mhurhangee/ep-ind-claims huggingface dataset:
A resin mold for imprinting which is fixed to a roller, comprising: a resin layer having a recessed and projected pattern surface, an inorganic material layer formed with a uniform thickness on at least the recessed and projected pattern surface of the resin layer, and a release agent layer formed with a uniform thickness on at least the recessed and projected pattern surface of the inorganic material layer; characterized in that the thickness of the resin layer is 1 to 15 times the height of the recess and projection of the pattern in the resin layer. a resin layer having a recessed and projected pattern surface, an inorganic material layer formed with a uniform thickness on at least the recessed and projected pattern surface of the resin layer, and a release agent layer formed with a uniform thickness on at least the recessed and projected pattern surface of the inorganic material layer; characterized in that the thickness of the resin layer is 1 to 15 times the height of the recess and projection of the pattern in the resin layer.
An improved process for the preparation of Memantine Hydrochloride of formula having more than 99.9% purity comprises the steps: a) reacting 1,3-dimethyladamantane compound of formula with Acetonitrile in presence of sulphuric acid at a temperature between 25°C-45°C in absence of solvent to give 1-acetamido-3,5-dimethyladamantane of formula; b) isolating 1-acetamido-3,5-dimethyladamantane compound of formula with the addition of water in the reaction mass of step-(a); c) hydrolyzing 1-acetamido-3,5-dimethyladamantane of formula with base in presence of aqueous iso-butanol at a temperature 110°C-140°C to give Memantine free base of formula; d) in-situ treating Memantine free base of formula with hydrochloric acid at a temperature of 5°C to 35°C and distilling out aqueous iso-butanol completely and adding ester solvent into it to yield pure Memantine Hydrochloride of formula. a) reacting 1,3-dimethyladamantane compound of formula with Acetonitrile in presence of sulphuric acid at a temperature between 25°C-45°C in absence of solvent to give 1-acetamido-3,5-dimethyladamantane of formula; b) isolating 1-acetamido-3,5-dimethyladamantane compound of formula with the addition of water in the reaction mass of step-(a); c) hydrolyzing 1-acetamido-3,5-dimethyladamantane of formula with base in presence of aqueous iso-butanol at a temperature 110°C-140°C to give Memantine free base of formula; d) in-situ treating Memantine free base of formula with hydrochloric acid at a temperature of 5°C to 35°C and distilling out aqueous iso-butanol completely and adding ester solvent into it to yield pure Memantine Hydrochloride of formula.
Module for heating water, comprising a heat exchanger which has a primary region and a secondary region, and a pump which is covered by a thermally insulated cover of a housing (2, 4, 6, 8), characterised by a pump enclosure which is formed separately from the thermally insulated cover of the housing (2, 4, 6, 8), is provided in the housing (2, 4, 6, 8), encloses the pump, at least in part, so as to be thermally insulated with respect to the heat exchanger and is provided with inlet and outlet openings (64; 72) which communicate with the surroundings.
Insensitive explosive active material comprising an explosive and a mixture of a chloroparaffin and polyvinylchloride as a binder, wherein no further binder is present in the explosive active material in addition to the mixture of chloroparaffin and PVC, wherein the chloroparaffin is present in the explosive active material in a proportion of not more than 8% by weight, wherein the PVC is present in the binder in a proportion in the range from 5% by weight to 50% by weight.
An external connection device for connecting an eyepiece to an external functional component, wherein the external connection device comprises a main body part and a locking mechanism, wherein the main body part is a cylindrical structural member, a connecting section and a mounting section, and the main body part is connected to the eyepiece via the mounting section; a side wall of the connecting section is provided with a notch region extended to an end of the connecting section away from the mounting section, and the connecting section forms a first hold hoop part and a second hold hoop part on two sides of the notch region respectively; the locking mechanism is connected to the first hold hoop part and the second hold hoop part respectively, and is configured for locking the first hold hoop part and the second hold hoop part, so that the connecting section clamps and fixes the functional component characterized in that an inner surface of said main body is provided with a separation portion arranged in a ring shape, which separates said main body part into said connecting section and said mounting section; in that said side wall of said connecting section is provided with a deformation gap that is arranged in a circumferential direction of the connecting section, and in that said notch region is in connection with said deformation gap. a side wall of the connecting section is provided with a notch region extended to an end of the connecting section away from the mounting section, and the connecting section forms a first hold hoop part and a second hold hoop part on two sides of the notch region respectively; the locking mechanism is connected to the first hold hoop part and the second hold hoop part respectively, and is configured for locking the first hold hoop part and the second hold hoop part, so that the connecting section clamps and fixes the functional component characterized in that an inner surface of said main body is provided with a separation portion arranged in a ring shape, which separates said main body part into said connecting section and said mounting section; in that said side wall of said connecting section is provided with a deformation gap that is arranged in a circumferential direction of the connecting section, and in that said notch region is in connection with said deformation gap.
An antibody molecule with binding specificity for phosphatidyl serine on non-viable cells, wherein the antibody molecule comprises an antigen binding domain comprising a V L domain comprising the CDRs with amino acid sequences of SEQ ID No: 4, SEQ ID No: 5 and SEQ ID No. 6 as CDRs L1, L2 and L3 respectively, and a V H domain comprising CDRs with amino acid sequences SEQ ID No: 1, SEQ ID No: 2 and SEQ ID No: 3 as CDRs H1, H2 and H3 respectively.
An optical security element made of a refractive transparent or partially transparent optical material and comprising an optical assembly of a caustic layer having a light-redirecting surface with a relief pattern of given depth and a focal length f c and an adjacent lens element of focal length f L configured to redirect incident light received from a point-like light source through it and form a projected image containing a caustic pattern directly on a retina of an observer looking at the point-like source through the optical security element.
An industrial system for controlling backplane communication, comprising: a cluster manager comprising a primary switch linked to a primary control module, at least one Input/Output, I/O, module comprising a secondary switch linked to a secondary control module, a unidirectional communication line linking the cluster manager to the at least one I/O module through passive base plates, wherein the cluster manager comprises a transmission port and a reception port on the unidirectional communication line and the at least one Input/Output module comprises a reception port on the unidirectional communication line, wherein the primary control module is configured to generate a pulse via the transmission port on the unidirectional communication line, wherein, upon reception of the pulse, received simultaneously by the cluster manager and the at least one I/O module, the primary control module is configured to create a primary timestamp from a primary clock of the primary switch and the secondary control module is configured to create a secondary timestamp from a secondary clock of the secondary switch, wherein the primary control module is configured to send a message via the transmission port on the unidirectional communication line to the secondary control module, the message comprising the primary timestamp, wherein, upon reception of the message, the secondary control module is configured to synchronize the secondary clock with the primary clock based on the received primary timestamp and secondary timestamp. a cluster manager comprising a primary switch linked to a primary control module, at least one Input/Output, I/O, module comprising a secondary switch linked to a secondary control module, a unidirectional communication line linking the cluster manager to the at least one I/O module through passive base plates, wherein the cluster manager comprises a transmission port and a reception port on the unidirectional communication line and the at least one Input/Output module comprises a reception port on the unidirectional communication line, wherein the primary control module is configured to generate a pulse via the transmission port on the unidirectional communication line, wherein, upon reception of the pulse, received simultaneously by the cluster manager and the at least one I/O module, the primary control module is configured to create a primary timestamp from a primary clock of the primary switch and the secondary control module is configured to create a secondary timestamp from a secondary clock of the secondary switch, wherein the primary control module is configured to send a message via the transmission port on the unidirectional communication line to the secondary control module, the message comprising the primary timestamp, wherein, upon reception of the message, the secondary control module is configured to synchronize the secondary clock with the primary clock based on the received primary timestamp and secondary timestamp.
Filter assembly for filtering blood comprising a filter system and a filter holder, - wherein the filter system and the filter holder are in contact with each other, - wherein the filter system consists of at least two layers, - wherein the first layer is a defoaming layer made of a monofilament woven open mesh fabric and with an embossed three dimensional structure configured for entrapping foam built up in the blood, - wherein the second layer is a mesh filter layer, and - wherein the mesh filter layer is arranged downstream of the defoaming layer. - wherein the filter system and the filter holder are in contact with each other, - wherein the filter system consists of at least two layers, - wherein the first layer is a defoaming layer made of a monofilament woven open mesh fabric and with an embossed three dimensional structure configured for entrapping foam built up in the blood, - wherein the second layer is a mesh filter layer, and - wherein the mesh filter layer is arranged downstream of the defoaming layer. - wherein the first layer is a defoaming layer made of a monofilament woven open mesh fabric and with an embossed three dimensional structure configured for entrapping foam built up in the blood, - wherein the second layer is a mesh filter layer, and - wherein the mesh filter layer is arranged downstream of the defoaming layer.
A fluororesin composed of a tetrafluoroethylene/ethylene copolymer which is a bipolymer of tetrafluoroethylene and ethylene containing units derived from tetrafluoroethylene in a proportion of from 50 to 60 mol% relative to the total of the units derived from tetrafluoroethylene and the units derived from ethylene, and which has a melting point of from 275 to 290°C as determined according to the description, wherein the melt flow rate measured in accordance with ASTM D3159 B as described in the experimental section is at most 0.08 g/10 min.
Coupling device for supporting a first wing section against a second wing section of an aircraft, that is configured for passive flight load alleviation and comprises a housing comprising a chamber, wherein the chamber comprises a first portion as well as a second portion and is filled with a fluid, a piston device movably arranged in the chamber, wherein the piston device separates the first portion from the second portion in a fluid tight manner, a first fluid pathway connecting the first portion to the second portion, a first pressure relief valve arranged in the first fluid pathway, wherein the first pressure relief valve blocks the first fluid pathway, if the pressure in the second portion is smaller than a first relief pressure, and opens the first fluid pathway, if the pressure in the second portion is greater than the first relief pressure, characterized in that the chamber as well as the first fluid pathway are constituted by the housing such that the housing, the chamber and the first fluid pathway are a single element. a housing comprising a chamber, wherein the chamber comprises a first portion as well as a second portion and is filled with a fluid, a piston device movably arranged in the chamber, wherein the piston device separates the first portion from the second portion in a fluid tight manner, a first fluid pathway connecting the first portion to the second portion, a first pressure relief valve arranged in the first fluid pathway, wherein the first pressure relief valve blocks the first fluid pathway, if the pressure in the second portion is smaller than a first relief pressure, and opens the first fluid pathway, if the pressure in the second portion is greater than the first relief pressure, the chamber as well as the first fluid pathway are constituted by the housing such that the housing, the chamber and the first fluid pathway are a single element.
A laminated article comprising: a) a porous fibrous nonwoven matrix; b) a plurality of guanidine-functionalized metal silicate particles enmeshed within the porous fibrous nonwoven matrix, the guanidine-functionalized metal silicate particles comprising: a metal silicate particle that is modified with at least one silane having the formula X 3- n R a n Si-Y-G, wherein: n is 0, 1, or 2; each R a, if present, is independently an alkyl, aralkyl, or aryl; Y is a divalent group comprising an alkylene having 2 to 20 carbons; G is a guanidine group of the formula -NH-C(=NH) -NH 2; and each X is independently alkoxy or acyloxy; c) a first substrate; and d) a second substrate sealed to the first substrate along at least a portion of a perimeter of the first substrate, wherein the porous fibrous nonwoven matrix is disposed between the first substrate and the second substrate. a) a porous fibrous nonwoven matrix; b) a plurality of guanidine-functionalized metal silicate particles enmeshed within the porous fibrous nonwoven matrix, the guanidine-functionalized metal silicate particles comprising: a metal silicate particle that is modified with at least one silane having the formula X 3- n R a n Si-Y-G, wherein: n is 0, 1, or 2; each R a, if present, is independently an alkyl, aralkyl, or aryl; Y is a divalent group comprising an alkylene having 2 to 20 carbons; G is a guanidine group of the formula -NH-C(=NH) -NH 2; and each X is independently alkoxy or acyloxy; a metal silicate particle that is modified with at least one silane having the formula X 3- n R a n Si-Y-G, wherein: n is 0, 1, or 2; each R a, if present, is independently an alkyl, aralkyl, or aryl; Y is a divalent group comprising an alkylene having 2 to 20 carbons; G is a guanidine group of the formula -NH-C(=NH) -NH 2; and each X is independently alkoxy or acyloxy; n is 0, 1, or 2; each R a, if present, is independently an alkyl, aralkyl, or aryl; Y is a divalent group comprising an alkylene having 2 to 20 carbons; G is a guanidine group of the formula -NH-C(=NH) -NH 2; and each X is independently alkoxy or acyloxy; c) a first substrate; and d) a second substrate sealed to the first substrate along at least a portion of a perimeter of the first substrate, wherein the porous fibrous nonwoven matrix is disposed between the first substrate and the second substrate.
A pharmaceutical composition for use in preventing or treating obesity, which contains the fat accumulation inhibitory peptide, wherein said fat accumulation inhibitory peptide comprises an amino acid sequence represented by SEQ ID NO:1 or SEQ ID NO:2.
A haemostatic wound dressing, which comprises a non-colloidal porous dressing material, and a plurality of fibrinogen-binding peptides immobilised to the non-colloidal porous dressing material, wherein each fibrinogen-binding peptide comprises: an amino acid sequence Gly-Pro-Arg-Xaa (SEQ ID NO: 1) at an amino-terminal end of the peptide, wherein Xaa is any amino acid other than Val, preferably Pro, Sar, or Leu; or an amino acid sequence Gly-His-Arg-Xaa (SEQ ID NO: 2) at an amino-terminal end of the peptide, wherein Xaa is any amino acid other than Pro, and wherein the non-colloidal porous dressing material comprises a sheet, pad, sponge, foam, film, gauze, mesh, granules or beads, and wherein if the non-colloidal porous dressing material comprises granules or beads, at least a majority of the granules or beads have a maximum dimension that is greater than 6μm. an amino acid sequence Gly-Pro-Arg-Xaa (SEQ ID NO: 1) at an amino-terminal end of the peptide, wherein Xaa is any amino acid other than Val, preferably Pro, Sar, or Leu; or an amino acid sequence Gly-His-Arg-Xaa (SEQ ID NO: 2) at an amino-terminal end of the peptide, wherein Xaa is any amino acid other than Pro, and wherein the non-colloidal porous dressing material comprises a sheet, pad, sponge, foam, film, gauze, mesh, granules or beads, and wherein if the non-colloidal porous dressing material comprises granules or beads, at least a majority of the granules or beads have a maximum dimension that is greater than 6μm.
Method for operating a food processor suitable for preparing food, comprising the following steps: - defining a recipe for preparing the food, - determining a subject category associated with the recipe, - providing an entertainment medium depending on the subject category, the method further comprising the step of: - determining a recipe type of the recipe via which the subject category is assigned to the recipe, wherein the recipe type is indirectly linked to the subject category, wherein the subject category is determined from the recipe type. comprising the following steps: - defining a recipe for preparing the food, - determining a subject category associated with the recipe, - providing an entertainment medium depending on the subject category, - defining a recipe for preparing the food, - determining a subject category associated with the recipe, - providing an entertainment medium depending on the subject category, the method further comprising the step of: - determining a recipe type of the recipe via which the subject category is assigned to the recipe, - determining a recipe type of the recipe via which the subject category is assigned to the recipe, wherein the recipe type is indirectly linked to the subject category, wherein the subject category is determined from the recipe type.
A separative tidal current rotor comprising: a hub constituting a body of a rotor; a separative blade formed by coupling a plurality of blade blocks together; a connecting member for connecting the hub and the blade, and comprising a flange coupled to the hub, a stopper for supporting one side of the blade and preventing the blade from moving, a cylindrical shaft disposed between the flange and the stopper, and operating as a supporting structure, and a shaft unit disposed at one side of the stopper and connecting the plurality of blade blocks together; wherein the flange, the stopper, the cylindrical shaft, and the shaft are integrally formed and a coupling unit for coupling one end of the connecting member to the hub, characterized in that a concave combining groove is formed at one side of the blade block, and an uneven protrusion corresponding to the combining groove is formed at another side of the blade block, and in that the shaft unit of the connecting member is formed of a plurality of shafts, and a thread is formed at an end of the shaft unit. a hub constituting a body of a rotor; a separative blade formed by coupling a plurality of blade blocks together; a connecting member for connecting the hub and the blade, and comprising a flange coupled to the hub, a stopper for supporting one side of the blade and preventing the blade from moving, a cylindrical shaft disposed between the flange and the stopper, and operating as a supporting structure, and a shaft unit disposed at one side of the stopper and connecting the plurality of blade blocks together; wherein the flange, the stopper, the cylindrical shaft, and the shaft are integrally formed and a coupling unit for coupling one end of the connecting member to the hub, characterized in that a concave combining groove is formed at one side of the blade block, and an uneven protrusion corresponding to the combining groove is formed at another side of the blade block, and in that the shaft unit of the connecting member is formed of a plurality of shafts, and a thread is formed at an end of the shaft unit.
A seat headrest (20; 70; 80), comprising: (a) a mounting plate for attachment to an upper end of a seat back of the seat; (b) first and second slide assemblies mounted in spaced-apart relation on the mounting plate; (c) first and second head-supporting side wings (26, 28) mounted on respective ones of the first and second slide assemblies for supporting a seat occupant's head against one of the first and second head-supporting side wings (26, 28) and for sliding movement between a relatively narrow spaced-apart position and a relatively wide spaced-apart position; (d) first and second support arms (30, 50) positioned on the mounting plate and supporting the respective first and second head-supporting side wings (26, 28) in a pre-determined angular head-supporting adjusted position and in a pre-determined spaced-apart position relative to the first and second slide assemblies; and (e) first and second hinges (32, 52) attaching the first and second support arms (30, 50) to the mounting plate such that the first and second head-supporting side wings (26, 28) are respectively mounted for pivotal movement between a retracted position against the mounting plate and a deployed head-supporting position extending outwardly away from the mounting plate, the first and second hinges (32, 52) separate from the sliding movement of the first and second head-supporting side wings (26, 28). (a) a mounting plate for attachment to an upper end of a seat back of the seat; (b) first and second slide assemblies mounted in spaced-apart relation on the mounting plate; (c) first and second head-supporting side wings (26, 28) mounted on respective ones of the first and second slide assemblies for supporting a seat occupant's head against one of the first and second head-supporting side wings (26, 28) and for sliding movement between a relatively narrow spaced-apart position and a relatively wide spaced-apart position; (d) first and second support arms (30, 50) positioned on the mounting plate and supporting the respective first and second head-supporting side wings (26, 28) in a pre-determined angular head-supporting adjusted position and in a pre-determined spaced-apart position relative to the first and second slide assemblies; and (e) first and second hinges (32, 52) attaching the first and second support arms (30, 50) to the mounting plate such that the first and second head-supporting side wings (26, 28) are respectively mounted for pivotal movement between a retracted position against the mounting plate and a deployed head-supporting position extending outwardly away from the mounting plate, the first and second hinges (32, 52) separate from the sliding movement of the first and second head-supporting side wings (26, 28).