mhurhangee/ep-ind-claims huggingface dataset:
A circular cutter comprising: a connection assembly including a first extension and a first fixing head connecting with one end of the first extension, and the first fixing head having a locking hole defined on the first fixing head; the first extension having a cavity formed on one side of the first extension, a first groove defined on a first end of the cavity, and a second groove defined on a second end of the cavity; wherein the cavity accommodates a protection assembly, and the protection assembly includes a second extension and a second fixing head connecting with one end of the second extension, wherein the second extension has a projection and a flexible deformation section connecting with the projection, the flexible deformation section deforms, and the projection retains in the second groove of the connection assembly; an elongated section is defined between the flexible deformation section and the second fixing head and is fixed in the first groove, the second fixing head has a first orifice corresponding to the locking hole of the connection assembly, hence a fixing assembly is rotatably connected with a cutting blade and is fixed in the locking hole of the connection assembly. a connection assembly including a first extension and a first fixing head connecting with one end of the first extension, and the first fixing head having a locking hole defined on the first fixing head; the first extension having a cavity formed on one side of the first extension, a first groove defined on a first end of the cavity, and a second groove defined on a second end of the cavity; wherein the cavity accommodates a protection assembly, and the protection assembly includes a second extension and a second fixing head connecting with one end of the second extension, wherein the second extension has a projection and a flexible deformation section connecting with the projection, the flexible deformation section deforms, and the projection retains in the second groove of the connection assembly; an elongated section is defined between the flexible deformation section and the second fixing head and is fixed in the first groove, the second fixing head has a first orifice corresponding to the locking hole of the connection assembly, hence a fixing assembly is rotatably connected with a cutting blade and is fixed in the locking hole of the connection assembly.
An orientation estimation method for estimating an orientation of an estimation target player existing in a sport video by a processor, wherein the processor receives reference orientation information which is information obtained based on information input by a user and which is information designating a joint position of a specific player existing in the sport video of an estimation target game, and estimates the orientation of the estimation target player who is a player other than the specific player existing in the sport video of the estimation target game by a joint label identifier and a joint likelihood distribution identifier, which is generated by machine learning in advance from reference orientation information of a plurality of learning player images, using the reference orientation information, information about a color of the estimation target player existing in the sport video of the estimation target game, and information about a color of a joint position of the specific player.
A dental appliance microemulsion cleansing composition comprising: a. a fatty acid isopropyl ester; b. a polyoxyethylene sorbitan ester; and c. a second sorbitan ester; wherein the cleansing composition comprises 0.7 to 12% w/w of propylene glycol and 85 to 90% w/w of water and does not contain methanol, ethanol or isopropyl alcohol. a. a fatty acid isopropyl ester; b. a polyoxyethylene sorbitan ester; and c. a second sorbitan ester;
A vacuum sealed, container containing preserved pickled food, the container comprising: - at least one foil wall formed from a flexible foil and defining a chamber; - pickled food within the chamber; and - brine, in which the food is immersed, and which fills the chamber when the chamber is sealed, characterized in that the ratio of brine to pickled food by mass is in the range 1:2.5 to 1:5. - at least one foil wall formed from a flexible foil and defining a chamber; - pickled food within the chamber; and - brine, in which the food is immersed, and which fills the chamber when the chamber is sealed,
A mop comprising: a mop head including a secondary cleaning head chamber and a first attachment element, wherein the mop head includes a leading edge and a trailing edge, and the secondary cleaning head chamber is open at the leading edge; a secondary cleaning head selectively receivable in the secondary cleaning head chamber and including a second attachment element that cooperates with the first attachment element to selectively connect the secondary cleaning head with the mop head, wherein the mop head and the secondary cleaning head chamber are configured such that the secondary cleaning head is slid over the leading edge toward the trailing edge to move the second attachment element toward the first attachment element so as to engage the second attachment element with the first attachment element; and a handle connected with the secondary cleaning head and operatively connectable to the mop head, wherein the handle is connected with the mop head when the secondary cleaning head is received in the secondary cleaning head chamber and the second attachment element is engaged with the first attachment element, and the handle is disconnected with the mop head when the secondary cleaning head is not received in the secondary cleaning head chamber characterized in that the mop head includes a latching mechanism including the first attachment element, a spring biasing the first attachment element and an actuator connected with the first attachment element. a mop head including a secondary cleaning head chamber and a first attachment element, wherein the mop head includes a leading edge and a trailing edge, and the secondary cleaning head chamber is open at the leading edge; a secondary cleaning head selectively receivable in the secondary cleaning head chamber and including a second attachment element that cooperates with the first attachment element to selectively connect the secondary cleaning head with the mop head, wherein the mop head and the secondary cleaning head chamber are configured such that the secondary cleaning head is slid over the leading edge toward the trailing edge to move the second attachment element toward the first attachment element so as to engage the second attachment element with the first attachment element; and a handle connected with the secondary cleaning head and operatively connectable to the mop head, wherein the handle is connected with the mop head when the secondary cleaning head is received in the secondary cleaning head chamber and the second attachment element is engaged with the first attachment element, and the handle is disconnected with the mop head when the secondary cleaning head is not received in the secondary cleaning head chamber characterized in that the mop head includes a latching mechanism including the first attachment element, a spring biasing the first attachment element and an actuator connected with the first attachment element.
A water barrier shield foot element for supporting a protective module of a water barrier shield configured to be positioned between a body of water and an area of land to be protected, wherein the water barrier foot element is configured to be arranged against a ground surface and extends in a longitudinal direction, wherein the foot element comprises a base element, a front end,a rear end and a first and a second longitudinal side portion, wherein the front end is configured to be arranged in a direction towards the protective module, characterized in that the base element at one of either the rear end or the front end of the foot element is wider than the other so that the base element has a trapezoidal shape, wherein the base element extends in a first plane and the first and second longitudinal side portions protrude downwardly towards the ground surface from said first plane and wherein the first and second longitudinal side portions comprise gripping means (17, 18), wherein the gripping means are arranged to, when in use, provide friction against the ground surface in order to withstand shearing forces from the body of water.
Process for producing a powder composed of an aluminium alloy having an inactive or passivated surface, characterized in that a melt of the aluminium alloy is atomized in an atomization plant by means of an atomizing gas which consists of from 50% by volume to 100% by volume of molecular nitrogen and from 50% by volume to 0% by volume of one or more noble gases, to give a powder, characterized in that the alloy is an AlSc alloy, wherein the alloy is the following alloy: - Mg(0.5-10)Sc(0.2-2.0)Zr(0.2-2.0) (% by weight) and Al and unavoidable impurities as balance. - Mg(0.5-10)Sc(0.2-2.0)Zr(0.2-2.0) (% by weight) and Al and unavoidable impurities as balance.
A receiver comprising: a reception section operable to receive AV content transmitted via broadcast; a trigger acquisition section operable to acquire trigger information related to an application program to be executed in conjunction with the received AV content; a table acquisition section operable to acquire a correlation table correlating the trigger information to a command adapted to control the operation of the application program; an application acquisition section operable to acquire, based on the correlation table, the application program if performance of the command entails acquisition of the application program, wherein the application program is transmitted via broadcast as non-real time content for a NRT service using a File Delivery over Unidirectional Transport, FLUTE, session; and a control section operable to control the operation of the application program in accordance with the command. a reception section operable to receive AV content transmitted via broadcast; a trigger acquisition section operable to acquire trigger information related to an application program to be executed in conjunction with the received AV content; a table acquisition section operable to acquire a correlation table correlating the trigger information to a command adapted to control the operation of the application program; an application acquisition section operable to acquire, based on the correlation table, the application program if performance of the command entails acquisition of the application program, wherein the application program is transmitted via broadcast as non-real time content for a NRT service using a File Delivery over Unidirectional Transport, FLUTE, session; and a control section operable to control the operation of the application program in accordance with the command.
An electric motor control method for controlling an electric motor by voltage phase control performed based on a voltage norm command value (V a *) representing a magnitude of a voltage to be supplied to the electric motor and a voltage phase command value (α*) representing a phase of the voltage, the method being characterized by comprising: acquiring a required time (T s) required for calculating a final command value of a voltage (V dv_fin *, V qv_fin *) applied to the electric motor by the voltage phase control according to a command value calculation model for calculation by using a rotation speed parameter (ω e) related to a rotation speed of the electric motor; detecting the rotation speed parameter (ω e); changing the rotation speed parameter by advancing a phase of the detected rotation speed parameter based on the required time (T s) such that the rotation speed parameter after the phase change approaches a predicted rotation speed parameter after the required time (T s) is elapsed; and calculating the final command value (V dv_fin *, V qv_fin *) by using the changed rotation speed parameter (|ω e '|) according to the command value calculation model. acquiring a required time (T s) required for calculating a final command value of a voltage (V dv_fin *, V qv_fin *) applied to the electric motor by the voltage phase control according to a command value calculation model for calculation by using a rotation speed parameter (ω e) related to a rotation speed of the electric motor; detecting the rotation speed parameter (ω e); changing the rotation speed parameter by advancing a phase of the detected rotation speed parameter based on the required time (T s) such that the rotation speed parameter after the phase change approaches a predicted rotation speed parameter after the required time (T s) is elapsed; and calculating the final command value (V dv_fin *, V qv_fin *) by using the changed rotation speed parameter (|ω e '|) according to the command value calculation model.
Matrix formulation selected from a gel, crème, lotion or fluid, said formulation containing a water phase and a composition containing a combination of solid lipid particles in form of lipid nanoparticles and/or lipid microparticles with microsilver particles having a mean diameter of 1 to 100 μ m, and optionally oil droplets, wherein the microsilver particles are contained in the water phase of said matrix formulation.
A method of managing a first node in a cluster of nodes in a Software Defined Networking, SDN, network, the method comprising the steps of: - receiving from the first node a request to join the cluster of nodes, - receiving from the first node a list of references authenticating the first node; - verifying the references; - allowing the first node to join the cluster of nodes if references provided in the list of references passed the verification; - calculating (110, 112) a trust level of the first node based on the number of verified references; wherein a role of the first node in the cluster of nodes depends on the trust level of said first node. - receiving from the first node a request to join the cluster of nodes, - receiving from the first node a list of references authenticating the first node; - verifying the references; - allowing the first node to join the cluster of nodes if references provided in the list of references passed the verification; - calculating (110, 112) a trust level of the first node based on the number of verified references;
Self-cleaning filter which incorporates an inlet of a fluid stream, a filtering element with an inner surface and comprises a rotating shaft with a series of solidly attached brushes that make contact with the inner surface of the filtering element for cleaning the inner surface of the filtering element, the rotating shaft being attached to the shaft of a propeller, the self-cleaning filter being characterised in that it comprises a reduction gearbox (1a, 1b) with an input shaft attached to the shaft of the propeller and an output shaft attached to the rotating shaft and in that the propeller is activated by the movement of a portion of the fluid stream wherein the self-cleaning filter is submerged, causing the propeller to rotate, which in turn drags, through the coupling of the reduction gearbox (1a, 1b), the rotation shaft and therefore the brushes and in that it comprises a mechanical fuse located between the rotating shaft and the output shaft of the reduction gearbox (1a, 1b).
Device for preparing a beverage from a capsule comprising - a first chamber portion; and - a second chamber portion, wherein the first chamber portion and the second chamber portion are movable with respect to each other to be moved between an open position and a closed position, wherein in the open position the capsule can be inserted between the first chamber portion and the second chamber portion in a brewing position from which the capsule cannot escape in the closed position of the first chamber portion and the second chamber portion; wherein the device further comprises a capsule handler arranged to enable insertion therein of the capsule and to position said capsule in the brewing position, wherein the capsule handler is movable between a ready position and an ejection position, wherein the capsule handler is arranged for retaining the capsule in the brewing position when the capsule handler is in the ready position, and wherein when the first chamber portion and the second chamber portion are moved with respect to each other from the closed position to the open position, the capsule can fall freely from the brewing position under the influence of gravity when the capsule handler is in the ejection position, characterized in that the capsule handler is movable in a direction substantially perpendicular to a moving direction of the first chamber portion. - a first chamber portion; and - a second chamber portion, wherein the first chamber portion and the second chamber portion are movable with respect to each other to be moved between an open position and a closed position, wherein in the open position the capsule can be inserted between the first chamber portion and the second chamber portion in a brewing position from which the capsule cannot escape in the closed position of the first chamber portion and the second chamber portion; wherein the device further comprises a capsule handler arranged to enable insertion therein of the capsule and to position said capsule in the brewing position, wherein the capsule handler is movable between a ready position and an ejection position, wherein the capsule handler is arranged for retaining the capsule in the brewing position when the capsule handler is in the ready position, and wherein when the first chamber portion and the second chamber portion are moved with respect to each other from the closed position to the open position, the capsule can fall freely from the brewing position under the influence of gravity when the capsule handler is in the ejection position, characterized in that the capsule handler is movable in a direction substantially perpendicular to a moving direction of the first chamber portion.
Metering means for the separation and orientation of particles in a particle flow guided to a particle sizer via the metering means, wherein the metering means comprises a conveyor with a discharge at its end for the parti-cles passing a downstream image acquisition device in freefall, characterised in that the discharge of the conveyor is coordinated with at least two guide elements (13, 14) that are movable with respect to one another and have a feed gap formed between them for the separated particles falling from the discharge, and which are arranged in the form of a funnel at the end of the feed gap, wherein at least one of the guide elements (13, 14) is arranged to be movable under the action of a drive.
A composition comprising caffeoylshikimic acids, protocatechuic acid, hydroxytyrosol and hydroxybenzoic acid, said caffeoylshikimic acids and their derivatives characterised in that the composition is extracted from vegetation liquor of palm oil milling and palm oil mill effluent.
Tube-removing machine for production lines that produce artificial casings, comprising: - cutting means for cutting a section of the casing incorporating said tube, - splicing means for splicing the ends of the cut casing and which are suitable for applying at least one splicing adhesive that joins said ends of the casing, characterized in that it further comprises - detection means for detecting the arrival of a tube contained in a casing, and - temporary storage means for storing the casing which allow continuously taking in casing in the tube-removing machine without interruptions during the time in which the section of the casing which contains the tube is being cut and the subsequent splicing of the casing. - cutting means for cutting a section of the casing incorporating said tube, - splicing means for splicing the ends of the cut casing and which are suitable for applying at least one splicing adhesive that joins said ends of the casing, characterized in that it further comprises - detection means for detecting the arrival of a tube contained in a casing, and - temporary storage means for storing the casing which allow continuously taking in casing in the tube-removing machine without interruptions during the time in which the section of the casing which contains the tube is being cut and the subsequent splicing of the casing.
A support for a wing, comprising: a first attachment body, fixable to a support of a wheel in a rigid manner with respect to the rotation about a steering axis; a second attachment body (31, 32), rotatably connected to the first attachment body about a main rotation axis, parallel to the steering axis, by means of a rotation pin, and fixable to a wing; said first attachment body being rotatable with respect to the second attachment body (31, 32) between an initial position and a final position that are spaced one from the other by a given angle about the main rotation axis; characterized in that it comprises a guide element that is fixed to the first attachment body and to the second attachment body (31, 32) with respect to translation parallel to the main rotation axis, and it is slidable with respect to the first attachment body and/or to the second attachment body along a circular arc trajectory concentric to the main rotation axis.
A composite structure (1; 101; 201; 301; 401; 501; 601; 701; 901; 1001; 1101), comprising: a plurality of first layers (2; 102a...102l; 302; 402; 502; 602; 702) each comprising graphene; and a plurality of second layers (3; 103a...103l; 303; 403; 503; 603; 703) each comprising an aerogel, wherein the first (2;...702) and second layers (3;...703) alternate in the composite structure (1;...1101), characterized in that at least one of the first layers (2;...702) comprises graphene in the form of graphene platelets. a plurality of first layers (2; 102a...102l; 302; 402; 502; 602; 702) each comprising graphene; and a plurality of second layers (3; 103a...103l; 303; 403; 503; 603; 703) each comprising an aerogel, wherein the first (2;...702) and second layers (3;...703) alternate in the composite structure (1;...1101), characterized in that at least one of the first layers (2;...702) comprises graphene in the form of graphene platelets.
A method for forming at least one airgap within an integrated electronic circuit, comprising the following steps: /1/ providing an integrated circuit part intended for forming part of the circuit, said circuit part exhibiting at least two exposed surface portions which coincide with one and same level plane (S 1) of the circuit and are apart from each other, and said circuit part further exhibiting an open cavity (Ca, Cb) located between the surface portions; /2/ depositing a conformal layer of boron nitride on the circuit part, so that said conformal layer covers a bottom and sidewalls of the cavity (Ca, Cb) without filling said cavity up to the level plane (S 1); and /3/ applying a boron nitride nanosheet on the circuit part so that said nanosheet is supported by the surface portions and bridges between said surface portions above the cavity (Ca', Cb'), thereby forming the airgap between the conformal layer and the nanosheet. /1/ providing an integrated circuit part intended for forming part of the circuit, said circuit part exhibiting at least two exposed surface portions which coincide with one and same level plane (S 1) of the circuit and are apart from each other, and said circuit part further exhibiting an open cavity (Ca, Cb) located between the surface portions; /2/ depositing a conformal layer of boron nitride on the circuit part, so that said conformal layer covers a bottom and sidewalls of the cavity (Ca, Cb) without filling said cavity up to the level plane (S 1); and /3/ applying a boron nitride nanosheet on the circuit part so that said nanosheet is supported by the surface portions and bridges between said surface portions above the cavity (Ca', Cb'), thereby forming the airgap between the conformal layer and the nanosheet.