mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a calibrant useful in liquid chromatography, comprising the steps of: providing a reducing glycan having an aldehyde group; reacting the aldehyde group of the reducing glycan with a compound having a primary amine to produce an intermediary compound; mixing the intermediary compound with a tagging reagent, wherein the intermediary compound is labeled with the tagging reagent; and producing a labeled dextran ladder having substantially identical optical properties as a labeled N-glycan wherein the label N-glycan is produced by tagging of a N-glycan with the tagging reagent. providing a reducing glycan having an aldehyde group; reacting the aldehyde group of the reducing glycan with a compound having a primary amine to produce an intermediary compound; mixing the intermediary compound with a tagging reagent, wherein the intermediary compound is labeled with the tagging reagent; and producing a labeled dextran ladder having substantially identical optical properties as a labeled N-glycan wherein the label N-glycan is produced by tagging of a N-glycan with the tagging reagent.
Method for producing a cover for a furniture panel, in particular for a furniture front, characterized in that the method comprises the following steps: a) laminating a carrier material with a covering, wherein the carrier material has a polygonal shape and comprises protruding edges, b) removing the corner regions of the covering, c) draping the protruding edges of the covering over the carrier material, d) bending the protruding edges of the carrier material, e) draping the edges of the covering inwards, i.e. towards the carrier material, wherein step e) takes place at the same time as step d). a) laminating a carrier material with a covering, wherein the carrier material has a polygonal shape and comprises protruding edges, b) removing the corner regions of the covering, c) draping the protruding edges of the covering over the carrier material, d) bending the protruding edges of the carrier material, e) draping the edges of the covering inwards, i.e. towards the carrier material, wherein step e) takes place at the same time as step d).
Control device for a vibration exciter , comprising: - an actuation device for adjusting a phase position between at least two mutually counter-rotatable unbalanced masses ; - a desired value input device for specifying and changing a desired value for the phase position by an operator; wherein - the actuation device has a control piston which can be moved axially in a cylinder ; - the phase position can be adjusted in dependence upon an axial position of the control piston ; - the axial position of the control piston can be changed by a hydraulic system ; - by means of the hydraulic system , pressurised hydraulic fluid can be fed to, or can be discharged from, a piston chamber, which is enclosed by the cylinder and the control piston , over a specific control time period, in order to change the axial position of the control piston ; - characterised in that the length of the control time period is determined exclusively in dependence upon a change in the desired value by the operator; and wherein - the relationship between the change in the desired value and the length of the control time period is predefined according to a rule. - an actuation device for adjusting a phase position between at least two mutually counter-rotatable unbalanced masses ; - a desired value input device for specifying and changing a desired value for the phase position by an operator; wherein - the actuation device has a control piston which can be moved axially in a cylinder ; - the phase position can be adjusted in dependence upon an axial position of the control piston ; - the axial position of the control piston can be changed by a hydraulic system ; - by means of the hydraulic system , pressurised hydraulic fluid can be fed to, or can be discharged from, a piston chamber, which is enclosed by the cylinder and the control piston , over a specific control time period, in order to change the axial position of the control piston ; - characterised in that the length of the control time period is determined exclusively in dependence upon a change in the desired value by the operator; and wherein - the relationship between the change in the desired value and the length of the control time period is predefined according to a rule.
An apparatus, comprising: a plurality of transceivers for sending and receiving data on a plurality of channels; a plurality of detectors coupled with the plurality of transceivers and having detector outputs; and a controller coupled with the plurality of detectors ; wherein the plurality of detectors are operable to monitor the plurality of channels; wherein the controller is operable to receive a signal on at least one of the plurality of channels, the signal comprising data representative of a request to establish communications on a set of channels selected from the plurality of channels; wherein the controller is operable to determine from monitoring the plurality of detector outputs which channels from the set of channels are available for establishing communications; wherein the controller is operable to send a response to the request to establish communications on at least one of the channels available for establishing communications; wherein the response comprises data representative of which channels from the set of channels are available channels for establishing communications and data representative of a time period indicating when at least one unavailable channel from the set of channels is expected to be available; and wherein the time period is determined by decoding data on the at least one unavailable channel. a plurality of transceivers for sending and receiving data on a plurality of channels; a plurality of detectors coupled with the plurality of transceivers and having detector outputs; and a controller coupled with the plurality of detectors ; wherein the plurality of detectors are operable to monitor the plurality of channels; wherein the controller is operable to receive a signal on at least one of the plurality of channels, the signal comprising data representative of a request to establish communications on a set of channels selected from the plurality of channels; wherein the controller is operable to determine from monitoring the plurality of detector outputs which channels from the set of channels are available for establishing communications; wherein the controller is operable to send a response to the request to establish communications on at least one of the channels available for establishing communications; wherein the response comprises data representative of which channels from the set of channels are available channels for establishing communications and data representative of a time period indicating when at least one unavailable channel from the set of channels is expected to be available; and wherein the time period is determined by decoding data on the at least one unavailable channel.
A composition for use in a method of treating or relieving an inflammatory-related skin condition comprising administering a composition to skin, the composition comprising an effective amount of a water extract from Saxifraga stellaris, S. rotundifolia, S. seguiere, S. paniculata, or a combination thereof, and a carrier, thereby treating or relieving of the inflammatory-related skin condition, wherein the inflammatory skin condition is selected from the group consisting of bites, stings, skin rash, itching of the skin, blistering of the skin, sunburn, burning of the skin, a skin allergy, psoriasis, atopic dermatitis, exposure of the skin to a pollutant, and a combination thereof.
A titanium oxide having a pigment pH of more than 4 as measured according to the pigment test method of JIS K5101-17-1 : 2004 and having a bronze structure that is monoclinic and has a space group C2/m, wherein said titanium oxide is prepared by a method comprising the steps of: preparing a slurry containing the titanium oxide of bronze structure, and subjecting the slurry to a neutralization treatment using an aqueous alkaline solution so that the pH of the slurry is more than 4. preparing a slurry containing the titanium oxide of bronze structure, and subjecting the slurry to a neutralization treatment using an aqueous alkaline solution so that the pH of the slurry is more than 4.
A water-soluble micro spicule for scrubs, for use in a non-aqueous cosmetic composition, wherein the spicule is in the shape from triangular pyramid to sexangular pyramid inclusive in which at least any one among the interior angles of the pyramid base of the spicule is 90 degrees or less and wherein the height from the pyramid base to a pyramid tip is equal to or greater than the diagonal length of the pyramid base.
A RFID label comprising: a combined structure comprising an RFID component layer and an inductive component layer separated by and placed on opposite sides of a dielectric substrate ; the RFID component layer comprising an antenna segment having a first antenna segment and a second antenna segment , an integrated circuit located along the first antenna segment , a first capacitor segment attached to the first and second antenna segments , and a second capacitor segment attached to the first and second antenna segments , with the first capacitor segment being located on opposite distal ends of the antenna segment from the second capacitor segment ; the inductive component layer having a first capacitor segment and a second capacitor segment being joined by a trace; the first capacitor segment of the inductive component layer aligning and coupling with the first capacitor segment of the RFID component layer , thereby forming a first capacitor assembly ; the second capacitor segment of the inductive component layer aligning and coupling with the second capacitor segment of the RFID component layer , thereby forming a second capacitor assembly ; the first and second capacitor assembly coupling the RFID component layer and the inductive component layer ; the combined structure adhered to a spacer layer ; wherein the antenna segment radiates a plane wave when the combined structure is coupled to a ground plane via the spacer layer . a combined structure comprising an RFID component layer and an inductive component layer separated by and placed on opposite sides of a dielectric substrate ; the RFID component layer comprising an antenna segment having a first antenna segment and a second antenna segment , an integrated circuit located along the first antenna segment , a first capacitor segment attached to the first and second antenna segments , and a second capacitor segment attached to the first and second antenna segments , with the first capacitor segment being located on opposite distal ends of the antenna segment from the second capacitor segment ; the inductive component layer having a first capacitor segment and a second capacitor segment being joined by a trace; the first capacitor segment of the inductive component layer aligning and coupling with the first capacitor segment of the RFID component layer , thereby forming a first capacitor assembly ; the second capacitor segment of the inductive component layer aligning and coupling with the second capacitor segment of the RFID component layer , thereby forming a second capacitor assembly ; the first and second capacitor assembly coupling the RFID component layer and the inductive component layer ; the combined structure adhered to a spacer layer ; wherein the antenna segment radiates a plane wave when the combined structure is coupled to a ground plane via the spacer layer .
Cart-like platform formed by a frame which rests on at least four wheels , said frame being in turn formed by at least two main beams and by at least two secondary beams placed transversely with respect to the at least two main beams , wherein: - the platform comprises at least one levelling element associated directly or indirectly with the at least two main beams ; wherein the frame has further a series of reinforcing cross-pieces placed transversely with respect to the at least two main beams , said main beams being I-beams, and characterized in that the platform further comprises a plurality of cross-beams positioned transversely and on top of the at least two main beams , at least one pair of said levelling elements being provided for each cross-beam and said levelling elements being slidably mounted on the respective cross-beams . - the platform comprises at least one levelling element associated directly or indirectly with the at least two main beams ; wherein the frame has further a series of reinforcing cross-pieces placed transversely with respect to the at least two main beams , said main beams being I-beams, and characterized in that the platform further comprises a plurality of cross-beams positioned transversely and on top of the at least two main beams , at least one pair of said levelling elements being provided for each cross-beam and said levelling elements being slidably mounted on the respective cross-beams .
An electrically heated smoking system for receiving a smoking article (115, 115", 115''') or a cleaning article configured for use with the smoking system, the system comprising: a cavity for at least partially receiving the smoking article or the cleaning article; at least one heating element; a power supply for supplying power to the at least one heating element; and electrical hardware connected to the power supply and the at least one heating element, characterised in that the smoking system further comprises a detector capable of detecting the presence of the smoking article or the cleaning article in the cavity and distinguishing the smoking article or the cleaning article from other articles configured for use with the smoking system, based on identification information printed on the smoking article or the cleaning article. a cavity for at least partially receiving the smoking article or the cleaning article; at least one heating element; a power supply for supplying power to the at least one heating element; and electrical hardware connected to the power supply and the at least one heating element, characterised in that the smoking system further comprises a detector capable of detecting the presence of the smoking article or the cleaning article in the cavity and distinguishing the smoking article or the cleaning article from other articles configured for use with the smoking system, based on identification information printed on the smoking article or the cleaning article.
Insert wedge for fixedly clamping a first panel within a groove in a second panel in order to connect the two panels to each other, comprising a broad limb having an inner side determined to bear against the second panel , and a wedge-like, narrow limb for pushing in a clamping manner into a gap , which is present within the groove when the first panel is inserted, until the broad limb bears by way of its inner side against the second panel , wherein the broad and the narrow limb form an angle of 90°, and a spring tongue which is integrally formed on the outer side of the broad limb , is inclined in relation to the inner side of the broad limb , and extends by way of its free tongue end beyond the outer side of the narrow limb in order to be erected by the inserted first panel and be pressed against the first panel .
Method of producing an optoelectronic component comprising the steps: A) providing a growth substrate , B) growing at least one semiconductor layer epitaxially to produce an operationally active zone, Bl) applying a low refractive index dielectric on the semiconductor layer and removing the low refractive index dielectric in sub-regions, C) applying a metallic mirror layer to the semiconductor layer and to the low refractive index dielectric , so that the metallic mirror layer penetrates the low refractive index dielectric in the sub-regions, G) applying a diffusion barrier layer to the metallic mirror layer , H) applying a passivation layer on the diffusion barrier layer , D) applying at least one contact layer for electronic contacting of the component, E) detaching the growth substrate from the semiconductor layer , wherein a surface of the semiconductor layer is exposed, F) structuring the semiconductor layer via an etching method from the side of the surface which was exposed in method step E), so that the semiconductor layer comprises mesa trenches with a positive mesa flank, wherein the mesa trenches taper from the side of the surface towards the mirror layer . A) providing a growth substrate , B) growing at least one semiconductor layer epitaxially to produce an operationally active zone, Bl) applying a low refractive index dielectric on the semiconductor layer and removing the low refractive index dielectric in sub-regions, C) applying a metallic mirror layer to the semiconductor layer and to the low refractive index dielectric , so that the metallic mirror layer penetrates the low refractive index dielectric in the sub-regions, G) applying a diffusion barrier layer to the metallic mirror layer , H) applying a passivation layer on the diffusion barrier layer , D) applying at least one contact layer for electronic contacting of the component, E) detaching the growth substrate from the semiconductor layer , wherein a surface of the semiconductor layer is exposed, F) structuring the semiconductor layer via an etching method from the side of the surface which was exposed in method step E), so that the semiconductor layer comprises mesa trenches with a positive mesa flank, wherein the mesa trenches taper from the side of the surface towards the mirror layer .
Method for producing a frame component for a door frame structure of an aircraft, the method comprising: forming a first connecting zone on a first assembly surface of a connecting component by generating a surface texture of the first assembly surface , wherein the connecting component is formed from a metal material; forming a second connecting zone on a second assembly surface of the connecting component by generating a surface texture of the second assembly surface , wherein the second assembly surface extends transversely with respect to the first assembly surface ; placing the first assembly surface of the connecting component in contact with a door frame member which is formed from a fibre-reinforced thermoplastics material; welding the connecting component and the door frame member , wherein the thermoplastics material of the door frame member ingresses into the first connecting zone of the connecting component ; placing an attachment member in contact with the second assembly surface of the connecting component , wherein the attachment member is formed from a fibre-reinforced thermoplastics material; and welding the connecting component and the attachment member , wherein the thermoplastics material of the attachment member ingresses into the second connecting zone of the connecting component . forming a first connecting zone on a first assembly surface of a connecting component by generating a surface texture of the first assembly surface , wherein the connecting component is formed from a metal material; forming a second connecting zone on a second assembly surface of the connecting component by generating a surface texture of the second assembly surface , wherein the second assembly surface extends transversely with respect to the first assembly surface ; placing the first assembly surface of the connecting component in contact with a door frame member which is formed from a fibre-reinforced thermoplastics material; welding the connecting component and the door frame member , wherein the thermoplastics material of the door frame member ingresses into the first connecting zone of the connecting component ; placing an attachment member in contact with the second assembly surface of the connecting component , wherein the attachment member is formed from a fibre-reinforced thermoplastics material; and welding the connecting component and the attachment member , wherein the thermoplastics material of the attachment member ingresses into the second connecting zone of the connecting component .
A system comprising: a set of authentication modules ; a data store to store data describing disruption ratings of members of the set of authentication modules, wherein the disruption ratings describe a likelihood of the members of the set of authentication modules to interrupt a current user operating a device ; a user confidence module to maintain a confidence rating that the current user of the device is an authenticated user of the device, and to control execution of authentication modules based on the confidence rating and the disruption ratings of the authentication modules, where the user confidence module controls execution of relatively less disruptive authentication modules, based on the disruption ratings, when the user confidence module is confident, based on the confidence rating, that the current user of the device is the authenticated user of the device, and where the user confidence module maintains the confidence rating based on feedback received from authentication modules. a set of authentication modules ; a data store to store data describing disruption ratings of members of the set of authentication modules, wherein the disruption ratings describe a likelihood of the members of the set of authentication modules to interrupt a current user operating a device ; a user confidence module to maintain a confidence rating that the current user of the device is an authenticated user of the device, and to control execution of authentication modules based on the confidence rating and the disruption ratings of the authentication modules, where the user confidence module controls execution of relatively less disruptive authentication modules, based on the disruption ratings, when the user confidence module is confident, based on the confidence rating, that the current user of the device is the authenticated user of the device, and where the user confidence module maintains the confidence rating based on feedback received from authentication modules.
Crawler type ceiling vehicle configured for traveling in a suspended manner especially headlong at a ceiling structure , wherein the ceiling vehicle exhibits: - a plurality of suspension elements configured for suspending the ceiling vehicle and configured for coupling the ceiling vehicle to the ceiling structure , - at least one drive unit configured for circumferential motion and accommodating a first circumferential track and a second circumferential track having a different circumferential shape/contour than the first circumferential track, wherein the suspension elements are attached to the first circumferential track at predefined first longitudinal positions corresponding to a predefined raster, wherein the ceiling vehicle is configured for moving along the ceiling structure by decoupling a subset of the plurality of suspension elements from resp. coupling them into the ceiling structure when the suspension elements are guided along the two circumferential tracks by the circumferential motion. - a plurality of suspension elements configured for suspending the ceiling vehicle and configured for coupling the ceiling vehicle to the ceiling structure , - at least one drive unit configured for circumferential motion and accommodating a first circumferential track and a second circumferential track having a different circumferential shape/contour than the first circumferential track, wherein the suspension elements are attached to the first circumferential track at predefined first longitudinal positions corresponding to a predefined raster, wherein the ceiling vehicle is configured for moving along the ceiling structure by decoupling a subset of the plurality of suspension elements from resp. coupling them into the ceiling structure when the suspension elements are guided along the two circumferential tracks by the circumferential motion.