from -CH 2 CH 2 NH 3, - CH 2 CH 2 N(CH 3) 3, or the total phospholipids in the composition are at a concentration between about 50% to about 70% (w/w); the total EPA in the extract is at a concentration of between about 15% and 25% (w/w); the total DHA in the extract is at a concentration of between about 10% and 15% (w/w) and the composition is to be administered to a subject, wherein the subject is a mammal, preferably a human. R 1 and R 2 each independently represent a docosahexaenoic acid or an eicosapentaenoic acid residue; each X is independently selected from -CH 2 CH 2 NH 3, - CH 2 CH 2 N(CH 3) 3, or the total phospholipids in the composition are at a concentration between about 50% to about 70% (w/w); the total EPA in the extract is at a concentration of between about 15% and 25% (w/w); the total DHA in the extract is at a concentration of between about 10% and 15% (w/w) and the composition is to be administered to a subject, wherein the subject is a mammal, preferably a human.
Crankcase ventilation device for an internal combustion engine, in particular of a motor vehicle, - having a housing, which has an intake connector for feeding the blow-by gas to be cleaned and a discharge connector to release the cleaned blow-by gas, - having a filter element which is arranged in the housing and separates in the housing a tube chamber fluidically linked with the intake connector from a cleaning chamber fluidically linked with the discharge connector, - having a bypass valve arranged in the housing, which controls a bypass path running in the housing that fluidically connects the tube chamber with the cleaning chamber and has a valve seat as well as a valve member prestressed against the valve seat by means of a spring force, which valve member at a preset overpressure on the untreated side against the spring force lifts from the valve seat and opens the bypass path, - having an impactor, which is arranged in the housing in the bypass path so that an impact wall of the impactor is only impacted by a blow-by gas stream from the untreated side when the bypass path is open, - wherein the valve seat is configured directly on the filter element, - wherein the valve member is arranged at the housing relative to the valve seat so that it can be adjustably lifted, characterized in that, - a valve member mount is fastened at the housing on which the valve member is arranged relative to the valve seat so that it can be adjustably lifted, - the impact wall is designed on the valve member mount. - having a housing, which has an intake connector for feeding the blow-by gas to be cleaned and a discharge connector to release the cleaned blow-by gas, - having a filter element which is arranged in the housing and separates in the housing a tube chamber fluidically linked with the intake connector from a cleaning chamber fluidically linked with the discharge connector, - having a bypass valve arranged in the housing, which controls a bypass path running in the housing that fluidically connects the tube chamber with the cleaning chamber and has a valve seat as well as a valve member prestressed against the valve seat by means of a spring force, which valve member at a preset overpressure on the untreated side against the spring force lifts from the valve seat and opens the bypass path, - having an impactor, which is arranged in the housing in the bypass path so that an impact wall of the impactor is only impacted by a blow-by gas stream from the untreated side when the bypass path is open, - wherein the valve seat is configured directly on the filter element, - wherein the valve member is arranged at the housing relative to the valve seat so that it can be adjustably lifted, - a valve member mount is fastened at the housing on which the valve member is arranged relative to the valve seat so that it can be adjustably lifted, - the impact wall is designed on the valve member mount.
A copper alloy for an electric and electronic device, the copper alloy comprising: more than 2.0 mass% and 15.0 mass% or less of Zn; 0.10 mass% to 0.90 mass% of Sn; 0.05 mass% to less than 1.00 mass% of Ni; 0.001 mass% to 0.080 mass% of Fe; 0.005 mass% to 0.100 mass% of P; optionally 0.001 mass% to less than 0.100 mass% of Co and the balance being Cu and unavoidable impurities, wherein a ratio (Fe+Co)/Ni of a total content of Fe and Co to a Ni content satisfies 0.002≤(Fe+Co)/Ni<1.500 by atomic ratio, a ratio (Ni+Fe+Co)/P of a total content (Ni+Fe+Co) of Ni, Fe, and Co to a P content satisfies 3.0<(Ni+Fe+Co)/P<100.0 by atomic ratio, a ratio Sn/(Ni+Fe+Co) of a Sn content to the total content (Ni+Fe+Co) of Ni, Fe, and Co satisfies 0.10<Sn/(Ni+Fe+Co)<5.00 by atomic ratio, the H content is 10 mass ppm or less, the O content is 100 mass ppm or less, the S content is 50 mass ppm or less, and the C content is 10 mass ppm or less. more than 2.0 mass% and 15.0 mass% or less of Zn; 0.10 mass% to 0.90 mass% of Sn; 0.05 mass% to less than 1.00 mass% of Ni; 0.001 mass% to 0.080 mass% of Fe; 0.005 mass% to 0.100 mass% of P; optionally 0.001 mass% to less than 0.100 mass% of Co and the balance being Cu and unavoidable impurities, wherein a ratio (Fe+Co)/Ni of a total content of Fe and Co to a Ni content satisfies 0.002≤(Fe+Co)/Ni<1.500 by atomic ratio, a ratio (Ni+Fe+Co)/P of a total content (Ni+Fe+Co) of Ni, Fe, and Co to a P content satisfies 3.0<(Ni+Fe+Co)/P<100.0 by atomic ratio, a ratio Sn/(Ni+Fe+Co) of a Sn content to the total content (Ni+Fe+Co) of Ni, Fe, and Co satisfies 0.10<Sn/(Ni+Fe+Co)<5.00 by atomic ratio, the H content is 10 mass ppm or less, the O content is 100 mass ppm or less, the S content is 50 mass ppm or less, and the C content is 10 mass ppm or less.