mhurhangee/patent-ind-claim-en huggingface dataset:
Device for feeding a thread for stitch-forming tools, arranged in at least one row, of a warp knitting machine, having a thread guidance device comprising a rotary element and a thread guide , wherein the thread guidance device is designed to lay a weft thread back and forth in two opposite directions (HI, HR) in a stroke region (B) respectively in front of the row of tools, characterised in that the thread guidance device has an eyelet structure having an eyelet , which can be driven in a planetary-like circular manner about an axis of rotation (R), as a rotary element and a traversing disc , designed as the thread guide, having an elongated hole , said traversing disc being arranged behind the eyelet structure in the direction of travel of the thread (FR). having a thread guidance device comprising a rotary element and a thread guide , wherein the thread guidance device is designed to lay a weft thread back and forth in two opposite directions (HI, HR) in a stroke region (B) respectively in front of the row of tools, characterised in that the thread guidance device has an eyelet structure having an eyelet , which can be driven in a planetary-like circular manner about an axis of rotation (R), as a rotary element and a traversing disc , designed as the thread guide, having an elongated hole , said traversing disc being arranged behind the eyelet structure in the direction of travel of the thread (FR).
Sensor element (1; 1') for storing rotation or position information, wherein the sensor element (1; 1') - comprises a domain wall conductor (1.1; 1.1') which is arranged on a substrate (1.2), wherein the course of the domain wall conductor (1.1; 1.1') is without crossings and the domain wall conductor (1.1; 1.1') has a first region (A) with a positive curvature and a second region (B) with a negative curvature, - comprises an electrically conductive layer (1.7) which is applied to the substrate (1.2) and is arranged in an overlapping manner relative to the domain wall conductor (1.1; 1.1') and so as to be electrically insulated with respect to the latter, wherein the electrically conductive layer (1.7) has four contact points (1.71, 1.72, 1.73, 1.74) which are arranged such that two pairs of contact points (1.71, 1.72, 1.73, 1.74) can have a voltage applied to them, with the result that an electric current flows either in a first current direction (ξ) or in a second current direction (Ψ), the first current direction (ξ) being oriented orthogonally with respect to the second current direction (Ψ), with the result that the magnetic field induced by the current can generate domain walls (W1, W2, W1', W2') in the domain wall conductor (1.1; 1.1'). - comprises a domain wall conductor (1.1; 1.1') which is arranged on a substrate (1.2), wherein the course of the domain wall conductor (1.1; 1.1') is without crossings and the domain wall conductor (1.1; 1.1') has a first region (A) with a positive curvature and a second region (B) with a negative curvature, - comprises an electrically conductive layer (1.7) which is applied to the substrate (1.2) and is arranged in an overlapping manner relative to the domain wall conductor (1.1; 1.1') and so as to be electrically insulated with respect to the latter, wherein the electrically conductive layer (1.7) has four contact points (1.71, 1.72, 1.73, 1.74) which are arranged such that
Method for producing a relief-like decor on a surface of a ceramic printing medium, comprising the steps: a) providing a ceramic printing medium; b) dispensing drops of a fixing liquid onto a portion of the surface using a plurality of nozzles of an inkjet printer; c) applying ceramic material in the form of particles at least to the dispensed fixing liquid and fixing the material by the fixing liquid, wherein unfixed material is subsequently removed so that elevations of the relief-like decor are formed; d) applying a predetermined single-color or multi-colored motif to the surfaces of the elevations by applying one or more inks with inorganic color pigments to the surfaces of the elevations; e) firing the ceramic printing medium to create a fired relief-like decor on the surface of the printing medium; wherein after step (c) and before step (d) a covering glaze or engobe or smaltobe, each in the form of a suspension, is applied to at least some of the elevations by spraying or pouring it by means of a dispensing device onto the corresponding surfaces and concentrated, wherein the fixing liquid is a structure-forming glaze suspension which comprises at least one frit, and preferably a glaze material containing a fluxing agent in the form of particles. a) providing a ceramic printing medium; b) dispensing drops of a fixing liquid onto a portion of the surface using a plurality of nozzles of an inkjet printer; c) applying ceramic material in the form of particles at least to the dispensed fixing liquid and fixing the material by the fixing liquid, wherein unfixed material is subsequently removed so that elevations of the relief-like decor are formed; d) applying a predetermined single-color or multi-colored motif to the surfaces of the elevations by applying one or more inks with inorganic color pigments to the surfaces of the elevations; e) firing the ceramic printing medium to create a fired relief-like decor on the surface of the printing medium;
An oral liquid composition comprising: i) 0.25% to 1% w/v of methimazole, a pharmaceutically acceptable salt thereof, a solvate thereof, or combinations thereof; ii) at least 0.2% w/v of an anionic polysaccharide, which is a gum; and iii) a liquid vehicle, for use in the treatment or prevention of hyperthyroidism in cats. i) 0.25% to 1% w/v of methimazole, a pharmaceutically acceptable salt thereof, a solvate thereof, or combinations thereof; ii) at least 0.2% w/v of an anionic polysaccharide, which is a gum; and iii) a liquid vehicle,
Connection assembly for releasably connecting a first housing part to at least one second housing part of the housing of a crusher for comminuting crushed material, wherein provision is made of an expansion element which is introducible into a cylindrical receptacle opening which along an opening axis extends at least partially into both housing parts , wherein the expansion element by means of a furthermore provided conical element is capable of being braced outward and thus radially to the opening axis against the internal sides of the receptacle opening , characterized in that the expansion element has a pot shape having an interior that is open to one side, wherein the conical element sits in the interior of the pot-shaped expansion element , and wherein the expansion element has a conical internal contour which sits on a conical external contour of the conical element , and wherein screw elements by way of which the conical element is retractable into the expansion element while expanding the external cylindrical lateral surface of the expansion element are provided.
A linear motor comprising: a pair of stators provided along a movement direction so as to face each other; a movable element configured to move between the pair of stators ; a cooling member having (A) a heat collector provided inside the moveable element to absorb heat of the moveable element ; and (B) a heat dissipator protruding outside from the moveable element , and wherein the cooling member is a heat pipe configured such that one end thereof is inserted inside the moveable element and functions as the heat collector , and another end thereof protrudes outside of the moveable element and functions as the heat dissipator , characterized in that said another end of the heat pipe that functions as the heat dissipator extends in the direction in which the pair of stators face each other to a rear side of the pair of stators and has a cross section shape in which a dimension in a direction perpendicular to the movement direction is smaller than a dimension in the movement direction. a pair of stators provided along a movement direction so as to face each other; a movable element configured to move between the pair of stators ; a cooling member having (A) a heat collector provided inside the moveable element to absorb heat of the moveable element ; and (B) a heat dissipator protruding outside from the moveable element , and wherein the cooling member is a heat pipe configured such that one end thereof is inserted inside the moveable element and functions as the heat collector , and another end thereof protrudes outside of the moveable element and functions as the heat dissipator , characterized in that said another end of the heat pipe that functions as the heat dissipator extends in the direction in which the pair of stators face each other to a rear side of the pair of stators and has a cross section shape in which a dimension in a direction perpendicular to the movement direction is smaller than a dimension in the movement direction.
A method, comprising: executing, by a processor, a first instruction of a first software entity, wherein the executing the first instruction includes: receiving, in a core of the processor, a first input operand indicating a first key associated with a first memory compartment of a plurality of memory compartments; executing a cryptographic algorithm in the core to compute first encrypted contents based at least in part on the first key; and subsequent to computing the first encrypted contents in the core, storing the first encrypted contents in the first memory compartment at a first memory location of a first memory unit, wherein the plurality of memory compartments contain encrypted data or encrypted code of the first software entity. receiving, in a core of the processor, a first input operand indicating a first key associated with a first memory compartment of a plurality of memory compartments; executing a cryptographic algorithm in the core to compute first encrypted contents based at least in part on the first key; and subsequent to computing the first encrypted contents in the core, storing the first encrypted contents in the first memory compartment at a first memory location of a first memory unit, wherein the plurality of memory compartments contain encrypted data or encrypted code of the first software entity.
A gauge to verify the accuracy of an intra-oral scan of the oral cavity of a patient, comprising: a bar of adjustable length and removably affixable between two points in the oral cavity; said bar having a first and a second end ; said bar has a visual indicia to identify the distance (D) between the two points , wherein said visual indicia is a Vernier scale; said bar being scannable by the intra-oral scan; such that the measurement of the distance (D) between the two points is thereby verified by said visual indicia and by the scan of said bar . a bar of adjustable length and removably affixable between two points in the oral cavity; said bar having a first and a second end ; said bar has a visual indicia to identify the distance (D) between the two points , wherein said visual indicia is a Vernier scale; said bar being scannable by the intra-oral scan; such that the measurement of the distance (D) between the two points is thereby verified by said visual indicia and by the scan of said bar .
A staple cartridge configured for use with a surgical stapling device comprising a lockout for preventing operation of the surgical stapling device, wherein said staple cartridge comprises: a first cam surface on said staple cartridge , wherein said first cam surface is configured to move the lockout from a locked position to an intermediate position when said staple cartridge is initially inserted into the surgical stapling device; a second cam surface on said staple cartridge , wherein said second cam surface is configured to move the lockout from the intermediate position to an unlocked position when said staple cartridge is operably seated in the surgical stapling device, and wherein said first cam surface is proximal to said second cam surface and vertically displaced therefrom; a cartridge deck surface ; and a longitudinal slot that bisects the cartridge deck surface , wherein said first cam surface comprises: a first upper cam surface and a second upper cam surface , wherein said first upper cam surface is angled relative to said second upper cam surface and is proximal thereto, and wherein said second cam surface comprises: a first lower cam surface , wherein said first lower cam surface is located below said first upper cam surface and is distal thereto; and a second lower cam surface that is distal to said first lower cam surface , wherein a vertical direction is parallel to the longitudinal slot and perpendicular to a center axis (CA) of the staple cartridge . a first cam surface on said staple cartridge , wherein said first cam surface is configured to move the lockout from a locked position to an intermediate position when said staple cartridge is initially inserted into the surgical stapling device; a second cam surface on said staple cartridge , wherein said second cam surface is configured to move the lockout from the intermediate position to an unlocked position when said staple cartridge is operably seated in the surgical stapling device, and wherein said first cam surface is proximal to said second cam surface and vertically displaced therefrom; a cartridge deck surface ; and a longitudinal slot that bisects the cartridge deck surface , wherein said first cam surface comprises: a first upper cam surface and a second upper cam surface , wherein said first upper cam surface is angled relative to said second upper cam surface and is proximal thereto, and wherein said second cam surface comprises: a first lower cam surface , wherein said first lower cam surface is located below said first upper cam surface and is distal thereto; and a second lower cam surface that is distal to said first lower cam surface , a first lower cam surface , wherein said first lower cam surface is located below said first upper cam surface and is distal thereto; and a second lower cam surface that is distal to said first lower cam surface , wherein a vertical direction is parallel to the longitudinal slot and perpendicular to a center axis (CA) of the staple cartridge .
A motor vehicle comprising a mechanical clock , wherein: the clock is an automatic, self-winding clock having a winding mechanism automatically wound through movement of the clock; the clock is mounted in a holder in the vehicle; the vehicle has an automatic winding means to automatically wind the winding mechanism of the clock; the automatic winding means comprises means powered or actuated by an electrical system of the motor vehicle to rotate the clock in the holder; the vehicle comprises a user interface switch operable in use to cause the clock to be rotated in the holder when activated; the automatic winding means is operable in use such that subsequent to rotation of the clock for a set period of time, the clock is returned to a set position; the face of the clock comprises one or more indicators thereon; the clock comprises a rotational mechanism operable in use to rotate one or more hands of the clock to indicate the time to a user; and the clock comprises a crown wheel operable in use to act upon the rotational mechanism to move the hand(s) of the clock, the set position to which the clock is returned subsequent to winding comprises a first set position whereby an indicator for 12 o'clock is centred at the top of the clock and characterised in that the user interface switch is operable in use so that, when activated, the clock is moved to a second set position different from the first set position so as to present the crown wheel to a user for altering the time displayed by the clock. the clock is an automatic, self-winding clock having a winding mechanism automatically wound through movement of the clock; the clock is mounted in a holder in the vehicle; the vehicle has an automatic winding means to automatically wind the winding mechanism of the clock; the automatic winding means comprises means powered or actuated by an electrical system of the motor vehicle to rotate the clock in the holder; the vehicle comprises a user interface switch operable in use to cause the clock to be rotated in the holder when activated; the automatic winding means is operable in use such that subsequent to rotation of the clock for a set period of time, the clock is returned to a set position; the face of the clock comprises one or more indicators thereon; the clock comprises a rotational mechanism operable in use to rotate one or more hands of the clock to indicate the time to a user; and the clock comprises a crown wheel operable in use to act upon the rotational mechanism to move the hand(s) of the clock, the set position to which the clock is returned subsequent to winding comprises a first set position whereby an indicator for 12 o'clock is centred at the top of the clock and characterised in that the user interface switch is operable in use so that, when activated, the clock is moved to a second set position different from the first set position so as to present the crown wheel to a user for altering the time displayed by the clock.
A terminal station device which is connected to terminal devices on a lower-level side and an upper-level device on an upper-level side, each of the terminal devices being connected to a respective lower-level device accommodating a plurality of user devices , the terminal station device comprising: an information extraction unit that extracts information on allocation of a bandwidth of uplink communication of each of the plurality of user devices from information notified by the upper-level device on the uplink communication of the plurality of user devices , the information extraction unit acquiring, from the upper-level device , a lower-level device identifier of each lower-level device connected to the upper-level device and user device identifiers of the plurality of user devices connected to each lower-level device ; a processing unit that creates correspondence information Indicating a correspondence among the upper-level device , the terminal devices , each lower-level device , and the plurality of user devices , the correspondence information indicating which lower-level device connects each of the plurality of user devices ; and a bandwidth allocation unit that allocates, for each of the terminal devices , a start time point of the uplink communication and an information amount of signals for which transmission of the uplink communication is allowed on a basis of the information on allocation of the bandwidth of the uplink communication of each of the plurality of user devices and the correspondence information. an information extraction unit that extracts information on allocation of a bandwidth of uplink communication of each of the plurality of user devices from information notified by the upper-level device on the uplink communication of the plurality of user devices , the information extraction unit acquiring, from the upper-level device , a lower-level device identifier of each lower-level device connected to the upper-level device and user device identifiers of the plurality of user devices connected to each lower-level device ; a processing unit that creates correspondence information Indicating a correspondence among the upper-level device , the terminal devices , each lower-level device , and the plurality of user devices , the correspondence information indicating which lower-level device connects each of the plurality of user devices ; and a bandwidth allocation unit that allocates, for each of the terminal devices , a start time point of the uplink communication and an information amount of signals for which transmission of the uplink communication is allowed on a basis of the information on allocation of the bandwidth of the uplink communication of each of the plurality of user devices and the correspondence information.
A method for manufacturing a membrane-electrode assembly (MEA) comprising: (a) preparing a catalyst slurry composition comprising a platinum-coated carbon powder (Pt/C) catalyst, an ionomer and a solvent A; (b) stirring the catalyst slurry composition; (c) homogenizing the catalyst slurry composition gone through (b) by sonication treatment; (d) drying the catalyst slurry composition gone through (c) at a temperature of 30°C to 100°C; (e) adding a solvent B to the catalyst composition gone through (d); (f) rehomogenizing the catalyst slurry composition gone through (e) by sonication treatment; and (g) forming a catalyst layer by coating the catalyst slurry composition gone through (f) on a substrate, drying the result, and then transferring the substrate on one surface or both surfaces of an electrolyte membrane, wherein the catalyst layer of (g) has a thickness of 5 μm to 15 μm. (a) preparing a catalyst slurry composition comprising a platinum-coated carbon powder (Pt/C) catalyst, an ionomer and a solvent A; (b) stirring the catalyst slurry composition; (c) homogenizing the catalyst slurry composition gone through (b) by sonication treatment; (d) drying the catalyst slurry composition gone through (c) at a temperature of 30°C to 100°C; (e) adding a solvent B to the catalyst composition gone through (d); (f) rehomogenizing the catalyst slurry composition gone through (e) by sonication treatment; and (g) forming a catalyst layer by coating the catalyst slurry composition gone through (f) on a substrate, drying the result, and then transferring the substrate on one surface or both surfaces of an electrolyte membrane,
An electricity storage module comprising: a power storage element group obtained by stacking a plurality of power storage elements each having a lead terminal ; a connection member that is electrically connected to the lead terminal ; a connector for electrically connecting the connection member to an external device; and a terminal member for electrically connecting the connection member to the connector , the connection member having a connection portion that is disposed in parallel with a direction in which the power storage elements are stacked, and that is connected to the terminal member , the terminal member being connected to the connection portion in a state in which the terminal member is movable in the direction in which the power storage elements are stacked, and the terminal member includes a tuning fork-shaped terminal portion formed by being branched in two at its end, and a fuse connection portion that rises perpendicular with respect to the tuning fork-shaped terminal portion . a power storage element group obtained by stacking a plurality of power storage elements each having a lead terminal ; a connection member that is electrically connected to the lead terminal ; a connector for electrically connecting the connection member to an external device; and a terminal member for electrically connecting the connection member to the connector , the connection member having a connection portion that is disposed in parallel with a direction in which the power storage elements are stacked, and that is connected to the terminal member , the terminal member being connected to the connection portion in a state in which the terminal member is movable in the direction in which the power storage elements are stacked, and the terminal member includes a tuning fork-shaped terminal portion formed by being branched in two at its end, and a fuse connection portion that rises perpendicular with respect to the tuning fork-shaped terminal portion .