mhurhangee/ep-ind-claims huggingface dataset:
The method for cleaning and disinfecting laundry items at low temperatures comprising: Providing a two component detergent composition for low temperature washing and disinfection containing a first component comprising a low temperature detergent composition for cleaning and disinfecting comprising: (a) ≥ 2 wt.-% to ≤ 50wt.-% of a nonionic low alkoxylate alcohol tenside containing 1 to 2 alkylene oxide units as statistical mean values; (b) ≥ 0 wt.-% to ≤ 60 wt.-% of nonionic high alkoxylate alcohol tenside containing 3 to 40 alkylene oxide units as statistical mean values; (c) ≥ 1 wt.-% to ≤ 60 wt.-% of a source of alkalinity; (d) > 0 wt.-% to ≤ 95 wt.-% of at least one solvent; calculated on the total weight amount of the detergent composition of the first component; and a second component containing at least one bleaching agent, wherein in a first step the first component is added and thereafter in a second step the second component containing at least one bleaching agent is added to the rinsing chamber. Providing a two component detergent composition for low temperature washing and disinfection containing a first component comprising a low temperature detergent composition for cleaning and disinfecting comprising: (a) ≥ 2 wt.-% to ≤ 50wt.-% of a nonionic low alkoxylate alcohol tenside containing 1 to 2 alkylene oxide units as statistical mean values; (b) ≥ 0 wt.-% to ≤ 60 wt.-% of nonionic high alkoxylate alcohol tenside containing 3 to 40 alkylene oxide units as statistical mean values; (c) ≥ 1 wt.-% to ≤ 60 wt.-% of a source of alkalinity; (d) > 0 wt.-% to ≤ 95 wt.-% of at least one solvent; calculated on the total weight amount of the detergent composition of the first component; and (a) ≥ 2 wt.-% to ≤ 50wt.-% of a nonionic low alkoxylate alcohol tenside containing 1 to 2 alkylene oxide units as statistical mean values; (b) ≥ 0 wt.-% to ≤ 60 wt.-% of nonionic high alkoxylate alcohol tenside containing 3 to 40 alkylene oxide units as statistical mean values; (c) ≥ 1 wt.-% to ≤ 60 wt.-% of a source of alkalinity; (d) > 0 wt.-% to ≤ 95 wt.-% of at least one solvent; calculated on the total weight amount of the detergent composition of the first component; and a second component containing at least one bleaching agent, wherein in a first step the first component is added and thereafter in a second step the second component containing at least one bleaching agent is added to the rinsing chamber.
Method for managing lights installed in the ceiling of a room, said lights being associated with a unit for regulating their brightness, which is connected on the one hand to at least one sensor of ambient light level and on the other hand to means for controlling the brightness and/or state of the lights consisting of a variable supply to which the control unit sends variation setpoints, all provided to ensure at least: - their turn-on when a natural light level calculated in the room is lower than a preset threshold S1; - their turn-off when the lights are turned on and the calculated natural light level exceeds said threshold S1 plus a hysteresis value, said regulating unit operating on the basis of a preset theoretical ratio between the light level at the ceiling and the light level at desktops with which the room is equipped and delivering at least one multiplicational coefficient R that is applied to the light level measured by the sensor of ambient light level, characterized in that the unit for regulating brightness uses two coefficients R1 and R2, the coefficient R2 being applied to the values or variations in the light level measured by the sensor of ambient light level resulting from a modification of the setpoint supplied by the regulating unit to the means for controlling the lights, the coefficient R1 being applied to values or variations in the natural light level measured by the sensor of ambient light level that are independent of setpoint changes and in that an artificial light level is calculated by subtracting the brightness measured by the sensor of ambient light level and a value of the natural brightness measured by the sensor of ambient light level and stored in memory before the setpoint modification, after the coefficient R1 giving the calculated natural light level has been applied, then the overall light level is calculated by adding said calculated natural light level and the artificial light level to which is applied the coefficient R2. - their turn-on when a natural light level calculated in the room is lower than a preset threshold S1; - their turn-off when the lights are turned on and the calculated natural light level exceeds said threshold S1 plus a hysteresis value,
An ice cream freezer comprising an elongated housing having a jacket and an interior space, and a dasher comprising a hollow cylinder body arranged in the interior space for rotating in a rotational direction about a central axis of the cylinder body to agitate and mix ice cream mixture that is fed through the interior space, the cylinder body comprising a scraper blade arranged along the periphery of the cylinder body, an inlet that is, as seen in the rotational direction, located before the scraper blade for allowing ice cream mixture to enter an inside of the cylinder body, and an outlet that is, as seen in the rotational direction, located after the scraper blade for allowing ice cream mixture to leave the inside of the cylinder body, wherein the inlet comprises a lead surface that has a lead angle (θ) of at least 3° for pushing the ice cream mixture in the axial direction of the cylinder body. an elongated housing having a jacket and an interior space, and a dasher comprising a hollow cylinder body arranged in the interior space for rotating in a rotational direction about a central axis of the cylinder body to agitate and mix ice cream mixture that is fed through the interior space, the cylinder body comprising a scraper blade arranged along the periphery of the cylinder body, an inlet that is, as seen in the rotational direction, located before the scraper blade for allowing ice cream mixture to enter an inside of the cylinder body, and an outlet that is, as seen in the rotational direction, located after the scraper blade for allowing ice cream mixture to leave the inside of the cylinder body, wherein the inlet comprises a lead surface that has a lead angle (θ) of at least 3° for pushing the ice cream mixture in the axial direction of the cylinder body.
A wiper fluid container, comprising a fluid dispensing opening equipped with first connecting means configured to cooperate with second connecting means of an opening of a member such as a pump or a reservoir in order to ensure fluid communication between those openings, said first connecting means comprising an element that can move from a first position closing off the opening of the container to a second position of freeing that opening, these first means being configured to cooperate with the second means in order to cause the movement of the movable member from the first to the second position, the first connecting means comprise a bung mounted at the opening of the container and including at least one hole or one slit for the passage of liquid, the container is characterized in that the bung forms the movable element and can be moved in rotation about its longitudinal axis relative to the container, between a first position in which the bung closes off the opening of the container and a second position in which said at least one hole or said at least one slit of the bung is in fluid communication with that opening.
A method of collecting cells comprising: contacting a histological sample affixed to a surface with a specific probe to form a bound complex comprising cells labeled with said specific probe, wherein said specific probe comprises a reactive moiety; contacting said bound complex comprising the reactive moiety with a substrate that reacts with said reactive moiety to deposit a chemical material onto the surface of said cells labeled with said specific probe, wherein said chemical material forms a barrier covering the labeled cells or subcellular structures; and applying a micropurification solution to the biological sample, wherein said micropurification solution degrades, digests, or otherwise differentially processes cells or structures not protected by the barrier; wherein: (i) said specific probe comprises an antibody, a nucleotide-based hybridization probe, an affimer, or an aptamer; (ii) said reactive moiety comprises an enzyme, with said substrate being a substrate for said enzyme; and (iii) said substrate is a chromogenic reagent that reacts with the reactive moiety to produce an insoluble chemical material. contacting a histological sample affixed to a surface with a specific probe to form a bound complex comprising cells labeled with said specific probe, wherein said specific probe comprises a reactive moiety; contacting said bound complex comprising the reactive moiety with a substrate that reacts with said reactive moiety to deposit a chemical material onto the surface of said cells labeled with said specific probe, wherein said chemical material forms a barrier covering the labeled cells or subcellular structures; and applying a micropurification solution to the biological sample, wherein said micropurification solution degrades, digests, or otherwise differentially processes cells or structures not protected by the barrier; wherein: (i) said specific probe comprises an antibody, a nucleotide-based hybridization probe, an affimer, or an aptamer; (ii) said reactive moiety comprises an enzyme, with said substrate being a substrate for said enzyme; and (iii) said substrate is a chromogenic reagent that reacts with the reactive moiety to produce an insoluble chemical material. (i) said specific probe comprises an antibody, a nucleotide-based hybridization probe, an affimer, or an aptamer; (ii) said reactive moiety comprises an enzyme, with said substrate being a substrate for said enzyme; and (iii) said substrate is a chromogenic reagent that reacts with the reactive moiety to produce an insoluble chemical material.
A washing machine comprising: a cabinet; including an upper cover, which defines a rear part of an upper surface of the cabinet and exposes a front part of the upper surface of the cabinet; a tub disposed in the cabinet; an air supply unit, which is disposed on an upper surface of the tub so as to supply air to a center of the tub in a circulating manner; a detergent receiver located at a front part of the upper surface of the cabinet which is not covered by the upper cover and located at the right or left side of the air supply unit to supply detergent into the tub; characterized by a subsidiary detergent receiver located at the front part of the upper surface of the cabinet which is not covered by the upper cover and located at the other side of the air supply unit opposed to the detergent receiver to supply subsidiary detergent into the tub; a connecting hose connecting the detergent receiver and the subsidiary detergent receiver and guiding water supplied to the detergent receiver to the subsidiary detergent receiver; and a dispenser cover for opening and closing an upper face of the detergent receiver and the subsidiary detergent receiver. a cabinet; including an upper cover, which defines a rear part of an upper surface of the cabinet and exposes a front part of the upper surface of the cabinet; a tub disposed in the cabinet; an air supply unit, which is disposed on an upper surface of the tub so as to supply air to a center of the tub in a circulating manner; a detergent receiver located at a front part of the upper surface of the cabinet which is not covered by the upper cover and located at the right or left side of the air supply unit to supply detergent into the tub; characterized by a subsidiary detergent receiver located at the front part of the upper surface of the cabinet which is not covered by the upper cover and located at the other side of the air supply unit opposed to the detergent receiver to supply subsidiary detergent into the tub; a connecting hose connecting the detergent receiver and the subsidiary detergent receiver and guiding water supplied to the detergent receiver to the subsidiary detergent receiver; and a dispenser cover for opening and closing an upper face of the detergent receiver and the subsidiary detergent receiver.
Bi-continuous micro-emulsion detergent composition comprising: a 40-90% by weight of a surfactant system comprising: i 10-50% by weight of the surfactant system of a linear or branched fatty alcohol having 5-8 carbon atoms or a condensation product of a linear or branched fatty alcohol having 5-8 carbon atoms and containing not more than 5 alkylene oxide groups and mixtures thereof; and ii a further surfactant; and b 5-30% by weight of an aqueous solution comprising: i water; and ii an electrolyte, excluding surfactant system (a) characterized in that the aqueous solution has an ionic strength of 0.1 - 4 mol/l; and c 5-30% by weight of an oil or solvent characterized by having i a Hansen solubility of between 14 and 20 (MPa) 0.5; and ii a solubility of solid trilaurin fatty matter into the oil of more than 3% by weight; and further characterized in that the viscosity of the composition is less than 1000 mPa.s (25°C and 20s -1). a 40-90% by weight of a surfactant system comprising: i 10-50% by weight of the surfactant system of a linear or branched fatty alcohol having 5-8 carbon atoms or a condensation product of a linear or branched fatty alcohol having 5-8 carbon atoms and containing not more than 5 alkylene oxide groups and mixtures thereof; and ii a further surfactant; and i 10-50% by weight of the surfactant system of a linear or branched fatty alcohol having 5-8 carbon atoms or a condensation product of a linear or branched fatty alcohol having 5-8 carbon atoms and containing not more than 5 alkylene oxide groups and mixtures thereof; and ii a further surfactant; and b 5-30% by weight of an aqueous solution comprising: i water; and ii an electrolyte, excluding surfactant system (a) characterized in that the aqueous solution has an ionic strength of 0.1 - 4 mol/l; and i water; and ii an electrolyte, excluding surfactant system (a) characterized in that the aqueous solution has an ionic strength of 0.1 - 4 mol/l; and c 5-30% by weight of an oil or solvent characterized by having i a Hansen solubility of between 14 and 20 (MPa) 0.5; and ii a solubility of solid trilaurin fatty matter into the oil of more than 3% by weight; i a Hansen solubility of between 14 and 20 (MPa) 0.5; and ii a solubility of solid trilaurin fatty matter into the oil of more than 3% by weight;
A power generation apparatus comprising: a thermoelectric conversion part including a duct and a thermoelectric module disposed on one surface of the duct; a chamber having one side surface in which a hole is formed so that the thermoelectric conversion part is inserted into the hole; a wire connected to the thermoelectric module; and a guide member, wherein the guide member includes a case disposed on the one side surface of the chamber, including a wire hole and a through-hole through which the wire passes and accommodating the wire, a pipe disposed outside the case to correspond to the through-hole, a molding member disposed in the case, and a cover disposed on the case, and the molding member is disposed to surround the wire. a thermoelectric conversion part including a duct and a thermoelectric module disposed on one surface of the duct; a chamber having one side surface in which a hole is formed so that the thermoelectric conversion part is inserted into the hole; a wire connected to the thermoelectric module; and a guide member, wherein the guide member includes a case disposed on the one side surface of the chamber, including a wire hole and a through-hole through which the wire passes and accommodating the wire, a pipe disposed outside the case to correspond to the through-hole, a molding member disposed in the case, and a cover disposed on the case, and the molding member is disposed to surround the wire.
Packaging device having: - a closure cap having a tubular skirt provided on its inner surface with at least one thread element and with at least one relief that protrudes towards the interior of the cap, - a container provided with a neck on which the closure cap is mounted, this neck having: ∘ at least one screw thread in which the thread element can engage in order to allow the cap to be screwed onto the neck, ∘ at least one housing, the relief on the cap being configured to snap-fit in the housing at the end of a movement for pre-positioning the cap on the neck, wherein the cap at the end of the pre-positioning movement is not in its normal use position and has to be screwed on further in order to reach this position, characterized in that the relief is separate from the thread element. - a closure cap having a tubular skirt provided on its inner surface with at least one thread element and with at least one relief that protrudes towards the interior of the cap, - a container provided with a neck on which the closure cap is mounted, this neck having: ∘ at least one screw thread in which the thread element can engage in order to allow the cap to be screwed onto the neck, ∘ at least one housing, ∘ at least one screw thread in which the thread element can engage in order to allow the cap to be screwed onto the neck, ∘ at least one housing, the relief on the cap being configured to snap-fit in the housing at the end of a movement for pre-positioning the cap on the neck, wherein the cap at the end of the pre-positioning movement is not in its normal use position and has to be screwed on further in order to reach this position, characterized in that the relief is separate from the thread element.
A fluid portion dispenser for dispensing a fluid into a vessel, the fluid portion dispenser comprising: at least one fluid reservoir providing bulk storage of fluids; a nozzle fixed to a work surface and having a nozzle outlet configured to dispense the fluid therefrom; and a pump unit connecting each reservoir to the nozzle and configured to pump the fluid from each reservoir to the nozzle; wherein the nozzle includes an activation mechanism adapted to identify a capacity of the vessel when associated with the nozzle outlet and activate the pump unit to dispense a portion of the fluid from the nozzle outlet according to the capacity of the vessel identified; characterised in that the activation mechanism comprises a linear displacement sensor associated with a moveable actuator and a pair of guide rails affixed in an angular relationship to one another and relative to the nozzle, and arranged diverging away from the nozzle, the linear displacement sensor associated with the movable actuator situated at the intersection of the two guide rails, and whereby the vessel associated with the nozzle outlet is placed in contact with the pair of guide rails, causing the moveable actuator to be displaced, thereby measuring a diameter of the vessel to identify the capacity of the vessel. at least one fluid reservoir providing bulk storage of fluids; a nozzle fixed to a work surface and having a nozzle outlet configured to dispense the fluid therefrom; and a pump unit connecting each reservoir to the nozzle and configured to pump the fluid from each reservoir to the nozzle;
An ink-jet printing method comprising the steps of ejecting at least one ink A selected from the group consisting of a black ink and chromatic inks onto a low-liquid absorbing printing medium and then ejecting a white ink thereonto, in which: the ink A comprises at least one pigment selected from the group consisting of a black pigment and chromatic pigments, and a polymer dispersant comprising a constitutional unit derived from a polyalkylene glycol (meth)acrylate; and the white ink comprises titanium oxide and a polymer dispersant comprising a constitutional unit derived from a polyalkylene glycol (meth)acrylate. the ink A comprises at least one pigment selected from the group consisting of a black pigment and chromatic pigments, and a polymer dispersant comprising a constitutional unit derived from a polyalkylene glycol (meth)acrylate; and the white ink comprises titanium oxide and a polymer dispersant comprising a constitutional unit derived from a polyalkylene glycol (meth)acrylate.
A method of detecting the presence of nucleic acid sequence of insect resistant brinjal plant EE-1 event comprising cry1Ac gene in a sample, wherein said method comprises: a) contacting the sample with a first nucleotide sequence as set forth in the SEQ ID NO: 11, and a second nucleotide sequence selected from a group consisting of SEQ ID NO: 12 or SEQ ID NO: 13 or SEQ ID NO: 14. b) performing a nucleic acid amplification reaction, thereby producing an amplified fragment; and c) detecting said amplified fragment. a) contacting the sample with a first nucleotide sequence as set forth in the SEQ ID NO: 11, and a second nucleotide sequence selected from a group consisting of SEQ ID NO: 12 or SEQ ID NO: 13 or SEQ ID NO: 14. b) performing a nucleic acid amplification reaction, thereby producing an amplified fragment; and c) detecting said amplified fragment.
Cutting section for a drill bit, wherein the cutting section is connectable to a drill shaft section of the drill bit via a releasable connecting device which has at least one slot-shaped recess, having: ▪ a first closed tubular element which is in the form of a first hollow cylinder and which has a first hollow cylinder height (H 1), a first inside diameter (d 1) and a first outside diameter (D 1), ▪ a second closed tubular element which is in the form of a second hollow cylinder having a second circular ring-shaped cross-sectional area and which has a second hollow cylinder height (H 2), a second inside diameter (d 2) and a second outside diameter (D 2), and ▪ one or more drill segments, wherein the one or more drill segments are connected to the first closed tubular element and to the second closed tubular element and the second closed tubular element has the at least one slot-shaped recess, wherein the at least one slot-shaped recess comprises a transverse slot and a connecting slot, and the connecting slot connects the transverse slot to the second upper end surface of the second closed tubular element, characterized in that the first closed tubular element is pushed into the second closed tubular element, in that the first outside diameter (D 1) is smaller than the second inside diameter (d 2), in that a first outer lateral surface of the first closed tubular element touches a second inner lateral surface of the second closed tubular element, and in that the first hollow cylinder has a first waved, trapezoidal or zigzag-shaped cross-sectional area. ▪ a first closed tubular element which is in the form of a first hollow cylinder and which has a first hollow cylinder height (H 1), a first inside diameter (d 1) and a first outside diameter (D 1), ▪ a second closed tubular element which is in the form of a second hollow cylinder having a second circular ring-shaped cross-sectional area and which has a second hollow cylinder height (H 2), a second inside diameter (d 2) and a second outside diameter (D 2), and ▪ one or more drill segments, wherein the one or more drill segments are connected to the first closed tubular element and to the second closed tubular element and the second closed tubular element has the at least one slot-shaped recess, wherein the at least one slot-shaped recess comprises a transverse slot and a connecting slot, and the connecting slot connects the transverse slot to the second upper end surface of the second closed tubular element, characterized in that the first closed tubular element is pushed into the second closed tubular element, in that the first outside diameter (D 1) is smaller than the second inside diameter (d 2), in that a first outer lateral surface of the first closed tubular element touches a second inner lateral surface of the second closed tubular element, and in that the first hollow cylinder has a first waved, trapezoidal or zigzag-shaped cross-sectional area.