mhurhangee/patent-ind-claim-en huggingface dataset:
A heating device for heating an annular seal dedicated to be placed between rings of a bearing, comprising two longitudinal parts able to be moved relative to each other between a closed position in which a longitudinal channel is formed there between for being transverse longitudinally by a portion of said seal, and an open position in which a portion of said seal can be introduced in and removed out of said channel characterized in that said longitudinal parts comprise: half longitudinal internal bodies which form there between said longitudinal channel in said close position ; half longitudinal external fairings surrounding said half longitudinal internal bodies, the half longitudinal internal bodies carrying heating means for heating the portion of the seal extending in said channel ; and end flanges (19-22) for fixing together, respectively, half longitudinal internal bodies and half longitudinal external fairings , said end flanges (19-22) forming opposed end apertures at the ends of the longitudinal channel . half longitudinal internal bodies which form there between said longitudinal channel in said close position ; half longitudinal external fairings surrounding said half longitudinal internal bodies, the half longitudinal internal bodies carrying heating means for heating the portion of the seal extending in said channel ; and end flanges (19-22) for fixing together, respectively, half longitudinal internal bodies and half longitudinal external fairings , said end flanges (19-22) forming opposed end apertures at the ends of the longitudinal channel .
A method for fabricating a resistive random access memory, comprising: providing a substrate; forming a bottom electrode on the substrate; forming a resistance switching layer made of amorphous silicon on the bottom electrode ; forming a barrier layer made of silicon oxide or silicon nitride on the resistance switching layer ; and forming a top electrode on the barrier layer , wherein the barrier layer is configured to prevent atoms in the top electrode from diffusing into the resistance switching layer , characterized in that the method further comprises: after forming the resistance switching layer and before forming the barrier layer , performing a plasma treatment process on a surface of the resistance switching layer , wherein a gas of the plasma treatment process includes N 2 . providing a substrate; forming a bottom electrode on the substrate; forming a resistance switching layer made of amorphous silicon on the bottom electrode ; forming a barrier layer made of silicon oxide or silicon nitride on the resistance switching layer ; and forming a top electrode on the barrier layer , wherein the barrier layer is configured to prevent atoms in the top electrode from diffusing into the resistance switching layer , characterized in that the method further comprises: after forming the resistance switching layer and before forming the barrier layer , performing a plasma treatment process on a surface of the resistance switching layer , wherein a gas of the plasma treatment process includes N 2 .
An orthopedic spring hinge connectable between external fixators, comprising: a first base member; a second base member; and a flexible spring extending from the first base member to the second base member along a longitudinal axis, the flexible spring having a length in a direction of the longitudinal axis and a width less than the length, characterized in that , the flexible spring has a thickness less than the width, the flexible spring comprising a plurality of rigid hinge members each extending parallel to the width of the flexible spring, the plurality of rigid hinge members being embedded in an elastomer ; wherein the flexible spring is configured to prevent bending of the spring hinge within a first plane in which the length and width of the flexible spring extend, and to permit bending of the spring hinge within a second plane in which the length and thickness of the flexible spring extend. a first base member; a second base member; and a flexible spring extending from the first base member to the second base member along a longitudinal axis, the flexible spring having a length in a direction of the longitudinal axis and a width less than the length, characterized in that , the flexible spring has a thickness less than the width, the flexible spring comprising a plurality of rigid hinge members each extending parallel to the width of the flexible spring, the plurality of rigid hinge members being embedded in an elastomer ; wherein the flexible spring is configured to prevent bending of the spring hinge within a first plane in which the length and width of the flexible spring extend, and to permit bending of the spring hinge within a second plane in which the length and thickness of the flexible spring extend.
A transformer assembly , comprising: - a core having at least two yokes and at least two legs , - at least one winding provided about at least one of the legs of the core , the at least one winding being insulated by an insulating material , - at least one metal profile per yoke , extending in parallel to the respective yoke and being mounted to it, - at least two pistons seated in at least one of the metal profiles , the pistons being movable along their axial direction which is parallel to the longitudinal axis of the at least one winding , wherein the at least two pistons exert a force on the at least one winding in an axial direction of the windings , wherein - the pistons are mounted with spring elements , characterized in that - the spring elements are configured such that they compensate for the variations of the winding dimensions due to drying or curing and due to thermal cycles, and such that, after the drying or curing is completed, a force exerted on the at least one winding is dimensioned to be higher than an expanding electromagnetic force of the winding in case of a short circuit condition of the transformer. - a core having at least two yokes and at least two legs , - at least one winding provided about at least one of the legs of the core , the at least one winding being insulated by an insulating material , - at least one metal profile per yoke , extending in parallel to the respective yoke and being mounted to it, - at least two pistons seated in at least one of the metal profiles , the pistons being movable along their axial direction which is parallel to the longitudinal axis of the at least one winding , wherein the at least two pistons exert a force on the at least one winding in an axial direction of the windings , wherein - the pistons are mounted with spring elements , characterized in that - the spring elements are configured such that they compensate for the variations of the winding dimensions due to drying or curing and due to thermal cycles, and such that, after the drying or curing is completed, a force exerted on the at least one winding is dimensioned to be higher than an expanding electromagnetic force of the winding in case of a short circuit condition of the transformer.
A rotor assembly comprising a rotor core , wherein the rotor core comprises permanent magnetic poles and alternating poles that are arranged alternately in a circumferential direction, each permanent magnetic pole comprises a mounting groove , a permanent magnet is mounted in the mounting groove , polarities of permanent magnets facing an outer periphery of the rotor core are the same, both ends of the mounting groove are respectively provided with a second air slot , the second air slot comprises a slot body and a first extension part and a second extension part that are extended from the slot body to a center line of a magnetic pole, and the first extension part and the second extension part are sequentially disposed to form a stepped slot with a decreasing radial thickness , and wherein the second extension part is arranged radially further away from the mounting groove than the first extension part characterised in that an included angle formed by side walls, close to the center line of the magnetic pole, of two first extension parts located on a same permanent magnetic pole is a21, an included angle formed by side walls, close to the center line of the magnetic pole, of two second extension parts located on a same permanent magnetic pole is a22, and a value of a22/a21 ranges from 0.7 to 0.9.
A communication system, including: - a receiver ; - a transmitter ; and - a serial link comprising at least one video channel and a clock channel between the transmitter and the receiver, wherein the transmitter is configured to receive video data and audio data, to generate encoded video data and encoded audio data by encoding the video data and audio data, to transmit code words indicative of the encoded video data over the at least one video channel to the receiver in response to a pixel clock during active video periods, to transmit packets including encoded auxiliary data to the receiver during data islands by transmitting code words indicative of the packets over the the at least one video channel in response to the pixel clock, and to transmit the pixel clock to the receiver over the clock channel, wherein each of the data islands is a time interval that neither coincides with nor overlaps any of the active video periods, wherein the encoded auxiliary data include the encoded audio data, the transmitter is configured to include time stamp data in at least some of the packets, and the time stamp data together with the pixel clock are indicative of an audio clock for the audio data. - a receiver ; - a transmitter ; and - a serial link comprising at least one video channel and a clock channel between the transmitter and the receiver,
A seal assembly for use in a dynamic pin joint defining axial (A) and radial directions (R), the seal assembly comprising: a counterface seal ring subassembly including: a counterface seal ring member that includes a radially extending planar seal face and a first contoured load ring interface ; and a first load ring ; the seal assembly further comprising: a lip seal ring subassembly including: a lip seal ring member that includes a lip sealing feature and a second contoured load ring interface ; and a second load ring , characterised in that the lip seal ring member is a flexible member having a Shore A hardness ranging from 80-100 and the counterface seal ring member is a rigid member having a Rockwell C hardness ranging from 50-60. a counterface seal ring subassembly including: a counterface seal ring member that includes a radially extending planar seal face and a first contoured load ring interface ; and a first load ring ; a counterface seal ring member that includes a radially extending planar seal face and a first contoured load ring interface ; and a first load ring ; the seal assembly further comprising: a lip seal ring subassembly including: a lip seal ring member that includes a lip sealing feature and a second contoured load ring interface ; and a second load ring , a lip seal ring member that includes a lip sealing feature and a second contoured load ring interface ; and a second load ring , characterised in that the lip seal ring member is a flexible member having a Shore A hardness ranging from 80-100 and the counterface seal ring member is a rigid member having a Rockwell C hardness ranging from 50-60.
A medical device assembly comprising a medical device, preferably having a hydrophilic surface coating, and a package forming a closed compartment accommodating said medical device, wherein the package is formed of at least one sheet of tearable material and comprising a first weld extending along a first side in a first direction of the package and a second weld extending along a second side in a second direction of the package, said first and second directions being different and preferably orthogonal to each other, wherein a tear line is provided in said second weld , the tear line being arranged to direct a subsequent tear towards the first weld , characterized in that the first weld is provided with an inward protrusion , protruding inwardly towards said closed compartment, at a distance from said second weld , wherein the inward protrusion forms a stop preventing further tearing when the tear reaches the inward protrusion.
An optical system comprising a first drop-side optical circuit comprising: a multicast-and-select switch having a plurality of input ports and a plurality of output ports, a plurality of selective devices , each for blocking some of wavelengths of light passing therethrough and for passing at least one other wavelength therethrough so as to provide output to an output port of said selective device , wherein each of the plurality of selective devices has an input port optically coupled to an output port of the multicast-and-select switch , and an optical amplifying array comprising a plurality of optical amplifiers, each having an input port optically coupled to one of the selective devices for receiving an optical signal to be amplified, wherein each of the plurality of optical amplifiers comprises one or more rare earth doped optical fibers for amplifying an optical signal propagating therethrough and has an output port for providing an amplified optical signal, characterized in that the optical amplifying array comprises one or more laser pumps for providing pump light sufficient to fully saturate all of the rare earth doped optical fibers in the optical amplifying array , wherein a number of the one or more laser pumps is less than a number of the plurality of optical amplifiers, and each of at least some of the optical amplifiers has a pump light port configured for receiving at least a portion of the pump light from another of the optical amplifiers. a multicast-and-select switch having a plurality of input ports and a plurality of output ports, a plurality of selective devices , each for blocking some of wavelengths of light passing therethrough and for passing at least one other wavelength therethrough so as to provide output to an output port of said selective device , wherein each of the plurality of selective devices has an input port optically coupled to an output port of the multicast-and-select switch , and an optical amplifying array comprising a plurality of optical amplifiers, each having an input port optically coupled to one of the selective devices for receiving an optical signal to be amplified, wherein each of the plurality of optical amplifiers comprises one or more rare earth doped optical fibers for amplifying an optical signal propagating therethrough and has an output port for providing an amplified optical signal, characterized in that the optical amplifying array comprises one or more laser pumps for providing pump light sufficient to fully saturate all of the rare earth doped optical fibers in the optical amplifying array , wherein a number of the one or more laser pumps is less than a number of the plurality of optical amplifiers, and each of at least some of the optical amplifiers has a pump light port configured for receiving at least a portion of the pump light from another of the optical amplifiers.
A coating system comprising: an ingredient ink supply portion supplying ingredient inks used in a coating method, each of the ingredient inks being a coating liquid that contains a light-emitting material being an organic compound; a first pipe connected to the ingredient ink supply portion; a stirring tank comprising an ink stirring mechanism and connected to the ingredient ink supply portion through the first pipe a supply regulator portion provided on the first pipe and regulating the respective amounts of the ingredient inks supplied to the stirring tank; a controller portion connected to the supply regulator portion through an electric telecommunication line , determining a mixing ratio of the ingredient inks, and controlling operation of the supply regulator portion based on the mixing ratio; a coating device comprising an ink transport portion connected to the stirring tank through a second pipe and comprising an ink discharge portion connected to the ink transport portion through a third pipe ; characterized by a washing portion that comprises a washing solution supply portion connected to the stirring tank through a washing solution supply pipe ; and an inert gas supply portion connected to the stirring tank through an inert gas supply pipe . an ingredient ink supply portion supplying ingredient inks used in a coating method, each of the ingredient inks being a coating liquid that contains a light-emitting material being an organic compound; a first pipe connected to the ingredient ink supply portion; a stirring tank comprising an ink stirring mechanism and connected to the ingredient ink supply portion through the first pipe a supply regulator portion provided on the first pipe and regulating the respective amounts of the ingredient inks supplied to the stirring tank; a controller portion connected to the supply regulator portion through an electric telecommunication line , determining a mixing ratio of the ingredient inks, and controlling operation of the supply regulator portion based on the mixing ratio; a coating device comprising an ink transport portion connected to the stirring tank through a second pipe and comprising an ink discharge portion connected to the ink transport portion through a third pipe ; characterized by a washing portion that comprises a washing solution supply portion connected to the stirring tank through a washing solution supply pipe ; and an inert gas supply portion connected to the stirring tank through an inert gas supply pipe .
A resealable packing-list-pouch comprising: a back sheet and a front sheet connected to form a pocket such that a top edge of the back sheet extends beyond a top edge of the front sheet to form an opening of the pocket ; a protective lip sheet connected to the back sheet at one end to form a protective lip over the opening of the pocket ; characterised by a flap sheet connected to the protective lip sheet ; and an adhesive strip configured to fasten a bottom portion of the flap sheet to the front sheet to form a resealable closure over the opening of the pocket . a back sheet and a front sheet connected to form a pocket such that a top edge of the back sheet extends beyond a top edge of the front sheet to form an opening of the pocket ; a protective lip sheet connected to the back sheet at one end to form a protective lip over the opening of the pocket ; characterised by a flap sheet connected to the protective lip sheet ; and an adhesive strip configured to fasten a bottom portion of the flap sheet to the front sheet to form a resealable closure over the opening of the pocket .
A method for manufacturing a coated plywood panel , the method comprising - arranging available a first veneer layer comprising wood, - arranging available adhesive , - arranging a second veneer layer comprising wood, such that at least some of the adhesive is left in between the first veneer layer and the second veneer layer , - arranging available a waterproofing layer having a first side and a second side , - attaching the first side of the waterproofing layer to the first veneer layer such that • the first veneer layer is left in between the second veneer layer and the waterproofing layer and • a first adhesion strength (σ1) forms between the waterproofing layer and the first veneer layer , - attaching a protective layer on the second side of the waterproofing layer such that a second adhesion strength (σ2) forms between the protective layer and the waterproofing layer , wherein - the protective layer comprises a vapour permeable or semi-permeable layer arranged in direct connection with the waterproofing layer and - the first adhesion strength (σ1) is greater than the second adhesion strength (σ2), whereby the protective layer is removable from the waterproofing layer , wherein - the material of the waterproofing layer comprises resin suitable for polymerization. - arranging available a first veneer layer comprising wood, - arranging available adhesive , - arranging a second veneer layer comprising wood, such that at least some of the adhesive is left in between the first veneer layer and the second veneer layer , - arranging available a waterproofing layer having a first side and a second side , - attaching the first side of the waterproofing layer to the first veneer layer such that • the first veneer layer is left in between the second veneer layer and the waterproofing layer and • a first adhesion strength (σ1) forms between the waterproofing layer and the first veneer layer , • the first veneer layer is left in between the second veneer layer and the waterproofing layer and • a first adhesion strength (σ1) forms between the waterproofing layer and the first veneer layer , - attaching a protective layer on the second side of the waterproofing layer such that a second adhesion strength (σ2) forms between the protective layer and the waterproofing layer , wherein - the protective layer comprises a vapour permeable or semi-permeable layer arranged in direct connection with the waterproofing layer and - the first adhesion strength (σ1) is greater than the second adhesion strength (σ2), whereby the protective layer is removable from the waterproofing layer , wherein - the material of the waterproofing layer comprises resin suitable for polymerization.
A beam failure recovery method, performed by a User Equipment, UE, the method comprising: determining (S301), a target reporting mode for beam failure of a first secondary cell, SCell; and in a case that the UE detects that beam failure occurs to the first SCell, reporting (S302) information of beam failure recovery to a base station corresponding to the first SCell by using the target reporting mode, wherein the information of beam failure recovery comprises information indicating that a beam failure event occurs to the first SCell and candidate beam information, or the information of beam failure recovery comprises candidate beam information, wherein the candidate beam information comprises reference signal indication information corresponding to a candidate beam; wherein the reporting (S302) the information of beam failure recovery to the base station corresponding to the first SCell by using the target reporting mode, comprises: reporting the information of beam failure recovery to the base station through a Physical Uplink Shared Channel, PUSCH, based on a configured grant. determining (S301), a target reporting mode for beam failure of a first secondary cell, SCell; and in a case that the UE detects that beam failure occurs to the first SCell, reporting (S302) information of beam failure recovery to a base station corresponding to the first SCell by using the target reporting mode, wherein the information of beam failure recovery comprises information indicating that a beam failure event occurs to the first SCell and candidate beam information, or the information of beam failure recovery comprises candidate beam information, wherein the candidate beam information comprises reference signal indication information corresponding to a candidate beam; wherein the reporting (S302) the information of beam failure recovery to the base station corresponding to the first SCell by using the target reporting mode, comprises: reporting the information of beam failure recovery to the base station through a Physical Uplink Shared Channel, PUSCH, based on a configured grant.