mhurhangee/patent-ind-claim-en huggingface dataset:
Method for preparing a concentrated algae extract, characterised in that it contains 0 to 1% by weight of alginate and cellulose relative to the weight of said extract, said method comprising the following steps: - grinding the algae until the cells burst; - homogenising the algae ground material in an aqueous solution; - removing the alginate and cellulose via flocculation and filtration; - optionally adjusting the pH of the filtrate; - concentrating the filtrate to achieve a percentage of dry matter of between 6 and 100%, said method not comprising a hydrolysis step in the presence of a reducing agent. - grinding the algae until the cells burst; - homogenising the algae ground material in an aqueous solution; - removing the alginate and cellulose via flocculation and filtration; - optionally adjusting the pH of the filtrate; - concentrating the filtrate to achieve a percentage of dry matter of between 6 and 100%,
A main dispensing container for dispensing liquid and semi-liquid substances, suitable for placing more substance therein and for filling of a secondary dispensing container which is suitable for containing a smaller amount of substance therein and connectable to the main dispensing container , said main dispensing container comprising an outlet , a main pump , an atomizer , wherein the main pump is mounted in the outlet of the main dispensing container , wherein the atomizer is connected to the main pump outside of the main dispensing container , and the atomizer is equipped with a valve for controlling of opening and closing of a nozzle of the atomizer , wherein in an upper part of the atomizer there is an upper valve located for connecting a channel of the main pump with space outside the outlet of the main dispensing container , characterized in that it further comprises a sliding mechanism for filing the secondary dispensing container , said sliding mechanism is positioned at the outlet of the main dispensing container , wherein the possibility of filling the secondary dispensing container depends on the position of the sliding mechanism that can moved between two positions, that is an upper position and a lower position, wherein in the upper position filing of the secondary dispensing container is prevented, and wherein in the lower position filing of the secondary dispensing container is possible.
An optical fiber ribbon comprising three or more optical fibers arranged in parallel and connecting portions connecting the respective adjacent two optical fibers , the connecting portions being formed in a height direction (Z) intermittently in each of a ribbon longitudinal direction (X) and a ribbon width direction (Y) in an orthogonal coordinate system, wherein each maximum load for splitting the connecting portions is in a range from 1.50 gram force (gf) to 21.0 gram force (gf), wherein, when the optical fibers are arranged in the direction (Y), the direction (Z) of the cross section of a thickness of each connecting portion is perpendicular to both the direction (Y) and the ribbon longitudinal direction (X), and in the ribbon longitudinal direction (X), the thickness of each connecting portion in the direction (Z) gradually increases in an arc from one side towards a middle , is thickest in the middle and gradually decreases in an arc towards another side , wherein each of the connecting portions is a filled gap between the adjacent two optical fibers so as to connect the adjacent two optical fibers together.
A sensor assembly for a vibrating meter , comprising: one or more conduits ; one or more sensor components including one or more of a driver , a first pick-off sensor , and a second pick-off sensor coupled to the one or more conduits ; and a flexible circuit including: a body characterized by ; two or more sensor component flexures (210-212') extending from the body and coupled to a sensor component of the one or more sensor components; and a redundant flexure coupled to at least two sensor component flexure, wherein each of the sensor component flexures comprises a primary electrical trace (512A, 512'A) and a redundant electrical trace (512B, 512'B), wherein the traces (512A, 512'A, 512B, 512'B) are disposed between at least two flexible insulating substrates; wherein each of the sensor component flexures includes at least one coupling aperture adapted to receive at least a portion of a sensor component pin . one or more conduits ; one or more sensor components including one or more of a driver , a first pick-off sensor , and a second pick-off sensor coupled to the one or more conduits ; and a flexible circuit including: a body characterized by ; two or more sensor component flexures (210-212') extending from the body and coupled to a sensor component of the one or more sensor components; and a redundant flexure coupled to at least two sensor component flexure, wherein each of the sensor component flexures comprises a primary electrical trace (512A, 512'A) and a redundant electrical trace (512B, 512'B), wherein the traces (512A, 512'A, 512B, 512'B) are disposed between at least two flexible insulating substrates; a body characterized by ; two or more sensor component flexures (210-212') extending from the body and coupled to a sensor component of the one or more sensor components; and a redundant flexure coupled to at least two sensor component flexure, wherein each of the sensor component flexures comprises a primary electrical trace (512A, 512'A) and a redundant electrical trace (512B, 512'B), wherein the traces (512A, 512'A, 512B, 512'B) are disposed between at least two flexible insulating substrates; wherein each of the sensor component flexures includes at least one coupling aperture adapted to receive at least a portion of a sensor component pin .
A method of determining which detonator in a plurality of detonators at a blast site is closest to an operator who has a tagger , wherein the blast site has a plurality of boreholes each of which is associated with at least one respective detonator, the method including the steps of providing a reference GPS receiver which includes a transmitter which is located at the blast site, linking the tagger to at least one roving GPS receiver which is movable by the operator at the blast site and which receives positional data corrections from the transmitter at the reference GPS receiver, coupling the roving GPS receiver to a database which includes a tagging plan which contains positional data for each of the boreholes at the blast site, wherein said positional data includes respective latitude and longitude coordinate values for each borehole, and using said coordinate values and said positional data corrections to determine the position of a detonator which is closest to the tagger, characterized in that the method includes the further steps of creating a latitude index for the latitude values, creating a longitude index for the longitude values, sorting the latitude index into a desired sequence, sorting the longitude index into a desired sequence, at a given location of the tagger at the blast site, using the roving GPS receiver to determine current tagger latitude and current tagger longitude values, creating a latitude subset, from the latitude index, wherein the difference between each of the latitude values in the latitude subset and the current tagger latitude value is less than a first predetermined amount, creating a longitude subset from the longitude index wherein the difference between each of the longitude values in the subset and the current tagger longitude value is less than a second predetermined amount, sorting the latitude values in the latitude subset, sorting the longitude values in the longitude subset, generating an intersection of the latitude subset with the longitude subset, identifying each of the boreholes whose latitude and longitude values are included in the intersection and for each such borehole performing a haversine calculation using the respective latitude value and longitude value for the borehole and the current tagger latitude value and the current tagger longitude value to determine the distance between the tagger and the borehole, and selecting from such distance calculations the smallest value to obtain the position of the borehole which is closest to the tagger.
Method for limiting vibratory phenomena at a part-tool interface on a machining tool comprising 3, 4 or 5 machining tool axes, said method comprising the steps of: - Identifying at least one machining tool axis, called compliant axis, able to be excited during an acceleration phase of at least one machining tool axis, called excitation axis, that is separate from said at least compliant axis, and to induce, following this excitation, a relative movement between the part and the tool along a direction collinear with said at least compliant axis, - Applying a compensation on each compliant axis during the acceleration phase and a phase of constant speed following the acceleration phase of said at least excitation axis in order to reduce any relative movement between the part and the tool. - Identifying at least one machining tool axis, called compliant axis, able to be excited during an acceleration phase of at least one machining tool axis, called excitation axis, that is separate from said at least compliant axis, and to induce, following this excitation, a relative movement between the part and the tool along a direction collinear with said at least compliant axis, - Applying a compensation on each compliant axis during the acceleration phase and a phase of constant speed following the acceleration phase of said at least excitation axis in order to reduce any relative movement between the part and the tool.
Lighting method implemented by a lighting device (HL) comprising: - an actuator (LSS) storing two light maps; - a control system (CTRL_S); and - a light source (LSR), the method comprising: a) definition, by the control system (CTRL_S), of a parameter (PAR) of the lighting device (HL); b) transmission of this parameter (PAR) by the control system (CTRL_S) to the actuator (LSS); c) generation, by the actuator (LSS), with the light source (LSR), of a light beam producing an image corresponding to a light map obtained by modifying a light map stored in the actuator (LSS) using the parameter (PAR) received from the control system (CTRL_S), characterized in that the method comprises : f) detection, by the actuator (LSS), of a possible malfunction in the lighting device (HL); g) in case of detection of a malfunction, generation, by the actuator (LSS), with the light source (LSR), of a light beam producing an image corresponding to a light map stored in the actuator (LSS). - an actuator (LSS) storing two light maps; - a control system (CTRL_S); and - a light source (LSR), a) definition, by the control system (CTRL_S), of a parameter (PAR) of the lighting device (HL); b) transmission of this parameter (PAR) by the control system (CTRL_S) to the actuator (LSS); c) generation, by the actuator (LSS), with the light source (LSR), of a light beam producing an image corresponding to a light map obtained by modifying a light map stored in the actuator (LSS) using the parameter (PAR) received from the control system (CTRL_S), f) detection, by the actuator (LSS), of a possible malfunction in the lighting device (HL); g) in case of detection of a malfunction, generation, by the actuator (LSS), with the light source (LSR), of a light beam producing an image corresponding to a light map stored in the actuator (LSS).
A chimeric gene comprising a heterologous promoter operably linked to a nucleic acid molecule comprising a nucleotide sequence that encodes a protein toxic to at least black cutworm (Agrotis ipsilon), wherein the nucleotide sequence (a) comprises SEQ ID NO: 10; or (b) encodes a protein comprising an amino acid sequence that comprises SEQ ID NO: 18.
Androgynous coupling device for connecting modules, in particular for constructing a spacecraft of modular design, wherein the coupling device for connecting the modules can be coupled to an identically constructed further androgynous coupling device, and has a plurality of coupling elements and also a cover element , providing an essentially flat outer surface , in which cover element one or more through openings are designed, characterized in that the cover element covers the coupling elements in a passive state of the coupling device , wherein a first of the coupling elements can be moved outward through the one or one of the multiple through openings formed in the cover element for active coupling to the identically constructed further coupling device, and the through opening or one of the through openings allows a penetration of a first coupling element, moved correspondingly outward, of the identically constructed further androgynous coupling device into a region behind the cover element , wherein a second of the coupling elements of the coupling device is permanently covered by the cover element and is arranged in this region for force and/or form compliant connection to the first coupling element of the identically constructed further androgynous coupling device moved into the region .
An apparatus for the movement and control of a rolling shutter, preferably of a sectional door , of the type comprising: - a tubular shaft for winding the element or elements forming said shutter , - a drive unit which comprises a tubular motor which is inserted in a first end of said tubular shaft and is configured to induce the rotation of said tubular shaft about the longitudinal extension axis thereof, said drive unit likewise comprising means for the fastening thereof to an outer support structure , - a unit for controlling said drive unit and/or the functionality of the apparatus, and characterized in that it comprises a control device which comprises: - a casing inside of which said control unit is accommodated and which is inserted in the other end , opposite with respect to said first end , of said tubular shaft , - means which electrically connect said control unit with said drive unit externally with respect to said tubular shaft , - means for constraining said casing to said outer support structure , - means (14', 14") interposed between said casing and the tubular shaft and configured to allow said casing to support said tubular shaft so that said tubular shaft rotates about the axis thereof while said casing remains fixed. - a tubular shaft for winding the element or elements forming said shutter , - a drive unit which comprises a tubular motor which is inserted in a first end of said tubular shaft and is configured to induce the rotation of said tubular shaft about the longitudinal extension axis thereof, said drive unit likewise comprising means for the fastening thereof to an outer support structure , - a unit for controlling said drive unit and/or the functionality of the apparatus, - a casing inside of which said control unit is accommodated and which is inserted in the other end , opposite with respect to said first end , of said tubular shaft , - means which electrically connect said control unit with said drive unit externally with respect to said tubular shaft , - means for constraining said casing to said outer support structure , - means (14', 14") interposed between said casing and the tubular shaft and configured to allow said casing to support said tubular shaft so that said tubular shaft rotates about the axis thereof while said casing remains fixed.
A display device comprising: a plurality of pixels, PX, on a base layer ; and a first inorganic light-emitting diode, ED1, and a second inorganic light-emitting diode, ED2, which are provided on a first pixel of the pixels, wherein each of the first and second inorganic light-emitting diodes comprises a first surface, SU1, and a second surface, SU2, opposite to the first surface, the second surface having an area greater than that of the first surface, the first surface of the first inorganic light-emitting diode faces the base layer, the second surface of the second inorganic light-emitting diode faces the base layer, a conductive pattern, CP, is provided on the first surfaces of the first and second inorganic light-emitting diodes, and the first inorganic light-emitting diode is an active element, whereas the second inorganic light-emitting diode is a dummy element. a plurality of pixels, PX, on a base layer ; and a first inorganic light-emitting diode, ED1, and a second inorganic light-emitting diode, ED2, which are provided on a first pixel of the pixels, wherein each of the first and second inorganic light-emitting diodes comprises a first surface, SU1, and a second surface, SU2, opposite to the first surface, the second surface having an area greater than that of the first surface, the first surface of the first inorganic light-emitting diode faces the base layer, the second surface of the second inorganic light-emitting diode faces the base layer, a conductive pattern, CP, is provided on the first surfaces of the first and second inorganic light-emitting diodes, and the first inorganic light-emitting diode is an active element, whereas the second inorganic light-emitting diode is a dummy element.
A nonwoven abrasive article comprising: a lofty open nonwoven fiber web comprising intertwined fibers ; an abrasive layer bonded to at least a portion of the lofty open nonwoven fiber web, the abrasive layer comprising abrasive particles retained in a binder composition and a peripheral antiloading composition at least partially disposed on the abrasive layer, characterized in that the peripheral antiloading composition comprises at least 50 percent by weight of wax, wherein the wax has a melting point onset in the range of from 82°C to 143°C (180°F to 290°F). a lofty open nonwoven fiber web comprising intertwined fibers ; an abrasive layer bonded to at least a portion of the lofty open nonwoven fiber web, the abrasive layer comprising abrasive particles retained in a binder composition and a peripheral antiloading composition at least partially disposed on the abrasive layer, characterized in that the peripheral antiloading composition comprises at least 50 percent by weight of wax, wherein the wax has a melting point onset in the range of from 82°C to 143°C (180°F to 290°F).
Hose connector assembly having a mouth part , having a main body on which at least two hose receptacles are configured, having at least two hoses which by way of the respective ends thereof are plug-fitted in each case into one of the at least two hose receptacles , wherein one retaining edge is configured on each of the at least two hoses , having a retaining plate in which in a manner corresponding to the at least two hose receptacles at least two receptacles into which in each case one of the at least two hoses by way of an insertion movement that is aligned so as to be transverse to a longitudinal direction of the respective hose is insertable are configured, such that the associated retaining edge engages across the retaining plate in order to prevent the hoses being pulled out of the hose receptacles , characterized in that a detent by means of which the main body by way of a screw sleeve is capable of being pressed against the retaining plate , which is supportable by way of an abutment or in a usage position is externally supported, is configured on the mouth part that is attached to the main body on the downstream side.
A method for securing access to a resource, the method comprising performing, by a computer system: segmenting a set of previous access requests into a plurality of time-based subsets of access requests, each previous access request of the set including one or more parameters that involve one or more conditions of a potential access rule; determining a plurality of predictive percentages including a predictive percentage for each of the plurality of time-based subsets based on validity information corresponding to each previous access request of the time-based subsets, the validity information indicating whether each access request of the plurality of previous access requests is valid or invalid; determining a detection stability rating of the potential access rule by comparing the plurality of predictive percentages; and selecting the potential access rule to be a candidate access rule for use in an operational set of access rules based on the detection stability rating of the potential access rule compared to detection stability ratings of other access rules, wherein the candidate access rule is included in the operational set of access rules, the operational set of access rules is loaded into a system memory, and the operational set of access rules is used to determine an access request outcome for a real-time access request for the resource. segmenting a set of previous access requests into a plurality of time-based subsets of access requests, each previous access request of the set including one or more parameters that involve one or more conditions of a potential access rule; determining a plurality of predictive percentages including a predictive percentage for each of the plurality of time-based subsets based on validity information corresponding to each previous access request of the time-based subsets, the validity information indicating whether each access request of the plurality of previous access requests is valid or invalid; determining a detection stability rating of the potential access rule by comparing the plurality of predictive percentages; and selecting the potential access rule to be a candidate access rule for use in an operational set of access rules based on the detection stability rating of the potential access rule compared to detection stability ratings of other access rules, wherein the candidate access rule is included in the operational set of access rules, the operational set of access rules is loaded into a system memory, and the operational set of access rules is used to determine an access request outcome for a real-time access request for the resource.
Load fixing belt system for trucks or truck trailers, in which at least one roller or ratchet pulling in the belt length of a fixing belt , via which the belt length that can be lashed over the load to be fixed can be changed and fixed, is arranged on the bottom side of a loading surface of a truck or a truck trailer, wherein the fixing belt is led over all the corners of the clear load space profile via deflection elements, and at least the upper deflection elements are fixed to springs or telescopic means, in such a way that the latter can be moved onto the load by the tautening of the fixing belt and can be laid on the same, characterized in that the deflection elements are deflection rollers , and in that the deflection rollers are arranged at the top in carriages which can each run upwards and downwards, guided in an upright profile , and can be moved onto the load by tautening the circumferential fixing belt .