mhurhangee/ep-ind-claims huggingface dataset:
A method for message forwarding, comprising: receiving, by a second device in a second domain, a first message from a first domain, wherein the first message carries a first SFPID allocated by the first domain for the first message; allocating, by the second device for the first message, a second Service Function Path Identifier, SFPID, corresponding to a Service Function Chain, SFC, in the second domain, and obtaining, by the second device, a second message; and sending, by the second device, the second message to one or more other devices, except the second device, in the second domain; wherein allocating, by the second device for the first message, the second SFPID corresponding to the SFC in the second domain, and obtaining, by the second device, the second message comprises classifying, by the second device, the first message, and generating, by the second device, the second SFPID according to a classification result; the method being characterized by encapsulating, by the second device, the first message by adding a new SFPID header corresponding to the second SFPID of the second domain outside the SFPID header corresponding to the first SFPID of the first domain, so as to obtain the second message. receiving, by a second device in a second domain, a first message from a first domain, wherein the first message carries a first SFPID allocated by the first domain for the first message; allocating, by the second device for the first message, a second Service Function Path Identifier, SFPID, corresponding to a Service Function Chain, SFC, in the second domain, and obtaining, by the second device, a second message; and sending, by the second device, the second message to one or more other devices, except the second device, in the second domain; wherein allocating, by the second device for the first message, the second SFPID corresponding to the SFC in the second domain, and obtaining, by the second device, the second message comprises classifying, by the second device, the first message, and generating, by the second device, the second SFPID according to a classification result; the method being characterized by encapsulating, by the second device, the first message by adding a new SFPID header corresponding to the second SFPID of the second domain outside the SFPID header corresponding to the first SFPID of the first domain, so as to obtain the second message.
A topical oil-in-water emulsion composition comprising: (a) a discontinuous oil phase; (b) a continuous aqueous phase comprising water; (c) a thickening agent; (d) at least one lamellar membrane structure comprising (i) a phospholipid, (ii) a fatty alcohol, and (iii) a fatty acid; and wherein in use the composition has a water vapor transmission rate of less than 70 g.m -2.hr -1 measured in vitro using the modWVTR test methodology according to the description, the phospholipid is selected from the group consisting of phosphatidylcholine, hydrogenated phosphatidylcholine, and mixtures thereof, and the fatty acid is a C 20 to C 26 fatty acid. (a) a discontinuous oil phase; (b) a continuous aqueous phase comprising water; (c) a thickening agent; (d) at least one lamellar membrane structure comprising (i) a phospholipid, (ii) a fatty alcohol, and (iii) a fatty acid; and wherein in use the composition has a water vapor transmission rate of less than 70 g.m -2.hr -1 measured in vitro using the modWVTR test methodology according to the description, the phospholipid is selected from the group consisting of phosphatidylcholine, hydrogenated phosphatidylcholine, and mixtures thereof, and the fatty acid is a C 20 to C 26 fatty acid.
Method of handling filled and closed bags made of sheet material, having a pocket for the contents, in particular cut tobacco, and having a flap - closure or folding flap - which has an end region butting against a wall (13, 14) of the sealed pocket, wherein the bags are gripped, and transported, via a retaining head (24, 25) of a handling appliance - transfer conveyor -, characterised by the following features: a) the bag is gripped on an exposed outer side of the pocket by the retaining head (24, 25) by means of suction air, b) the retaining head (24, 25) has suction holders (54, 55) as retaining means, which grip the bag on the pocket wall (13, 14) having the end region of the flap, c) the suction holders (54, 55) grip the bag, on the one hand, in the region of the flap and, on the other hand, in a free region of the pocket wall (13, 14) adjoining the flap. a) the bag is gripped on an exposed outer side of the pocket by the retaining head (24, 25) by means of suction air, b) the retaining head (24, 25) has suction holders (54, 55) as retaining means, which grip the bag on the pocket wall (13, 14) having the end region of the flap, c) the suction holders (54, 55) grip the bag, on the one hand, in the region of the flap and, on the other hand, in a free region of the pocket wall (13, 14) adjoining the flap.
An absorption article comprising: an absorbent member interposed between liquid-permeable top sheet and back sheet and standing gathers provided respectively on both side portions on the front surface side, wherein the standing gathers are in a standing state and, in a lateral cross-sectional view of the absorption article, each include a first wall portion standing upright from a lower proximal end, a second inner wall portion branch-ing from an upper end portion of the first wall portion, a second outer wall portion branching outward from the upper end portion of the first wall portion and being positioned relatively outside the second inner wall portion, a skin-contact planar portion supported by an upper distal end portion of the second inner wall portion and the upper distal end portion of the second outer wall portion, a plurality of elastic members disposed on the contact planar portion longitudinally along the absorption article, and a hollow portion defined by the contact planar portion, the second inner wall portion and the second outer wall portion and positioned on a back surface side of the contact planar portion, wherein the standing gathers are folded into four portions (S1 to S4) and part of second inner wall portion is attached to planar portion, wherein the wall length of the second outer wall portions is longer than the wall length of the second inner wall portions, so that the level of the outer edges of the contact planar portions is higher than the level of the inner edges of the contact planar portions in a standing state, and wherein the contact planar portion includes an inwardly extending portion projecting inwardly of the joint portion with respect to the second inner wall portion and an outwardly extending portion projecting outwardly of the joint portion with respect to the second outer wall portion, and the inwardly extending portion and the outwardly extending portion include elastic members respectively at the side edge positions thereof.
An electric machine, comprising a rotor equipped with permanent magnets (204, 206, 208, 210), and a stator equipped with electromagnetic poles; wherein several adjacent electromagnetic poles respectively constitute an electromagnetic pole group in which the adjacent electromagnetic poles are spaced apart at a first electromagnetic pole spacing, wherein adjacent electromagnetic poles belonging to different electromagnetic pole groups are spaced apart at an electromagnetic pole spacing greater than said first electromagnetic pole spacing, and wherein each electromagnetic pole group has an even number of electromagnetic poles, wherein adjacent electromagnetic poles of an electromagnetic pole group are linked to each other so as to generate magnetic fields of opposite direction in operation, characterized in that the permanent magnets have a rotor pole spacing and the rotor pole spacing is different from the first electromagnetic pole spacing.
A method for making a three-dimensional object comprising the steps of a. loading a polymerizable liquid resin material or heated resin material as a liquid into a resin bath (vat) of a 3D printer; b. locating one or more mechanical arms at clear and/or transparent window proximate to the bottom of the resin bath to maintain a liquid interface between a build surface and the clear and/or transparent window proximate to the bottom of the resin bath; c. applying sequential voxel planes into the liquid resin or the heated resin to form a first layer of material, which polymerizes into a solid; and d. applying one or more successive layers of the polymerized material continuously until a predetermined shape is formed, wherein the one or more mechanical arms separates the cured part from the window while feeding uncured resin for the next layer at the same time; and wherein the mechanical arm contains a razor sharp edge at the top surface of the arm. a. loading a polymerizable liquid resin material or heated resin material as a liquid into a resin bath (vat) of a 3D printer; b. locating one or more mechanical arms at clear and/or transparent window proximate to the bottom of the resin bath to maintain a liquid interface between a build surface and the clear and/or transparent window proximate to the bottom of the resin bath; c. applying sequential voxel planes into the liquid resin or the heated resin to form a first layer of material, which polymerizes into a solid; and d. applying one or more successive layers of the polymerized material continuously until a predetermined shape is formed,
Signaling device intended to be placed removably on the back of a user of a locomotive machine, the back remaining visible in an environment of the machine in motion, the device comprising firstly a transmitter intended to be connected to at least one primary signaling device of the machine indicating a right-hand or left-hand lateral direction that the machine is taking in motion, and secondly a receiver connected to at least one secondary signaling light (3d, 3g) integrated in the signaling device, said receiver being able to receive a signal transmitted by said transmitter, the device comprising electronic means for processing the signal and controlling the switching on and/or off of said at least one secondary signaling device (3d, 3g) synchronously with the switching on and/or off of said at least one primary signaling light, the electronic means including an accelerometer and means for interpreting the measurements of the accelerometer making it possible to detect a right or left lateral variation in direction of movement, characterized in that the means controlling said at least one secondary signaling light (3d, 3g) comprise means for checking that said at least one secondary signaling light (3d, 3g) is indeed indicating the right or left lateral direction followed by the user and the machine.
A light emitting device comprising: a first substrate; a first interlayer insulating film formed over the first substrate; a second interlayer insulating film formed over the first interlayer insulating film; a light emitting element formed on the second interlayer insulating film; a second substrate provided over the light emitting element, a first opening which penetrates the first interlayer insulating film; and a second opening which penetrates the second interlayer insulating film, wherein at least one of the first and second substrate (100, 108) is transparent, a first protective film covering the first opening and the first interlayer insulating film; and a second protective film which covers the second opening and the second interlayer insulating film and contacts with the first protective film at a bottom surface of the second opening, wherein the first opening is formed at a peripheral portion of the first interlayer insulating film, wherein the second opening is formed at a peripheral portion of the second interlayer insulating film, and characterized in that the first protective film and the second protective film is a silicon nitride film. a first substrate; a first interlayer insulating film formed over the first substrate; a second interlayer insulating film formed over the first interlayer insulating film; a light emitting element formed on the second interlayer insulating film; a second substrate provided over the light emitting element, a first opening which penetrates the first interlayer insulating film; and a second opening which penetrates the second interlayer insulating film, wherein at least one of the first and second substrate (100, 108) is transparent, a first protective film covering the first opening and the first interlayer insulating film; and a second protective film which covers the second opening and the second interlayer insulating film and contacts with the first protective film at a bottom surface of the second opening, wherein the first opening is formed at a peripheral portion of the first interlayer insulating film, wherein the second opening is formed at a peripheral portion of the second interlayer insulating film, and characterized in that the first protective film and the second protective film is a silicon nitride film.
An electric well stimulation tool, having a first electrode and a second electrode forming a stimulation head in the area of one end of the tool, said tool comprising at least a first segment and a second segment, the first segment and the second segment being joined by an articulated link, characterized in that said second electrode in the area of the first segment and the second segment is a peripheral electrode electrically insulated from said first electrode, and in that a coaxial cable is disposed inside the articulated link, said coaxial cable extending from the first segment to the second segment, said coaxial cable comprising an electrically conductive outer envelope, electrically insulated from an electrically conductive central core, the tool comprising: - in the area of the first segment: means of electrical contact between the central core of the coaxial cable and the first electrode, and means of electrical contact between the outer envelope of said coaxial cable and the second electrode, - in the area of the second segment: means of electrical contact between the central core of the coaxial cable and the first electrode, and means of electrical contact between the outer envelope of said coaxial cable and the second electrode. - in the area of the first segment: means of electrical contact between the central core of the coaxial cable and the first electrode, and means of electrical contact between the outer envelope of said coaxial cable and the second electrode, - in the area of the second segment: means of electrical contact between the central core of the coaxial cable and the first electrode, and means of electrical contact between the outer envelope of said coaxial cable and the second electrode.
Vehicle door comprising at least one door lining and an outer panel fixed to said lining, together defining a chamber in the portion of the door located under a window portion, at least one reinforcement positioned along the top edge of the chamber, under the window portion of the door, the lining comprising a perforation which extends over a major portion of the length and of the height of said lining in the chamber, such that said portion of the lining located in the chamber is substantially reduced to a frame, a structure for rigidifying said door fixed in the zone of the chamber and comprising at least three fixing points (21, 22, 23), of which a first fixing point of the rigidifying structure is a top fixing point fixed to said reinforcement, a second fixing point of the rigidifying structure is a bottom fixing point fixed to said door in at least one point located below the perforation, at the level of the portion of the chamber substantially located opposite the top fixing point, by being placed in the body of the vehicle when the door is installed on said vehicle, and a third fixing point of the rigidifying structure is an intermediate fixing point fixed to the door between the perforation and one of the side edges of the door, characterised in that the rigidifying structure comprises at least three branches (24, 25, 26), a first branch arranged between the top fixing point and the bottom fixing point, a second branch and a third branch each connecting the first branch to the intermediate fixing point.
Method for dynamic management of the priority of reception of an incoming communication on a first terminal with respect to at least one second terminal, the first and second terminals being connected to a telecommunications network and being associated with one and the same public identity, the method is characterized in that it comprises: - a step of detection by the first terminal, of an event relating to said first terminal, - in the case of a positive detection, a step of sending a value of a priority parameter of the first terminal to a device for managing the telecommunications network, the value of the priority parameter being assigned as a function of the event. - a step of detection by the first terminal, of an event relating to said first terminal, - in the case of a positive detection, a step of sending a value of a priority parameter of the first terminal to a device for managing the telecommunications network, the value of the priority parameter being assigned as a function of the event.
Watch striking mechanism, the mechanism including: - a gong, which is connected to a gong-carrier, - a hammer for striking the gong at predetermined times, including an impact portion capable of striking the gong at predetermined times, and an end portion with a hooking means, - a damper counterspring for keeping the hammer at a distance from the gong in an idle mode, and - a drive spring for the hammer, which includes a fixed end and an end that is free to move, said drive spring being able to be wound to drive said hammer against the gong in a strike mode in order to produce an acoustic sound, the striking mechanism including a locking device provided with at least one bolt, which is intended to lock the hammer by the hooking means in an idle mode, and to be moved away from the hammer in a strike mode, when the drive spring is wound, the locking device being arranged such that the drive spring drives the hammer to strike the gong for a first time before the bolt locks the hammer in the idle position following a single strike of the gong, and characterised in that the hooking means includes a notch made on a lateral surface at the periphery of an end portion of the hammer. - a gong, which is connected to a gong-carrier, - a hammer for striking the gong at predetermined times, including an impact portion capable of striking the gong at predetermined times, and an end portion with a hooking means, - a damper counterspring for keeping the hammer at a distance from the gong in an idle mode, and - a drive spring for the hammer, which includes a fixed end and an end that is free to move, said drive spring being able to be wound to drive said hammer against the gong in a strike mode in order to produce an acoustic sound,
A self-position estimation device comprising: a target position detection unit mounted in a vehicle, the target position detection unit being configured to detect a relative position of a target present around the vehicle with respect to the vehicle; and a map information acquisition unit configured to acquire map information including target position information that is position information of a target on a map; a movement amount estimation unit configured to estimate a movement amount of the vehicle; characterized by a target position storing unit configured to correct the detected relative position by the estimated movement amount and to store the corrected relative position as target position data; a curve start position estimation unit configured to estimate a curve start position (C 0) of a travel path on which the vehicle travels, the curve start position (Co) being a position which the vehicle passed in the past; and a self-position estimation unit configured to perform comparison in which the target position information included in the map information is compared with selected target position data selected from the target position data stored in the target position storing unit and comprising position data (S i) of the target present around the vehicle and between a current position of the vehicle and the estimated curve start position (Co) to estimate a self position which is the current position of the vehicle. a target position detection unit mounted in a vehicle, the target position detection unit being configured to detect a relative position of a target present around the vehicle with respect to the vehicle; and a map information acquisition unit configured to acquire map information including target position information that is position information of a target on a map; a movement amount estimation unit configured to estimate a movement amount of the vehicle; characterized by a target position storing unit configured to correct the detected relative position by the estimated movement amount and to store the corrected relative position as target position data; a curve start position estimation unit configured to estimate a curve start position (C 0) of a travel path on which the vehicle travels, the curve start position (Co) being a position which the vehicle passed in the past; and a self-position estimation unit configured to perform comparison in which the target position information included in the map information is compared with selected target position data selected from the target position data stored in the target position storing unit and comprising position data (S i) of the target present around the vehicle and between a current position of the vehicle and the estimated curve start position (Co) to estimate a self position which is the current position of the vehicle.
Encoder for encoding incoming symbols of an incoming data stream into channel symbols of a channel data stream for transmission over a transmission channel characterized by comprising: - mapping means for block by block mapping incoming symbols onto pairs of channel symbols, a block comprising two incoming symbols, the mapping means being arranged for mapping the block onto two pairs of channel symbols such that said two pairs of channel symbols include scaled versions of said two incoming symbols and/or of the complex conjugate of at least one of said two incoming symbols, said scaled versions being obtained by applying a scaling function having a scaling factor with an absolute value different from one and being piece-wise linear with at least two pieces, and - output means for outputting said channel symbols. - mapping means for block by block mapping incoming symbols onto pairs of channel symbols, a block comprising two incoming symbols, the mapping means being arranged for mapping the block onto two pairs of channel symbols such that said two pairs of channel symbols include scaled versions of said two incoming symbols and/or of the complex conjugate of at least one of said two incoming symbols, said scaled versions being obtained by applying a scaling function having a scaling factor with an absolute value different from one and being piece-wise linear with at least two pieces, and - output means for outputting said channel symbols.
Lamp housing comprising a transparent housing compartment for holding a lamp, wherein the lamp housing encases and comprises a lamp control circuit for driving the lamp, the lamp control circuit comprising a lamp driving circuit for supplying power to the lamp and a communication circuit for receiving a lamp operating parameter, wherein the communication circuit comprises a memory and is configured to supply the lamp operating parameter to the lamp driving circuit, when the lamp driving circuit is supplied with a supply voltage; wherein the communication circuit is configured to receive the lamp operating parameter when no supply voltage is supplied to the lamp driving circuit; and characterized in that the memory has a first port for receiving said lamp operating parameter from an external device and a second port for supplying said lamp operating parameter to the lamp driving circuit.