mhurhangee/ep-ind-claims huggingface dataset:
A luminaire, in particular, a free-standing or table luminaire with a luminaire pillar extending upwards from a luminaire base, on which a luminaire head is arranged, wherein the luminaire head has a first lighting means, the light of which is emitted via a light-emission face of the luminaire head in a planar manner towards the lower side, wherein the luminaire head has second lighting means, the light of which is emitted bundled towards the lower side, wherein the light emission direction of the second lighting means can be changed, characterized in that the lower side of the luminaire head is completely closed off by a light-emission disc.
An isolated antibody or functional part thereof capable of binding to a Staphylococcus species comprising: (a) a heavy chain CDR1 sequence RFAMS (SEQ ID NO:1), and (b) a heavy chain CDR2 sequence SINNGNNPYYARSVQY (SEQ ID NO:2), and (c) a heavy chain CDR3 sequence DHPSSGWPTFDS (SEQ ID NO:3), and (d) a light chain CDR1 sequence RASENVGDWLA (SEQ ID NO:4), and (e) a light chain CDR2 sequence KTSILES (SEQ ID NO:5), and (f) a light chain CDR3 sequence QHYXRFPYT(SEQ ID NO:6), wherein X is I or M. (a) a heavy chain CDR1 sequence RFAMS (SEQ ID NO:1), and (b) a heavy chain CDR2 sequence SINNGNNPYYARSVQY (SEQ ID NO:2), and (c) a heavy chain CDR3 sequence DHPSSGWPTFDS (SEQ ID NO:3), and (d) a light chain CDR1 sequence RASENVGDWLA (SEQ ID NO:4), and (e) a light chain CDR2 sequence KTSILES (SEQ ID NO:5), and (f) a light chain CDR3 sequence QHYXRFPYT(SEQ ID NO:6), wherein X is I or M.
A method for aligning a display apparatus, comprising: displaying a control menu on a screen of a display apparatus; requesting first gradient information from a portable apparatus in response to a user input corresponding to the control menu; and displaying a gradient base line and a determined gradient line on the screen of the display apparatus, wherein the determined gradient line is determined using the first gradient information received from the portable apparatus. displaying a control menu on a screen of a display apparatus; requesting first gradient information from a portable apparatus in response to a user input corresponding to the control menu; and displaying a gradient base line and a determined gradient line on the screen of the display apparatus,
A rinse aid additive for automatic dishwashing provided in form of a (i) non-compressed part attached to a compressed detergent composition, or (ii) non-compressed part separate of a compressed or non-compressed detergent composition in any shape that can be dosed separate from a detergent, or (iii) granulate that is contained in a compressed or non-compressed detergent composition. comprising more than 40 wt.-% based on the total weight of the rinse aid additive of surfactant, possessing a dynamic viscosity of equal or greater than 10 5 mPa·s at a temperature of 20 °C, which drops in the temperature interval of between above 20 °C to about 40 °C by a factor of 25 per 10°C or more, and at least one solid compound, wherein said rinse aid additive is in form of a solid at room temperature. (i) non-compressed part attached to a compressed detergent composition, or (ii) non-compressed part separate of a compressed or non-compressed detergent composition in any shape that can be dosed separate from a detergent, or (iii) granulate that is contained in a compressed or non-compressed detergent composition.
A member of a modular bone plate, the member comprising a top surface (1a, 2a, 3a) defining a top plane; a bottom surface (1b, 2b, 3b) defining a bottom plane; a connection portion (10, 10", 20, 20"', 101, 201) including a hole (11, 11 ", 21, 21") with a center axis that intersects the top plane and the bottom plane; wherein a first portion of the edge of the hole (11, 11", 21, 21") is provided with a projection (12, 22) forming a first free end (1d, 2d, 3d) of the member (1, 1', 2, 2', 2", 2"', 3, 3', 100, 200, 1000, 2000) and wherein a second portion of the edge of the hole (11, 11", 21, 21 ") is provided with a groove (13, 23, 103) that is configured to accommodate a projection (12, 22) of a connection portion (10, 10", 20, 20"', 101, 201) of a second member (1, 1', 2, 2', 2", 2"', 3, 3', 100, 200, 1000, 2000) of the modular bone plate, characterized in that the projection (12, 22) and the groove (13, 23, 103) are arranged on opposite sides from the hole (11, 11 ", 21, 21"), that the groove (13, 23, 103) extends into the member (1, 1', 2, 2', 2", 2"', 3, 3', 100, 200, 1000, 2000) and that the groove (13, 23, 10) is arranged at a distance from the edge of the hole (11, 11", 21, 21").
Synthesis method of an injectable, monophasic gel made from monophasic, cross-linked sodium hyaluronate (NaHA) and linear, intercalated multifractional sodium hyaluronate (NaHA) comprising the following steps: Step 1. mixing of sodium hyaluronate with an intrinsic viscosity of between 10 and 30 dl/g and an aqueous solution of a sucrose epoxide selected from: epoxy allyl sucrose, or epoxy crotyl sucrose and 0.25-molar NaOH in a mixer set at 10 rpm, at a temperature between 15°C and 25°C and for a time of 10 hours; Step 2. acidification of the solution to interrupt the cross-linking process; Step 3. dialysis purification of the resulting solution characterized by a concentration of monophasic, cross-linked sodium hyaluronate between 1% and 10% and an osmolarity of about 200-400 mosm; Step 4. pH stabilization with pH 7.4 buffer; Step 5. intercalation of multifractional sodium hyaluronate through addition to the cross-linked sodium hyaluronate solution of a gelatinous solution prepared separately and containing No. 5 sodium hyaluronate fractions with molecular weight respectively of 1,000,000 Da, 500,000 Da, 200,000 Da, 100,000 Da and 2,000 Da, in quantities between 1% and 20% of the weight of cross-linked sodium hyaluronate (NaHA). Step 1. mixing of sodium hyaluronate with an intrinsic viscosity of between 10 and 30 dl/g and an aqueous solution of a sucrose epoxide selected from: epoxy allyl sucrose, or epoxy crotyl sucrose and 0.25-molar NaOH in a mixer set at 10 rpm, at a temperature between 15°C and 25°C and for a time of 10 hours; Step 2. acidification of the solution to interrupt the cross-linking process; Step 3. dialysis purification of the resulting solution characterized by a concentration of monophasic, cross-linked sodium hyaluronate between 1% and 10% and an osmolarity of about 200-400 mosm; Step 4. pH stabilization with pH 7.4 buffer; Step 5. intercalation of multifractional sodium hyaluronate through addition to the cross-linked sodium hyaluronate solution of a gelatinous solution prepared separately and containing No. 5 sodium hyaluronate fractions with molecular weight respectively of 1,000,000 Da, 500,000 Da, 200,000 Da, 100,000 Da and 2,000 Da, in quantities between 1% and 20% of the weight of cross-linked sodium hyaluronate (NaHA).
Method for determining the consumption of gas during a time period on a heating device heated by fuel gas, which device heats a heat transfer medium in order to heat a heat sink, characterised by the following steps: detecting the emitted heat output by measuring the temperature difference of the heat transfer medium between flow and return flow by means of two temperature sensors, measuring the volume flow of the heat transfer medium by means of a volume flow sensor and multiplication of the measured values, determining the efficiency by detecting an operating temperature and by using a stored efficiency-temperature dependency, determining the instantaneous time-based gas consumption by dividing the emitted heat output by the efficiency, determining the gas consumption during the time period by integration over time or by adding up instantaneous time-based gas consumptions multiplied by the duration of time increments. detecting the emitted heat output by measuring the temperature difference of the heat transfer medium between flow and return flow by means of two temperature sensors, measuring the volume flow of the heat transfer medium by means of a volume flow sensor and multiplication of the measured values, determining the efficiency by detecting an operating temperature and by using a stored efficiency-temperature dependency, determining the instantaneous time-based gas consumption by dividing the emitted heat output by the efficiency, determining the gas consumption during the time period by integration over time or by adding up instantaneous time-based gas consumptions multiplied by the duration of time increments.
Support casing for an electrical control button of a vehicle window regulator, intended to be mounted on a door panel of the vehicle, comprising a male piece provided with an inclined surface intended to be inserted by snap-fastening into an interface orifice of the door panel, the support casing comprising a main body delimiting a volume of substantially parallelepipedal, for example rectangular parallelepipedal, shape, delimited by two parallel lateral walls (24, 25) extending in a plane containing the direction of insertion of the male piece into the interface orifice, a lateral wall of the main body termed lateral support wall bearing the male piece, the male piece protruding from said lateral support wall of the main body, the casing being delimited by an upper wall bearing the control button extending in a plane substantially normal to the direction of insertion of the male piece into the interface orifice, characterized in that a free space is provided in the main body next to the male piece, the free space is a slot made in the upper wall so as to allow the deformation of said lateral support wall during the insertion of the male piece into the interface orifice of the door panel, and in that said lateral support wall comprises a window disposed beneath the male piece, and in that the contour of the window forms a free edge of the lateral support wall. the support casing comprising a main body delimiting a volume of substantially parallelepipedal, for example rectangular parallelepipedal, shape, delimited by two parallel lateral walls (24, 25) extending in a plane containing the direction of insertion of the male piece into the interface orifice, a lateral wall of the main body termed lateral support wall bearing the male piece, the male piece protruding from said lateral support wall of the main body, the casing being delimited by an upper wall bearing the control button extending in a plane substantially normal to the direction of insertion of the male piece into the interface orifice, characterized in that a free space is provided in the main body next to the male piece, the free space is a slot made in the upper wall so as to allow the deformation of said lateral support wall during the insertion of the male piece into the interface orifice of the door panel, and in that said lateral support wall comprises a window disposed beneath the male piece, and in that the contour of the window forms a free edge of the lateral support wall.
A method for differentiating human turbinate mesenchymal stromal cells (hTMSCs) into bone, nerve or fat cells, the method comprising a step of culturing isolated human inferior turbinate tissues; a step of culturing the inferior turbinate tissues by adhering the inferior turbinate tissues to a culture dish; a step of removing un-adhered cells; a step of obtaining human turbinate mesenchymal stromal cells adhered on the dish; a step of sub-culturing 3 times; and a step of sub-culturing human turbinate mesenchymal stromal cells in a bone, nerve or fat cell differentiation medium.
An overcurrent tripping device which detects overcurrent flowing through a main circuit of a circuit breaker and actuates a tripping mechanism of the circuit breaker in a closed state, the overcurrent tripping device comprising: - a tripping conductor connected to the main circuit; - a fixed core inside which the tripping conductor penetrates and which is excited by current flowing through the tripping conductor; - a movable core which is arranged to be opposed to the fixed core with a magnetic gap therebetween, and which forms a magnetic circuit in cooperation with the fixed core, and moves by being attracted by the fixed core when overcurrent flows through the tripping conductor; and - a shaft fixed to the movable core to guide the movement, and linked to the tripping mechanism of the circuit breaker, characterized in that the fixed core or the movable core has a narrow gap formed in such a direction as to cross the magnetic circuit, and the narrow gap has narrow gap both-end portions at both ends in the width direction so that the dimension thereof does not change due to the magnetic attraction force. - a tripping conductor connected to the main circuit; - a fixed core inside which the tripping conductor penetrates and which is excited by current flowing through the tripping conductor; - a movable core which is arranged to be opposed to the fixed core with a magnetic gap therebetween, and which forms a magnetic circuit in cooperation with the fixed core, and moves by being attracted by the fixed core when overcurrent flows through the tripping conductor; and - a shaft fixed to the movable core to guide the movement, and linked to the tripping mechanism of the circuit breaker, characterized in that the fixed core or the movable core has a narrow gap formed in such a direction as to cross the magnetic circuit, and the narrow gap has narrow gap both-end portions at both ends in the width direction so that the dimension thereof does not change due to the magnetic attraction force.
An optical system consisting of, in order from an object side to an image side, a first unit, a second unit, and a third unit, wherein the first unit includes a first substrate, and a first lens having a negative refractive power and disposed on the image side of the first substrate, wherein the second unit includes a second substrate, and a second lens having a positive refractive power and disposed on the object side of the second substrate, and wherein the third unit includes a third substrate, and a third lens having a positive refractive power and disposed on the object side of the third substrate, characterized in that the third unit includes no lenses other than the third lens. wherein the first unit includes a first substrate, and a first lens having a negative refractive power and disposed on the image side of the first substrate, wherein the second unit includes a second substrate, and a second lens having a positive refractive power and disposed on the object side of the second substrate, and wherein the third unit includes a third substrate, and a third lens having a positive refractive power and disposed on the object side of the third substrate, characterized in that the third unit includes no lenses other than the third lens.
A plant for ennobling skins and leather, comprising: - a first group for preparing a finishing layer to be transferred onto a skin, - a second group for preparing a skin to receive said finishing layer, - a third group for transferring said finishing layer onto said skin, characterized in that said first group comprises: - a transport plate, having a layer for support and for shaping of the finishing, - means for realising a finishing layer on said layer for support and for shaping; said second group comprises: - deposition means for depositing a layer of adhesive onto a skin, - positioning means for positioning said skin on said transport plate with said layer of adhesive positioned above said finishing layer; said third group comprises: - at least one hot press, comprising in turn: - a lower plane, - an upper plane, - closing and opening means of said two planes (26, 27) one with respect to the other, - a thrust levelling layer between said lower and upper planes, interposed between a skin and said upper plane, - a protective film, interposed between said thrust levelling layer and said skin. - a first group for preparing a finishing layer to be transferred onto a skin, - a second group for preparing a skin to receive said finishing layer, - a third group for transferring said finishing layer onto said skin, said first group comprises: - a transport plate, having a layer for support and for shaping of the finishing, - means for realising a finishing layer on said layer for support and for shaping; - a transport plate, having a layer for support and for shaping of the finishing, - means for realising a finishing layer on said layer for support and for shaping; said second group comprises: - deposition means for depositing a layer of adhesive onto a skin, - positioning means for positioning said skin on said transport plate with said layer of adhesive positioned above said finishing layer; - deposition means for depositing a layer of adhesive onto a skin, - positioning means for positioning said skin on said transport plate with said layer of adhesive positioned above said finishing layer; said third group comprises: - at least one hot press, comprising in turn: - a lower plane, - an upper plane, - closing and opening means of said two planes (26, 27) one with respect to the other, - a thrust levelling layer between said lower and upper planes, interposed between a skin and said upper plane, - a protective film, interposed between said thrust levelling layer and said skin. - at least one hot press, comprising in turn: - a lower plane, - an upper plane, - closing and opening means of said two planes (26, 27) one with respect to the other, - a thrust levelling layer between said lower and upper planes, interposed between a skin and said upper plane, - a protective film, interposed between said thrust levelling layer and said skin. - a lower plane, - an upper plane, - closing and opening means of said two planes (26, 27) one with respect to the other, - a thrust levelling layer between said lower and upper planes, interposed between a skin and said upper plane, - a protective film, interposed between said thrust levelling layer and said skin.
A laboratory instrument comprising: one or more trays, each comprising a plurality of recesses, which are configured to hold a plurality of sample vessels exhibiting barcode information, characterized in that the one or more trays comprises a plurality of openings between the recesses; and further comprising_one or more rods that are separate from the trays, each comprising optical elements configured to read barcode information on the sample vessels, wherein the one or more rods are configured to move through the plurality of openings by way of being inserted into the openings or by lowering the tray. one or more trays, each comprising a plurality of recesses, which are configured to hold a plurality of sample vessels exhibiting barcode information, characterized in that the one or more trays comprises a plurality of openings between the recesses; and further comprising_one or more rods that are separate from the trays, each comprising optical elements configured to read barcode information on the sample vessels, wherein the one or more rods are configured to move through the plurality of openings by way of being inserted into the openings or by lowering the tray.
A flooring protecting overshoe comprising a sock of an elastically stretchable fabric having a mesh-structure, said overshoe comprising: - a heel, - an elastic flexible base, - a top, - opposite lateral parts, - said top including a toe-part and a mid-foot part, an opening giving access to the inside of said overshoe being delimited by said heel, said mid-foot part and said lateral parts, - said opening preferably being elongated and preferably having a length of at least 50%, preferably of between 50% and 65%, of the length of said overshoe, - said elastic flexible base comprising said fabric of said sock i) covered on a first side thereof by a cured elastomeric substance defining in a first flooring protecting configuration of said overshoe the outer face of said elastic flexible base and ii) fully or partially covered on a second side thereof by a cured elastomeric substance defining at least portions of the inner face of said elastic flexible base 13' oriented towards the inside of said overshoe, - said toe-part comprising said fabric of said sock covered on said first side thereof by a cured elastomeric substance defining the outer face of said toe-part, - said mid-foot part carrying no coating of elastomeric substance, wherein said overshoe is invertible, for bringing said overshoe into an inverted inside out second flooring protecting configuration where said outer face of said elastic flexible base is oriented towards the inside of said overshoe. - a heel, - an elastic flexible base, - a top, - opposite lateral parts, - said top including a toe-part and a mid-foot part, an opening giving access to the inside of said overshoe being delimited by said heel, said mid-foot part and said lateral parts, - said opening preferably being elongated and preferably having a length of at least 50%, preferably of between 50% and 65%, of the length of said overshoe, - said elastic flexible base comprising said fabric of said sock i) covered on a first side thereof by a cured elastomeric substance defining in a first flooring protecting configuration of said overshoe the outer face of said elastic flexible base and ii) fully or partially covered on a second side thereof by a cured elastomeric substance defining at least portions of the inner face of said elastic flexible base 13' oriented towards the inside of said overshoe, - said toe-part comprising said fabric of said sock covered on said first side thereof by a cured elastomeric substance defining the outer face of said toe-part, - said mid-foot part carrying no coating of elastomeric substance, wherein said overshoe is invertible, for bringing said overshoe into an inverted inside out second flooring protecting configuration where said outer face of said elastic flexible base is oriented towards the inside of said overshoe.