mhurhangee/ep-ind-claims huggingface dataset:
An eco-friendly cosmetic container comprising: a lower container having a cosmetic material accommodation dish seating portion; an upper container open and closed with respect to the lower container by means of a hinge (H1,H2) coupling structure; a cosmetic material accommodation dish seated onto the cosmetic material accommodation dish seating portion; and an intermediate support adapted to be rotatingly locked from a released state and released from a locked state over a given region thereof onto and from the lower container to separably fix the cosmetic material accommodation dish to the lower container, characterized in that the intermediate support is adapted to rotate clockwise or counterclockwise about the lower container to switch between the locked state and the unlocked state, and in that the intermediate support comprises: a holder having a cosmetic material ejecting space (141a-1) penetrating a bottom surface thereof to apply a cosmetic material stored in the cosmetic material accommodation dish therethrough; and a cap connected to the holder by means of a hinge (H1,H2) on one side thereof and thus openable and closable with respect to the holder. a lower container having a cosmetic material accommodation dish seating portion; an upper container open and closed with respect to the lower container by means of a hinge (H1,H2) coupling structure; a cosmetic material accommodation dish seated onto the cosmetic material accommodation dish seating portion; and an intermediate support adapted to be rotatingly locked from a released state and released from a locked state over a given region thereof onto and from the lower container to separably fix the cosmetic material accommodation dish to the lower container, characterized in that the intermediate support is adapted to rotate clockwise or counterclockwise about the lower container to switch between the locked state and the unlocked state, and in that the intermediate support comprises: a holder having a cosmetic material ejecting space (141a-1) penetrating a bottom surface thereof to apply a cosmetic material stored in the cosmetic material accommodation dish therethrough; and a cap connected to the holder by means of a hinge (H1,H2) on one side thereof and thus openable and closable with respect to the holder. a holder having a cosmetic material ejecting space (141a-1) penetrating a bottom surface thereof to apply a cosmetic material stored in the cosmetic material accommodation dish therethrough; and a cap connected to the holder by means of a hinge (H1,H2) on one side thereof and thus openable and closable with respect to the holder.
A method of manufacturing a component, the method comprising: (i) defining a mould cavity within a deformable envelope, at least a portion of the mould cavity being defined by a moulding surface of a rigid moulding tool; (ii) introducing a porous powdered material into the mould cavity; (iii) evacuating the mould cavity; (iv) forming a partially consolidated component by subjecting the deformable envelope to a first external isostatic pressing operation at a first temperature at which the powdered material in contact with the moulding surface forms a non-porous shaped surface; (v) separating the partially consolidated component from the moulding surface and removing the rigid mounting tool; and (vi) forming a fully consolidated component by exposing the shaped surface to a fluid under pressure and subjecting the partially consolidated component to a second external isostatic pressing operation at a second temperature higher than the first temperature, thereby to consolidate the powdered material substantially fully, wherein the powdered material is a metallic material. (i) defining a mould cavity within a deformable envelope, at least a portion of the mould cavity being defined by a moulding surface of a rigid moulding tool; (ii) introducing a porous powdered material into the mould cavity; (iii) evacuating the mould cavity; (iv) forming a partially consolidated component by subjecting the deformable envelope to a first external isostatic pressing operation at a first temperature at which the powdered material in contact with the moulding surface forms a non-porous shaped surface; (v) separating the partially consolidated component from the moulding surface and removing the rigid mounting tool; and (vi) forming a fully consolidated component by exposing the shaped surface to a fluid under pressure and subjecting the partially consolidated component to a second external isostatic pressing operation at a second temperature higher than the first temperature, thereby to consolidate the powdered material substantially fully, wherein the powdered material is a metallic material.
A cooking oven comprising: an oven cavity; an oven door having a viewing window; a door handle mounted at the exterior side of the over door; and a camera assembly, the camera assembly comprising: a camera module comprising an optical sensor and an interface for outputting sensor data obtained from the optical sensor; and housing means for housing the camera module, the housing means comprising a cover with a window for the optical sensor, and fixation means for fixedly attaching the housing means at the door handle (30; 108); wherein the housing means comprises orientation means (72, 84) for mounting the camera module in a single pre-determined angular orientation with respect to the housing means, wherein said orientation means comprises at least one slanted abutment surface (72, 84) which engages the camera module characterized in that the camera assembly is mounted within the door handle. an oven cavity; an oven door having a viewing window; a door handle mounted at the exterior side of the over door; and a camera assembly, the camera assembly comprising: a camera module comprising an optical sensor and an interface for outputting sensor data obtained from the optical sensor; and housing means for housing the camera module, the housing means comprising a cover with a window for the optical sensor, and fixation means for fixedly attaching the housing means at the door handle (30; 108); wherein the housing means comprises orientation means (72, 84) for mounting the camera module in a single pre-determined angular orientation with respect to the housing means, wherein said orientation means comprises at least one slanted abutment surface (72, 84) which engages the camera module characterized in that the camera assembly is mounted within the door handle. a camera module comprising an optical sensor and an interface for outputting sensor data obtained from the optical sensor; and housing means for housing the camera module, the housing means comprising a cover with a window for the optical sensor, and fixation means for fixedly attaching the housing means at the door handle (30; 108); wherein the housing means comprises orientation means (72, 84) for mounting the camera module in a single pre-determined angular orientation with respect to the housing means, wherein said orientation means comprises at least one slanted abutment surface (72, 84) which engages the camera module characterized in that the camera assembly is mounted within the door handle.
Mechanical filtering process for dehydrating muds, comprising the step of introduction of a mass of mud to be dehydrated between porous plates for mechanical filtering and the step of application of a compression force on the mass of mud by said porous plates to cause the removal of a liquid fraction which is filtered through the porous plates from the mass of mud, while the solid fraction remains between the plates, characterized in that it comprises a second step of application of said compression force combined with at least one twisting moment on said mass of mud by said porous plates, causing the further removal of a residual liquid fraction from the mass of mud.
A capsule for delivering a food product by injection of a fluid under pressure into the capsule when said capsule is inserted into a receptacle of a food preparation machine, said capsule comprising a chamber defined by capsule side walls, a flexible bottom wall and a top wall, said chamber containing at least one ingredient to be dissolved and/or extracted by said injection fluid, and a beverage dispensing structure comprising at least one dispensing opening disposed through the bottom wall, said beverage dispensing structure further comprising a pressure retaining element (10, 11, 13, 15, 16) adapted to retain a certain predetermined dissolution and/or extraction pressure in the chamber for the mixing of said injection fluid with said ingredient and disposed in the vicinity of the flexible bottom wall, outside of the chamber, said pressure retaining element comprising at least one protrusion (11, 15) characterized in that said at least one protrusion is disposed in correspondence to said at least one dispensing opening so that said protrusion is disposed into the corresponding opening and restricts its section, at least at the time injection fluid inside the capsule chamber presses onto the flexible bottom wall and moves said flexible bottom wall towards said pressure retaining element (10, 11, 13, 15, 16).
Tyre comprising a directional tread of width W, said tread having a total volume VT, said tread comprising a plurality of voids (221, 211, 212) defining a voids volume VE in said tread, the ratio of the voids volume VE to the total volume determining a volumetric voids ratio TEV such that TEV=VE/VT, part of the plurality of voids delimiting blocks (21A, 21B) of rubbery material, said blocks (21A, 21B) being organized into patterns of blocks of pitch P succeeding one another in the circumferential direction, part of the plurality of voids forming one or more sipes (211, 212) in one of the patterns at a sipes density SD, said sipes density SD corresponding to the ratio of a sum of the projected length(s) (lpyi) of the sipe(s) (211, 212) in an axial direction to the product of the pitch P of the pattern and the width of the tread, all multiplied by 1000, such that SD = ∑ i = 1 n lpyi P ∗ W ∗ 1000, where n is the number of sipes in the pattern, and lpyi is the projected length of the ith sipe, characterized in that, for said tread when new: - the sipes density SD in a pattern of pitch P is comprised between 10 mm -1 and 70 mm -1; - the volumetric voids ratio TEV is at least equal to 0.29 and at most equal to 0.35. - the sipes density SD in a pattern of pitch P is comprised between 10 mm -1 and 70 mm -1; - the volumetric voids ratio TEV is at least equal to 0.29 and at most equal to 0.35.
Process for the preparation of a multi-coloured glass ceramic blank for dental purposes with lithium silicate as main crystal phase, in which (a) (i) differently coloured powders of lithium silicate glasses or (ii) suspensions of differently coloured powders of lithium silicate glasses in liquid media are introduced into a mould to form a glass blank, (b) optionally, the glass blank from step (a) is compacted by pressing, (c) the glass blank from step (a) or (b) is heat treated to obtain a glass ceramic blank with lithium silicate as main crystal phase, and (d) the glass ceramic blank from step (c) is compacted by hot pressing. (a) (i) differently coloured powders of lithium silicate glasses or (ii) suspensions of differently coloured powders of lithium silicate glasses in liquid media are introduced into a mould to form a glass blank, (b) optionally, the glass blank from step (a) is compacted by pressing, (c) the glass blank from step (a) or (b) is heat treated to obtain a glass ceramic blank with lithium silicate as main crystal phase, and (d) the glass ceramic blank from step (c) is compacted by hot pressing.
A computer implemented method comprising: enabling viewing by a user of a virtual scene of a virtual space; mapping a three-dimensional gesture of the user to a corresponding three-dimensional gesture in the virtual space; and in response to determining that the corresponding three-dimensional gesture in the virtual space is a first predetermined gesture or predetermined gestures in relation to a first portion of the virtual space, analyzing the virtual space over time to detect an event in the virtual space relating to the first portion of the virtual space; wherein the first portion of the virtual space is specified by the user; and wherein the scaling of the mapping of the three-dimensional gesture of the user to a corresponding three-dimensional gesture in the virtual space is dependent upon a size of the field of view used to define the virtual scene of the virtual space. enabling viewing by a user of a virtual scene of a virtual space; mapping a three-dimensional gesture of the user to a corresponding three-dimensional gesture in the virtual space; and in response to determining that the corresponding three-dimensional gesture in the virtual space is a first predetermined gesture or predetermined gestures in relation to a first portion of the virtual space, analyzing the virtual space over time to detect an event in the virtual space relating to the first portion of the virtual space; wherein the first portion of the virtual space is specified by the user;
A method of implementing session continuity, characterized by: receiving a request message, initiated by a user equipment, UE, for establishing a second protocol data unit, PDU, session, wherein a session identifier of a first PDU session is carried in the request message, the session identifier of the first PDU session uniquely identifies the first PDU session; and selecting, according to the session identifier of the first PDU session, a session management function, SMF, of the first PDU session for the second PDU session. receiving a request message, initiated by a user equipment, UE, for establishing a second protocol data unit, PDU, session, wherein a session identifier of a first PDU session is carried in the request message, the session identifier of the first PDU session uniquely identifies the first PDU session; and selecting, according to the session identifier of the first PDU session, a session management function, SMF, of the first PDU session for the second PDU session.
A winder, including a support member, said support member having: (a) a wall portion; (b) a spindle; (c) a housing rotatably mounted onto said spindle, said housing having: (i) a drive portion for receiving a cord that controls the rotation of said housing for extending and retracting a blind, and (ii) a retaining arm; wherein said housing is selectively moveable along the spindle between an open position and a closed position, such that when the housing is placed in the open position, the drive portion is exposed for receiving said cord, and when the housing is placed in the closed position, the wall portion covers at least a part of the drive portion to resist disengagement of the entire cord from the drive portion, (d) a first groove for receiving a portion of the retaining arm when the housing is in the open position, and (e) a second groove for receiving a portion of the retaining arm when the housing is in the closed position; wherein, when said retaining arm is received in either of the first and second grooves (212, 214), the retaining arm resists movement of the housing along said spindle. (a) a wall portion; (b) a spindle; (c) a housing rotatably mounted onto said spindle, said housing having: (i) a drive portion for receiving a cord that controls the rotation of said housing for extending and retracting a blind, and (ii) a retaining arm; wherein said housing is selectively moveable along the spindle between an open position and a closed position, such that when the housing is placed in the open position, the drive portion is exposed for receiving said cord, and when the housing is placed in the closed position, the wall portion covers at least a part of the drive portion to resist disengagement of the entire cord from the drive portion, (i) a drive portion for receiving a cord that controls the rotation of said housing for extending and retracting a blind, and (ii) a retaining arm; (d) a first groove for receiving a portion of the retaining arm when the housing is in the open position, and (e) a second groove for receiving a portion of the retaining arm when the housing is in the closed position;
Welding helmet having at least one helmet shell, fixing elements, a glare shield device and at least one protective screen spaced therefrom, and at least one display device for presenting data in the field of view of a welder, the at least one display device being arranged in the edge region of the field of view in the intermediate space between the glare shield device and the protective screen, characterized in that the glare shield device has at least one cut-out in the area of the at least one display device.
Method for coating a catalyst support body, comprising: providing the catalyst support body as well as slurry located within a pan; introducing an open input end of the catalyst support body into the slurry; and, subsequently, directing an amount of the slurry though the input end and into the inside of the catalyst support body; wherein the circumferential edge of the input end is covered with an impermeable ring shaped sealing element during the step of directing the amount of slurry through the open input end, thereby preventing contact between slurry and a circumferential outer surface of the catalyst support body distinct from the input end and applying slurry through the input end to an inner surface of the catalyst support body, wherein the inner circumference of the ring shaped sealing element is smaller than the cross-section of the input end of the catalyst support body and the outer circumference of the sealing element encloses a cross-section greater than the cross-section of the input end. providing the catalyst support body as well as slurry located within a pan; introducing an open input end of the catalyst support body into the slurry; and, subsequently, directing an amount of the slurry though the input end and into the inside of the catalyst support body; wherein the circumferential edge of the input end is covered with an impermeable ring shaped sealing element during the step of directing the amount of slurry through the open input end, thereby preventing contact between slurry and a circumferential outer surface of the catalyst support body distinct from the input end and applying slurry through the input end to an inner surface of the catalyst support body, wherein the inner circumference of the ring shaped sealing element is smaller than the cross-section of the input end of the catalyst support body and the outer circumference of the sealing element encloses a cross-section greater than the cross-section of the input end.
A pantograph device of a trolley-type truck that is mounted with the pantograph device and capable of traveling in either a trolley mode in which the truck travels on a power obtained from an overhead wire or a non-trolley mode in which the truck travels without obtaining power from an overhead wire, the pantograph device comprising: a base frame; a bottom frame rockably attached to the base frame; a top frame rockably attached to the vicinity of the top end portion of the bottom frame through a connecting shaft; a collector shoe rockably supported in proximity to the top end portion of the top frame; an actuator for erecting and lowering the bottom frame, attached to the base frame; and a spring one end side of which is connected to the base frame side, the other end side of which is connected to the base end portion side of the top frame; and which acts to rotate the top frame upward through the connecting shaft, wherein the tensile force produced in the spring is increased by erecting the bottom frame by the actuator and the top frame is rotated upward through the connecting shaft. a base frame; a bottom frame rockably attached to the base frame; a top frame rockably attached to the vicinity of the top end portion of the bottom frame through a connecting shaft; a collector shoe rockably supported in proximity to the top end portion of the top frame; an actuator for erecting and lowering the bottom frame, attached to the base frame; and a spring one end side of which is connected to the base frame side, the other end side of which is connected to the base end portion side of the top frame; and which acts to rotate the top frame upward through the connecting shaft,
A method for generating random numbers including: mixing a bright quantum state in a first mode with a vacuum input, in a two mode transformation for mixing the first mode and an orthogonal second mode; after mixing, detecting the intensity in the first mode and the second mode; determining the number of particles in the first mode and the second mode based on the detected intensity; generating random numbers based on the difference between the number of particles in the first mode and the second mode; and simultaneously to generating random numbers, certifying the numbers as random, based on the total number of particles in the first mode and the second mode, wherein certifying confirms that the process by which the random numbers are generated is quantum in origin and so the numbers are random. mixing a bright quantum state in a first mode with a vacuum input, in a two mode transformation for mixing the first mode and an orthogonal second mode; after mixing, detecting the intensity in the first mode and the second mode; determining the number of particles in the first mode and the second mode based on the detected intensity; generating random numbers based on the difference between the number of particles in the first mode and the second mode; and simultaneously to generating random numbers, certifying the numbers as random, based on the total number of particles in the first mode and the second mode, wherein certifying confirms that the process by which the random numbers are generated is quantum in origin and so the numbers are random.