mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a coated food product, resistant to rub-off of a powdery or fat based topping, comprising the steps of: A. Providing a hot low moisture chocolate and creamy natural nut butter coating slurry, said slurry comprising: 30% to 70% of the slurry of a chocolate; 30% to 70% of the slurry of a creamy nut butter; said coating in the form of a liquid having a temperature of 32-44°C and a moisture content of 1-5%; B. applying the hot coating slurry to a food base to provide a hot liquid coating coated food base in a weight ratio of coating to food base ranging from 1:10 to 1:1; wherein step B includes the sub-steps of: B1 transferring the food base pieces to a rotating drum or enrober, B2 tumbling said pieces within said drum, and, B3 spraying the hot emulsion slurry composition from a plurality of nozzles; and C. applying a dry particulate setting sugar having a particle size of 1200 microns or less to a quantity of liquid hot slurry coated food base pieces to provide a finished dry stabilized non-sticky powdered coated food base, wherein said setting sugar comprises 10 to 35 weight % of the dry finished coated food base wherein the setting step is performed within the same rotating drum or enrober. A. Providing a hot low moisture chocolate and creamy natural nut butter coating slurry, said slurry comprising: 30% to 70% of the slurry of a chocolate; 30% to 70% of the slurry of a creamy nut butter; said coating in the form of a liquid having a temperature of 32-44°C and a moisture content of 1-5%; 30% to 70% of the slurry of a chocolate; 30% to 70% of the slurry of a creamy nut butter; B. applying the hot coating slurry to a food base to provide a hot liquid coating coated food base in a weight ratio of coating to food base ranging from 1:10 to 1:1; wherein step B includes the sub-steps of: B1 transferring the food base pieces to a rotating drum or enrober, B2 tumbling said pieces within said drum, and, B3 spraying the hot emulsion slurry composition from a plurality of nozzles; and B1 transferring the food base pieces to a rotating drum or enrober, B2 tumbling said pieces within said drum, and, B3 spraying the hot emulsion slurry composition from a plurality of nozzles; and C. applying a dry particulate setting sugar having a particle size of 1200 microns or less to a quantity of liquid hot slurry coated food base pieces to provide a finished dry stabilized non-sticky powdered coated food base, wherein said setting sugar comprises 10 to 35 weight % of the dry finished coated food base wherein the setting step is performed within the same rotating drum or enrober.
A latching device of a window handle, comprising a cylinder, an actuation rod, a housing surrounded by said cylinder, and a latching means, wherein said cylinder is connected to the actuation rod in a torsionally rigid manner, the actuation rod is arranged rotatable in relation to the housing and a head end thereof is operationally coupled to a fitting gear, wherein the latching means is interposed between the cylinder, which is rotatable in relation to the housing, and the housing, and wherein a fixing plate is engaged to the housing in a rotationally rigid manner, characterized in that said fixing plate comprises a staggered shoulder at one of said longitudinal edges thereof, and comprises at least one fixing element, which is positioned opposite to the shoulder, wherein the fixing plate is adapted to be supported onto the fitting gear.
A negative electrode active material, comprising: a graphite core particle; a carbon coating layer coating the graphite core particle; and metal particles dispersed in the carbon coating layer, wherein the carbon coating layer is coated to a thickness of 1 to 4 μm; wherein the graphite core particle has a porosity of more than 0 to 0.07cc/g. a graphite core particle; a carbon coating layer coating the graphite core particle; and
An oral care implement, comprising: a handle; a head having a first surface containing at least one tooth cleaning element (6, 7); a reservoir containing an active agent; at least one outlet located on a second surface of the head opposite the first surface; and a capillary channel for delivering the active agent from the reservoir to the at least one outlet by capillary action. a handle; a head having a first surface containing at least one tooth cleaning element (6, 7); a reservoir containing an active agent; at least one outlet located on a second surface of the head opposite the first surface; and a capillary channel for delivering the active agent from the reservoir to the at least one outlet by capillary action.
A refuelling coupling having: • an annular member, • a fitting (2,3,4) on the annular member complementary to a pressure refuelling nozzle and • a displaceable dry-break member in the coupling for normally sealing the coupling via a seal between the annular member and the dry-break member, the dry-break member being displaceable from its sealing position on connection of a pressure refuelling nozzle, characterised in that the dry-break member includes: • an aperture in the displaceable dry-break member and • a subsidiary displaceable member carried by the dry-break member, this subsidiary member normally closing the aperture and being displaceable by introduction of a gravity refuelling nozzle into the aperture. • an annular member, • a fitting (2,3,4) on the annular member complementary to a pressure refuelling nozzle and • a displaceable dry-break member in the coupling for normally sealing the coupling via a seal between the annular member and the dry-break member, the dry-break member being displaceable from its sealing position on connection of a pressure refuelling nozzle, characterised in that the dry-break member includes: • an aperture in the displaceable dry-break member and • a subsidiary displaceable member carried by the dry-break member, this subsidiary member normally closing the aperture and being displaceable by introduction of a gravity refuelling nozzle into the aperture.
Modular contactor (1000, 4000, 5000) operating with three fluids: air, thermovector fluid and desiccant fluid, said modular contactor (1000, 4000, 5000) comprising one or more modules in a stack, characterized in that each module includes: - a frame (110, 110',10") extending substantially on one frame plane, with a first surface on a side of the frame plane and a second surface on the opposite side of the frame plane; - a plurality of tubes, with a main extension direction, suitable to be traversed by said thermovector fluid and fixed to said frame (110,110',110") in such a way that the tubes of said plurality of tubes are spaced apart to each other and disposed on said frame plane; - a first hydrophobic membrane and a second hydrophobic membrane fixed to said frame in such a way to face respectively said first and said second surface, and in such a way to form a desiccant fluid compartment enclosing said plurality of tubes adapted to be traversed by said desiccant fluid along said main extension direction; said one or more modules being stacked in such a way that: - they are alternated with at least a spacer, shaped and disposed in such a way that it creates, with said first hydrophobic membrane and said second hydrophobic membrane of adjacent modules in the stack, respectively a first and a second air compartment that are suitable to be traversed by the air transversally to the main extension direction of said tubes. - a frame (110, 110',10") extending substantially on one frame plane, with a first surface on a side of the frame plane and a second surface on the opposite side of the frame plane; - a plurality of tubes, with a main extension direction, suitable to be traversed by said thermovector fluid and fixed to said frame (110,110',110") in such a way that the tubes of said plurality of tubes are spaced apart to each other and disposed on said frame plane; - a first hydrophobic membrane and a second hydrophobic membrane fixed to said frame in such a way to face respectively said first and said second surface, and in such a way to form a desiccant fluid compartment enclosing said plurality of tubes adapted to be traversed by said desiccant fluid along said main extension direction; - they are alternated with at least a spacer, shaped and disposed in such a way that it creates, with said first hydrophobic membrane and said second hydrophobic membrane of adjacent modules in the stack, respectively a first and a second air compartment that are suitable to be traversed by the air transversally to the main extension direction of said tubes.
A releasing device for temporarily lockable wiper plates of a mop cover holder, having a frame with a pass-through area defining a first plane and enabling the insertion of a mop cover holder, and having a stop arranged on the frame for the wiper plates, wherein the releasing device furthermore has a pivot point support area arranged on the frame and enabling the support of a handle arranged on the mop cover holder, wherein the stop and the pivot point support area are located in a second plane which intersects the first plane, characterized in that the stop protrudes into the pass-through area and lies within an area which is covered by an opening area of an insert opening of the pass-through area as said opening area is imagined to be moved vertically in an upward or downward motion.
Device for extracting water from laundry, having a press ram which can be moved up and down by a hydraulic cylinder and which has a ram plate with a pressing membrane which can be fastened therebelow, said pressing membrane having a membrane surface and a membrane collar which is integrally formed thereon, wherein the membrane collar is provided with a fastening ring for connecting the pressing membrane to the ram plate of the press ram, characterized in that the fastening ring is connected at least in a form-fitting manner to the membrane collar, and the form-fitting connection of the fastening ring to the membrane collar of the pressing membrane is realized by at least partial embedding of the fastening ring in the membrane collar.
Fan wheel with a rotationally symmetrical base body, with a circumferential base body wall which essentially forms a hollow cone, wherein the base body is penetrated centrally by an axis of rotation (y) and in a side view rises continuously from radially outside to radially inside with respect to its outer contour, wherein fan wheel blades are provided which are connected to the base body on the bottom side, wherein furthermore each fan wheel blade has, with respect to the axis of rotation (y), a radially inner blade leading edge which extends away from the base body from an attachment region of the fan wheel blade to the base body, and each fan wheel blade forming radially outwardly a blade exit edge which likewise extends away from the connection region on the base body, wherein in addition the blade leading edge and the blade exit edge are connected in the region of their ends remote from the base body via a blade longitudinal edge, wherein in the transition from the blade longitudinal edge into the blade leading edge fan wheel tips are formed which, viewed in the direction of the axis of rotation (y), form a highest extension of the fan wheel blade, wherein the fan wheel blades end on the bottom side at a distance from an edge of the base body, forming a diffuser region, the fan wheel tips projecting beyond the base body and all the fan wheel tips being arranged in a common plane aligned transversely to the axis of rotation (y), which is spaced upwardly in the direction of the axis of rotation (y) from an uppermost base body plane, characterised in that this spacing is selected so that, with respect to a side view against a fan wheel blade above the uppermost base body plane, a partial blade area corresponding to 20 to 50% of the total blade area is produced and that, in a projection in the direction of a lowermost base body plane, the fan wheel blades do not project beyond a circumferential lower base edge.
A system for detecting strokes, comprising: a processor; a first ultrasound transmitter (340, 420, 540) configured to be located on a patient's head in communication with the processor; a first ultrasound receiver (340, 420, 540) configured to be located on the patient's head in communication with the processor; a memory in communication with the processor, comprising a stroke diagnostics application, where the stroke diagnostics application directs the processor to: transmit a first ultrasound signal from the first ultrasound transmitter across a patient's brain, the brain comprising a first hemisphere and a second hemisphere; receive the first ultrasound signal using the first ultrasound receiver, where the ultrasound signal is affected during transit by harmonics generated by microbubbles in the blood of the patient stimulated by the first ultrasound signal; detect that a stroke has occurred based on the harmonic effects on the first received ultrasound signal; time-box the received ultrasound signal to reflect spatial segments of the brain; determine which spatial segment contains harmonic effects indicating injury; and locate the position of the detected stroke within the brain. a processor; a first ultrasound transmitter (340, 420, 540) configured to be located on a patient's head in communication with the processor; a first ultrasound receiver (340, 420, 540) configured to be located on the patient's head in communication with the processor; a memory in communication with the processor, comprising a stroke diagnostics application, where the stroke diagnostics application directs the processor to: transmit a first ultrasound signal from the first ultrasound transmitter across a patient's brain, the brain comprising a first hemisphere and a second hemisphere; receive the first ultrasound signal using the first ultrasound receiver, where the ultrasound signal is affected during transit by harmonics generated by microbubbles in the blood of the patient stimulated by the first ultrasound signal; detect that a stroke has occurred based on the harmonic effects on the first received ultrasound signal; time-box the received ultrasound signal to reflect spatial segments of the brain; determine which spatial segment contains harmonic effects indicating injury; and locate the position of the detected stroke within the brain. transmit a first ultrasound signal from the first ultrasound transmitter across a patient's brain, the brain comprising a first hemisphere and a second hemisphere; receive the first ultrasound signal using the first ultrasound receiver, where the ultrasound signal is affected during transit by harmonics generated by microbubbles in the blood of the patient stimulated by the first ultrasound signal; detect that a stroke has occurred based on the harmonic effects on the first received ultrasound signal; time-box the received ultrasound signal to reflect spatial segments of the brain; determine which spatial segment contains harmonic effects indicating injury; and locate the position of the detected stroke within the brain.
A gas turbine engine component, the component comprising: a first at least one polymeric substrate (16, 44) forming the gas turbine engine component and having a first at least one exposed surface; and a first at least one metallic plating layer (18, 42, 52) deposited on the first at least one exposed surface of the first at least one polymeric substrate, characterised in that the first at least one polymeric substrate is formed into a support tubing, the support tubing having a central channel, the first at least one metallic plating layer (42, 52) surrounded by a first at least one polymeric layer, the at least one polymeric layer surrounded by a second at least one metallic plating layer (42, 52); or the first at least one polymeric substrate surrounds a central conductor. a first at least one polymeric substrate (16, 44) forming the gas turbine engine component and having a first at least one exposed surface; and a first at least one metallic plating layer (18, 42, 52) deposited on the first at least one exposed surface of the first at least one polymeric substrate, characterised in that
A non-jamming shrink latch assembly for a retractable aircraft landing gear, comprising: a rod; a hook pivotally coupled to a first rod end of the rod, wherein the hook comprises an engagement surface having a trigger; a lower link having a first lower link end and a second lower link end, wherein the first lower link end is pivotally coupled to the hook; an upper link pivotally coupled to the second lower link end of the lower link; and characterized by a link spring coupled at a first link spring end to the rod and at a second link spring end to the lower link. a rod; a hook pivotally coupled to a first rod end of the rod, wherein the hook comprises an engagement surface having a trigger; a lower link having a first lower link end and a second lower link end, wherein the first lower link end is pivotally coupled to the hook; an upper link pivotally coupled to the second lower link end of the lower link; and characterized by a link spring coupled at a first link spring end to the rod and at a second link spring end to the lower link.
A gel composition comprising: a) a gelling agent comprising cellulose, hemicellulose and pectin, in an amount comprised between 0.1% and 10% by weight, relative to the total weight of the composition; b) an active volatile ingredient-containing oil in an amount comprised between 0.1 and 5 % by weight, relative to the total weight of the composition; c) water in an amount comprised between 85% and 98.9 % by weight, relative to the total weight of the composition; d) a bivalent cation, in an amount comprised between 0.01% and 1% by weight, relative to the total weight of the composition; e) a sequestering agent, in an amount below 0.5% by weight, relative to the total weight of the gel composition; and f) a pH modifier, in an amount below 3% by weight, relative to the total weight of the gel composition; wherein that said composition is an air freshener. a) a gelling agent comprising cellulose, hemicellulose and pectin, in an amount comprised between 0.1% and 10% by weight, relative to the total weight of the composition; b) an active volatile ingredient-containing oil in an amount comprised between 0.1 and 5 % by weight, relative to the total weight of the composition; c) water in an amount comprised between 85% and 98.9 % by weight, relative to the total weight of the composition; d) a bivalent cation, in an amount comprised between 0.01% and 1% by weight, relative to the total weight of the composition; e) a sequestering agent, in an amount below 0.5% by weight, relative to the total weight of the gel composition; and f) a pH modifier, in an amount below 3% by weight, relative to the total weight of the gel composition;
A method for decontaminating a medical instrument (70; 90) having parts that are movable relative to one another; the method comprising: mounting the instrument (70; 90) in a decontaminating apparatus, and automatically manipulating the instrument (70; 90) to provide relative movement between two or more relatively movable parts (76, 78; 97, 98) of the instrument (70; 90) during an automated decontamination cycle of the decontaminating apparatus, characterised by further comprising hydraulically driving the instrument manipulating means using a flow of fluid along a flow path of the apparatus along which decontaminating fluid flows to provide fluid for decontamination of instruments (70; 90) during the decontamination cycle of the apparatus. mounting the instrument (70; 90) in a decontaminating apparatus, and automatically manipulating the instrument (70; 90) to provide relative movement between two or more relatively movable parts (76, 78; 97, 98) of the instrument (70; 90) during an automated decontamination cycle of the decontaminating apparatus, characterised by further comprising hydraulically driving the instrument manipulating means using a flow of fluid along a flow path of the apparatus along which decontaminating fluid flows to provide fluid for decontamination of instruments (70; 90) during the decontamination cycle of the apparatus.
A process for preparing a compound of the formula: the process comprising: (i) contacting a substituted 4-hydroxymethyl-4-aminopiperidine of formula: with a dispersion comprising between 50% and 70% by weight (based on the total weight of the dispersion) sodium hydride in the presence of a t-butanol catalyst to deprotonate the hydroxyl group of the substituted 4-hydroxymethyl-4-aminopiperidine; and, (ii) reacting an alkylating agent with the deprotonated, substituted 4-hydroxymethyl-4-aminopiperidine of formula to form an ether derivative thereof, which is the compound of formula, wherein the alkylating agent is a methylating agent. (i) contacting a substituted 4-hydroxymethyl-4-aminopiperidine of formula: with a dispersion comprising between 50% and 70% by weight (based on the total weight of the dispersion) sodium hydride in the presence of a t-butanol catalyst to deprotonate the hydroxyl group of the substituted 4-hydroxymethyl-4-aminopiperidine; and, (ii) reacting an alkylating agent with the deprotonated, substituted 4-hydroxymethyl-4-aminopiperidine of formula to form an ether derivative thereof, which is the compound of formula, wherein the alkylating agent is a methylating agent.
Electric drive motor, having a stator with pole shoes (2.1) and at least one electrically controllable stator winding (2.2), and a permanent magnet rotor mounted in a rotationally driveable manner in the field of the stator winding (2.2) while retaining an annular gap, said permanent magnet rotor having a motor shaft and a laminated core resting on the motor shaft, said laminated core having at least a number of permanent magnets which corresponds to the number of poles of the permanent magnet rotor, wherein the permanent magnets inserted in the laminated core are extrusion-coated by a plastic lining and the plastic lining has a side wall (10.1, 10.2) covering the laminated core on each of its two axial end faces (5.1, 5.2), wherein the side walls (10.1, 10.2) each have a number of cut-outs (11.1, 11.2) arranged in a distributed manner in the peripheral direction, which lie in particular on a larger diameter than the centre points of the permanent magnets, characterised in that the cut-outs release regions of the axial end faces (5.1, 5.2) covered by the side walls (10.1, 10.2) of the plastic lining as access openings to tap the laminated core in the context of balancing the permanent magnet rotor.