mhurhangee/patent-ind-claim-en huggingface dataset:
Process for producing a semifinished product, containing the steps of a) wetting a fiber with a reaction mixture having a molar ratio of isocyanate groups to isocyanate-reactive groups of at least 3:1, which reaction mixture contains (i) an isocyanate component A; (ii) at least one trimerization catalyst C; and (iii) at least one component selected from the group consisting of components B, D and E, wherein component B has at least one ethylenic double bond but no isocyanate-reactive group; component D has at least one isocyanate-reactive group and at least one ethylenic double bond in one molecule; and component E has both at least one isocyanate group and at least one ethylenic double bond in one molecule; and b) free-radical polymerization of at least 50% of the double bonds present in the reaction mixture, thus increasing the viscosity of the reaction mixture determined by a plate/plate rheometer according to ISO 6721-10:2015-09 at a frequency of 1/s and 23°C by at least 100%. a) wetting a fiber with a reaction mixture having a molar ratio of isocyanate groups to isocyanate-reactive groups of at least 3:1, which reaction mixture contains (i) an isocyanate component A; (ii) at least one trimerization catalyst C; and (iii) at least one component selected from the group consisting of components B, D and E, wherein component B has at least one ethylenic double bond but no isocyanate-reactive group; component D has at least one isocyanate-reactive group and at least one ethylenic double bond in one molecule; and component E has both at least one isocyanate group and at least one ethylenic double bond in one molecule; and (i) an isocyanate component A; (ii) at least one trimerization catalyst C; and (iii) at least one component selected from the group consisting of components B, D and E, wherein component B has at least one ethylenic double bond but no isocyanate-reactive group; component D has at least one isocyanate-reactive group and at least one ethylenic double bond in one molecule; and component E has both at least one isocyanate group and at least one ethylenic double bond in one molecule; and b) free-radical polymerization of at least 50% of the double bonds present in the reaction mixture, thus increasing the viscosity of the reaction mixture determined by a plate/plate rheometer according to ISO 6721-10:2015-09 at a frequency of 1/s and 23°C by at least 100%.
An optoelectronic sensor, preferably an optoelectronic miniature sensor, comprising optical and electronic elements that are positioned on a circuit board mounted on one side, characterized in that an unmounted side of the thin circuit board lies directly on a stabilization plate , with the stabilization plate forming an outer wall of the sensor , characterized in that : the stabilization plate consists of precious metal, with the optical and electronic elements arranged on the circuit board being covered by an at least partly transparent component .
Gas meter , comprising: - a box-shaped body , said box-shaped body comprising, with respect to a normal configuration of use, a top side , an opposite bottom side and a side wall , - an inlet mouth and an outlet mouth suited to allow the passage of a gas flow and defined on said box-shaped body , said inlet mouth and said outlet mouth being defined on said top side , wherein inside said box-shaped body there is a metering device designed to measure one or more parameters for the determination of the gas flow rate, said metering device being provided with an inlet opening and an outlet opening , characterized in that the gas meter comprises: - an inlet duct extending from said inlet mouth towards said opposite bottom side of said box-shaped body , - an outlet duct extending between said outlet mouth and said opposite bottom side of said box-shaped body , said metering device being positioned in an intermediate area between said inlet duct and said outlet duct , said metering device being positioned with said inlet opening facing towards the top side of the box-shaped body with respect to a normal configuration of use, the gas meter further comprising means configured to deviate the gas flow that exits from said outlet opening of said metering device towards an inlet opening of said outlet duct , thereby creating a tight path between the metering device and the outlet duct . - a box-shaped body , said box-shaped body comprising, with respect to a normal configuration of use, a top side , an opposite bottom side and a side wall , - an inlet mouth and an outlet mouth suited to allow the passage of a gas flow and defined on said box-shaped body , said inlet mouth and said outlet mouth being defined on said top side , wherein inside said box-shaped body there is a metering device designed to measure one or more parameters for the determination of the gas flow rate, said metering device being provided with an inlet opening and an outlet opening , characterized in that the gas meter comprises: - an inlet duct extending from said inlet mouth towards said opposite bottom side of said box-shaped body , - an outlet duct extending between said outlet mouth and said opposite bottom side of said box-shaped body , - an inlet duct extending from said inlet mouth towards said opposite bottom side of said box-shaped body , - an outlet duct extending between said outlet mouth and said opposite bottom side of said box-shaped body , said metering device being positioned in an intermediate area between said inlet duct and said outlet duct , said metering device being positioned with said inlet opening facing towards the top side of the box-shaped body with respect to a normal configuration of use, the gas meter further comprising means configured to deviate the gas flow that exits from said outlet opening of said metering device towards an inlet opening of said outlet duct , thereby creating a tight path between the metering device and the outlet duct .
A material comprising a transparent substrate coated with a stack of thin layers acting on infrared radiation comprising at least one functional layer, characterized in that the stack comprises a protective coating deposited above at least a part of the functional layer, the protective coating comprising: - at least one lower protective layer based on titanium and zirconium, these two metals being in the metal, oxidized or nitrided form, - at least one upper protective layer of carbon having a thickness of less than or equal to 2 nm, within which layer the carbon atoms are essentially in an sp 2 hybridization state, located above the layer based on titanium and zirconium. - at least one lower protective layer based on titanium and zirconium, these two metals being in the metal, oxidized or nitrided form, - at least one upper protective layer of carbon having a thickness of less than or equal to 2 nm, within which layer the carbon atoms are essentially in an sp 2 hybridization state, located above the layer based on titanium and zirconium.
Discharge grille of an intermediate casing of a turbomachine , comprising a peripheral edge and a seal mounted on said peripheral edge via attachment means , the seal ensuring the sealing between a first turbomachine member , such as a discharge duct of an intermediate casing , and a second member of the turbomachine , such as an outer annular shroud of an intermediate casing , and surrounding the discharge grille of the intermediate casing , said seal being characterised in that it has a U-shaped cross section and comprises: - a base plate intended to bear against the first member, - a sealing lip intended to bear against the second member through deformation of said sealing lip to ensure air tightness and fire proofing through contact. - a base plate intended to bear against the first member, - a sealing lip intended to bear against the second member through deformation of said sealing lip to ensure air tightness and fire proofing through contact.
Actuating unit for use in a drum brake, having a sleeve , a pressure element and a force unit , the sleeve having a bore with an internal thread , the pressure element having a shank with an external thread which can be brought into engagement with the internal thread of the sleeve , the sleeve having an outer engagement region which can be brought into engagement with a force transmission element of the force unit , the sleeve being arranged such that it can be rotated about a first axis (A) relative to the pressure element , a rotation of the pressure element relative to the sleeve about the first axis (A) bringing about a movement of the pressure element relative to the sleeve along the first axis (A), the force transmission element transmitting, in an actuating mode of the force unit , a torque which acts about a second axis (B) to the sleeve in such a way that a rotation of the sleeve relative to the pressure element is caused, the first axis (A) lying transversely with respect to the second axis (B), characterized in that the sleeve is part of the pressure piston of an actuating unit of the drum brake, and is arranged within the housing of the actuating unit of the brake such that it can be rotated about the first axis (A), the actuating unit being a spreading wedge unit.
A flat mop comprising an elongate handle portion attached to a flat mop head, the mop head comprising a generally central base plate , an upper side of the base plate being attached to a handle mount via a pivot mechanism , wherein the base plate is disposed between two horizontally extending co-planar side wings to which a detachable mopping layer may be attached, wherein the side wings are movable one with respect to the other so as to articulate between the co-planar operative horizontal orientation in which they align with each other so as to retain a mopping layer extended between opposite ends of the wings and a folded, generally vertically depending orientation in which one wing is angled with respect to the other so that the separation between wing opposite ends is reduced thereby facilitating the detachment of the mopping layer or attachment of a new mopping layer, wherein the base plate includes a wing latching mechanism which holds the side wings in the horizontal orientation, but which includes two movable release members which may be displaced to permit the wings to adopt the folded orientation, and a handle mount comprises an actuation member which is movable to approach the base plate to directly or indirectly displace the release member and permit the side wings to adopt the folded orientation, characterised in that the release members are disposed between the side wings and each of which release members is movable between a locked horizontal orientation and an open downward orientation and which release members, when in the horizontal orientation, cooperate to hold the side wings in the horizontal orientation.
A vehicle comprising a connecting device for attachments and a vehicle axle on which a first and a second wheel are rotatably mounted, wherein provided between each wheel and the vehicle axle is at least one joint which allows a pivotal movement of each wheel about a pivot axis extending transversely relative to the vehicle axle and at least approximately horizontally and wherein adaptation of the wheels to a ground surface is effected by oppositely directed pivotal movement of the wheels and wherein there is provided an adjusting device by which the pivotal movement of the wheels about the pivot axes can be influenced, characterised in that - the vehicle is in the form of a single-axle vehicle and - the adjusting device has at least one coupling device which is of a mechanical configuration, in the form of a hydraulic device or in the form of a pneumatic device, - the wheels are coupled together by way of the at least one coupling device in such way that • the coupling device at least partially prevents unwanted pivotal movement of the wheels in the same direction under the influence of the force of gravity because the first and the second wheels upon pivotal movement in the same direction act against each other by way of the at least one coupling device which is mechanical, in the form of a hydraulic device or in the form of a pneumatic device, and thus block each other, and that • the coupling device at least partially permits pivotal movement of the wheels in opposite directions for adaptation to the ground surface. - the vehicle is in the form of a single-axle vehicle and - the adjusting device has at least one coupling device which is of a mechanical configuration, in the form of a hydraulic device or in the form of a pneumatic device, - the wheels are coupled together by way of the at least one coupling device in such way that • the coupling device at least partially prevents unwanted pivotal movement of the wheels in the same direction under the influence of the force of gravity because the first and the second wheels upon pivotal movement in the same direction act against each other by way of the at least one coupling device which is mechanical, in the form of a hydraulic device or in the form of a pneumatic device, and thus block each other, and that • the coupling device at least partially permits pivotal movement of the wheels in opposite directions for adaptation to the ground surface. • the coupling device at least partially prevents unwanted pivotal movement of the wheels in the same direction under the influence of the force of gravity because the first and the second wheels upon pivotal movement in the same direction act against each other by way of the at least one coupling device which is mechanical, in the form of a hydraulic device or in the form of a pneumatic device, and thus block each other, and that • the coupling device at least partially permits pivotal movement of the wheels in opposite directions for adaptation to the ground surface.
Diaphragm wall grab having - a scaffold-like guide frame , - a connecting means located in an upper end region of the guide frame for suspension of the diaphragm wall grab and - two grab shovels which are arranged in a lower end region of the guide frame and are each pivotable about an inner shovel pivot bearing between an open receiving position for receiving ground material and a closure position, in which the grab shovels rest against each other to grasp the received ground material, wherein the grab shovels are each connected to the guide frame via at least one outer linkage lever , characterized in that in order to pivot the grab shovels the inner shovel pivot bearings are arranged on at least one bearing sledge which is supported in a displaceable manner on the guide frame between a lower sledge position and an upper sledge position. - a scaffold-like guide frame , - a connecting means located in an upper end region of the guide frame for suspension of the diaphragm wall grab and - two grab shovels which are arranged in a lower end region of the guide frame and are each pivotable about an inner shovel pivot bearing between an open receiving position for receiving ground material and a closure position, in which the grab shovels rest against each other to grasp the received ground material, wherein the grab shovels are each connected to the guide frame via at least one outer linkage lever ,
A marine riser comprising a cylindrical buoyancy module surrounding the marine riser, the buoyancy module comprising: a plurality of buoyancy elements ; one or more first helical grooves in the outer surface of the buoyancy module; one or more second helical grooves in the outer surface of the buoyancy module; wherein the plurality of buoyancy elements are separated along intersecting helical separation planes defined by the one or more first helical grooves and by the one or more second helical grooves , and wherein the one or more first helical grooves have a right handed pitch and the one or more second helical grooves have a left handed pitch. a plurality of buoyancy elements ; one or more first helical grooves in the outer surface of the buoyancy module; one or more second helical grooves in the outer surface of the buoyancy module; wherein the plurality of buoyancy elements are separated along intersecting helical separation planes defined by the one or more first helical grooves and by the one or more second helical grooves , and wherein the one or more first helical grooves have a right handed pitch and the one or more second helical grooves have a left handed pitch.
A method for navigating multisource video, comprising: receiving a sequence of images, each image of said sequence comprising a plurality of image portions , the image portions of said plurality comprising image data originating from synchronized images of respective video streams, each video stream originating from a corresponding source, receiving a choice parameter value (video_ch) originating from a user interface, said value corresponding to one at least of said video streams, and commanding the display of the at least one image portion, from the image portions of said plurality, corresponding to the received value of the choice parameter, wherein the method further comprises, for at least one received image, commanding the display of an additional image portion comprising a plurality of image data sets, said icons or thumbnails , each image data set originating from a respective of said video streams, the display of the additional image portion comprises, for at least one current image of the received sequence of images: (a) a step of capturing at least one image portion of said current image, (b) a step of commanding image display of an image originating from said at least one captured image portion, and wherein steps (a) and (b) are reiterated for at least one other image of the received sequence, such that this reiteration creates the illusion of a video display. receiving a sequence of images, each image of said sequence comprising a plurality of image portions , the image portions of said plurality comprising image data originating from synchronized images of respective video streams, each video stream originating from a corresponding source, receiving a choice parameter value (video_ch) originating from a user interface, said value corresponding to one at least of said video streams, and commanding the display of the at least one image portion, from the image portions of said plurality, corresponding to the received value of the choice parameter, wherein the method further comprises, for at least one received image, commanding the display of an additional image portion comprising a plurality of image data sets, said icons or thumbnails , each image data set originating from a respective of said video streams, the display of the additional image portion comprises, for at least one current image of the received sequence of images: (a) a step of capturing at least one image portion of said current image, (b) a step of commanding image display of an image originating from said at least one captured image portion, (a) a step of capturing at least one image portion of said current image, (b) a step of commanding image display of an image originating from said at least one captured image portion, and wherein steps (a) and (b) are reiterated for at least one other image of the received sequence, such that this reiteration creates the illusion of a video display.
A system for use in a subsea operation, comprising: a station movably positioned at a subsea location , the station comprising: a housing ; a lifting arrangement coupled to the housing to enable repeated coupling of the lifting arrangement with a lift line as the station is sequentially transported from one subsea location to another for a plurality of well servicing operations; and a docking station located at least partially within the housing and having interfaces for an underwater vehicle receivable within the housing and power and data connectors for transfer of electric power and data from the station to the underwater vehicle , the docking station further comprising a power lead configured for coupling with the connectors and for selective coupling with various types of subsea infrastructure when the station is moved to different subsea locations. a housing ; a lifting arrangement coupled to the housing to enable repeated coupling of the lifting arrangement with a lift line as the station is sequentially transported from one subsea location to another for a plurality of well servicing operations; and a docking station located at least partially within the housing and having interfaces for an underwater vehicle receivable within the housing and power and data connectors for transfer of electric power and data from the station to the underwater vehicle , the docking station further comprising a power lead configured for coupling with the connectors and for selective coupling with various types of subsea infrastructure when the station is moved to different subsea locations.
A multi-voltage output camera kit handle for realizing power supply needs of different voltages of different devices, configured to a camera kit for a camera, comprising a housing , a lithium battery , an intelligent control circuit , a power interface and a power switch (1-7), wherein the lithium battery , the intelligent control circuit , the power interface and the power switch (1-7) are installed on the housing ; the housing comprises a lithium battery accommodating cavity (1-1) and a power interface window (1-2); the lithium battery is installed in the lithium battery accommodating cavity (1-1); and the power interface is installed at the power interface window (1-2); the power interface comprises a charging interface and a discharging interface; the charging interface is used for charging the lithium battery, and the discharging interface is used for discharging to the different devices; the power switch (1-7) is used for starting or turning off the discharging function; and the power interface , the lithium battery and the power switch (1-7) are welded on the intelligent control circuit . the lithium battery , the intelligent control circuit , the power interface and the power switch (1-7) are installed on the housing ; the housing comprises a lithium battery accommodating cavity (1-1) and a power interface window (1-2); the lithium battery is installed in the lithium battery accommodating cavity (1-1); and the power interface is installed at the power interface window (1-2); the power interface comprises a charging interface and a discharging interface; the charging interface is used for charging the lithium battery, and the discharging interface is used for discharging to the different devices; the power switch (1-7) is used for starting or turning off the discharging function; and the power interface , the lithium battery and the power switch (1-7) are welded on the intelligent control circuit .