mhurhangee/ep-ind-claims huggingface dataset:
A proton conducting ceramic membrane comprising a conducting layer, wherein said conducting layer comprises a mixture of: (i) a rare-earth tungstate of formula (Ln z1 Dp z2) a W b-c M1 c O 12-y wherein Ln is Y, an element numbered 57 to 71, or a mixture thereof; Dp is Y or an element numbered 57 to 71 of the periodic table different from Ln; Z1 is 0.5 to 1; Z2 is 0.5 to 0; M1 is a metal selected from the group consisting of Mo, Re, V, Cr, Nb, U and Mn, or a mixture thereof; the molar ratio of a:b is 4.8 to 6, preferably 5.3 to 6; c is 0 to (0.5 * b); and y is a number such that formula is uncharged, e.g. y is 0 ≤ y ≤ 1.8; and (ii) a mixed metal oxide of formula Ln e-d M3 d Cr 1-f M2 f O 3-x wherein Ln is Y, an element numbered 57 to 71, or a mixture thereof; M3 is a metal selected from Ca, Sr or Ba; M2 is a metal selected from the group consisting of Al, Ga, Co, Ti, Mg, Mn, Fe, Ni, Y, Sc, Yb and Lu, or a mixture thereof; preferably Al, Ga, Mg, Mn, Fe, Ni, Y, Sc, Yb and Lu, or a mixture thereof; e is 0.95 to 1; d is 0.4 to 0.01; f is 0 to 0.5; and x is a number such that formula is uncharged, e.g. x is 0 ≤ x ≤ 0.5. (i) a rare-earth tungstate of formula (Ln z1 Dp z2) a W b-c M1 c O 12-y wherein Ln is Y, an element numbered 57 to 71, or a mixture thereof; Dp is Y or an element numbered 57 to 71 of the periodic table different from Ln; Z1 is 0.5 to 1; Z2 is 0.5 to 0; M1 is a metal selected from the group consisting of Mo, Re, V, Cr, Nb, U and Mn, or a mixture thereof; the molar ratio of a:b is 4.8 to 6, preferably 5.3 to 6; c is 0 to (0.5 * b); and y is a number such that formula is uncharged, e.g. y is 0 ≤ y ≤ 1.8; and Ln is Y, an element numbered 57 to 71, or a mixture thereof; Dp is Y or an element numbered 57 to 71 of the periodic table different from Ln; Z1 is 0.5 to 1; Z2 is 0.5 to 0; M1 is a metal selected from the group consisting of Mo, Re, V, Cr, Nb, U and Mn, or a mixture thereof; the molar ratio of a:b is 4.8 to 6, preferably 5.3 to 6; c is 0 to (0.5 * b); and y is a number such that formula is uncharged, e.g. y is 0 ≤ y ≤ 1.8; and (ii) a mixed metal oxide of formula Ln e-d M3 d Cr 1-f M2 f O 3-x wherein Ln is Y, an element numbered 57 to 71, or a mixture thereof; M3 is a metal selected from Ca, Sr or Ba; M2 is a metal selected from the group consisting of Al, Ga, Co, Ti, Mg, Mn, Fe, Ni, Y, Sc, Yb and Lu, or a mixture thereof; preferably Al, Ga, Mg, Mn, Fe, Ni, Y, Sc, Yb and Lu, or a mixture thereof; e is 0.95 to 1; d is 0.4 to 0.01; f is 0 to 0.5; and x is a number such that formula is uncharged, e.g. x is 0 ≤ x ≤ 0.5. Ln is Y, an element numbered 57 to 71, or a mixture thereof; M3 is a metal selected from Ca, Sr or Ba; M2 is a metal selected from the group consisting of Al, Ga, Co, Ti, Mg, Mn, Fe, Ni, Y, Sc, Yb and Lu, or a mixture thereof; preferably Al, Ga, Mg, Mn, Fe, Ni, Y, Sc, Yb and Lu, or a mixture thereof; e is 0.95 to 1; d is 0.4 to 0.01; f is 0 to 0.5; and x is a number such that formula is uncharged, e.g. x is 0 ≤ x ≤ 0.5.
A facade structure for thermal insulation and cladding of external walls of buildings with the following structures to be arranged on the building's exterior wall: a thermal barrier coating, a waterproof layer and at least one trim panel, characterized in that the trim panel is directly bonded to the waterproof layer via at least one adhesive section and the waterproof layer comprises a waterproof reinforcement, arranged on the thermal barrier coating, and/or a waterproof coating of the reinforcement, arranged on the thermal barrier coating, and the adhesive portion comprises at least one double-sided adhesive tape and at least one adhesive layer made of polyurethane adhesive or polyurethane foam.
Use of a mixture, comprising (a) fatty acid alkyl esters according to general formula R 1 COO-R 2 in which R 1 CO represents an unsaturated acyl radical having 16 to 22 carbon atoms and 1, 2 or 3 double bonds, and R 2 represents a C 1 -C 4 alkyl radical, (b) at least two different members of non-ionic sugar or polyol surfactants, which is either a combination of alkyl polyglycosides and ethoxylated sorbitan esters or a combination of alkyl polyglycosides and polyglycerol esters; and optionally (c) polyols as an additive for agricultural compositions. (a) fatty acid alkyl esters according to general formula R 1 COO-R 2 in which R 1 CO represents an unsaturated acyl radical having 16 to 22 carbon atoms and 1, 2 or 3 double bonds, and R 2 represents a C 1 -C 4 alkyl radical, (b) at least two different members of non-ionic sugar or polyol surfactants, which is either a combination of alkyl polyglycosides and ethoxylated sorbitan esters or a combination of alkyl polyglycosides and polyglycerol esters; and optionally (c) polyols
A method of applying a sugar film coat to centers, the method comprising a coating cycle to impart a coated layer to produce sugar film coated centers, which coating cycle comprises: a) intermixing the centers in a coating vessel; b) applying drying gas through the coating vessel, wherein the drying gas provides a drying rate of moisture removal in the coating vessel; c) spraying a wet sugar syrup at a spraying rate, in an atomized state, onto the centers while intermixing the centers and while applying the drying gas around the centers in the coating vessel to produce wet coated centers having a wet coat, wherein the sugar syrup comprises a crystallizing sugar, and wherein the spraying rate provides a moisture addition rate higher than the drying rate in the coating vessel; and d) after forming the wet coated center, reducing the spraying rate or stopping the spraying of the wet sugar syrup, while applying the drying gas, to allow the moisture addition rate to be slower than the drying rate in the coating vessel, whereby the wet coated centers lose their moisture to form the sugar film coated center, and wherein the method further comprises a step of repeating one or more of the coating cycles with a wet sugar syrup further comprising a colorant, and wherein the sugar film coating is free of a polymeric film former. a) intermixing the centers in a coating vessel; b) applying drying gas through the coating vessel, wherein the drying gas provides a drying rate of moisture removal in the coating vessel; c) spraying a wet sugar syrup at a spraying rate, in an atomized state, onto the centers while intermixing the centers and while applying the drying gas around the centers in the coating vessel to produce wet coated centers having a wet coat, wherein the sugar syrup comprises a crystallizing sugar, and wherein the spraying rate provides a moisture addition rate higher than the drying rate in the coating vessel; and d) after forming the wet coated center, reducing the spraying rate or stopping the spraying of the wet sugar syrup, while applying the drying gas, to allow the moisture addition rate to be slower than the drying rate in the coating vessel, whereby the wet coated centers lose their moisture to form the sugar film coated center, and wherein the method further comprises a step of repeating one or more of the coating cycles with a wet sugar syrup further comprising a colorant, and wherein the sugar film coating is free of a polymeric film former.
A method for managing ciphering configurations for LTE WLAN Aggregation, the method comprising: transmitting, to a mobile device, a control indication including a data serial number associated with data; receiving, at the mobile device, the control indication; and using the data serial number to determine whether to use a first or a second ciphering configuration, for uplink from the mobile device to a WLAN node and/or downlink from the WLAN node to the mobile device; and in response to the determination, using the first or the second ciphering configuration for uplink and/or downlink. transmitting, to a mobile device, a control indication including a data serial number associated with data; receiving, at the mobile device, the control indication; and using the data serial number to determine whether to use a first or a second ciphering configuration, for uplink from the mobile device to a WLAN node and/or downlink from the WLAN node to the mobile device; and in response to the determination, using the first or the second ciphering configuration for uplink and/or downlink.
A detection device for detecting a position of an element driven by a rotary member over a stroke corresponding to more than one full revolution of the rotary member, characterized in that it comprises: - a stator, - a coupling member rotatably movable with respect to the stator and capable of being rotatably coupled with the rotary member, - a movement transformation mechanism operably mounted between the coupling member and at least one driven member (314, 316), - detection means for detecting the presence of at least one driven member (314, 316) in a predetermined triggering position, the transformation means being such that the driven member (314, 316) only passes once through the predetermined triggering position when the rotary member makes more than one full revolution in the same direction, the driven member (314, 316) being driven between an initial position and the predetermined triggering position, characterized in that the device comprises means for setting the initial position of the driven member (314, 316). - a stator, - a coupling member rotatably movable with respect to the stator and capable of being rotatably coupled with the rotary member, - a movement transformation mechanism operably mounted between the coupling member and at least one driven member (314, 316), - detection means for detecting the presence of at least one driven member (314, 316) in a predetermined triggering position,
A method for preparing titanium aquo-oxo chloride, characterised in that it consists in the hydrolysis of TiOCl 2 either in an atmosphere in which the moisture content is maintained between 50% and 60% or by an alkaline carbonate A 2 CO 3.
An exhaust gas system (100; 200) comprising: - an exhaust gas conveying arrangement for conveying an exhaust gas stream, - a thermodynamic engine connected to the exhaust gas stream conveying arrangement for recovery of heat from the exhaust gas stream, the thermodynamic engine comprising a working fluid circulation circuit, - at least one working fluid release means (24; 25; 27), which is connected between the working fluid circulation circuit and the exhaust gas conveying arrangement for releasing the working fluid from the working fluid circulation circuit to the exhaust gas conveying arrangement, the exhaust gas stream conveying arrangement comprising at least one exhaust gas treatment unit, wherein the working fluid release means (24; 25; 33) is connected upstream of or directly to the exhaust gas treatment unit and comprises a connecting duct (28; 29; 31) and at least one release valve (26; 27; 33) for controlling opening and/or closing of the connecting duct (28; 29; 31), wherein the exhaust gas system (100; 200) comprises a control unit which is operatively connected to the release valve (26, 27) for opening and/or closing the valve (26, 27), wherein the exhaust gas system (100; 200) comprises at least one pressure detector arranged in the working fluid circuit and that the control unit is operatively connected to the pressure detector for controlling the opening and/or closing of the release valve (26, 27) in dependence on a detected pressure, characterized in that: - the control unit is configured to open the release valve (26, 27) if a pressure exceeding a pressure threshold is detected by means of the pressure detector, and/or - the control unit is operatively connected to a collision warning system detecting a potential collision and/or a collision detection unit detecting a collision, and configured to open the release valve (26, 27) upon detection of a risk for a collision or a collision. - an exhaust gas conveying arrangement for conveying an exhaust gas stream, - a thermodynamic engine connected to the exhaust gas stream conveying arrangement for recovery of heat from the exhaust gas stream, the thermodynamic engine comprising a working fluid circulation circuit, - at least one working fluid release means (24; 25; 27), which is connected between the working fluid circulation circuit and the exhaust gas conveying arrangement for releasing the working fluid from the working fluid circulation circuit to the exhaust gas conveying arrangement, the exhaust gas stream conveying arrangement comprising at least one exhaust gas treatment unit, - the control unit is configured to open the release valve (26, 27) if a pressure exceeding a pressure threshold is detected by means of the pressure detector, and/or - the control unit is operatively connected to a collision warning system detecting a potential collision and/or a collision detection unit detecting a collision, and configured to open the release valve (26, 27) upon detection of a risk for a collision or a collision.
System for applying a construction material, the system comprising a moving device, a first component, a second component, and a mixer for mixing the first component and the second component, the mixer comprising a drum having at least one inlet and one outlet, a drive, a stirring shaft for mixing a mix, said stirring shaft being arranged in the drum and being coupled to the drive, wherein a conveying device is arranged in the drum, said conveying device being arranged on one and the same axis as the stirring shaft, wherein the conveying element is in the form of a screw conveyor, wherein the screw conveyor has at least two turns, wherein the mixer is arranged on the moving device and is movable thereby, such that it is able to be moved in each case to that position at which the construction material is intended to be applied, wherein the first component and the second component are able to be fed to the mixer in order to produce the construction material, and wherein the construction material produced from the components (32, 33) is able to be applied via the outlet of the mixer, characterized in that the turns have different extents in the direction of the stirring shaft, wherein the turns become tighter towards one end of the conveying device. a moving device, a first component, a second component, and a mixer for mixing the first component and the second component, the mixer comprising a drum having at least one inlet and one outlet, a drive, a stirring shaft for mixing a mix, said stirring shaft being arranged in the drum and being coupled to the drive, wherein a conveying device is arranged in the drum, said conveying device being arranged on one and the same axis as the stirring shaft, wherein the conveying element is in the form of a screw conveyor, wherein the screw conveyor has at least two turns, wherein the mixer is arranged on the moving device and is movable thereby, such that it is able to be moved in each case to that position at which the construction material is intended to be applied, wherein the first component and the second component are able to be fed to the mixer in order to produce the construction material, and wherein the construction material produced from the components (32, 33) is able to be applied via the outlet of the mixer, characterized in that the turns have different extents in the direction of the stirring shaft, wherein the turns become tighter towards one end of the conveying device.
Method for producing a heatable line pipe, comprising the following steps: a) a two-layer pipe having an electrically insulating inner layer and a first electrically conductive layer is extruded, b) at least two current leads are wound spirally around the first electrically conductive layer, d) a second layer of an electrically conductive moulding composition is applied by extrusion, the thickness of this layer being 0.1 to 1.5 mm, e) an outer cladding of an electrically insulating plastic material is applied. a) a two-layer pipe having an electrically insulating inner layer and a first electrically conductive layer is extruded, b) at least two current leads are wound spirally around the first electrically conductive layer, d) a second layer of an electrically conductive moulding composition is applied by extrusion, the thickness of this layer being 0.1 to 1.5 mm, e) an outer cladding of an electrically insulating plastic material is applied.
A plastic window having a sash profile and a frame profile (21, 3), which are each formed as plastic hollow chamber profiles, and also a middle seal, which is attached to the frame profile (21, 3), and which is produced from a rigid holding plate, on which a soft seal profile is formed, characterised in that the soft seal profile is formed essentially U-shaped, wherein the two legs (26a, 26b) of the U are formed on lateral thirds of the holding plate, wherein the middle region remains free and delimits a cavity jointly with the two legs (26a, 26b), and the soft seal profile comprises a sealing lug on the side opposite to the holding plate, which cooperates with a sealing surface, which is arranged essentially perpendicularly to the holding plate.
A needle insertion mechanism for an injection device comprising: a housing, a needle holder holding an insertion needle, the needle holder being linearly guided by the housing to be moved along the longitudinal axis of the needle, a slider linearly guided by the housing and transversally moveable with respect to the longitudinal axis of the needle from a first slider position to a second slider position, in the first slider position, the slider is operatively coupled to the needle holder thereby keeping the needle holder in a needle retracted position against the bias of a spring force acting on the needle holder, in the second slider position the slider is decoupled from the needle holder and the needle holder is moved into a needle inserted position by the spring force, characterized by a blocking member (41,16d) arranged between the slider and the housing which blocks the movement of the slider from the first to the second position, and wherein the blocking member (41, 16d) is moveable by an active drive thereby unblocking the movement of the slider and the active drive subsequently moves the slider to the second slider position. a housing, a needle holder holding an insertion needle, the needle holder being linearly guided by the housing to be moved along the longitudinal axis of the needle, a slider linearly guided by the housing and transversally moveable with respect to the longitudinal axis of the needle from a first slider position to a second slider position, in the first slider position, the slider is operatively coupled to the needle holder thereby keeping the needle holder in a needle retracted position against the bias of a spring force acting on the needle holder, in the second slider position the slider is decoupled from the needle holder and the needle holder is moved into a needle inserted position by the spring force, characterized by a blocking member (41,16d) arranged between the slider and the housing which blocks the movement of the slider from the first to the second position, and wherein the blocking member (41, 16d) is moveable by an active drive thereby unblocking the movement of the slider and the active drive subsequently moves the slider to the second slider position.
A method for estimating multiuser interference, implemented in a user equipment, UE, used in a multi-user, MU, multiple input multiple output, MIMO, orthogonal frequency division multiple access, OFDMA, system, the method comprising: receiving from a base station scheduling information containing an indication of an estimate of the total number of MU-MIMO user equipments, | S |, that will be scheduled on a sub-band by the base station, wherein the scheduling information is received in scheduling intervals, and wherein the sub-band includes one or more resource units; calculating channel quality based on the indication of the estimate of the total number of MU-MIMO user equipments | S |; and transmitting to the base station an indication of the channel quality. receiving from a base station scheduling information containing an indication of an estimate of the total number of MU-MIMO user equipments, | S |, that will be scheduled on a sub-band by the base station, wherein the scheduling information is received in scheduling intervals, and wherein the sub-band includes one or more resource units; calculating channel quality based on the indication of the estimate of the total number of MU-MIMO user equipments | S |; and transmitting to the base station an indication of the channel quality.
A device for cleaning a surface submerged in a fluid characterized by a vortex- turbine mechanism, where the vortex-turbine mechanism comprises an inlet, an outlet, a vortex chamber, and a turbine (3; 50), where fluid will flow from the inlet to the outlet and form a vortex In the vortex chamber when suction Is applied to the outlet, where the turbine (3; 50) is located within the vortex chamber (12; 46) and not within the direct flow path between the Inlet and outlet, where the turbine (3; 50) rotates as a result of the vortex created in the vortex chamber, and where the turbine (3; 50) produces drive power when it rotates.
A motor comprising: a stator that includes a stator core formed of a substantially ring-like yoke and teeth projecting in a radially inward direction from an inner circumference-side of the yoke, and a winding wound around the yoke in a radial direction via an insulator, the stator being formed of a molded resin body encapsulating the stator core, the insulator, and the winding; and a rotor including a rotor core and a motor rotating shaft inserted through a center of the rotor core, the rotor core being rotatably held in the inner circumference-side of the stator via an air gap, wherein projections are radially formed on an outer-circumferential surface of the molded resin body, each of the projections projecting in a radially outward direction from the outer-circumferential surface while extending in an axial direction and arranging a recess between circumferentially adjacent two projections, characterized in that: the recesses are provided on portions that extend outward from a winding outer-circumference portion, said winding outer-circumference portion being portions of the winding that are located further toward an outer circumference-side in the radial direction than the stator core. a stator that includes a stator core formed of a substantially ring-like yoke and teeth projecting in a radially inward direction from an inner circumference-side of the yoke, and a winding wound around the yoke in a radial direction via an insulator, the stator being formed of a molded resin body encapsulating the stator core, the insulator, and the winding; and a rotor including a rotor core and a motor rotating shaft inserted through a center of the rotor core, the rotor core being rotatably held in the inner circumference-side of the stator via an air gap, the recesses are provided on portions that extend outward from a winding outer-circumference portion, said winding outer-circumference portion being portions of the winding that are located further toward an outer circumference-side in the radial direction than the stator core.