mhurhangee/patent-ind-claim-en huggingface dataset:
A process for synthesis of volatile compounds said process comprising the steps of: a. cloning Mi - O MTS nucleotide SEQ ID No. 2 in a recombinant expression vector; b. inserting the recombinant expression vector of step (a) in E.coli; c. expressing the Mi - O MTS nucleotide SEQ ID No. 2 to produce Mi - O MTS protein of SEQ ID No. 3 in E.coli; d. extracting said Mi - O MTS protein of step (c) by E.coli cell lysis; e. carrying out chromatography and filtration of the extracted protein of step (d) to obtain purified protein of molecular weight ranging from 35kDa to 40kDa; f. treating the purified protein of step (e) with a substrate and a methyl group donor selected from S-adenosyl methionine (SAM); and g. incubating components of step (f) at a temperature of 25°C-30°C and pH of 6 to 8 for 30 min to obtain volatile flavor compounds. a. cloning Mi - O MTS nucleotide SEQ ID No. 2 in a recombinant expression vector; b. inserting the recombinant expression vector of step (a) in E.coli; c. expressing the Mi - O MTS nucleotide SEQ ID No. 2 to produce Mi - O MTS protein of SEQ ID No. 3 in E.coli; d. extracting said Mi - O MTS protein of step (c) by E.coli cell lysis; e. carrying out chromatography and filtration of the extracted protein of step (d) to obtain purified protein of molecular weight ranging from 35kDa to 40kDa; f. treating the purified protein of step (e) with a substrate and a methyl group donor selected from S-adenosyl methionine (SAM); and g. incubating components of step (f) at a temperature of 25°C-30°C and pH of 6 to 8 for 30 min to obtain volatile flavor compounds.
A composition for use in prevention and/or treatment of dental erosion; prevention of demineralization or subsurface demineralization of the dental enamel; and/or enhancing remineralization of the dental enamel or the subsurface dental enamel comprising: at least one fluoride source selected from HF, one or more bifluoride(s) or a mixture thereof; and glycine, in addition to one or more other organic acid(s) or salt thereof wherein at least one pKa of the organic acid(s) is in the range from 2 to 6; wherein the pH of the composition is in the range from 2.0 to 4.5. at least one fluoride source selected from HF, one or more bifluoride(s) or a mixture thereof; and glycine, in addition to one or more other organic acid(s) or salt thereof wherein at least one pKa of the organic acid(s) is in the range from 2 to 6; wherein the pH of the composition is in the range from 2.0 to 4.5.
Sliding brush assembly for a slipring, comprising at least one sliding brush , the at least one sliding brush comprising a first end for holding the at least one sliding brush , opposing thereto a second end and a contact section between the ends, the at least one sliding brush further comprising a metal wire or metal sheet, and an absorbing device to reduce vibrations and/or oscillations is attached to the at least one sliding brush , characterized in, that the absorbing device comprising a housing enclosing an elastic absorbing material , and at least a section of the at least one sliding brush is enclosed by the absorbing material and/or the absorbing material is penetrated by the at least one sliding brush .
An air-conditioning apparatus including at least a heat pump , a hot water storage tank , a heat exchanger provided in the hot water storage tank , an air-conditioning device , and a circulation pump as component devices, the heat pump , the heat exchanger , the air-conditioning device , and the circulation pump being connected by pipes to form a water circuit in which water circulates through the pipes, the air-conditioning apparatus comprising: a plurality of sensors provided at portions of the water circuit and configured to measure a condition of the water flowing along the water circuit at preset time intervals; and a controller configured to acquire pieces of measurement data sent from the plurality of sensors as operation data and to generate reference operation data based on operation data acquired when a stable operation is performed, characterized in that the controller is configured to generate abnormal operation information including an abnormal pattern indicating different values of the sensors than usual based on the operation data upon the abnormal stop of the air-conditioning apparatus , and determine a device in failure from among the component devices based on a value of difference between the operation data upon the abnormal stop and the reference operation data, when a pattern identified as the abnormal pattern occurs a preset number of times or more within a preset period. a plurality of sensors provided at portions of the water circuit and configured to measure a condition of the water flowing along the water circuit at preset time intervals; and a controller configured to acquire pieces of measurement data sent from the plurality of sensors as operation data and to generate reference operation data based on operation data acquired when a stable operation is performed, characterized in that the controller is configured to generate abnormal operation information including an abnormal pattern indicating different values of the sensors than usual based on the operation data upon the abnormal stop of the air-conditioning apparatus , and determine a device in failure from among the component devices based on a value of difference between the operation data upon the abnormal stop and the reference operation data, when a pattern identified as the abnormal pattern occurs a preset number of times or more within a preset period.
A carbon fiber precursor fiber, comprising: a polymer represented by General Formula below: where in the General Formula , Ar 1 represents an aryl group expressed by any one of Structural Formulas , or below, and Ar 2 represents an aryl group expressed by Structural Formula or below: a polymer represented by General Formula below: where in the General Formula , Ar 1 represents an aryl group expressed by any one of Structural Formulas , or below, and Ar 2 represents an aryl group expressed by Structural Formula or below:
Fluid permeable heater assembly for aerosol-generating systems, the fluid permeable heater assembly comprises an electrically conductive flat filament arrangement, and a first contact point and a second contact point for electrically contacting the flat filament arrangement, wherein a longitudinal axis is defined between the first contact point and the second contact point , wherein a center resistance Rc is the electrical resistance between two points situated on the longitudinal axis, one of the two points being situated at a distance from the first contact point equal to 40 percent and the other one of the two points being situated at a distance from the first contact point equal to 60 percent of the distance between the first and the second contact point ; wherein a first resistance R1 is an electrical resistance between the first contact point and a point situated on the longitudinal axis at a distance from the first contact point equal to 20 percent of the distance between the first and the second contact point ; wherein a second resistance R2 is an electrical resistance between the second contact point and a point situated on the longitudinal axis at a distance from the first contact point equal to 80 percent of the distance between the first and the second contact point ; and wherein a ratio of the center resistance to the first resistance Rc/R1 is between 2 and 400, and wherein a ratio of the center resistance to the second resistance Rc/R2 is between 2 and 400.
Method for manufacturing a fastening arrangement for fastening a tube to a collar , the method comprising steps of: a) providing (S1) a hollow tube , the tube having a material thickness (t) surrounding the circumference of the tube forming an inner surface towards the hollow of the tube and an outer surface facing radially outwards, characterized in that the method further comprises the steps of b) arranging (S2) said tube for receiving at least one forming punch in the axial direction (Y) of the tube, c) punching (S3) said tube with a forming punch at an inner radial part of an edge portion of the tube in the axial direction (Y) of the tube , locally reducing the tube thickness, so that the material being punched is plastically relocated from the edge portion to a location along the inner surface of the tube , locally forming a snap portion in the form of a flange in the radial direction towards the hollow inside of the tube , d) providing (S4) a collar configured to be arranged on said tube, wherein the collar comprises at least one receiving portion (21a-h) configured to receive said snap portion (11a-h), and e) arranging (S5) the collar to the tube such that the snap portion (11a-h) engages with said receiving portion (21a-h). a) providing (S1) a hollow tube , the tube having a material thickness (t) surrounding the circumference of the tube forming an inner surface towards the hollow of the tube and an outer surface facing radially outwards, characterized in that the method further comprises the steps of b) arranging (S2) said tube for receiving at least one forming punch in the axial direction (Y) of the tube, c) punching (S3) said tube with a forming punch at an inner radial part of an edge portion of the tube in the axial direction (Y) of the tube , locally reducing the tube thickness, so that the material being punched is plastically relocated from the edge portion to a location along the inner surface of the tube , locally forming a snap portion in the form of a flange in the radial direction towards the hollow inside of the tube , d) providing (S4) a collar configured to be arranged on said tube, wherein the collar comprises at least one receiving portion (21a-h) configured to receive said snap portion (11a-h), and e) arranging (S5) the collar to the tube such that the snap portion (11a-h) engages with said receiving portion (21a-h).
A bottle cap capable of being opened by one press, adapted to be buckled on a bottle opening , wherein a clamping groove is formed in a side wall surrounding the bottle opening , the bottle cap being characterized by comprising a positioning ring , a fixing ring and an oval elastic clamping ring , wherein the positioning ring and the fixing ring are sequentially arranged in the bottle cap from top to bottom, and an interval is reserved between the positioning ring and the fixing ring ; two ends of a longer shaft of the elastic clamping ring are positioned in the interval , and a pressing piece is arranged at one of the ends of the longer shaft of the elastic clamping ring , wherein a cavity for accommodating the pressing piece is provided in a position where the positioning and the fixing ring correspond to the pressing piece , and the pressing piece is configured to move along a radial direction of the bottle cap in the cavity ; a through opening communicated with the cavity is formed in a position of a side wall of the bottle cap corresponding to the cavity , the elastic clamping ring configured to correspond in position to the clamping groove ; two ends of a shorter shaft of the elastic clamping ring are configured to be positioned in the clamping groove for locking a connection between the bottle cap and the bottle opening , and are configured to stretch when the pressing piece is pressed and opened, and to be separated from the clamping groove and enter the interval , so as to unlock the connection of the bottle cap and the bottle opening ; a lower end surface of the elastic clamping ring is an inclined surface towards an inner side of the bottle cap .
A controlled release pharmaceutical composition for intramuscular or subcutaneous administration comprising Aprepitant or Fosaprepitant or pharmaceutical acceptable salt, derivative or metabolite thereof, as the active ingredient and a viscosity increasing agent at a concentration varying from 0.01 mg/ml to 350 mg/ml based on the total weight of the formulation, for the treatment of Chemotherapy Induced Nausea and Vomiting Syndrome, wherein the active substance is released in a constant rate for at least three days after administration.
Method for operating a display system comprising the steps: - displaying a virtual object arranged in a virtual environment by means of virtual reality glasses worn by a person ; - detecting at least one hand of the person in the real environment; - positioning a virtual hand within the virtual environment corresponding to the hand detected in the real environment; - changing the representation of that area of the virtual object in which the virtual hand is immersed characterised in that - the area of the virtual object into which the virtual hand moves is switched to be partially or completely transparent or is displayed broken down into its individual components in the form of an explosion animation; - a covering body is placed around the virtual hand and, in addition, the area of the virtual object into which the covering body moves is switched to be partially or completely transparent and/or gestures of the person carried out by the hand are detected and corresponding pointing or manipulation actions are carried out within the displayed virtual environment and/or on the virtual object , so that as soon as an extended index finger is detected, a virtual pointer stick or laser pointer is displayed within the virtual environment , which extends a finger axis of the index finger virtually. - displaying a virtual object arranged in a virtual environment by means of virtual reality glasses worn by a person ; - detecting at least one hand of the person in the real environment; - positioning a virtual hand within the virtual environment corresponding to the hand detected in the real environment; - changing the representation of that area of the virtual object in which the virtual hand is immersed - the area of the virtual object into which the virtual hand moves is switched to be partially or completely transparent or is displayed broken down into its individual components in the form of an explosion animation; - a covering body is placed around the virtual hand and, in addition, the area of the virtual object into which the covering body moves is switched to be partially or completely transparent and/or gestures of the person carried out by the hand are detected and corresponding pointing or manipulation actions are carried out within the displayed virtual environment and/or on the virtual object , so that as soon as an extended index finger is detected, a virtual pointer stick or laser pointer is displayed within the virtual environment , which extends a finger axis of the index finger virtually.
A work robot comprising: a device fixing portion ; an arm section extending from the device fixing portion and movable with respect to the device fixing portion ; an operating portion attached to the arm section ; a controller , being provided in the device fixing portion and configured to control the operating portion ; a first multiplex communication unit , being provided in the device fixing portion and configured to transmit multiplexed data obtained by multiplexing communication data transmitted between the controller and the operating portion ; and a second multiplex communication unit , being provided in the arm section , connected to the operating portion and configured to transmit the multiplexed data by being connected to the first multiplex communication unit via a multiplex communication line, characterised in that the operating portion is configured to be detachable with respect to an attachment section of the arm section, and the attachment section (97; 49), capable of accommodating different types of operating portions , comprises a connector portion for connecting to elements of the operating portion . a device fixing portion ; an arm section extending from the device fixing portion and movable with respect to the device fixing portion ; an operating portion attached to the arm section ; a controller , being provided in the device fixing portion and configured to control the operating portion ; a first multiplex communication unit , being provided in the device fixing portion and configured to transmit multiplexed data obtained by multiplexing communication data transmitted between the controller and the operating portion ; and a second multiplex communication unit , being provided in the arm section , connected to the operating portion and configured to transmit the multiplexed data by being connected to the first multiplex communication unit via a multiplex communication line, characterised in that the operating portion is configured to be detachable with respect to an attachment section of the arm section, and the attachment section (97; 49), capable of accommodating different types of operating portions , comprises a connector portion for connecting to elements of the operating portion .
Method for forming an electrically conductive multi-layer coating with anti-corrosion properties and with a thickness comprised between 1 μm and 10 μm onto a metallic substrate , said method comprising the following subsequent steps: a) providing a solvent-free suspension composed of solid electrically conductive fillers dispersed into a liquid matrix-forming material that contains a vinyl group; b) depositing said suspension on at least a surface portion of a metallic substrate; c) exposing an atmospheric pressure plasma to said surface portion so as to form one electrically conductive layer with anti-corrosion properties; and d) repeating said steps (a), (b) and (c); characterized in that said electrically conductive fillers are electrically conductive carbon-based particles, and in that the thickness of a layer is comprised between 100 nm and 250 nm. a) providing a solvent-free suspension composed of solid electrically conductive fillers dispersed into a liquid matrix-forming material that contains a vinyl group; b) depositing said suspension on at least a surface portion of a metallic substrate; c) exposing an atmospheric pressure plasma to said surface portion so as to form one electrically conductive layer with anti-corrosion properties; and d) repeating said steps (a), (b) and (c); said electrically conductive fillers are electrically conductive carbon-based particles, and in that the thickness of a layer is comprised between 100 nm and 250 nm.
Degasifying apparatus for removing gases, such as ambient air, from fluids, such as oil, consisting of at least one permeable membrane , which allows the gas to be removed from the fluid to pass through and retains the liquid portion of the fluid, a low-pressure and a high-pressure hydraulic accumulator being provided, said accumulators being connected to a hydrostatic drive on the gas side as an energy recovery device, and wherein the permeable membrane carries out degasification of fluids on the low-pressure side of the energy recovery device, characterised in that the low-pressure side of the energy recovery device is connected to a container with the permeable membrane on its liquid inlet side and in that the liquid outlet side of the container is connected to a conveying device in the form of a spring-loaded differential piston pump or a Venturi nozzle .
A motor vehicle latch, in particular a motor vehicle door latch, preferably a motor vehicle tailgate latch, comprising a locking mechanism substantially consisting of a catch and a pawl , and comprising a motorized opening drive for the pawl , the motorized opening drive having an output worm for rotationally acting on a drive disc , the drive disc working indirectly or directly on the pawl , and the output disc comprising a blocking contour which additionally interacts with the pawl and which prevents the pawl from falling into the catch at least during the opening process of the locking mechanism , characterized in that the output disc has a spring which interacts with at least one ramp stop for securing the end position.
Process for the recovery of polymer-grade acrylic acid having a content by weight of acrylic acid higher than 99.5%, comprising a content of total aldehydes < 3 ppm, and the contents of following impurities: protoanemonin < 5 ppm, maleic anhydride < 100 ppm, non-phenolic polymerization inhibitors < 10 ppm, in the absence of organic solvent, from a gaseous reaction mixture comprising acrylic acid obtained by gas-phase oxidation of a precursor of the acrylic acid, comprising at least the following stages: i) the gaseous reaction mixture is subjected to dehydration without using azeotropic solvent in a first distillation column, referred to as dehydration column, resulting in a top stream, at least a portion of which is condensed and sent back to the dehydration column in the form of reflux, and in a bottom stream; ii) the dehydration column bottom stream is subjected, at least in part, to distillation in a second column, referred to as finishing column, resulting in a top stream and in a bottom stream comprising heavy compounds; iii) a purified (meth)acrylic acid stream of polymer grade is recovered by drawing off a sidestream from the finishing column; characterized in that it is carried out in the presence of at least one agent for the chemical treatment of the aldehydes which makes it possible to reduce, down to a very low level, the content of the aldehydes, said chemical treatment agent reacting with the aldehydes present to form heavy reaction products which can be more easily separated from the acrylic acid, said chemical treatment agent reacting with the aldehydes being selected from hydrazine and its salts, said chemical treatment agent reacting with the aldehydes being introduced at step ii). i) the gaseous reaction mixture is subjected to dehydration without using azeotropic solvent in a first distillation column, referred to as dehydration column, resulting in a top stream, at least a portion of which is condensed and sent back to the dehydration column in the form of reflux, and in a bottom stream; ii) the dehydration column bottom stream is subjected, at least in part, to distillation in a second column, referred to as finishing column, resulting in a top stream and in a bottom stream comprising heavy compounds; iii) a purified (meth)acrylic acid stream of polymer grade is recovered by drawing off a sidestream from the finishing column;
Drawer having a drawer insert , in particular for accommodating cutlery, having a deep-drawn plastic body with a plurality of shell-shaped receptacles , wherein flat supports are integrally formed on the plastic body adjacent to the receptacles on an outer circumference, which supports are of strip-shaped design and extend substantially horizontally in an assembled position, and decorative strips are arranged on the supports , wherein the supports are formed circumferentially on the plastic body around the shell-shaped receptacles and the decorative strips are arranged in a frame-like manner on the supports , and characterized in that the decorative strips are connected to one another to form a frame or grid.