mhurhangee/ep-ind-claims huggingface dataset:
Cosmetic preparation comprising a) 4-(tert-butyl)-4'-methoxydibenzoylmethane (INCI Butyl Methoxydibenzoylmethane), b) one or more chelating agents selected from the group of - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - tetrasodium pyrophosphate - succinic acid and/or alkali metal salts thereof. a) 4-(tert-butyl)-4'-methoxydibenzoylmethane (INCI Butyl Methoxydibenzoylmethane), b) one or more chelating agents selected from the group of - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - tetrasodium pyrophosphate - succinic acid and/or alkali metal salts thereof. - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - tetrasodium pyrophosphate - succinic acid and/or alkali metal salts thereof.
A liquid discharge apparatus comprising: a plate-like actuator including a plurality of individual electrodes aligning in a first direction; a channel member joined to one surface of the actuator and including a plurality of pressure chambers aligning in the first direction; and a heating member arranged directly or indirectly on the other surface of the actuator and including a convex portion in direct or indirect contact with the plate-like actuator, characterized in that the convex portion is arranged between the plurality of individual electrodes and an outer edge of the actuator, the convex portion protrudes in a thickness direction of the plate-like actuator that is orthogonal to the first direction. a plate-like actuator including a plurality of individual electrodes aligning in a first direction; a channel member joined to one surface of the actuator and including a plurality of pressure chambers aligning in the first direction; and a heating member arranged directly or indirectly on the other surface of the actuator and including a convex portion in direct or indirect contact with the plate-like actuator, characterized in that the convex portion is arranged between the plurality of individual electrodes and an outer edge of the actuator, the convex portion protrudes in a thickness direction of the plate-like actuator that is orthogonal to the first direction.
Method of discovery, by a first device connected to an IP network, of a state of connection of said first device to said IP network, said IP network comprising at least one compatible second device, characterized in that it comprises the following steps, implemented by said first device: - switchover to a disconnected state, at startup, and sending a request on said IP network asking said at least one compatible second device to reply; - in the disconnected state, repeatedly sending of said request on the IP network asking said at least one compatible second device to reply, when no message is received from said at least one compatible second device within a first given period of time; - from the disconnected state, switchover to a connected state, on receipt of at least one message from said at least one compatible second device; - from the connected state switching to a message reception standby state when no message is received from said at least one compatible second device within a second given period of time; - from the message reception standby state, switching to said connected state upon reception of at least one message from said at least one compatible second device within a third given period of time; and - from the message reception standby state, switching to said disconnected state when no message is received from said at least one compatible second device within said third given period of time. - switchover to a disconnected state, at startup, and sending a request on said IP network asking said at least one compatible second device to reply; - in the disconnected state, repeatedly sending of said request on the IP network asking said at least one compatible second device to reply, when no message is received from said at least one compatible second device within a first given period of time; - from the disconnected state, switchover to a connected state, on receipt of at least one message from said at least one compatible second device; - from the connected state switching to a message reception standby state when no message is received from said at least one compatible second device within a second given period of time; - from the message reception standby state, switching to said connected state upon reception of at least one message from said at least one compatible second device within a third given period of time; and - from the message reception standby state, switching to said disconnected state when no message is received from said at least one compatible second device within said third given period of time.
A device management method, comprising: receiving, by a gateway, a first Notification message sent by a device management, DM, server; generating, by the gateway, a second Notification message for a device according to the first Notification message, and providing, an ID identifier of the DM server in the second Notification message for the device; sending, by the gateway, the generated second Notification message to the device; wherein the device parses the generated second Notification message to obtain the ID identifier of the DM Server, and at the same time, according to a management object, MO, ID provided in the second Notification message, obtains an access control list, ACL, attribute value of a corresponding MO and then performs ACL right control by comparing the ID identifier of the DM Server with the ACL attribute value, wherein, based on said comparing, if a right permits, the device initiates a management session with the DM server, and if the right does not permit, the device rejects to initiate the management session with the DM server. receiving, by a gateway, a first Notification message sent by a device management, DM, server; generating, by the gateway, a second Notification message for a device according to the first Notification message, and providing, an ID identifier of the DM server in the second Notification message for the device; sending, by the gateway, the generated second Notification message to the device; wherein the device parses the generated second Notification message to obtain the ID identifier of the DM Server, and at the same time, according to a management object, MO, ID provided in the second Notification message, obtains an access control list, ACL, attribute value of a corresponding MO and then performs ACL right control by comparing the ID identifier of the DM Server with the ACL attribute value, wherein, based on said comparing, if a right permits, the device initiates a management session with the DM server, and if the right does not permit, the device rejects to initiate the management session with the DM server.
Plastic-tube butt-welding machine having at least one heating element which has a plate-type radiator in which at least one electric heat source is integrated, characterized in that the plate-type radiator comprises a metallic foam structure in which the at least one electric heat source is embedded in a heat-conducting manner.
A clamping ring for a pipe connection, the pipe connection comprising a connecting piece, a pipe, and the clamping ring, the pipe and the clamping ring being made of a cross-linked polyolefin having memory properties, wherein in making the pipe connection an end of the pipe and the clamping ring are reversibly expanded co-jointly and firmly and sealingly shrunk to the connecting piece by back shrinkage, characterized in that the clamping ring is made by injection molding and in that the clamping ring at its one end comprises an inward extending stop edge, the stop edge comprising inward extending protrusions.
A method for recovering at least one precious metal from a precious metal containing stream, the method comprising: removing at least a portion of a contaminant, wherein the contaminant comprises lead, nickel and combinations thereof, from a basic metal concentrate stream to form a resulting stream; removing at least a portion of a second contaminant from the resulting stream, wherein the second contaminant is selected from the group consisting of selenium, sulfur, arsenic and combinations thereof, to form a partially purified stream; subjecting the partially purified stream to a leach to produce a leached stream; removing at least one basic metal from the leached stream, wherein the at least one basic metal is selected from the group consisting of lead, silver, nickel, copper, iron, cobalt, bismuth, chromium, gold, ruthenium and combinations thereof, to form a precious metal containing stream; and, adding a substituted quaternary amine to the precious metal containing stream to recover at least one precious metal from the precious metal containing stream, wherein the precious metal is selected from the group consisting of palladium, rhodium and platinum.. removing at least a portion of a contaminant, wherein the contaminant comprises lead, nickel and combinations thereof, from a basic metal concentrate stream to form a resulting stream; removing at least a portion of a second contaminant from the resulting stream, wherein the second contaminant is selected from the group consisting of selenium, sulfur, arsenic and combinations thereof, to form a partially purified stream; subjecting the partially purified stream to a leach to produce a leached stream; removing at least one basic metal from the leached stream, wherein the at least one basic metal is selected from the group consisting of lead, silver, nickel, copper, iron, cobalt, bismuth, chromium, gold, ruthenium and combinations thereof, to form a precious metal containing stream; and, adding a substituted quaternary amine to the precious metal containing stream to recover at least one precious metal from the precious metal containing stream,
Camshaft for an internal combustion engine with at least one functional element (2,2',2"), wherein at least one positioning element is provided on the camshaft, said positioning element being firmly connected with the camshaft and allowing assembly of the camshaft only in the case of a clear and exact relative position of the functional element (2,2',2") to the camshaft, characterised in that - the positioning element is a ring with a free-cut microsection, which interacts with a corresponding lug on the functional element, - the lug has a shape that is rectangular, triangular, octangular or resembles the segment of a circle. - the positioning element is a ring with a free-cut microsection, which interacts with a corresponding lug on the functional element, - the lug has a shape that is rectangular, triangular, octangular or resembles the segment of a circle.
A composition dispensing hair removal device, said device comprising a composition comprising from 0.1% to 60% by weight of a metathesized unsaturated polyol ester, the metathesized unsaturated polyol ester having the following properties: (i) a weight average molecular weight of from 5,000 Daltons to 50,000 Daltons; (ii) a free hydrocarbon content, based on total weight of metathesized unsaturated polyol ester of from 0% to 5%; (iii) an iodine value of from 30 to 200. (i) a weight average molecular weight of from 5,000 Daltons to 50,000 Daltons; (ii) a free hydrocarbon content, based on total weight of metathesized unsaturated polyol ester of from 0% to 5%; (iii) an iodine value of from 30 to 200.
A wet scrubber for removal of at least one gaseous pollutant from an effluent gas comprising an inlet opening, a wet scrubber housing, which is fluidly connected to the inlet opening and through which housing the effluent gas is to flow in a scrubber gas flow direction, and an absorption liquid supply device adapted to supply an absorption liquid into said wet scrubber housing for contact of effluent gas with the absorption liquid inside of the wet scrubber housing, wherein a gas distributor arranged in the wet scrubber housing, the gas distributor comprising a diffuser having a cover plate arranged in the path of the effluent gas flowing into the wet scrubber housing via the inlet opening, characterized in the diffuser further having an inlet throat connected to the inlet opening with a first portion having a constant circumference and a second portion being fluidly connected to the first portion, the second portion having an increasing horizontal cross-sectional area as one moves in a direction away from first portion and a smooth inner curvature that connects the first portion with a lower plate encircling the second portion, the diffuser further having side walls extending from the inner diameter of first portion to the outer diameter of the lower plate of the second portion and from the lower plate to the cover plate defining diffuser channels for transporting the effluent gas from the inlet opening into the wet scrubber housing.
A wavelength conversion member comprising: a substrate; and a fluorescent film that is disposed on the substrate and emits fluorescence upon reception of excitation light, characterized in that the fluorescent film includes an aggregate of a plurality of fluorescent particles, the aggregate being formed as a result of contact among the fluorescent particles, and a glass material filling gaps between the fluorescent particles in the aggregate, the fluorescent film has a thickness of 60 μm or less, and a total volume of a volume of the glass material and a volume of the fluorescent particles in the fluorescent film is equal to or less than an envelope volume of the aggregate in the fluorescent film, corresponding to the minimum volume of an imaginary rectangular parallelepiped that contains all the fluorescent particles present within the fluorescent film, and a value obtained by dividing the thickness of the fluorescent film by a particle size of the fluorescent particles is 3 or less. a substrate; and a fluorescent film that is disposed on the substrate and emits fluorescence upon reception of excitation light, characterized in that the fluorescent film includes an aggregate of a plurality of fluorescent particles, the aggregate being formed as a result of contact among the fluorescent particles, and a glass material filling gaps between the fluorescent particles in the aggregate, the fluorescent film has a thickness of 60 μm or less, and a total volume of a volume of the glass material and a volume of the fluorescent particles in the fluorescent film is equal to or less than an envelope volume of the aggregate in the fluorescent film, corresponding to the minimum volume of an imaginary rectangular parallelepiped that contains all the fluorescent particles present within the fluorescent film, and a value obtained by dividing the thickness of the fluorescent film by a particle size of the fluorescent particles is 3 or less.
A surgical implant (10,110), comprising: a body (12,112) that extends along a longitudinal axis between a drive head (14,114) and a tip (16,116) of the implant; a non-porous thread (20,120) that wraps around said body (12,112) comprising a minor diameter and a major diameter; and a porous region (24,124) comprising a plurality of interconnected pores circumferentially extending about said body (12,112) between adjacent revolutions (25,125) of said non-porous thread, characterized in that said body (12,112) including a cannulation (18,118) disposed about said longitudinal axis and extending from said tip (16,116) to said drive head (14,114); and in that the porous region (24,124) extends from the minor diameter toward the cannulation (18,118). a body (12,112) that extends along a longitudinal axis between a drive head (14,114) and a tip (16,116) of the implant; a non-porous thread (20,120) that wraps around said body (12,112) comprising a minor diameter and a major diameter; and a porous region (24,124) comprising a plurality of interconnected pores circumferentially extending about said body (12,112) between adjacent revolutions (25,125) of said non-porous thread, characterized in that said body (12,112) including a cannulation (18,118) disposed about said longitudinal axis and extending from said tip (16,116) to said drive head (14,114); and in that the porous region (24,124) extends from the minor diameter toward the cannulation (18,118).
Probe for an overfill prevention system for tanks for transport of liquid fuels, comprising a level detector mounted on a support (10, 11) that is fixed on the tank so that the detector is placed in the tank at a maximum permissible filling height involving a measuring sensor capable of providing a redundant level measurement, the sensor comprising at least one measuring assembly, each measuring assembly including at least two sets of electrodes (5,6), (7,8) separated in pairs and defining detection zones (Z1, Z2) characterized in that the level detector includes means (9a, 9b) for measuring the dielectric permittivity of the fluid between the electrodes, the dielectric permittivity measuring means being capable of measuring the dielectric permittivity between the electrodes independently for each detection zone, and the sets of electrodes being separated by a common separating electrode.
Compostable cellulose-based paper having an oxygen transmission rate of less than 10 cm 3 /(m 2 ·day) as measured in accordance with ASTM D 3985 and ASTM F 1927, when determined at 23 °C and 50% relative humidity, the compostable cellulose-based paper comprising a continuous cellulosic fiber matrix that comprises native cellulosic fibers and non-fibrous cellulosic material, wherein the "non-fibrous cellulosic material" specifies a material which is obtained by dissolving or partly dissolving the native cellulosic fibers with a gelatinizing agent, whereby the native cellulosic fibers disintegrate and form a gel-like viscous material, and subsequently eliminating the gelatinizing agent by washing with water, whereby the gel-like material precipitates to form a solid material, and wherein the content of the non-fibrous cellulosic material in the continuous cellulosic fiber matrix is of from 15 to 50 wt.%, wherein the compostable cellulose-based paper meets the compostability standard EN13432. the compostable cellulose-based paper comprising a continuous cellulosic fiber matrix that comprises native cellulosic fibers and non-fibrous cellulosic material, wherein the "non-fibrous cellulosic material" specifies a material which is obtained by dissolving or partly dissolving the native cellulosic fibers with a gelatinizing agent, whereby the native cellulosic fibers disintegrate and form a gel-like viscous material, and subsequently eliminating the gelatinizing agent by washing with water, whereby the gel-like material precipitates to form a solid material, and wherein the content of the non-fibrous cellulosic material in the continuous cellulosic fiber matrix is of from 15 to 50 wt.%, wherein the compostable cellulose-based paper meets the compostability standard EN13432.
An adapter for receiving a hybrid connector part and a fiber optic connector part, said hybrid connector part having electrical terminal points and a fiber optic ferrule providing at least one fiber optic terminal point, said fiber optic connector part having no electrical terminal points but a fiber optic ferrule providing at least one fiber optic terminal point, comprising: an adapter body providing a first receptacle for receiving said hybrid connector part and a second receptacle for receiving said fiber optic connector part, whereby said receptacles (34, 35) are positioned at opposite sides of said adapter body; characterized by said adapter body further providing insert holes receiving electrical contact sockets, said electrical contact sockets being connectable with the electrical terminal points of said hybrid connector part when said hybrid connector part is inserted in said first receptacle, wherein said insert holes receive said electrical contact sockets in such a way that first ends of the electrical contact sockets extends at a first side of the adapter body into the first receptacle so that the first ends of the electrical contact sockets can be contacted by the electrical terminal points of the hybrid connector part when the same is inserted in the first receptacle, and that second ends of the electrical contact sockets are at a second side of the adapter body positioned adjacent the second receptacle so that the second ends of the electrical contact sockets can be contacted by separate copper wires when the fiber optic connector part is inserted in the second receptacle. an adapter body providing a first receptacle for receiving said hybrid connector part and a second receptacle for receiving said fiber optic connector part, whereby said receptacles (34, 35) are positioned at opposite sides of said adapter body; characterized by said adapter body further providing insert holes receiving electrical contact sockets, said electrical contact sockets being connectable with the electrical terminal points of said hybrid connector part when said hybrid connector part is inserted in said first receptacle, wherein said insert holes receive said electrical contact sockets in such a way that first ends of the electrical contact sockets extends at a first side of the adapter body into the first receptacle so that the first ends of the electrical contact sockets can be contacted by the electrical terminal points of the hybrid connector part when the same is inserted in the first receptacle, and that second ends of the electrical contact sockets are at a second side of the adapter body positioned adjacent the second receptacle so that the second ends of the electrical contact sockets can be contacted by separate copper wires when the fiber optic connector part is inserted in the second receptacle.
A process for removing hydrocarbons and divalent cations from a rich monoethylene glycol, MEG, feed stream, the process comprising the steps of: (i) passing the rich MEG feed stream through a hydrocarbon removal bed where the hydrocarbons are adsorbed by a solid adsorbent material; and (ii) passing the rich MEG feed stream from the hydrocarbon removal bed through an ion exchange bed comprising an ion exchange resin, where the divalent cations are adsorbed by an ion exchange resin; characterized by: (iii) passing the rich MEG feed stream from the ion exchange bed through a flash separator followed by a distillation column. (i) passing the rich MEG feed stream through a hydrocarbon removal bed where the hydrocarbons are adsorbed by a solid adsorbent material; and (ii) passing the rich MEG feed stream from the hydrocarbon removal bed through an ion exchange bed comprising an ion exchange (iii) passing the rich MEG feed stream from the ion exchange bed through a flash separator followed by a distillation column.