mhurhangee/ep-ind-claims huggingface dataset:
A microcapsule composition, comprising a detergent enzyme containing microcapsule, wherein the membrane of the microcapsule is produced by cross-linking by interfacial polymerization of a polybranched polyamine having a molecular weight of more than 1 kDa, and wherein the detergent enzyme is selected from the group consisting of protease, amylase, lipase, cellulase, mannanase, pectinase, DNAse, laccase, peroxidase, haloperoxidase, perhydrolase, and combinations thereof.
A method for quantitatively determining cholesterol in small, dense LDLs in a sample, comprising: a first step of eliminating lipoproteins other than small, dense LDLs in a sample in the presence of 0.9 U/ml to 3.0 U/ml cholesterol esterase and 0.05 g/L to 1.0g/L of a surfactant that acts on the lipoproteins other than small, dense LDLs; and a second step of quantitatively determining cholesterol in small, dense LDLs that remain after the first step. a first step of eliminating lipoproteins other than small, dense LDLs in a sample in the presence of 0.9 U/ml to 3.0 U/ml cholesterol esterase and 0.05 g/L to 1.0g/L of a surfactant that acts on the lipoproteins other than small, dense LDLs; and a second step of quantitatively determining cholesterol in small, dense LDLs that remain after the first step.
A method for manufacturing of the synthetic hydrotalcite of formula: Mg X Zn Y Ca Z Al 2 13 CO 3 4H 2 O where X=3-4, Y=0.5-1.5, and Z=0.2-3.5 the said process comprising a. Reacting Aluminium Chloride with 10 % Magnesium Chloride aqueous solution in 13: 8 v/v in presence of 10 % sodium carbonate solution in continuous process followed by filtration to obtain a wet cake consisting of Aluminium and Magnesium Carbonate and oxy carbonate containing 13- 15 % of Al 2 O 3 and 15 - 20 % of MgO and washing the wet cake with water to remove chloride ions; b. Preparing homogeneous slurry by mixing the wet cake as obtained in Step (a) in water 0.8:5 wt/v along with 0.25 to 0.75 wt/v of Zinc Hydroxide and 0.04 to 0.40 wt/v of Calcium Carbonate followed by passage through the milling system to reduce the particle size of the slurry to < 5 micron; c. Mixing slowly the slurry with 50 Litres of 20% caustic lye solution at controlled temperature of 50°C and adding 0 to 0.30 wt/v of Calcium Carbonate to it followed by subjecting the slurry to hydrothermal treatment at temperature of 150 to 170°C and under pressure of 8 Kg for 5 hrs; d. After hydrothermal treatment, adding 5 % additives like lubricant, plasticizer, dispersing agent to the mixture of Step (c) followed by cooling down to 70°C and filter pressing to obtain a wet cake; and e. Washing the wet cake with water till pH of the filtrate adjusted to 8 followed by drying the cake in tray dryer to obtain hydrotalcite of formula. a. Reacting Aluminium Chloride with 10 % Magnesium Chloride aqueous solution in 13: 8 v/v in presence of 10 % sodium carbonate solution in continuous process followed by filtration to obtain a wet cake consisting of Aluminium and Magnesium Carbonate and oxy carbonate containing 13- 15 % of Al 2 O 3 and 15 - 20 % of MgO and washing the wet cake with water to remove chloride ions; b. Preparing homogeneous slurry by mixing the wet cake as obtained in Step (a) in water 0.8:5 wt/v along with 0.25 to 0.75 wt/v of Zinc Hydroxide and 0.04 to 0.40 wt/v of Calcium Carbonate followed by passage through the milling system to reduce the particle size of the slurry to < 5 micron; c. Mixing slowly the slurry with 50 Litres of 20% caustic lye solution at controlled temperature of 50°C and adding 0 to 0.30 wt/v of Calcium Carbonate to it followed by subjecting the slurry to hydrothermal treatment at temperature of 150 to 170°C and under pressure of 8 Kg for 5 hrs; d. After hydrothermal treatment, adding 5 % additives like lubricant, plasticizer, dispersing agent to the mixture of Step (c) followed by cooling down to 70°C and filter pressing to obtain a wet cake; and e. Washing the wet cake with water till pH of the filtrate adjusted to 8 followed by drying the cake in tray dryer to obtain hydrotalcite of formula.
A method of producing an extruded meat substitute composition, the method comprising providing an admixture comprising one or more sources of plant protein, one or more sources of lipid, water, and one or more sources of carbohydrate, the one or more sources of carbohydrate comprising fruit or fruit powder, or a combination thereof, extruding the admixture to produce an extruded meat substitute composition, the extruded meat substitute composition or admixture comprising on a dry basis about 50 to about 90% by weight of the one or more sources of plant protein powder, and about 1 to about 15% by weight of the one or more sources of carbohydrate, and the fruit or fruit powder comprising pumpkin or tomato or a combination thereof. providing an admixture comprising one or more sources of plant protein, one or more sources of lipid, water, and one or more sources of carbohydrate, the one or more sources of carbohydrate comprising fruit or fruit powder, or a combination thereof, extruding the admixture to produce an extruded meat substitute composition, the extruded meat substitute composition or admixture comprising on a dry basis about 50 to about 90% by weight of the one or more sources of plant protein powder, and about 1 to about 15% by weight of the one or more sources of carbohydrate, and the fruit or fruit powder comprising pumpkin or tomato or a combination thereof.
A (meth)acrylamide based urethane oligomer, which has one or two or more kinds of a skeleton selected from an ether skeleton, an ester skeleton, a silicone skeleton, and an acrylic skeleton in a molecule, at least one (meth)acrylamide group, wherein the (meth)acrylamide group is derived from a (meth)acrylamide having a hydroxyl group represented by general formula: wherein R 1 represents a hydrogen atom or a methyl group; R 2 and R 3 may be the same or different from each other; R 2 and R 3 are selected from a hydrogen atom, or a linear or branched alkyl group having 1 to 6 carbon atoms or an aliphatic ring or an aromatic ring having 3 to 6 carbon atoms, which may be substituted with a hydroxyl group; or R 2 and R 3 form, together with the nitrogen atom attached, a saturated or unsaturated 5- to 7-membered ring, which can additionally contain an oxygen atom or a nitrogen atom other than the aforementioned nitrogen atom, compounds where both R 2 and R 3 are a hydrogen atom and where both R 2 and R 3 are an alkyl group are excluded, and wherein R 2 and R 3 have one or more hydroxyl groups in total; and a shrinkage rate of 5% or less before and after active energy curing, wherein the shrinkage rate value of 5% or less is measured by a resin curing shrinkage stress measuring device (CUSTRON); and wherein the (meth)acrylamide based urethane oligomer further comprises 5% by weight or less of a component having molecular weight of less than 1000 excluding (meth)acrylamide having a hydroxyl group; provided that the urethane oligomer does not have a carbonate skeleton derived from a polycarbonate polyol having hydroxyl groups at both terminals 3-methyl-1,5-pentanediol/1,6-hexanediol 9/1 and weight average molecular weight of 1,000. R 2 and R 3 may be the same or different from each other; R 2 and R 3 are selected from a hydrogen atom, or a linear or branched alkyl group having 1 to 6 carbon atoms or an aliphatic ring or an aromatic ring having 3 to 6 carbon atoms, which may be substituted with a hydroxyl group; or R 2 and R 3 form, together with the nitrogen atom attached, a saturated or unsaturated 5- to 7-membered ring, which can additionally contain an oxygen atom or a nitrogen atom other than the aforementioned nitrogen atom, compounds where both R 2 and R 3 are a hydrogen atom and where both R 2 and R 3 are an alkyl group are excluded, and wherein R 2 and R 3 have one or more hydroxyl groups in total; and a shrinkage rate of 5% or less before and after active energy curing, wherein the shrinkage rate value of 5% or less is measured by a resin curing shrinkage stress measuring device (CUSTRON); and wherein the (meth)acrylamide based urethane oligomer further comprises 5% by weight or less of a component having molecular weight of less than 1000 excluding (meth)acrylamide having a hydroxyl group; provided that the urethane oligomer does not have a carbonate skeleton derived from a polycarbonate polyol having hydroxyl groups at both terminals 3-methyl-1,5-pentanediol/1,6-hexanediol 9/1 and weight average molecular weight of 1,000.
Driving and control device for a vacuum pump having an electric device arranged in a vacuum region of a vacuum pump, a control device (12, 46) arranged outside the vacuum region of the vacuum pump, a separating wall for delimiting the vacuum region and a current lead-through arranged in the separating wall in a vacuum-tight manner and connected to the electric device via first current conductors and to the control device (12, 46) via second current conductors (28, 32), characterized in that the second current conductor (28, 32) has a plug contact (28, 58) directly connected to the current lead-through, the plug contact, prior to assembly, being connected to the control device via at least one connecting web.
A method for making a heat treated coated article, the method comprising forming first layer on a substrate, wherein the first layer comprises silver, wherein the first layer is operable as an infrared reflective layer; forming a second layer on the first layer, wherein the second layer comprises nickel, niobium, titanium, and oxygen, wherein the oxygen content on the second layer is between 10 and 30 at%, wherein the second layer is operable as a barrier layer; forming a third layer on the second layer, wherein the third layer comprises zinc, tin, and oxygen, wherein the third layer is operable as a separation layer; forming a fourth layer on the third layer, wherein the fourth layer comprises silver, wherein the fourth layer is operable as an infrared reflective layer.
A system for breeding and stimulation of insects reproduction comprising modular lamp, which comprised lamp, characterized in that emits light in the range of about 400-800 nm and at least one lamp with a peak emission in range of 370-410 nm, wherein the light intensity measured at 50 cm from the light source is no less than 5000 Ix with irradiance in the spectral range of 350-1000 nm at the level of 35-50 W/m 2, wherein no less than 95% of the irradiance is in the range of 350-700 nm, and wherein the irradiance in the spectral range of 370-410 nm is 25-80% of irradiance in the range of 350-700 nm and is no less than 10 W/m 2.
A transmitter configured to provide an optical signal for transmitting a quantum key, the transmitter comprising opto-electronic circuitry (120, 150, 160, 190) configured to: generate a quantum signal comprising a sequence of frames (210, 310); generate a pilot signal comprising a sequence of signatures (250a-250f, 350a-350c) that is in synchrony with the sequence of frames (210, 310); and generate the optical signal by modulating an optical carrier based on the quantum signal and the pilot signal, wherein the signatures in the sequence of signatures (250a-250f, 350a-350c) and the frames in the sequence of frames (210, 310) are related to each other in a 1-to-N relationship, wherein N is a natural number greater than 1, wherein the sequence of signatures (250a-250f, 350a-350c) provides temporal information about the sequence of frames (210, 310), and this temporal information is at a beginning of the respective frame (210, 310), at an end of the respective frame (210, 310) or at any fixed position within the respective frame (210, 310), any delay between the respective frame (210, 310) and its corresponding signature (250a-250f, 350a-350c) is shorter than a duration of the respective frame, and a duration of the corresponding signature (250a-250f, 350a-350c) is shorter than the duration of the respective frame (210, 310). generate a quantum signal comprising a sequence of frames (210, 310); generate a pilot signal comprising a sequence of signatures (250a-250f, 350a-350c) that is in synchrony with the sequence of frames (210, 310); and generate the optical signal by modulating an optical carrier based on the quantum signal and the pilot signal, wherein the signatures in the sequence of signatures (250a-250f, 350a-350c) and the frames in the sequence of frames (210, 310) are related to each other in a 1-to-N relationship, wherein N is a natural number greater than 1, wherein the sequence of signatures (250a-250f, 350a-350c) provides temporal information about the sequence of frames (210, 310), and this temporal information is at a beginning of the respective frame (210, 310), at an end of the respective frame (210, 310) or at any fixed position within the respective frame (210, 310), any delay between the respective frame (210, 310) and its corresponding signature (250a-250f, 350a-350c) is shorter than a duration of the respective frame, and a duration of the corresponding signature (250a-250f, 350a-350c) is shorter than the duration of the respective frame (210, 310).
A tire having a tread at least comprising a first rubber layer constituting a tread surface, a second rubber layer adjacent to inside in a tire radial direction of the first rubber layer, and a third rubber layer adjacent to inside in a tire radial direction of the second rubber layer, wherein a tan δ of the second rubber layer at 30°C is higher than a tan δ of the first rubber layer at 30°C and a tan δ of the third rubber layer at 30°C, wherein the tread has land parts extending continuously in a tire circumferential direction and partitioned by a plurality of circumferential grooves, and wherein a deepest part of a groove bottom of any one of the circumferential grooves is formed as to be located inside in the tire radial direction with respect to an outermost part of the second rubber layer in the land part adjacent to the circumferential groove characterized in that a complex elastic modulus (E*) of the second rubber layer at 30°C is lower than a complex elastic modulus (E*) of the first rubber layer at 30°C and a complex elastic modulus (E*) of the third rubber layer at 30°C, wherein tan δ and complex elastic modulus (E*) are measured under a condition of a temperature at 30°C, an initial strain of 10%, a dynamic strain of 1%, and a frequency of 10 Hz. wherein a tan δ of the second rubber layer at 30°C is higher than a tan δ of the first rubber layer at 30°C and a tan δ of the third rubber layer at 30°C, wherein the tread has land parts extending continuously in a tire circumferential direction and partitioned by a plurality of circumferential grooves, and wherein a deepest part of a groove bottom of any one of the circumferential grooves is formed as to be located inside in the tire radial direction with respect to an outermost part of the second rubber layer in the land part adjacent to the circumferential groove characterized in that a complex elastic modulus (E*) of the second rubber layer at 30°C is lower than a complex elastic modulus (E*) of the first rubber layer at 30°C and a complex elastic modulus (E*) of the third rubber layer at 30°C, wherein tan δ and complex elastic modulus (E*) are measured under a condition of a temperature at 30°C, an initial strain of 10%, a dynamic strain of 1%, and a frequency of 10 Hz.
A method for estimating a region associated with a deformity on or under a surface portion of the skin of a mammal, the method comprising: capturing an image of the surface portion to produce first data; generating second data from the first data; combining the first data and the second data to produce third data; and performing image segmentation on the third data to identify a region of interest portion of the image, wherein: the image is a three-dimensional image; the first data comprises depth data; and the second data comprises curvature data. capturing an image of the surface portion to produce first data; generating second data from the first data; combining the first data and the second data to produce third data; and performing image segmentation on the third data to identify a region of interest portion of the image, wherein: the image is a three-dimensional image; the first data comprises depth data; and the second data comprises curvature data. the image is a three-dimensional image; the first data comprises depth data; and the second data comprises curvature data.
A computer-implemented method of returning cached data in response to a client request, the method comprising: receiving a client request (102, 202, 402) for client-requested data; accessing a cache set to attempt to locate the client-requested data; a) if the data is in the cache set and is not expired data, returning the data from the cache set in response to the client request; and b) if the data is in the cache set and is expired data, maintaining the expired data and requesting the data from a data provider (110, 312), and i) if the requested data is available from the data provider, receiving the data from the data provider in response to the request for the data from the data provider and returning the data from the data provider in response to the client request; characterised by ii) if the data is not available from the data provider, returning the expired data with an indication that the data is expired in response to the client request. receiving a client request (102, 202, 402) for client-requested data; accessing a cache set to attempt to locate the client-requested data; a) if the data is in the cache set and is not expired data, returning the data from the cache set in response to the client request; and b) if the data is in the cache set and is expired data, maintaining the expired data and requesting the data from a data provider (110, 312), and i) if the requested data is available from the data provider, receiving the data from the data provider in response to the request for the data from the data provider and returning the data from the data provider in response to the client request; characterised by ii) if the data is not available from the data provider, returning the expired data with an indication that the data is expired in response to the client request. a) if the data is in the cache set and is not expired data, returning the data from the cache set in response to the client request; and b) if the data is in the cache set and is expired data, maintaining the expired data and requesting the data from a data provider (110, 312), and i) if the requested data is available from the data provider, receiving the data from the data provider in response to the request for the data from the data provider and returning the data from the data provider in response to the client request; characterised by ii) if the data is not available from the data provider, returning the expired data with an indication that the data is expired in response to the client request. i) if the requested data is available from the data provider, receiving the data from the data provider in response to the request for the data from the data provider and returning the data from the data provider in response to the client request; characterised by ii) if the data is not available from the data provider, returning the expired data with an indication that the data is expired in response to the client request.
A removable connecting system for connecting a crosspiece to an upright, the system comprising: - a crosspiece having a rectilinear longitudinal extension in a first predetermined direction, the crosspiece having a first longitudinal end, - an upright configured to be positioned transversely to the crosspiece at the first longitudinal end, - a first mechanical coupling slider, slidably coupled with the crosspiece and supporting at least one gripper element designed to engage with the upright, - an actuating lever pivoted on the crosspiece and operatively connected to the first slider for moving the latter relative to the crosspiece, - means for controlling the gripper element for stably engaging the gripper element with the upright, characterized in that the crosspiece and the upright comprise respective electrical conductors (C1, C2), wherein the connecting system comprises a second slider for electrical connection, slidably coupled with the crosspiece and designed to be operated by the actuating lever for moving relative to the crosspiece and engaging with the upright for defining an electrical connection between the electrical conductors (C1, C2) of the crosspiece and the upright. - a crosspiece having a rectilinear longitudinal extension in a first predetermined direction, the crosspiece having a first longitudinal end, - an upright configured to be positioned transversely to the crosspiece at the first longitudinal end, - a first mechanical coupling slider, slidably coupled with the crosspiece and supporting at least one gripper element designed to engage with the upright, - an actuating lever pivoted on the crosspiece and operatively connected to the first slider for moving the latter relative to the crosspiece, - means for controlling the gripper element for stably engaging the gripper element with the upright,
An in-vehicle wireless display comprising: an antenna to transmit and receive data; and a display unit installed in a vehicle constituting a train, to display information on a basis of data received by the antenna, characterized in that the antenna is a slot antenna, and the in-vehicle wireless display further comprises: a nonmagnetic member kept apart by spacers from a slot formed in the slot antenna, to cover the slot, the nonmagnetic member allowing a radio wave emitted from the slot to pass therethrough; and a metal casing to house the slot antenna, the casing having an opening on a side facing the slot. an antenna to transmit and receive data; and a display unit installed in a vehicle constituting a train, to display information on a basis of data received by the antenna, characterized in that the antenna is a slot antenna, and the in-vehicle wireless display further comprises: a nonmagnetic member kept apart by spacers from a slot formed in the slot antenna, to cover the slot, the nonmagnetic member allowing a radio wave emitted from the slot to pass therethrough; and a metal casing to house the slot antenna, the casing having an opening on a side facing the slot. a nonmagnetic member kept apart by spacers from a slot formed in the slot antenna, to cover the slot, the nonmagnetic member allowing a radio wave emitted from the slot to pass therethrough; and a metal casing to house the slot antenna, the casing having an opening on a side facing the slot.