mhurhangee/patent-ind-claim-en huggingface dataset:
A hybrid structure , comprising: a first component having a base and an upstanding wall extending from the base , the first component having an interior enclosed between the upstanding wall and the base , and a thermoplastic second component moulded to the first component , the second component comprising a reinforcing portion for structurally reinforcing the first component , the reinforcing portion extending in a longitudinal direction of the first component and located in the interior of the first component , the thermoplastic second component further comprising a locking portion that extends adjacently over at least part of an exterior of the first component , characterized in that the locking portion comprises a plurality of ribbon locks that extend adjacently over an exterior surface of the base and an exterior surface of the upstanding wall , wherein the reinforcing portion and the locking portion of the thermoplastic second component are integrally formed, thus interlocking the first component in the thermoplastic second component ; wherein the ribbon locks extend from one side of the thermoplastic second component over the exterior of the first component to an opposite side of the thermoplastic second component . a first component having a base and an upstanding wall extending from the base , the first component having an interior enclosed between the upstanding wall and the base , and a thermoplastic second component moulded to the first component , the second component comprising a reinforcing portion for structurally reinforcing the first component , the reinforcing portion extending in a longitudinal direction of the first component and located in the interior of the first component , the thermoplastic second component further comprising a locking portion that extends adjacently over at least part of an exterior of the first component , characterized in that the locking portion comprises a plurality of ribbon locks that extend adjacently over an exterior surface of the base and an exterior surface of the upstanding wall , wherein the reinforcing portion and the locking portion of the thermoplastic second component are integrally formed, thus interlocking the first component in the thermoplastic second component ; wherein the ribbon locks extend from one side of the thermoplastic second component over the exterior of the first component to an opposite side of the thermoplastic second component .
Watercraft with a propulsion nacelle and with an electric machine , which is in the propulsion nacelle , wherein a cooling device for cooling the electric machine is thermally coupled to it, wherein the cooling device has a cooling medium , which is in a cooling circuit in a first phase and in a second phase , characterized in that the first phase is a liquid phase and the second phase is a solid phase.
A method to detect a conflict between viewing selections of two users before viewing a media asset, displayed on a user equipment, the method comprising: receiving an audio input through an audio channel, while the media asset is not being generated for display on the user equipment; detecting a first utterance from a first user and a second utterance from a second user in the input of the audio channel; parsing the first utterance and the second utterance to determine a first context provided by the first user and a second context provided by the second user for at least one of a first media asset and a second media asset; detecting a command from the first user or the second user to generate the first media asset or the second media asset for display on the user equipment; extracting, from memory, a first scheduled time for the first media asset and a second scheduled time for the second media asset; based on the first context, the second context, the first scheduled time, and the second scheduled time, determining a conflict between the first user and the second user, wherein the determination of the conflict further comprises detecting that the first context or second context of at least one of the first utterance and the second utterance is negative with respect to at least one of the first media asset and second media asset; and generating for display a representation of the conflict at the user equipment. receiving an audio input through an audio channel, while the media asset is not being generated for display on the user equipment; detecting a first utterance from a first user and a second utterance from a second user in the input of the audio channel; parsing the first utterance and the second utterance to determine a first context provided by the first user and a second context provided by the second user for at least one of a first media asset and a second media asset; detecting a command from the first user or the second user to generate the first media asset or the second media asset for display on the user equipment; extracting, from memory, a first scheduled time for the first media asset and a second scheduled time for the second media asset; based on the first context, the second context, the first scheduled time, and the second scheduled time, determining a conflict between the first user and the second user, wherein the determination of the conflict further comprises detecting that the first context or second context of at least one of the first utterance and the second utterance is negative with respect to at least one of the first media asset and second media asset; and generating for display a representation of the conflict at the user equipment.
An aircraft with a drinking water supply and distribution system , the drinking water supply and distribution system comprising: at least one water storage tank , multiple consumer equipment , at least one pressurization means , at least one pressure reducer , a conduit system connecting the at least one water storage tank to multiple consumer equipment via the at least one pressurization means and adapted to supply water from the at least one water storage tank to the multiple consumer equipment , wherein the at least one pressurization means is provided for pressurizing water in the conduit system and generating a peak pressure of water in the conduit system which exceeds a supply water pressure threshold, wherein the conduit system comprises flexible conduits having a maximum internal diameter of less than 8 mm, wherein each of the multiple consumer equipment is associated with one of the at least one pressure reducer , wherein the at least one pressure reducer is provided for reducing the pressure of water supplied by the conduit system to an associated consumer equipment such that the pressure does not exceed a consumer water pressure threshold, wherein the supply water pressure threshold exceeds the consumer water pressure threshold. at least one water storage tank , multiple consumer equipment , at least one pressurization means , at least one pressure reducer , a conduit system connecting the at least one water storage tank to multiple consumer equipment via the at least one pressurization means and adapted to supply water from the at least one water storage tank to the multiple consumer equipment , wherein the at least one pressurization means is provided for pressurizing water in the conduit system and generating a peak pressure of water in the conduit system which exceeds a supply water pressure threshold, wherein the conduit system comprises flexible conduits having a maximum internal diameter of less than 8 mm, wherein each of the multiple consumer equipment is associated with one of the at least one pressure reducer , wherein the at least one pressure reducer is provided for reducing the pressure of water supplied by the conduit system to an associated consumer equipment such that the pressure does not exceed a consumer water pressure threshold, wherein the supply water pressure threshold exceeds the consumer water pressure threshold.
A floating nut , comprising: a rectangular limit box defining a cavity located therein; the limit box comprises a base , which has a flat shape on a first plane and comprises a first hole , and two or more curved portions , which extend out from the base and form a second hole corresponding to the first hole , wherein the two or more curved portions enclose the cavity together with the base ; and a nut body , which comprises an axially extending body and a flange radially extending from one end of the body ; wherein the size of the flange is configured to fit within the cavity ; and an outer contour of the flange is configured in the shape of a parallelogram, and the parallelogram has diagonal lines of unequal lengths; wherein the shape of the flange is configured such that each of two parallel sides of the parallelogram are in contact with an inner wall of the curved portions of the limit box , and an inner wall of the axially extending body is provided with threads, and the size of the axially extending body is configured to pass through the second hole , the first hole and the second hole are configured to be substantially parallel to each other. a rectangular limit box defining a cavity located therein; the limit box comprises a base , which has a flat shape on a first plane and comprises a first hole , and two or more curved portions , which extend out from the base and form a second hole corresponding to the first hole , wherein the two or more curved portions enclose the cavity together with the base ; and a nut body , which comprises an axially extending body and a flange radially extending from one end of the body ; wherein the size of the flange is configured to fit within the cavity ; and an outer contour of the flange is configured in the shape of a parallelogram, and the parallelogram has diagonal lines of unequal lengths; wherein the shape of the flange is configured such that each of two parallel sides of the parallelogram are in contact with an inner wall of the curved portions of the limit box , and an inner wall of the axially extending body is provided with threads, and the size of the axially extending body is configured to pass through the second hole , the first hole and the second hole are configured to be substantially parallel to each other.
A method for authenticating a wireless data communication between a first and second device , the method comprising: determining a distance value from a round-trip time of flight of at least one beacon transmitted wirelessly between the first and second devices ; determining a further distance value from a relative multipath delay of the at least one beacon; comparing the distance value and the further distance value; and authenticating a wireless data communication if the first distance value is not greater than the further distance value according to the comparison. determining a distance value from a round-trip time of flight of at least one beacon transmitted wirelessly between the first and second devices ; determining a further distance value from a relative multipath delay of the at least one beacon; comparing the distance value and the further distance value; and authenticating a wireless data communication if the first distance value is not greater than the further distance value according to the comparison.
A trophy-type decorative object comprising a stand , an ornamental body and assembly means between the stand and the body, the body comprising two central parts each comprising an outer face , the two outer faces being opposite each other, at least one of these two outer faces including at least one ornamental protruding element , said body further comprising at least one ornamental attached part whose shapes are complementary to the at least one protruding element so as to nest said at least one attached part around the at least one protruding element and cover said at least one of the two outer faces , interlocking means ensuring fastening of the at least one attached part on the at least one outer face, the two central parts being arranged back-to-back, characterised in that each of the two central parts comprises an assembly half-key , the back-to-back positioning of these two central parts enabling the formation of an assembly key , the stand comprising on an upper face an assembly hole capable of receiving the assembly key for fastening the body with the stand.
A resin (A) comprising: a structural unit (a1) derived from an α-olefin; and a structural unit (a2) derived from a cyclic olefin, wherein the resin (A) has a glass transition temperature, as determined by JIS K 7121, in both a region equal to or lower than 50°C and a region equal to or higher than 125°C in a case where the resin (A) is subjected to differential scanning calorimetry, and wherein the resin (A) has a dispersity (Mw/Mn) within a range of 1.0 to 1.6 measured by gel permeation chromatography as described in the section " [Molecular weight measurement] " of the specification; and wherein the resin (A) has a weight-average molecular weight within a range of 10,000 to 500,000 measured by gel permeation chromatography as described in the section " [Molecular weight measurement] " of the specification. a structural unit (a1) derived from an α-olefin; and a structural unit (a2) derived from a cyclic olefin, wherein the resin (A) has a glass transition temperature, as determined by JIS K 7121, in both a region equal to or lower than 50°C and a region equal to or higher than 125°C in a case where the resin (A) is subjected to differential scanning calorimetry, and wherein the resin (A) has a dispersity (Mw/Mn) within a range of 1.0 to 1.6 measured by gel permeation chromatography as described in the section " [Molecular weight measurement] " of the specification; and wherein the resin (A) has a weight-average molecular weight within a range of 10,000 to 500,000 measured by gel permeation chromatography as described in the section " [Molecular weight measurement] " of the specification.
A microwave treatment device comprising: a heating chamber configured to accommodate a heating target ; a microwave generator configured to output a microwave having a frequency in a specified frequency band; a feeder configured to radiate the microwave inside the heating chamber ; a detector configured to detect a reflected microwave power reflected from the heating chamber ; a controller configured to cause the microwave generator to execute a frequency sweeping in the specified frequency band, and to control the microwave generator according to a temporal change in a frequency characteristic of the reflected microwave power, the temporal change in the frequency characteristic of the reflected microwave power being based on the frequency of the microwave, a level of the reflected microwave power, and a time passed from a start of heating; and a heater configured to heat the heating target by radiation heating, characterized in that the controller is configured to recognize a progress of cooking according to a temporal change in a frequency of at least one of a local minimum point , a local maximum point , a maximum point , and a minimum point contained in the frequency characteristic of the reflected microwave power to control the microwave generator and the heater . a heating chamber configured to accommodate a heating target ; a microwave generator configured to output a microwave having a frequency in a specified frequency band; a feeder configured to radiate the microwave inside the heating chamber ; a detector configured to detect a reflected microwave power reflected from the heating chamber ; a controller configured to cause the microwave generator to execute a frequency sweeping in the specified frequency band, and to control the microwave generator according to a temporal change in a frequency characteristic of the reflected microwave power, the temporal change in the frequency characteristic of the reflected microwave power being based on the frequency of the microwave, a level of the reflected microwave power, and a time passed from a start of heating; and a heater configured to heat the heating target by radiation heating, characterized in that the controller is configured to recognize a progress of cooking according to a temporal change in a frequency of at least one of a local minimum point , a local maximum point , a maximum point , and a minimum point contained in the frequency characteristic of the reflected microwave power to control the microwave generator and the heater .
A filtration barrier, comprising: a nanofiber layer that includes a plurality of polymer-based nanofibers bearing positive electrostatic charge and a biocide layer that includes a biocide and a plurality of nanofibers, the nanofibers of the biocide layer being made of a polymer that includes a first reactive group, wherein a second reactive group of the biocide binds to the first reactive group by a crosslinker during a one-step process of making biocide-crosslinked nanofibers via electrospinning, and the nanofiber layer is attached onto the biocide layer, and the biocide accounts for 0.5% - 2% by weight in the biocide layer, and a porosity of the biocide layer ranges from 90% - 98%. a nanofiber layer that includes a plurality of polymer-based nanofibers bearing positive electrostatic charge and a biocide layer that includes a biocide and a plurality of nanofibers, the nanofibers of the biocide layer being made of a polymer that includes a first reactive group, wherein a second reactive group of the biocide binds to the first reactive group by a crosslinker during a one-step process of making biocide-crosslinked nanofibers via electrospinning, and the nanofiber layer is attached onto the biocide layer, and the biocide accounts for 0.5% - 2% by weight in the biocide layer, and a porosity of the biocide layer ranges from 90% - 98%.
A computer-implemented method of controlling, using a handheld device, an application that has a user interface displayed on a display device, the rendering of the user interface of the application being performed within the handheld device, and the user interface being output to the display device, the method comprising: determining, at the handheld device, shape and position of one or more fiducials selected from displayed elements within the user interface via analysis of the user interface for displayed elements that may be used as one or more fiducials, wherein the user interface represents output of the application being controlled; capturing , by the handheld device , a camera image of the selected one or more fiducials rendered by the display device ; determining , at the handheld device , a position or an angle or both a position and an angle of the one or more fiducials in the captured camera image using the determined shape and position of the one or more fiducials selected from the displayed elements within the user interface that represents output of the application being controlled; determining , at the handheld device , a position on the display device that the handheld device is aimed towards based at least on the determined position or angle or both position and angle of the one or more fiducials in the camera image; and controlling the application based on the determined position on the display device. determining, at the handheld device, shape and position of one or more fiducials selected from displayed elements within the user interface via analysis of the user interface for displayed elements that may be used as one or more fiducials, wherein the user interface represents output of the application being controlled; capturing , by the handheld device , a camera image of the selected one or more fiducials rendered by the display device ; determining , at the handheld device , a position or an angle or both a position and an angle of the one or more fiducials in the captured camera image using the determined shape and position of the one or more fiducials selected from the displayed elements within the user interface that represents output of the application being controlled; determining , at the handheld device , a position on the display device that the handheld device is aimed towards based at least on the determined position or angle or both position and angle of the one or more fiducials in the camera image; and controlling the application based on the determined position on the display device.
A method for casting aluminum on rotor, comprising: installing casting equipment on a casting workbench and storing molten aluminum in the casting equipment, wherein the casting equipment comprises a heat preserving furnace configured to store molten aluminum and an electromagnetic pump arranged at a side of the heat preserving furnace, characterized in that the method further comprises: assembling a plurality of rotor iron cores with a plurality of dies respectively and preheating outside the casting workbench, the preheating being performed by induction heating, resistance heating, direct contact direct current resistance heating or gas heating; installing the plurality of preheated dies on a plurality of liquid outlet gates at a top end of the electromagnetic pump, wherein each liquid outlet gate is matched with a liquid inlet gate of the dies; heating and keeping the installed die in a multi-stage heating mode by sheathing a four-section heating coil outside the die, and setting heating temperatures of the top-down arranged four-section heating coil to 400°C, 450°C, 500°C and 550°C; wherein the heating coil of adjacent sections are arranged in close proximity, and the height of the die is matched with the height of the four-section heating coil; controlling the pressurizing pressure of the electromagnetic pump in a time period when the electromagnetic pump is used for casting; and after completing casting, moving the plurality of dies out of the casting workbench to be cooled. assembling a plurality of rotor iron cores with a plurality of dies respectively and preheating outside the casting workbench, the preheating being performed by induction heating, resistance heating, direct contact direct current resistance heating or gas heating; installing the plurality of preheated dies on a plurality of liquid outlet gates at a top end of the electromagnetic pump, wherein each liquid outlet gate is matched with a liquid inlet gate of the dies; heating and keeping the installed die in a multi-stage heating mode by sheathing a four-section heating coil outside the die, and setting heating temperatures of the top-down arranged four-section heating coil to 400°C, 450°C, 500°C and 550°C; wherein the heating coil of adjacent sections are arranged in close proximity, and the height of the die is matched with the height of the four-section heating coil; controlling the pressurizing pressure of the electromagnetic pump in a time period when the electromagnetic pump is used for casting; and after completing casting, moving the plurality of dies out of the casting workbench to be cooled.
A compound which is a compound having the structure: or a pharmaceutically-acceptable salt thereof.