mhurhangee/ep-ind-claims huggingface dataset:
Cooking appliance comprising a cleaning device - comprising a cooking space to be cleaned, which is delimited by at least one wall and on which at least one outlet opening for a liquid is provided, - comprising a ventilation wheel assigned to the cooking space and a drive motor for the ventilation wheel, - comprising a collection container which at least temporarily accommodates the liquid which escapes from the cooking space via the outlet opening, - comprising an inflow line via which fresh water and/or a cleaning fluid can be supplied, the inflow of fresh water and/or cleaning fluid being controllable by a valve provided in the inflow line, - comprising a circulator pump provided on the collection container for the liquid provided in the collection container, - comprising a circulation line via which the liquid provided in the collection container and conveyed by the circulator pump can be supplied to the cooking space, - and comprising an outflow line for discharging the liquid escaping from the cooking space, a drainage pump, via which the liquid provided in the collection container along with solids potentially provided therein can be actively conveyed into the discharge line, being provided on the collection container in addition to the circulator pump, characterised in that a first conveyor chamber, which accommodates a conveyor wheel of the drainage pump as an integral part thereof, and a second conveyor chamber, which accommodates a conveyor wheel of the circulator pump, being provided on the collection container, an inflow opening (21, 26) for the liquid and an outlet opening (22, 27) being provided on each of the conveyor chambers (18, 24), and in that an uptake line, from which the liquid flows into the outflow line, is connected to the outlet opening of the first conveyor chamber. - comprising a cooking space to be cleaned, which is delimited by at least one wall and on which at least one outlet opening for a liquid is provided, - comprising a ventilation wheel assigned to the cooking space and a drive motor for the ventilation wheel, - comprising a collection container which at least temporarily accommodates the liquid which escapes from the cooking space via the outlet opening, - comprising an inflow line via which fresh water and/or a cleaning fluid can be supplied, the inflow of fresh water and/or cleaning fluid being controllable by a valve provided in the inflow line, - comprising a circulator pump provided on the collection container for the liquid provided in the collection container, - comprising a circulation line via which the liquid provided in the collection container and conveyed by the circulator pump can be supplied to the cooking space, - and comprising an outflow line for discharging the liquid escaping from the cooking space,
A battery pack comprising: a plurality of battery modules, each comprising a plurality of battery cells; a plurality of first fuses, each first fuse electrically connected between battery modules of the plurality of battery modules; a battery control unit connected to the the plurality of first fuses; and at least one sensing unit connected to the battery control unit, wherein the battery control unit is adapted to supply a signal to the plurality of first fuses upon receipt of a signal from the sensing unit, and wherein the each first fuse comprises a power cut-off unit situated in a portion of a connection member electrically connecting the battery modules to each other, and a case surrounding the power cutoff unit; and characterised by further comprising: at least one second fuse on an output and/or input line of the battery modules, wherein the battery control unit is further adapted to supply a signal to the at least one second fuse upon receipt of a signal from the sensing unit, such that the first fuses and the at least one second fuse can be operated concurrently or simultaneously, or individually. a plurality of battery modules, each comprising a plurality of battery cells; a plurality of first fuses, each first fuse electrically connected between battery modules of the plurality of battery modules; a battery control unit connected to the the plurality of first fuses; and at least one sensing unit connected to the battery control unit, wherein the battery control unit is adapted to supply a signal to the plurality of first fuses upon receipt of a signal from the sensing unit, and wherein the each first fuse comprises a power cut-off unit situated in a portion of a connection member electrically connecting the battery modules to each other, and a case surrounding the power cutoff unit; and characterised by further comprising: at least one second fuse on an output and/or input line of the battery modules, wherein the battery control unit is further adapted to supply a signal to the at least one second fuse upon receipt of a signal from the sensing unit, such that the first fuses and the at least one second fuse can be operated concurrently or simultaneously, or individually.
An article comprising a ply of paperboard comprising: paperboard fibers which comprise at least about 50% by weight hardwood fibers; a starch paperboard binder, and a paperboard binder coalescing agent in an amount sufficient to cause the starch paperboard binder to coat at least a portion of the paperboard fibers; the paperboard having: a caliper of from about 0.203 to about 0.710 mm (8 to about 28 points); a basis weight in the range of from about 47,627 to about 136,078 kg / 287.7 m 2 (about 105 to about 300 lbs/3000 ft 2 (according to TAPPI test T410, Handbook for Pulp and Paper Technologists); a MD bending stiffness (measured according to TAPPI T566) equal to or greater than a first curve defined by the equation: y 1 =0.5297x 2.2095, wherein x is the caliper of the paperboard and y 1 is the MD bending stiffness in Taber Stiffness Units; and a CD bending stiffness (measured according to TAPPI T566) equal to or greater than a second curve defined by the equation: y 2 =0.2188x 2.2681, wherein x is the caliper of the paperboard and y 2 is the CD bending stiffness in Taber Stiffness Units. paperboard fibers which comprise at least about 50% by weight hardwood fibers; a starch paperboard binder, and a paperboard binder coalescing agent in an amount sufficient to cause the starch paperboard binder to coat at least a portion of the paperboard fibers; the paperboard having: a caliper of from about 0.203 to about 0.710 mm (8 to about 28 points); a basis weight in the range of from about 47,627 to about 136,078 kg / 287.7 m 2 (about 105 to about 300 lbs/3000 ft 2 (according to TAPPI test T410, Handbook for Pulp and Paper Technologists); a MD bending stiffness (measured according to TAPPI T566) equal to or greater than a first curve defined by the equation: y 1 =0.5297x 2.2095, wherein x is the caliper of the paperboard and y 1 is the MD bending stiffness in Taber Stiffness Units; and a CD bending stiffness (measured according to TAPPI T566) equal to or greater than a second curve defined by the equation: y 2 =0.2188x 2.2681, wherein x is the caliper of the paperboard and y 2 is the CD bending stiffness in Taber Stiffness Units. a caliper of from about 0.203 to about 0.710 mm (8 to about 28 points); a basis weight in the range of from about 47,627 to about 136,078 kg / 287.7 m 2 (about 105 to about 300 lbs/3000 ft 2 (according to TAPPI test T410, Handbook for Pulp and Paper Technologists); a MD bending stiffness (measured according to TAPPI T566) equal to or greater than a first curve defined by the equation: y 1 =0.5297x 2.2095, wherein x is the caliper of the paperboard and y 1 is the MD bending stiffness in Taber Stiffness Units; and a CD bending stiffness (measured according to TAPPI T566) equal to or greater than a second curve defined by the equation: y 2 =0.2188x 2.2681, wherein x is the caliper of the paperboard and y 2 is the CD bending stiffness in Taber Stiffness Units.
System for transmitting an item of information to a subunit, comprising at least one connection position and at least one subunit, the connection position being set up to receive the subunit, characterized in that the connection position comprises at least one coding lug which is set up to engage in a corresponding recess on the subunit, the arrangement of the coding lug coding the information to be transmitted, and in that the subunit has at least one recess comprising means for contactlessly capturing the presence of the coding lug in a recess.
An aircraft debris monitoring sensor assembly, comprising: an aircraft conduit defining a hollow core passage extending axially from an inlet opening to an outlet opening; a sensor arrangement that detects debris carried by a fluid within the hollow core passage; a gas turbine engine that moves the aircraft conduit to move air through the hollow core passage of the aircraft conduit; and characterised in that the assembly further comprises: a support that spaces the conduit from an outwardly facing surface of the gas turbine engine, and configured to allow the conduit to stick out into the jet stream relative to the gas turbine engine; and in that the hollow core passage is separate and distinct from any flow passage of the gas turbine engine. an aircraft conduit defining a hollow core passage extending axially from an inlet opening to an outlet opening; a sensor arrangement that detects debris carried by a fluid within the hollow core passage; a gas turbine engine that moves the aircraft conduit to move air through the hollow core passage of the aircraft conduit; and characterised in that the assembly further comprises: a support that spaces the conduit from an outwardly facing surface of the gas turbine engine, and configured to allow the conduit to stick out into the jet stream relative to the gas turbine engine; and in that the hollow core passage is separate and distinct from any flow passage of the gas turbine engine. a support that spaces the conduit from an outwardly facing surface of the gas turbine engine, and configured to allow the conduit to stick out into the jet stream relative to the gas turbine engine; and in that the hollow core passage is separate and distinct from any flow passage of the gas turbine engine.
An immunogenic composition comprising an immunologically effective amount of at least one antigenic polysaccharide, an immunologically effective amount of at least one peptide or polypeptide antigen, and at least one pair of affinity molecules, wherein the or each pair comprises a first affinity molecule and a second affinity molecule complementary to the first affinity molecule, wherein, in the or each pair: the first affinity molecule is associated with one of the at least one antigenic polysaccharides, and the complementary second affinity molecule is associated with one of the at least one peptide or polypeptide antigens, and the or each first affinity molecule non-covalently associates with the or each complementary second affinity molecule to link the peptide or polypeptide antigen(s) and the antigenic polysaccharide(s); and wherein the immunogenic composition can elicit (i) an immune response to the at least one antigenic polysaccharide, and (ii) an immune response to the at least one peptide or polypeptide antigen, in a subject following administration of the composition to the subject. the first affinity molecule is associated with one of the at least one antigenic polysaccharides, and the complementary second affinity molecule is associated with one of the at least one peptide or polypeptide antigens, and the or each first affinity molecule non-covalently associates with the or each complementary second affinity molecule to link the peptide or polypeptide antigen(s) and the antigenic polysaccharide(s); and wherein the immunogenic composition can elicit (i) an immune response to the at least one antigenic polysaccharide, and (ii) an immune response to the at least one peptide or polypeptide antigen, in a subject following administration of the composition to the subject.
Phosphorus-containing flame retardant mixtures, comprising individual flame retardants having in each case one or more functional groups of the formulae, and, where, based on the total quantity of functional groups in the flame retardant mixture, 1 to 98 mol% of functional groups of the formula, 1 to 35 mol% of functional groups of the formula and 1 to 98 mol% of functional groups of the formula are present, and where R 1 and R 2 are identical or different and are mutually independently hydrogen, C 1 - to C 12 -alkyl, linear or branched, and/or C 6 -to C 18 -aryl and the entirety of, and is always 100 mol%, characterized in that in the mixture of the formulae and the proportion T (in mol%) of formula is calculated from T = [y/(x+y)] * 100%, where x is the quantity of formula and y is the quantity of formula, in each case in mol%, wherein T is 20 to 45 mol%. where, based on the total quantity of functional groups in the flame retardant mixture, 1 to 98 mol% of functional groups of the formula, 1 to 35 mol% of functional groups of the formula and 1 to 98 mol% of functional groups of the formula are present, and where R 1 and R 2 are identical or different and are mutually independently hydrogen, C 1 - to C 12 -alkyl, linear or branched, and/or C 6 -to C 18 -aryl and the entirety of, and is always 100 mol%, characterized in that in the mixture of the formulae and the proportion T (in mol%) of formula is calculated from T = [y/(x+y)] * 100%, where x is the quantity of formula and y is the quantity of formula, in each case in mol%, wherein T is 20 to 45 mol%.
An electric component assembly (U; U1), comprising: an electric component (1; 1A); and a housing (202; 202A) with which the electric component is fitted, the electric component and the housing being fixed to one surface (101; 101A) of a base body (100; 100A), wherein the electric component includes a connection terminal (10; 10A) press-fitted into a through-hole of a board provided in the housing, and an insertion direction of the connection terminal into the through-hole is a fitting direction with the housing; the electric component assembly includes a rib and a groove portion which the rib is inserted into; wherein the rib is protrudingly provided on, or the groove portion is provided as a recess on, an outer surface of the electric component intersecting the fitting direction; characterised in that the other one of the rib or the groove portion is provided on an inner surface of the housing facing the outer surface of the electric component; and an inner surface of the groove portion is provided with a protrusion that abuts onto the rib such that, upon insertion of the rib into the groove portion, the rib is press-fitted into the groove portion to thereby fix the electric component at a predetermined position. an electric component (1; 1A); and a housing (202; 202A) with which the electric component is fitted, the electric component and the housing being fixed to one surface (101; 101A) of a base body (100; 100A), wherein the electric component includes a connection terminal (10; 10A) press-fitted into a through-hole of a board provided in the housing, and an insertion direction of the connection terminal into the through-hole is a fitting direction with the housing; the electric component assembly includes a rib and a groove portion which the rib is inserted into; wherein the rib is protrudingly provided on, or the groove portion is provided as a recess on, an outer surface of the electric component intersecting the fitting direction; characterised in that the other one of the rib or the groove portion is provided on an inner surface of the housing facing the outer surface of the electric component; and an inner surface of the groove portion is provided with a protrusion that abuts onto the rib such that, upon insertion of the rib into the groove portion, the rib is press-fitted into the groove portion to thereby fix the electric component at a predetermined position.
An adjustment mount for radial adjustment of an optical unit having an optical axis, said mount containing a support, an auxiliary mount for receiving the optical unit and at least two adjusting means connecting the support to the auxiliary mount, each with an adjusting screw (3.1), comprising a screw axis (3.1.0), a screw head (3.1.1) and a screw shank (3.1.2), by means of the actuation of which the auxiliary mount can be displaced relative to the support in an adjustment plane defined by the screw axes (3.1.0), characterized in that the adjusting means each comprise a first cylinder element (3.2) with a first cylinder axis (3.2.0) and a second cylinder element (3.3) with a second cylinder axis (3.3.0), wherein the first cylinder element (3.2) is mounted in the support and the second cylinder element (3. 3) is mounted in the auxiliary mount, the screw head (3.1.1) is arranged in the first cylinder element (3.2) so as to be rotatable about the first cylinder axis (3.2.0) and the screw shank (3.1.2) is guided in the auxiliary mount so as to be screwable, the first cylinder axis (3.2.0) and the second cylinder axis (3.3.0) being aligned perpendicular to the screw axis (3.1. 0), in that the support has two first end faces (1.1) parallel to one another and to the screw axes (3.1.0) and the auxiliary mount has two second end faces (2.1) parallel to one another and to the first end faces (1.1), and in that two cover elements are present, each of which are firmly connected to the support while contacting a respective one of the two first end faces (1.1) and are suitable for not being connected to one another or only being loosely connected to one another during the radial adjustment and for being braced together after the radial adjustment, so that they clamp the auxiliary mount between them. in that the support has two first end faces (1.1) parallel to one another and to the screw axes (3.1.0) and the auxiliary mount has two second end faces (2.1) parallel to one another and to the first end faces (1.1), and in that two cover elements are present, each of which are firmly connected to the support while contacting a respective one of the two first end faces (1.1) and are suitable for not being connected to one another or only being loosely connected to one another during the radial adjustment and for being braced together after the radial adjustment, so that they clamp the auxiliary mount between them.
A gel sealing device for sealing a passage of elongate parts (13, 14) through an opening of a housing adopted to surround the gel sealing device, which comprises a gel sealing block which provides a sealing section through which the elongate parts (13, 14) extend, the gel sealing block comprises an upper flange and a lower flange wherein the upper and lower flanges (11, 12) sandwiches a gel inner ring supported by a support section (11 a, 12a, 12b) and a gel outer ring (6, 10a) covering the gel inner ring in a direction radial to the central axis of the gel inner ring and the gel outer ring (6, 10a), which are made of a gel sealing material, wherein the sealing section is formed therebetween, characterized in that the support section (11 a, 12a, 12b) is located between the upper flange and the lower flange, and that the gel outer ring (6, 10a) comprises a first circumferential segment and at least one second circumferential segment which is adapted to be detachable from the first circumferential segment to provide a separate accessible sealing section.
A method of selectively producing female sterile plants, comprising the steps of: a. providing conditionally female sterile transgenic plants comprising a transgene encoding a D-phosphinothricin oxidase expressed by a tissue specific female floral promoter; b. applying exogenously to the conditionally female sterile transgenic plants an amount of D-phosphinothricin at an appropriate time; c. selecting for the female sterile transgenic plants which produce little or no seed after application of D-phosphinothricin and which produce at least near normal levels of viable pollen. a. providing conditionally female sterile transgenic plants comprising a transgene encoding a D-phosphinothricin oxidase expressed by a tissue specific female floral promoter; b. applying exogenously to the conditionally female sterile transgenic plants an amount of D-phosphinothricin at an appropriate time; c. selecting for the female sterile transgenic plants which produce little or no seed after application of D-phosphinothricin and which produce at least near normal levels of viable pollen.
Electric coolant pump, comprising: a pump housing with a pump chamber, in which a pump impeller is rotatably accommodated, a pump cover that closes the pump chamber to one side of the pump impeller, and at least one inlet and one outlet that are connected to the pump chamber; an electric motor with a rotor and a stator which is arranged on a side of the pump chamber which is opposite the pump cover, on the pump housing; a pump shaft that is rotatably mounted on the pump housing extends from the electric motor into the pump chamber, wherein the rotor and the pump impeller are fixed thereon; and an electronic power circuit for controlling the stator with a power output from an external power supply that can be connected to the power circuit; wherein the pump housing possesses a receiver for the electronic power circuit which, in relation to the pump shaft, is arranged radially outside the pump chamber; characterised in that at least one end section of a circuit board of the electronic power circuit is aligned inwards to one side in an axial overlapping area with an outer edge of the pump impeller facing the electronic power circuit. a pump housing with a pump chamber, in which a pump impeller is rotatably accommodated, a pump cover that closes the pump chamber to one side of the pump impeller, and at least one inlet and one outlet that are connected to the pump chamber; an electric motor with a rotor and a stator which is arranged on a side of the pump chamber which is opposite the pump cover, on the pump housing; a pump shaft that is rotatably mounted on the pump housing extends from the electric motor into the pump chamber, wherein the rotor and the pump impeller are fixed thereon; and an electronic power circuit for controlling the stator with a power output from an external power supply that can be connected to the power circuit; wherein the pump housing possesses a receiver for the electronic power circuit which, in relation to the pump shaft, is arranged radially outside the pump chamber; characterised in that at least one end section of a circuit board of the electronic power circuit is aligned inwards to one side in an axial overlapping area with an outer edge of the pump impeller facing the electronic power circuit.