mhurhangee/patent-ind-claim-en huggingface dataset:
Method for descaling, cleaning or dissolving any type of scale comprising at least one inorganic or organic salt of oxalic acid and in particular at least one alkaline earth metal salt of oxalic acid, more particularly at least one calcium oxalate, in the form of dry or also wet residues, flakes or deposits, the said method comprising at least one stage of bringing an effective amount of at least one acid composition, in the form of an aqueous, organic or aqueous/organic formulation, in the form of a solution, gel or foaming gel, into contact with the said inorganic or organic salt of oxalic acid to be removed by contact, immersion, sprinkling, spraying or application of a more or less thick layer, the said contacting stage optionally being followed by one or more rinsing and/or drying stages, the said acid composition comprising: - between 40% and 85% by weight of methanesulfonic acid and between 60% and 15% by weight of phosphoric acid, for example approximately 75% by weight of methanesulfonic acid and approximately 25% by weight of phosphoric acid, or also approximately 50% by weight of methanesulfonic acid and approximately 50% by weight of phosphoric acid, or else, - between 5% and 30% by weight of methanesulfonic acid and between 95% and 70% by weight of nitric acid, preferably approximately 10% by weight of methanesulfonic acid and approximately 90% by weight of nitric acid. - between 40% and 85% by weight of methanesulfonic acid and between 60% and 15% by weight of phosphoric acid, for example approximately 75% by weight of methanesulfonic acid and approximately 25% by weight of phosphoric acid, or also approximately 50% by weight of methanesulfonic acid and approximately 50% by weight of phosphoric acid, or else, - between 5% and 30% by weight of methanesulfonic acid and between 95% and 70% by weight of nitric acid, preferably approximately 10% by weight of methanesulfonic acid and approximately 90% by weight of nitric acid.
Changing table comprising: - a changing-table top comprising an upper side , which has a changing surface for baby-changing purposes, and an underside ; - a fastening means on a fastening side of the changing-table top , designed to fasten the changing-table top such that it can be pivoted about an axis of rotation ; - a dispenser unit for dispensing hygiene products, said dispensing unit being integrated in the changing-table top , characterized in that - a removal opening of the dispenser unit is located on the underside of the changing-table top , and - a refill opening of the dispenser unit is located on the upper side of the changing table . - a changing-table top comprising an upper side , which has a changing surface for baby-changing purposes, and an underside ; - a fastening means on a fastening side of the changing-table top , designed to fasten the changing-table top such that it can be pivoted about an axis of rotation ; - a dispenser unit for dispensing hygiene products, said dispensing unit being integrated in the changing-table top , - a removal opening of the dispenser unit is located on the underside of the changing-table top , and - a refill opening of the dispenser unit is located on the upper side of the changing table .
A method for applying a carbon-based reflective overcoating on a grazing incidence optical unit (1; 10) for X rays, the optical unit (1; 10) comprising a substrate and a coating of a first high-density material chosen from the group comprising gold, platinum, iridium, palladium, rhodium, ruthenium, chrome and nickel, characterised in that the method comprises the step of treating the optical unit (1; 10) with a solution or gaseous phase containing at least one organic precursor material to cause an absorption of the precursor material on said coating .
A processing machine comprising a main spindle a guide bush device comprising a guide bush ; and a supporting base provided at a front section of said processing machine along an axial direction (C) of the main spindle , the guide bush device being supported in a removable manner by the supporting base , wherein the main spindle is disposed in a position to the rear of the guide bush device along the axial direction (C) when the guide bush device is attached to the supporting base , and the processing machine is configured such that the main spindle can be moved to a region of the guide bush device where the guide bush device has been attached so that the main spindle is disposed in a front position along the axial direction (C) when the guide bush device is removed from the supporting base , characterized in that the supporting base is fixedly provided with a seal member which has contact with an outer circumference surface of a main spindle cover over an entire circumference of the main spindle cover when the main spindle is disposed in the front position, wherein the seal member is disposed outside an outer circumference surface of the guide bush device when the guide bush device is attached to the supporting base , and an inner diameter of the seal member is formed smaller than an outer diameter of the main spindle cover . a main spindle a guide bush device comprising a guide bush ; and a supporting base provided at a front section of said processing machine along an axial direction (C) of the main spindle , the guide bush device being supported in a removable manner by the supporting base , wherein the main spindle is disposed in a position to the rear of the guide bush device along the axial direction (C) when the guide bush device is attached to the supporting base , and the processing machine is configured such that the main spindle can be moved to a region of the guide bush device where the guide bush device has been attached so that the main spindle is disposed in a front position along the axial direction (C) when the guide bush device is removed from the supporting base , characterized in that the supporting base is fixedly provided with a seal member which has contact with an outer circumference surface of a main spindle cover over an entire circumference of the main spindle cover when the main spindle is disposed in the front position, wherein the seal member is disposed outside an outer circumference surface of the guide bush device when the guide bush device is attached to the supporting base , and an inner diameter of the seal member is formed smaller than an outer diameter of the main spindle cover .
A method comprising: distributing, over a network , multiple instances of a signed software component to multiple devices (18 and 22), the instances including an identification of a revocation authority; noting, by a processor of the revocation authority, a vulnerability in a version of the signed software component; identifying, by the processor of the revocation authority , a first signature that was used to sign the version of the signed software component; receiving a request, at the processor of the revocation authority , for a revocation message of the signed software component; and transmitting, by the processor, of the revocation authority , the revocation message to one or more of the multiple devices (18 and 22) or an administrator for the devices (18 and 22) in response to the request, the revocation message including mitigation information only for the version of the signed software component that is signed by the first signature on one or more of the devices and including a signature; wherein the mitigation information includes information to reduce or remove the vulnerability; wherein the revocation message disables the version of the signed software component until the vulnerability has been mitigated. distributing, over a network , multiple instances of a signed software component to multiple devices (18 and 22), the instances including an identification of a revocation authority; noting, by a processor of the revocation authority, a vulnerability in a version of the signed software component; identifying, by the processor of the revocation authority , a first signature that was used to sign the version of the signed software component; receiving a request, at the processor of the revocation authority , for a revocation message of the signed software component; and transmitting, by the processor, of the revocation authority , the revocation message to one or more of the multiple devices (18 and 22) or an administrator for the devices (18 and 22) in response to the request, the revocation message including mitigation information only for the version of the signed software component that is signed by the first signature on one or more of the devices and including a signature; wherein the mitigation information includes information to reduce or remove the vulnerability; wherein the revocation message disables the version of the signed software component until the vulnerability has been mitigated.
A method of distributing data relating to a threat-detection system, the method including: receiving an initialisation request from a central monitoring system, the initialisation request including a client identifier and client data location information relevant to a client site monitored by the central monitoring system, said initialisation request being relevant to a particular threat detected at the client site; in response to receiving the initialisation request, generating a respond site code and storing the respond site code with the client identifier and client data location information as a respond site record in a data storage; transmitting the respond site code to the central monitoring system; receiving a verification request from a responder device, the verification request including a respond site code; verifying that the respond site code corresponds to a respond site code in the data storage; and provided that the respond site code exists, transmitting the client data location information associated with the respond site code to the responder device. receiving an initialisation request from a central monitoring system, the initialisation request including a client identifier and client data location information relevant to a client site monitored by the central monitoring system, said initialisation request being relevant to a particular threat detected at the client site; in response to receiving the initialisation request, generating a respond site code and storing the respond site code with the client identifier and client data location information as a respond site record in a data storage; transmitting the respond site code to the central monitoring system; receiving a verification request from a responder device, the verification request including a respond site code; verifying that the respond site code corresponds to a respond site code in the data storage; and provided that the respond site code exists, transmitting the client data location information associated with the respond site code to the responder device.
A computer-implemented method comprising: obtaining an estimated radius (r) from an eyeball center to a pupil center in an eye; determining an estimated eyeball center position (e) in the eye in relation to an image sensor for capturing images of the eye; obtaining an image of the eye captured by means of the image sensor; identifying a position of a representation of the pupil center in the eye in the obtained image; determining an estimated pupil center position (p') based on the estimated eyeball center position (e), the estimated radius (r), and the identified position of the representation of the pupil center in the obtained image, wherein determining the estimated pupil center position (p') is characterised by : determining an eyeball sphere (s e ) having a center in the estimated eyeball center position (e) and having a radius of the estimated radius (r); determining, based on the identified position of the representation of the pupil center in the obtained image, a pupil ray (R p ) along which the pupil center is positioned; and determining the estimated pupil center position (p') as an intersection between the eyeball sphere (s e ) and the pupil ray (R p ). obtaining an estimated radius (r) from an eyeball center to a pupil center in an eye; determining an estimated eyeball center position (e) in the eye in relation to an image sensor for capturing images of the eye; obtaining an image of the eye captured by means of the image sensor; identifying a position of a representation of the pupil center in the eye in the obtained image; determining an estimated pupil center position (p') based on the estimated eyeball center position (e), the estimated radius (r), and the identified position of the representation of the pupil center in the obtained image, wherein determining the estimated pupil center position (p') is characterised by : determining an eyeball sphere (s e ) having a center in the estimated eyeball center position (e) and having a radius of the estimated radius (r); determining, based on the identified position of the representation of the pupil center in the obtained image, a pupil ray (R p ) along which the pupil center is positioned; and determining the estimated pupil center position (p') as an intersection between the eyeball sphere (s e ) and the pupil ray (R p ). determining an eyeball sphere (s e ) having a center in the estimated eyeball center position (e) and having a radius of the estimated radius (r); determining, based on the identified position of the representation of the pupil center in the obtained image, a pupil ray (R p ) along which the pupil center is positioned; and determining the estimated pupil center position (p') as an intersection between the eyeball sphere (s e ) and the pupil ray (R p ).
A patient interface for delivery of a flow of breathable gas to an entrance of a patient's airways including at least an entrance of a patient's nares, said patient interface comprising: a heat and moisture exchanger (HME) comprising a plurality of layers , each layer having a substantially planar top structure and a substantially planar base structure , and the layers being stacked into a predetermined three-dimensional shape, wherein each layer comprises a corrugated structure disposed between the top structure and the base structure and comprising a plurality of corrugations , the plurality of corrugations forming a plurality of channels to allow the flow of breathable gas along a surface of the corrugated structure for moisture exchange, wherein the corrugated structure retains moisture from a flow of expiratory gas and the retained moisture is provided to the flow of breathable gas for humidification, wherein at least one of the plurality of layers further comprises a moisture absorbent material, and wherein the predetermined three-dimensional shape comprises an inwardly curved portion to avoid contact with the patient's nose or mouth. a heat and moisture exchanger (HME) comprising a plurality of layers , each layer having a substantially planar top structure and a substantially planar base structure , and the layers being stacked into a predetermined three-dimensional shape, wherein each layer comprises a corrugated structure disposed between the top structure and the base structure and comprising a plurality of corrugations , the plurality of corrugations forming a plurality of channels to allow the flow of breathable gas along a surface of the corrugated structure for moisture exchange, wherein the corrugated structure retains moisture from a flow of expiratory gas and the retained moisture is provided to the flow of breathable gas for humidification, wherein at least one of the plurality of layers further comprises a moisture absorbent material, and wherein the predetermined three-dimensional shape comprises an inwardly curved portion to avoid contact with the patient's nose or mouth.
An apparatus for injecting a liquid in an area of a thermal spray gun , the apparatus comprising: an injector cleaning device comprising: an inlet connectable to at least one feedstock supply line ; an inlet connectable to at least one gas supply line ; an inlet connectable to at least one liquid medium supply line ; a feedstock supply passage; and an atomizing chamber receiving gas via the at least one gas supply line and cleaning liquid via the at least one liquid medium supply line so as to produce a purging mist that can be fed to the feedstock supply passage; an injector orifice in fluid communication with the atomizing chamber of the injector cleaning device and being adapted to at least one of: inject a liquid jet into the area of the thermal spray gun ; and receive feedstock, gas and liquid passing into said inlets. an injector cleaning device comprising: an inlet connectable to at least one feedstock supply line ; an inlet connectable to at least one gas supply line ; an inlet connectable to at least one liquid medium supply line ; a feedstock supply passage; and an atomizing chamber receiving gas via the at least one gas supply line and cleaning liquid via the at least one liquid medium supply line so as to produce a purging mist that can be fed to the feedstock supply passage; an inlet connectable to at least one feedstock supply line ; an inlet connectable to at least one gas supply line ; an inlet connectable to at least one liquid medium supply line ; a feedstock supply passage; and an atomizing chamber receiving gas via the at least one gas supply line and cleaning liquid via the at least one liquid medium supply line so as to produce a purging mist that can be fed to the feedstock supply passage; an injector orifice in fluid communication with the atomizing chamber of the injector cleaning device and being adapted to at least one of: inject a liquid jet into the area of the thermal spray gun ; and receive feedstock, gas and liquid passing into said inlets. inject a liquid jet into the area of the thermal spray gun ; and receive feedstock, gas and liquid passing into said inlets.
Floor nozzle for a vacuum cleaner, which floor nozzle has a suction mouth extending from a suction opening, a suction air flow generated by the vacuum cleaner on an underside of the floor nozzle resulting in an air flow directed into the suction mouth and the suction mouth being delimited, at least in a direction of movement of the floor nozzle , by a suction mouth edge , the direction of movement being a forward movement of the floor nozzle , the floor nozzle having, in front of the suction mouth edge , specifically in front of the suction mouth edge at least in the direction of movement of the floor nozzle , at least one agitator (26, 28/48) that is movable and, due to its mobility, acts on a relevant substrate, the suction mouth edge acting as a first air guide edge and there being a second air guide edge in front of the suction mouth edge and in front of the agitator, the second air guide edge directing the air flow generated by the suction air flow under the agitator, characterised in that there is a distance between a height level of the first air guide edge and a height level of the second air guide edge .
A device for presenting an onomatopoeia pertaining to results of evaluating a surrounding environment, comprising: a measurement information inputting section into which there is inputted a measurement result about a state measured by a measuring device (101-109) regarding a surrounding environment of a user; an image processing section configured to perform an image analysis procedure to an image data to thereby obtain an image analysis result; an evaluation section to make a multi-graded evaluation for a plurality of environment evaluation items using multiple judgement criteria based on the obtained image analysis result and the measurement result and then to select an onomatopoeia which represents the result of the multi-graded evaluation, the onomatopoeia covering a voice-mimic word and a state-mimic word; an onomatopoeia data obtaining section configured to obtain onomatopoeia data which corresponds to the onomatopoeia selected in the evaluation section ; and an onomatopoeia outputting section configured to output the onomatopoeia data obtained by the onomatopoeia data obtaining section to a notification device capable of making a notification to the user in form of audio or text, thereby causing the notification device to present an onomatopoeia that corresponds to the evaluation of the surrounding environment in the form of audio or text while the user is carrying out an action in the surrounding environment. a measurement information inputting section into which there is inputted a measurement result about a state measured by a measuring device (101-109) regarding a surrounding environment of a user; an image processing section configured to perform an image analysis procedure to an image data to thereby obtain an image analysis result; an evaluation section to make a multi-graded evaluation for a plurality of environment evaluation items using multiple judgement criteria based on the obtained image analysis result and the measurement result and then to select an onomatopoeia which represents the result of the multi-graded evaluation, the onomatopoeia covering a voice-mimic word and a state-mimic word; an onomatopoeia data obtaining section configured to obtain onomatopoeia data which corresponds to the onomatopoeia selected in the evaluation section ; and an onomatopoeia outputting section configured to output the onomatopoeia data obtained by the onomatopoeia data obtaining section to a notification device capable of making a notification to the user in form of audio or text, thereby causing the notification device to present an onomatopoeia that corresponds to the evaluation of the surrounding environment in the form of audio or text while the user is carrying out an action in the surrounding environment.
A pump dispenser comprising a pump having a deformable pump chamber with a valved inlet and an outlet , and a pump actuator operable relative to a body of the pump to vary the volume of the deformable pump chamber for pumping, wherein the pump chamber comprises first and second communicating part-chambers each having a respective deformable chamber wall , wherein the first and second part-chambers are compressed towards one another by the pump actuator in a dispensing stroke, and characterised in that , a non-deformable connecting conduit communicates between the first and second part-chambers whereby the connecting conduit drives deformation of the respective deformable chamber walls as the first and second part-chambers are pushed together.
A process for the production of a glycoconjugate by N-glycosylation of a protein or peptide comprising the sequence D/E-X-N-X-S/T, wherein each X is the same or different and is any natural amino acid other than proline, wherein the process comprises reacting the protein or peptide with a polyisoprenyl pyrophosphate of formula (I), or a salt thereof, in the presence of PglB: wherein n is 1, 2 or 3; and [S1] is a monosaccharide or polysaccharide; to produce the glycoconjugate comprising the protein or peptide having a saccharide [S1] linked to the asparagine in the sequence D/E-X-N-X-S/T. wherein n is 1, 2 or 3; and [S1] is a monosaccharide or polysaccharide; to produce the glycoconjugate comprising the protein or peptide having a saccharide [S1] linked to the asparagine in the sequence D/E-X-N-X-S/T.