mhurhangee/ep-ind-claims huggingface dataset:
Method for the production of a plurality of optoelectronic.semiconductor chips, the method comprising at least the following method steps: - provision of a chip composite base having a substrate and a growth surface; - formation of a mask material layer on the growth surface, with a multiplicity of windows, a mask material being chosen in such a way that a semiconductor material of the semiconductor layer that is to be grown in a later method step essentially cannot grow on said mask material or can grow in a substantially worse manner in comparison with the growth surface; - essentially simultaneous growth of semiconductor layer sequences, which each have a radiation-emitting active zone, on regions of the growth surface that lie within the windows; and - singulation of the chip composite base with applied material to form semiconductor chips, such that - the semiconductor chips respectively have a multiplicity of structural elements, the structural elements being the semiconductor layer sequences, characterized in that - most of the windows have an average extent of less than or equal to 1 μm. - provision of a chip composite base having a substrate and a growth surface; - formation of a mask material layer on the growth surface, with a multiplicity of windows, a mask material being chosen in such a way that a semiconductor material of the semiconductor layer that is to be grown in a later method step essentially cannot grow on said mask material or can grow in a substantially worse manner in comparison with the growth surface; - essentially simultaneous growth of semiconductor layer sequences, which each have a radiation-emitting active zone, on regions of the growth surface that lie within the windows; and - singulation of the chip composite base with applied material to form semiconductor chips, such that - the semiconductor chips respectively have a multiplicity of structural elements, the structural elements being the semiconductor layer sequences, characterized in that - most of the windows have an average extent of less than or equal to 1 μm.
Antimicrobial composition comprising: a) at least one free fatty acid or a pharmaceutically acceptable salt thereof, wherein the free fatty acid is selected from a free fatty acid having from 6 to 10 carbon atoms; b) at least one carboxylic acid or a pharmaceutically acceptable salt thereof selected from an alpha hydroxyl acid; and c) optionally, at least one carbohydrate or a pharmaceutically acceptable salt thereof selected from a hydrogenated carbohydrate, a monosaccharide, a disaccharide, a polysaccharide and combinations thereof, wherein the composition is dissolved in an aqueous medium having a pH in the range of about 5.5 to about 7.0. a) at least one free fatty acid or a pharmaceutically acceptable salt thereof, wherein the free fatty acid is selected from a free fatty acid having from 6 to 10 carbon atoms; b) at least one carboxylic acid or a pharmaceutically acceptable salt thereof selected from an alpha hydroxyl acid; and c) optionally, at least one carbohydrate or a pharmaceutically acceptable salt thereof selected from a hydrogenated carbohydrate, a monosaccharide, a disaccharide, a polysaccharide and combinations thereof,
Vegetalised railway track comprising a track support element, a reconstituted soil and a vegetal cover, the track support element being buried, at least partially, in the reconstituted soil and the reconstituted soil being covered by the vegetal cover, the reconstituted soil comprising a drainage layer and a fertile substrate (43, 45) which is to allow the roots of the vegetal cover to develop and is in direct contact with the drainage layer over at least a portion of the drainage layer, and the track support element comprising left and right longitudinal beams (11, 12) for supporting stretches of rails, the longitudinal beams resting on the drainage layer, thus forming a support layer, and delimiting between them a central recess allowing the fertile substrate (43, 45) and the drainage layer to be brought into contact, characterised in that the vegetalised railway track further comprises a system for recirculating rainwater, comprising a device (61 to 64) for collecting the rainwater that falls on the vegetalised railway track and a watering device for watering the vegetal cover with the collected rainwater, and the device for collecting rainwater comprising an outlet assembly (62, 64), arranged beneath the drainage layer, for collecting the rain water that seeps through the reconstituted soil, and a storage means for storing the water collected by the outlet assembly, and in that the track support element comprises cross-members for joining the left and right longitudinal beams (11, 12) constituting stiffeners, arranged at substantially regular intervals, each cross-member comprising: a bottom face in contact with the top surface of the drainage layer; an upstream side face; a downstream side face; and a top face.
An apparatus comprising: a configuration storage to store configuration information for a two-dimensional, 2D, matrix storage, the configuration information to include a first value indicative of a number of rows of the 2D matrix storage and a second value indicative of a number of columns of the 2D matrix storage; fetch circuitry to fetch an instruction, the instruction to specify the 2D matrix storage, a row of the 2D matrix storage, and a 512-bit vector register; decode circuitry, coupled with the fetch circuitry, to decode the instruction; and execution circuitry, coupled with the decode circuitry, to perform operations corresponding to the instruction, including to store the row of the 2D matrix storage to the 512-bit vector register, the execution circuitry being configured to use the 2D matrix storage as specified by the configuration information, wherein the decode circuitry is to decode a second instruction and the execution circuitry, based on the decode of the second instruction, is to store the configuration information into the configuration storage and configure the configuration storage to indicate that the 2D matrix storage is configured for use. a configuration storage to store configuration information for a two-dimensional, 2D, matrix storage, the configuration information to include a first value indicative of a number of rows of the 2D matrix storage and a second value indicative of a number of columns of the 2D matrix storage; fetch circuitry to fetch an instruction, the instruction to specify the 2D matrix storage, a row of the 2D matrix storage, and a 512-bit vector register; decode circuitry, coupled with the fetch circuitry, to decode the instruction; and execution circuitry, coupled with the decode circuitry, to perform operations corresponding to the instruction, including to store the row of the 2D matrix storage to the 512-bit vector register, the execution circuitry being configured to use the 2D matrix storage as specified by the configuration information, wherein the decode circuitry is to decode a second instruction and the execution circuitry, based on the decode of the second instruction, is to store the configuration information into the configuration storage and configure the configuration storage to indicate that the 2D matrix storage is configured for use.
Traction and lifting cable incorporating internal metal strands twisted together, and at least one layer of external metal strands twisted around the aforesaid internal metal strands, characterized in that: • each external metal filament incorporates a central core made of deformable plastic; • and the said external metal strands are compressed and flattened so that the filaments constituting each external strand are arranged in at least two layers, which are in contact with each other, and which are in alignment with at least two corresponding layers of adjacent external strands, with the aforementioned central core of each external strand having migrated so as to fill the gaps between the said two layers and the said filaments constituting each external strand. • each external metal filament incorporates a central core made of deformable plastic; • and the said external metal strands are compressed and flattened so that the filaments constituting each external strand are arranged in at least two layers, which are in contact with each other, and which are in alignment with at least two corresponding layers of adjacent external strands, with the aforementioned central core of each external strand having migrated so as to fill the gaps between the said two layers and the said filaments constituting each external strand.
A mesylic acid salt of 4-(2-fluoro-4-(3-(2-phenylacetyl)thioureido)phenoxy)-7-methoxy-N-methylquinoline-6-carbo xamide, which gives an X-ray powder diffraction spectrum having characteristic peaks at diffraction angles (2θ±0.2°) of 6.7°, 7.9°, 9.6°, 12.5°, 13.8°, 19.8°, 21.2°, and 26.1°.
A method of controlling operation of a communication network wherein at least one node (100a, 100b) requests services adapted to be provided via a plurality of home agents (110a, 110b), the method including the steps of: - having a first service identifier identifying a first service requested by said at least one node (100a, 100b), - having a second service identifier identifying a second service requested by said at least one node (100a, 100b), and - selecting out of said plurality at least one first home agent (110a, 110b) to provide said first service requested and at least one second home agent to provide said second service requested, wherein said at least one first home agent and least one second home agent are selected based on said first service identifier and said second service identifier, respectively. - having a first service identifier identifying a first service requested by said at least one node (100a, 100b), - having a second service identifier identifying a second service requested by said at least one node (100a, 100b), and - selecting out of said plurality at least one first home agent (110a, 110b) to provide said first service requested and at least one second home agent to provide said second service requested, wherein said at least one first home agent and least one second home agent are selected based on said first service identifier and said second service identifier, respectively.
A method for making fried food products comprising the steps of: providing a plurality of food pieces; par-frying said food pieces by immersion in hot oil, wherein said hot oil comprises an initial par-fry oil temperature and a final par-fry oil temperature, to produce par-fried food pieces; removing said par-fried food pieces from said hot oil; and finish frying said par-fried food pieces by contact with hot oil at an initial finish-fry oil temperature, wherein said initial finish-fry oil temperature is higher than said final par-fry oil temperature, to produce said fried food pieces, wherein said par-frying step comprises par-frying said food pieces to an intermediate moisture content of between 1.5% and 15% by weight, wherein said finish frying step comprises finish frying said par-fried food pieces to a final moisture content of less than 2% by weight and less than said intermediate moisture content, and wherein said finish frying step comprises immersion frying said par-fried food pieces for less than 10 seconds, wherein said final par-fry oil temperature is between 132°C and 177°C (270°F and 350°F), and wherein said initial finish-fry oil temperature is greater than 177°C (350°F). providing a plurality of food pieces; par-frying said food pieces by immersion in hot oil, wherein said hot oil comprises an initial par-fry oil temperature and a final par-fry oil temperature, to produce par-fried food pieces; removing said par-fried food pieces from said hot oil; and finish frying said par-fried food pieces by contact with hot oil at an initial finish-fry oil temperature, wherein said initial finish-fry oil temperature is higher than said final par-fry oil temperature, to produce said fried food pieces, wherein said par-frying step comprises par-frying said food pieces to an intermediate moisture content of between 1.5% and 15% by weight, wherein said finish frying step comprises finish frying said par-fried food pieces to a final moisture content of less than 2% by weight and less than said intermediate moisture content, and wherein said finish frying step comprises immersion frying said par-fried food pieces for less than 10 seconds, wherein said final par-fry oil temperature is between 132°C and 177°C (270°F and 350°F), and wherein said initial finish-fry oil temperature is greater than 177°C (350°F).
A leak detection system comprising: a sensor having a first condition when dry and a second condition when wet; a communication device operatively coupled to the sensor; and an attachment element adapted to attach the leak detection system to an area for monitoring fluid leakage, wherein the attachment element is removable, reusable, or both, characterized in that the sensor comprises: a substrate; and a detection element in communication with the substrate, wherein the substrate is adapted to change in response to fluid contact, wherein the detection element comprises a first element disposed at a first location of the substrate and a second element disposed at a second location of the substrate, wherein the first and second elements (1106, 1108) are separated by a distance, D D, as measured in the dry state and a distance, D W, as measured in the wet state, and wherein D D is different than Dw. a sensor having a first condition when dry and a second condition when wet; a communication device operatively coupled to the sensor; and an attachment element adapted to attach the leak detection system to an area for monitoring fluid leakage, wherein the attachment element is removable, reusable, or both, characterized in that the sensor comprises: a substrate; and a detection element in communication with the substrate, wherein the substrate is adapted to change in response to fluid contact, wherein the detection element comprises a first element disposed at a first location of the substrate and a second element disposed at a second location of the substrate, wherein the first and second elements (1106, 1108) are separated by a distance, D D, as measured in the dry state and a distance, D W, as measured in the wet state, and wherein D D is different than Dw. a substrate; and a detection element in communication with the substrate, wherein the substrate is adapted to change in response to fluid contact, wherein the detection element comprises a first element disposed at a first location of the substrate and a second element disposed at a second location of the substrate, wherein the first and second elements (1106, 1108) are separated by a distance, D D, as measured in the dry state and a distance, D W, as measured in the wet state, and wherein D D is different than Dw.
A method of removing gas from a froth in a vessel, the vessel comprising a froth flotation cell or a pumpbox receiving the froth from a froth flotation cell, the method comprising supplying the froth from the vessel into a housing, providing a flow of liquid through the housing, the flow of liquid being transverse to an opening to the housing or transverse to an inlet conduit to the housing, introducing the froth into the liquid such that at least a portion of the gas in the froth is removed from the froth and entrained in the liquid to form a mixture of liquid and entrained gas and subsequently delivering part of the mixture of liquid and entrained gas back to the vessel, wherein a pump is located between the vessel and the housing, such that froth is transferred from the vessel to the pump and at least a portion of the froth is extracted from the pump to the housing.
A notification apparatus for a communication system including a first mobile communication network, a second mobile communication network and a mobile communication terminal, the notification apparatus comprising: a memory configured to store a credit balance available for a user of the mobile communication terminal; an obtaining unit (411, 412, 413, 414) configured to obtain information on a use of the second mobile communication network by the user of the mobile communication terminal, the information comprising a total amount of exchanged data and a passed time of the use, and configured to update the credit balance by subtracting a fee corresponding to the information on the use, when the mobile communication terminal is currently connected to the second mobile communication network using a second identifier, the mobile communication terminal being configured to use selectively one of a first identifier and the second identifier which are assigned to the first mobile communication network and the second mobile communication network, respectively, so as to perform communication; and a notifying unit configured to, when the updated balance decreases below an amount predetermined for the first mobile communication network, send a notification to the mobile communication terminal via the second mobile communication network, the notification including a notice that the stored credit balance is less than the amount predetermined for the first mobile communication network, wherein the predetermined amount is an amount necessary to use the first mobile communication network. a memory configured to store a credit balance available for a user of the mobile communication terminal; an obtaining unit (411, 412, 413, 414) configured to obtain information on a use of the second mobile communication network by the user of the mobile communication terminal, the information comprising a total amount of exchanged data and a passed time of the use, and configured to update the credit balance by subtracting a fee corresponding to the information on the use, when the mobile communication terminal is currently connected to the second mobile communication network using a second identifier, the mobile communication terminal being configured to use selectively one of a first identifier and the second identifier which are assigned to the first mobile communication network and the second mobile communication network, respectively, so as to perform communication; and a notifying unit configured to, when the updated balance decreases below an amount predetermined for the first mobile communication network, send a notification to the mobile communication terminal via the second mobile communication network, the notification including a notice that the stored credit balance is less than the amount predetermined for the first mobile communication network, wherein the predetermined amount is an amount necessary to use the first mobile communication network.
An expandable child carrier including a base frame; a pivot frame pivoted to said base frame; at least one first wheel unit mounted to said base frame; and at least one second wheel unit mounted to said pivot frame, a distance between said at least one second wheel unit and said at least one first wheel unit being adjusted upon the pivotal movement of said pivot frame relative to said base frame, ch aracterized by: a mount fixedly mounted to said base frame for being removably mounted with a seat; and a mount block being co-movably mounted to said pivot frame for blocking said mount so as to prevent the seat to be mounted on said mount. a base frame; a pivot frame pivoted to said base frame; at least one first wheel unit mounted to said base frame; and a mount fixedly mounted to said base frame for being removably mounted with a seat; and a mount block being co-movably mounted to said pivot frame for blocking said mount so as to prevent the seat to be mounted on said mount.
Optical measuring device for coordinative measurement of a target object, in particular a theodolite, a total station, a laser scanner or a laser tracker, with at least one light source, in particular a laser light source, for generating at least one optical, in particular pulsed, measurement beam (10, 10i, 10h, 10d) and a targeting unit that is rotatable relative to a base of the measuring device about at least one axis, in particular about two axes (7, 8), wherein the targeting unit ▪ defines a target axis for targeting the, in particular cooperative, target object that is to be measured and ▪ has a beam path for emitting the optical measurement beam (10, 10i, 10h, 10d) in the direction of the target object that is to be measured, characterized in that the targeting unit has at least one diffractive optical element, wherein the at least one diffractive optical element is embodied such and arranged or arrangeable in the beam path (20, 20a) such that the measurement beam (10, 10i, 10h, 10d) is homogenized before emission, by way of the diffractive optical element being arranged or being able to be arranged movably in the beam path (20, 20a), whereby for, in particular temporal, homogenization, the relative position of measurement beam (10, 10i, 10h, 10d) and diffractive optical element is dynamically, in particular periodically, variable. ▪ defines a target axis for targeting the, in particular cooperative, target object that is to be measured and ▪ has a beam path for emitting the optical measurement beam (10, 10i, 10h, 10d) in the direction of the target object that is to be measured,
A method of producing a secretome secreted by a mesenchymal stem cell comprising at least one biological property of a mesenchymal stem cell wherein the method comprises at least one period of keeping the cells at least 5 minutes under anoxic conditions, and wherein the anoxic conditions are achieved by keeping oxygen tensions of 0% 02.
A method for recycling and refreshing a cathode material, comprising: 1) mixing a cathode material recycled from a waste lithium-ion battery with a manganese inorganic salt aqueous solution to obtain a mixture; 2) adding an alkali aqueous solution into the mixture to react to obtain a manganese hydroxide coating on the cathode material; and 3) sintering the cathode material with a lithium source, while the manganese hydroxide coating and the lithium source react, to obtain a refreshed cathode material, and the refreshed cathode material being a cathode material with a LiMn 2 O 4 coating. 1) mixing a cathode material recycled from a waste lithium-ion battery with a manganese inorganic salt aqueous solution to obtain a mixture; 2) adding an alkali aqueous solution into the mixture to react to obtain a manganese hydroxide coating on the cathode material; and 3) sintering the cathode material with a lithium source, while the manganese hydroxide coating and the lithium source react, to obtain a refreshed cathode material, and the refreshed cathode material being a cathode material with a LiMn 2 O 4 coating.