mhurhangee/patent-ind-claim-en huggingface dataset:
A foldable terminal , comprising a body , a magnetic attraction assembly and a magnetic buffer assembly ; the body comprising an upper part , a bending part and a lower part , the upper part being coupled with the bending part , the bending part being coupled with the lower part ; the magnetic attraction assembly comprising a first magnetic attraction member and a second magnetic attraction member , the first magnetic attraction member being disposed to the upper part and away from the bending part ; the second magnetic attraction member being disposed to the lower part and away from the bending part ; the magnetic buffer assembly comprising a first magnetic buffer member and a second magnetic buffer member , the first magnetic buffer member being disposed to the upper part and adjacent to the bending part ; the second magnetic buffer member being disposed to the lower part and adjacent to the bending part ; and the foldable terminal further comprising a flexible screen assembly disposed to a surface of the body , the bending part being a sheet made of materials able to be bent repeatedly and exhibiting elasticity, and the bending part being arranged opposite to the flexible screen assembly .
A communication method, comprising: receiving (S201) configuration information, wherein the configuration information comprises information indicating first resources which comprise one or more contention-free random access resources, and the one or more contention-free random access resources comprise a contention-free random access resource for a beam failure recovery request; and the one or more contention-free random access resources further comprise a contention-free random access resource for a cell change; sending (S202) a random access request based on the configuration information; and when random access is completed, retaining (S203) the contention-free random access resource for a beam failure recovery request and releasing the contention-free random access resource for the cell change; wherein the configuration information further comprises beam identifiers corresponding to some or all of the contention-free random access resources, or the configuration information further comprises an association between identifiers of random access resources and beam identifiers; wherein the random access resources comprise a contention-based random access resource and the contention-free random access resources, and the beam identifiers are a synchronization signal block index or a channel state information-reference signal index, the retaining (S203) the contention-free random access resource for a beam failure recovery request comprises: retaining information indicating the contention-free access resource for a beam failure recovery request. receiving (S201) configuration information, wherein the configuration information comprises information indicating first resources which comprise one or more contention-free random access resources, and the one or more contention-free random access resources comprise a contention-free random access resource for a beam failure recovery request; and the one or more contention-free random access resources further comprise a contention-free random access resource for a cell change; sending (S202) a random access request based on the configuration information; and when random access is completed, retaining (S203) the contention-free random access resource for a beam failure recovery request and releasing the contention-free random access resource for the cell change; wherein the configuration information further comprises beam identifiers corresponding to some or all of the contention-free random access resources, or the configuration information further comprises an association between identifiers of random access resources and beam identifiers; the configuration information further comprises beam identifiers corresponding to some or all of the contention-free random access resources, or the configuration information further comprises an association between identifiers of random access resources and beam identifiers; wherein the random access resources comprise a contention-based random access resource and the contention-free random access resources, and the beam identifiers are a synchronization signal block index or a channel state information-reference signal index,
Structural assembly for an aircraft having a longitudinal direction (X) and a median plane (XZ), said structural assembly having: - a plurality of pairs of main gantries (204a-b), wherein, for a pair, the main gantries (204a-b) face one another with respect to the median plane (XZ) and wherein the pairs are distributed in the longitudinal direction (X), - two transverse panels that are perpendicular to the longitudinal direction (X) and are fixed to the front and the rear of the plurality of pairs of main gantries (204a-b) to together delimit a compartment for a landing gear of the aircraft , - at least one pair of secondary gantries (208a-b) which extend parallel to the longitudinal direction (X) between the main gantries (204a-b) and the ends of which are fixed to the transverse panels, - at least one crossmember which extends parallel to the transverse panels and is disposed in a manner straddling at least one secondary gantry (208a-b), characterized in that the structural assembly has - for each secondary gantry (208a-b) and each crossmember straddling said secondary gantry (208a-b), a connecting rod (216b-c) mounted so as to be able to freely rotate, via a first end, on a lower part of the crossmember and, via a second end, on an outer lateral part of the secondary gantry (208a-b). - a plurality of pairs of main gantries (204a-b), wherein, for a pair, the main gantries (204a-b) face one another with respect to the median plane (XZ) and wherein the pairs are distributed in the longitudinal direction (X), - two transverse panels that are perpendicular to the longitudinal direction (X) and are fixed to the front and the rear of the plurality of pairs of main gantries (204a-b) to together delimit a compartment for a landing gear of the aircraft , - at least one pair of secondary gantries (208a-b) which extend parallel to the longitudinal direction (X) between the main gantries (204a-b) and the ends of which are fixed to the transverse panels, - at least one crossmember which extends parallel to the transverse panels and is disposed in a manner straddling at least one secondary gantry (208a-b), characterized in that the structural assembly has - for each secondary gantry (208a-b) and each crossmember straddling said secondary gantry (208a-b), a connecting rod (216b-c) mounted so as to be able to freely rotate, via a first end, on a lower part of the crossmember and, via a second end, on an outer lateral part of the secondary gantry (208a-b).
Stacking plate (1, la, 1b) for a stacked plate heat exchanger, comprising: - a substantially flat base extending along a principal plane in which first passage openings and second passage openings are provided for the passage of a first medium and a second medium respectively, and - a raised edge projecting beyond the perimeter of the said substantially flat base surrounding it continuously, characterized in that first portions (2b1) and second portions (2b2) of the said raised edge project beyond the perimeter of the substantially flat base in accordance with a first lateral angle (α) and a second lateral angle (μ) with respect to the said principal plane respectively, in which the said first lateral angle (α) and the second (μ) are different from each other, and in that the said first portions (2b1) project from straight segments of the perimeter of the substantially flat base while the said second portions (2b2) project from curved segments thereof. - a substantially flat base extending along a principal plane in which first passage openings and second passage openings are provided for the passage of a first medium and a second medium respectively, and - a raised edge projecting beyond the perimeter of the said substantially flat base surrounding it continuously, characterized in that first portions (2b1) and second portions (2b2) of the said raised edge project beyond the perimeter of the substantially flat base in accordance with a first lateral angle (α) and a second lateral angle (μ) with respect to the said principal plane respectively, in which the said first lateral angle (α) and the second (μ) are different from each other, and in that the said first portions (2b1) project from straight segments of the perimeter of the substantially flat base while the said second portions (2b2) project from curved segments thereof.
A system for unpacking a transport tub for objects out of a packaging in which the transport tub is packaged, the packaging having a packaging portion which extends in an extent direction away from the transport tub , wherein the system includes the packaging and an apparatus for opening the packaging , the apparatus having a cutting-open device for cutting open the packaging in order to generate an opening in the packaging , the cutting-open device being designed to cut off a first part of the packaging portion in order to generate the opening in the packaging , characterized in that the apparatus has an inflating device for inflating the packaging through the opening generated in the packaging .
A form panel setting element, comprising a face longitudinal wall and two opposite side walls each extending from said longitudinal wall to a free end piece-forming free tip edge , the respective outer faces of the two side walls having an alternation of protruding and recessed interlocking crenellations, the free tip edge of the first side wall having a first interlocking element cooperatively shaped with a second interlocking element located on the free tip edge of the opposite second side wall , the outer face of the face longitudinal wall having an alternation of protruding and recessed interlocking crenellations, wherein the protruding and recessed interlocking crenellations of the two opposite side walls extend over the height of said walls and have a same width, and wherein the protruding and recessed interlocking crenellations of the face longitudinal wall extend over the height of said wall and have a same width.
A cellulose-based bioink comprising: a dispersion of bacterial cellulose nanofibrils in a liquid media, wherein the cellulose nanofibrils have a length of about 1-100 microns and a width of about 10-30 nanometers; a viscosity of between 1 and 50 Pa's at 100 s -1 ; and a solids content of up to 8 % by weight of the dispersion. a dispersion of bacterial cellulose nanofibrils in a liquid media, wherein the cellulose nanofibrils have a length of about 1-100 microns and a width of about 10-30 nanometers; a viscosity of between 1 and 50 Pa's at 100 s -1 ; and a solids content of up to 8 % by weight of the dispersion.
In vitro use of the biomarker Flattop (Fltp) for distinguishing mature β cells from immature progenitor β cells.
A polishing pad including a polishing layer and a window for end-point detection, characterized in that the surface roughness (Ra) of the polishing layer and the window for end-point detection has a surface roughness rate of difference change (SRR) represented by the following Equation 1 of 1.9 to 2.2: SRR = dRa 1 dRa 2 where, dRa1 is a surface roughness difference between the polishing layer and the window before polishing, and dRa2 is a surface roughness difference between the polishing layer and the window measured after supplying a calcined ceria slurry onto the polishing layer at 200 mL/min, maintaining a wafer load of 41.4 kPa (6.0 psi), polishing an oxide film at a speed of 150 rpm for 60 seconds, and polishing 100 wafer sheets under the above conditions. dRa1 is a surface roughness difference between the polishing layer and the window before polishing, and dRa2 is a surface roughness difference between the polishing layer and the window measured after supplying a calcined ceria slurry onto the polishing layer at 200 mL/min, maintaining a wafer load of 41.4 kPa (6.0 psi), polishing an oxide film at a speed of 150 rpm for 60 seconds, and polishing 100 wafer sheets under the above conditions.
Rail vehicle , comprising at least one driver's console which is designed as at least one driver's console table equipped with operating and display devices , wherein the driver's console table is slidably mounted between two end positions, characterised in that in one end position the operating and display devices of the driver's console table are inaccessible and in the second end position the driver's console table is in a position of use.
A method for processing audio signal, comprising: receiving an input operation of a user performed on a shell of an earphone; determining an acoustic echo impulse response at a current position of an earpiece of the earphone inside the user's ear canal according to an audio signal currently played by the earphone and a vibration signal generated by the input operation; identifying a directive instruction corresponding to the input operation at least according to the acoustic echo impulse response, a pre-stored mapping relationship between acoustic echo impulse responses and positions of the earpiece inside the user's ear canal, and an occurrence frequency of the acoustic echo impulse response within a preset time period, wherein different acoustic echo impulse responses are indicative of different positions of the earpiece inside the user's ear canal; and controlling an electronic device in communication with the earphone to execute a corresponding operation for a preset application in the electronic device according to the directive instruction, the preset application being an application generating the audio signal currently played by the earphone. receiving an input operation of a user performed on a shell of an earphone; determining an acoustic echo impulse response at a current position of an earpiece of the earphone inside the user's ear canal according to an audio signal currently played by the earphone and a vibration signal generated by the input operation; identifying a directive instruction corresponding to the input operation at least according to the acoustic echo impulse response, a pre-stored mapping relationship between acoustic echo impulse responses and positions of the earpiece inside the user's ear canal, and an occurrence frequency of the acoustic echo impulse response within a preset time period, wherein different acoustic echo impulse responses are indicative of different positions of the earpiece inside the user's ear canal; and controlling an electronic device in communication with the earphone to execute a corresponding operation for a preset application in the electronic device according to the directive instruction, the preset application being an application generating the audio signal currently played by the earphone.
Heating system comprising a heating arrangement and a heat exchanger having a primary side and a secondary side , wherein the primary side is to be connected to a heat source and the secondary side is connected to the heating arrangement, the heating arrangement comprising plural branches , each branch having a heat exchanging device , where the heating system further comprises a return temperature sensor in a return line of the branches and a supply temperature sensor upstream the branches , and a valve arrangement arranged downstream of said heat exchanger in a line between the heat exchanger and the branches , said valve arrangement comprising a controller , a flow control valve and a pressure regulating valve keeping constant a pressure difference over two positions in the heating system over the flow control valve , where the flow control valve is actuated by an actuating device controlled by said controller , wherein the controller is connected to the return temperature sensor in the return line of the branches , and to the supply temperature sensor upstream the branches and upstream the valve arrangement , characterized in that , the controller is configured to adjust the general flow in the heating arrangement in response to a required temperature difference ΔT of the measured return temperature and supply temperature.
A cleaner head for a vacuum cleaner, comprising: an agitator ; and a housing defining a chamber which at least partially surrounds the agitator , a dirty air inlet in a lower part of the chamber and a dirty air outlet , wherein a partition is disposed between the agitator and the dirty air outlet such that the partition and the housing define a settling region of the chamber adjacent the dirty air outlet , the partition is provided with a first debris opening and characterised in that the partition is further provided with a second debris opening disposed above the first debris opening such that, in use, debris swept past the first debris opening by the agitator is swept towards the second debris opening , and a debris diverter is disposed within the chamber above the second debris opening and is arranged to deflect debris through the second debris opening . an agitator ; and a housing defining a chamber which at least partially surrounds the agitator , a dirty air inlet in a lower part of the chamber and a dirty air outlet , wherein a partition is disposed between the agitator and the dirty air outlet such that the partition and the housing define a settling region of the chamber adjacent the dirty air outlet , the partition is provided with a first debris opening and characterised in that the partition is further provided with a second debris opening disposed above the first debris opening such that, in use, debris swept past the first debris opening by the agitator is swept towards the second debris opening , and a debris diverter is disposed within the chamber above the second debris opening and is arranged to deflect debris through the second debris opening .
A gravity-based foundation for the installation of offshore wind turbines, manufactured in a floating dock for towing to the final location thereof, where it is anchored and finally completely submerged below sea level comprising a floating concrete caisson , in the shape of a straight prism, closed at its base, provided with vertical inner cells interconnected with each other and with the exterior, equipped with emptying and filling devices, which enables self-regulation of the ballast level for anchoring at its final location; closed at the top by means of a cover and provided with at least one concrete node in at least one of the cells of the caisson, which defines means of connection of a shaft or structure that joins the caisson to the superstructure, to which in turn the wind turbine is fastened, wherein said caisson has a lobular cross section, in a circular arrangement, wherein each of said lobes has a trapezoidal configuration, with a curved-convex outer side , while the inner side is a portion of the partition that defines a significantly circular central cell , each of these lobes being divided into several cells by at least one partition with a significantly circular cross section, concentric with the central cell ; the closing cover or covers having a configuration equivalent to the caisson or to each of said lobes and a support on said caisson that enables the removal of the cover or covers once the foundation is anchored, before being filled with a ballast material; and wherein that-the base of the caisson has a polygonal floor plan, thicker than the walls of the caisson, and protruding slightly from the bottom of the caisson, acting as a counterweight with the aim of lowering the center of gravity, which allows the caisson to be stabilized in flotation, during the transfer thereof or in anchoring operations.
A two stage method for extraction of oil from the peel of whole citrus fruit, including primary and secondary extraction wherein the primary extraction of oil is obtained by causing said fruit to be conveyed across a first plurality of generally parallel toothed rollers in a direction perpendicular to the axes of rotation of said toothed rollers, wherein said toothed rollers have projections which penetrate the oil glands in the peel of said citrus to cause oil to drain downwardly from said citrus, wherein said oil is collected in a first pan of water to form an emulsion of citrus oil and water, and wherein said emulsion is then transferred to a centrifuge or other separator to remove and collect most of the oil from said emulsion, wherein said emulsion after oil separation is a middle phase liquor , and a secondary stage of extracting oil characterized by : transferring said citrus from said first plurality of toothed rollers to a second plurality of toothed rollers , wherein said second plurality of rollers has projections which penetrate oil glands in the peel of said citrus, wherein said second plurality of rollers is positioned relative to a second pan to cause said citrus to be partially submerged in liquid introduced into said second pan , moving said citrus across said second pan by said second plurality of rollers , introducing at least a portion of said middle phase liquor into said second pan, causing said middle phase liquor in said second pan to contact the surfaces of said partially submerged citrus (40m-40p), said contact causing desorption of additional oil from said citrus into said middle phase liquor because of higher oil concentration remaining in said citrus (40m-40p) than the oil concentration in said middle phase liquor . transferring said citrus from said first plurality of toothed rollers to a second plurality of toothed rollers , wherein said second plurality of rollers has projections which penetrate oil glands in the peel of said citrus, wherein said second plurality of rollers is positioned relative to a second pan to cause said citrus to be partially submerged in liquid introduced into said second pan , moving said citrus across said second pan by said second plurality of rollers , introducing at least a portion of said middle phase liquor into said second pan, causing said middle phase liquor in said second pan to contact the surfaces of said partially submerged citrus (40m-40p), said contact causing desorption of additional oil from said citrus into said middle phase liquor because of higher oil concentration remaining in said citrus (40m-40p) than the oil concentration in said middle phase liquor .
Electronic device for an automotive lighting module , the electronic device comprising a flexible printed circuit board with conductive tracks and a conductive anode arranged on the flexible circuit board ; a connector ; a plurality of first light sources and a plurality of second light sources mounted on said flexible printed circuit board and being in electrical connection with the connector 4 by means of the conductive tracks 3 and the conductive anode; characterised in that a first portion of said conductive anode is connecting the connector with the first light sources ; a second portion of said conductive anode is connecting the connector with the second light sources ; wherein the first portion of the conductive anode and the second portion of the conductive anode are directly connected to the connector . a flexible printed circuit board with conductive tracks and a conductive anode arranged on the flexible circuit board ; a connector ; a plurality of first light sources and a plurality of second light sources mounted on said flexible printed circuit board and being in electrical connection with the connector 4 by means of the conductive tracks 3 and the conductive anode; characterised in that a first portion of said conductive anode is connecting the connector with the first light sources ; a second portion of said conductive anode is connecting the connector with the second light sources ; wherein the first portion of the conductive anode and the second portion of the conductive anode are directly connected to the connector .