mhurhangee/patent-ind-claim-en huggingface dataset:
A floating offshore structure used for drilling or production, the floating offshore structure comprising a semi-submerged platform body that is extended vertically above and below a sea level, the semi-submerged platform body comprising: an upper cylindrical portion; a lower cylindrical portion; a central portion disposed between the upper and lower cylindrical portions; and two transitional portions disposed between the upper or lower portion and the central portion, characterized in that the central portion comprises a plurality of concave parts and a plurality of convex parts alternately arranged around a central axis of the central portion such that each concave part is disposed between two of the convex parts , wherein the concave parts each include an outer end surface, and the convex parts each include an outer end surface and two side surfaces, the side surfaces extending from the outer end surface of the convex part toward the central axis of the central portion and being connected to the outer end surface of the concave part , the outer end surfaces and the side surfaces of the convex parts and the outer end surfaces of the concave parts jointly define a discontinuously formed outer circumferential surface of the central portion, the outer end surfaces of the concave parts are closer to the central axis than the outer end surfaces of the convex parts such that the platform body has a reduced cross-sectional area at the concave parts, a distance of the outer end surfaces of the convex parts from the central axis is equal to a radius of the upper and lower cylindrical portions. an upper cylindrical portion; a lower cylindrical portion; a central portion disposed between the upper and lower cylindrical portions; and two transitional portions disposed between the upper or lower portion and the central portion, characterized in that the central portion comprises a plurality of concave parts and a plurality of convex parts alternately arranged around a central axis of the central portion such that each concave part is disposed between two of the convex parts , wherein the concave parts each include an outer end surface, and the convex parts each include an outer end surface and two side surfaces, the side surfaces extending from the outer end surface of the convex part toward the central axis of the central portion and being connected to the outer end surface of the concave part , the outer end surfaces and the side surfaces of the convex parts and the outer end surfaces of the concave parts jointly define a discontinuously formed outer circumferential surface of the central portion, the outer end surfaces of the concave parts are closer to the central axis than the outer end surfaces of the convex parts such that the platform body has a reduced cross-sectional area at the concave parts, a distance of the outer end surfaces of the convex parts from the central axis is equal to a radius of the upper and lower cylindrical portions.
Lid for a sterile container , comprising: a lid component , in particular made of metal, which is provided with at least one gas exchange section, in particular a perforated one; at least one frame for receiving a filter device provided on a lid inner side at the at laest one gas exchange section; and at least one outer cover , particularly made of metal, covering the at least one gas exchange section on a lid outer side , characterized by at least one connection element inserted in the lid component by way of which the outer cover is attachable on the lid outer side and the frame is attachable on the lid inner side . a lid component , in particular made of metal, which is provided with at least one gas exchange section, in particular a perforated one; at least one frame for receiving a filter device provided on a lid inner side at the at laest one gas exchange section; and at least one outer cover , particularly made of metal, covering the at least one gas exchange section on a lid outer side , characterized by at least one connection element inserted in the lid component by way of which the outer cover is attachable on the lid outer side and the frame is attachable on the lid inner side .
A circular polarization-type polarization diversity element for outputting light having a constant circular polarization state regardless of a polarization state of input light, wherein the polarization diversity element comprises two polarization gratings , each polarization grating having a thickness such that the polarization grating becomes a half-wave plate, wherein birefringent directors of each polarization grating rotate at a period A, wherein these polarization gratings are disposed with a desired interval from each other, such that, when a light beam with a spot size and an arbitrary polarization state is incident at one of the polarization gratings , two separated light beams, one having right-handed circular polarization, the other having left-handed circular polarization, are output from the other one of the polarization gratings and the polarization diversity element being characterized by further comprising a half-wave plate inserted in either one of two paths of the two separated, light beams to thereby convert the two separated light beams into parallel proximate circularly polarized light beams with the same rotational direction, and to output the two light beams. wherein the polarization diversity element comprises two polarization gratings , each polarization grating having a thickness such that the polarization grating becomes a half-wave plate, wherein birefringent directors of each polarization grating rotate at a period A, wherein these polarization gratings are disposed with a desired interval from each other, such that, when a light beam with a spot size and an arbitrary polarization state is incident at one of the polarization gratings , two separated light beams, one having right-handed circular polarization, the other having left-handed circular polarization, are output from the other one of the polarization gratings and the polarization diversity element being characterized by further comprising a half-wave plate inserted in either one of two paths of the two separated, light beams to thereby convert the two separated light beams into parallel proximate circularly polarized light beams with the same rotational direction, and to output the two light beams.
Circuit element for data communication via at least one supply line , comprising at least one communication interface for connecting to the at least one supply line , at least one supply interface , which is connected to the at least one communication interface by means of a coupling coil , and at least one data interface , which is connected to a secondary communication unit , wherein the circuit element comprises multiple communication interfaces for connecting to a respective supply line , which are connected to a respective separate primary communication unit by means of separate coupling capacitors , wherein each primary communication unit has a modulator circuit and/or a demodulator circuit, and multiple data interfaces , wherein each of the data interfaces is connected to a separate secondary communication unit , and wherein a coupling unit can be used to couple each one of the primary communication units or one of the secondary communication units to another of the primary communication units or another of the secondary communication units , wherein the coupling unit has means for implementing various communication protocols, and wherein the communication interface is of two-pole design, and in that one pole of the communication interface is connected directly to one pole of the two-pole supply interface and to earth. at least one communication interface for connecting to the at least one supply line , at least one supply interface , which is connected to the at least one communication interface by means of a coupling coil , and at least one data interface , which is connected to a secondary communication unit , wherein the circuit element comprises multiple communication interfaces for connecting to a respective supply line , which are connected to a respective separate primary communication unit by means of separate coupling capacitors , wherein each primary communication unit has a modulator circuit and/or a demodulator circuit, and multiple data interfaces , wherein each of the data interfaces is connected to a separate secondary communication unit , and wherein a coupling unit can be used to couple each one of the primary communication units or one of the secondary communication units to another of the primary communication units or another of the secondary communication units , wherein the coupling unit has means for implementing various communication protocols, and wherein the communication interface is of two-pole design, and in that one pole of the communication interface is connected directly to one pole of the two-pole supply interface and to earth.
An audio data processing method, comprising: obtaining to-be-separated audio data; obtaining an overall spectrum of the to-be-separated audio data; separating the overall spectrum, to obtain a singing voice spectrum and an accompaniment spectrum; calculating an accompaniment binary mask of the to-be-separated audio data according to the to-be-separated audio data; and processing the singing voice spectrum and the accompaniment spectrum using the accompaniment binary mask, to obtain accompaniment data and singing voice data; wherein the overall spectrum is separated to obtain a first singing voice spectrum and a first accompaniment spectrum; and the method further comprises: adjusting the overall spectrum according to the first singing voice spectrum and the first accompaniment spectrum, to obtain a second singing voice spectrum and a second accompaniment spectrum, wherein the processing the singing voice spectrum and the accompaniment spectrum using the accompaniment binary mask, to obtain accompaniment data and singing voice data comprises: processing the second singing voice spectrum and the second accompaniment spectrum using the accompaniment binary mask, to obtain the accompaniment data and the singing voice data. obtaining to-be-separated audio data; obtaining an overall spectrum of the to-be-separated audio data; separating the overall spectrum, to obtain a singing voice spectrum and an accompaniment spectrum; calculating an accompaniment binary mask of the to-be-separated audio data according to the to-be-separated audio data; and processing the singing voice spectrum and the accompaniment spectrum using the accompaniment binary mask, to obtain accompaniment data and singing voice data; wherein the overall spectrum is separated to obtain a first singing voice spectrum and a first accompaniment spectrum; and the method further comprises: adjusting the overall spectrum according to the first singing voice spectrum and the first accompaniment spectrum, to obtain a second singing voice spectrum and a second accompaniment spectrum, wherein the processing the singing voice spectrum and the accompaniment spectrum using the accompaniment binary mask, to obtain accompaniment data and singing voice data comprises: processing the second singing voice spectrum and the second accompaniment spectrum using the accompaniment binary mask, to obtain the accompaniment data and the singing voice data. adjusting the overall spectrum according to the first singing voice spectrum and the first accompaniment spectrum, to obtain a second singing voice spectrum and a second accompaniment spectrum, wherein the processing the singing voice spectrum and the accompaniment spectrum using the accompaniment binary mask, to obtain accompaniment data and singing voice data comprises: processing the second singing voice spectrum and the second accompaniment spectrum using the accompaniment binary mask, to obtain the accompaniment data and the singing voice data.
Razor device for detaching mass shapes comprising a main support with an upper section , a lower section and a back section ; a razor support coupled to the lower section of the main support ; and a detachment razor set on a frontal section of the razor support ; characterized by : a pressing arm with a lower section and an upper section ; wherein the upper section of the main support is coupled to the lower section of the pressing arm by means of a first pivot coupling; a gas shock absorber with a lower section and an upper section ; wherein the lower section of the gas shock absorber is coupled with the back section of the main support and the upper section of the gas shock absorber is coupled to the upper section of the pressing arm . a pressing arm with a lower section and an upper section ; wherein the upper section of the main support is coupled to the lower section of the pressing arm by means of a first pivot coupling; a gas shock absorber with a lower section and an upper section ; wherein the lower section of the gas shock absorber is coupled with the back section of the main support and the upper section of the gas shock absorber is coupled to the upper section of the pressing arm .
A clutched compressor section of a gas turbine engine coupled to a rotor shaft , comprising: at least one decoupleable rotor stage , the decoupleable rotor stage being switchable between a coupled condition and a decoupled condition with a clutch mechanism , the coupled condition coupling the decoupleable rotor stage with the rotor shaft, the decoupled condition decoupling the decoupleable rotor stage from the rotor shaft; a plurality of compressor rotor stages axially spaced from each other and operatively coupled to each other, the at least one decoupleable rotor stage being one of the plurality of compressor rotor stages; a group of stages of the plurality of compressor rotor stages being coupled to each other and to the rotor shaft, the at least one decoupleable rotor stage being coupled to the group of stages in the coupled condition and decoupled from the group of stages in the decoupled condition, the decoupled condition allowing the decoupleable rotor stage to freely rotate independently of the group of stages; a first engagement member extending from a disk of one of the stages of the group of stages; and a second engagement member extending from a disk of the decoupleable stage, characterized in that the relative position of the first engagement member and the second engagement member determines if the decoupleable stage and the group of stages are in the coupled condition or the decoupled condition. at least one decoupleable rotor stage , the decoupleable rotor stage being switchable between a coupled condition and a decoupled condition with a clutch mechanism , the coupled condition coupling the decoupleable rotor stage with the rotor shaft, the decoupled condition decoupling the decoupleable rotor stage from the rotor shaft; a plurality of compressor rotor stages axially spaced from each other and operatively coupled to each other, the at least one decoupleable rotor stage being one of the plurality of compressor rotor stages; a group of stages of the plurality of compressor rotor stages being coupled to each other and to the rotor shaft, the at least one decoupleable rotor stage being coupled to the group of stages in the coupled condition and decoupled from the group of stages in the decoupled condition, the decoupled condition allowing the decoupleable rotor stage to freely rotate independently of the group of stages; a first engagement member extending from a disk of one of the stages of the group of stages; and a second engagement member extending from a disk of the decoupleable stage, characterized in that the relative position of the first engagement member and the second engagement member determines if the decoupleable stage and the group of stages are in the coupled condition or the decoupled condition.
A walking pole, comprising: a pole body having a top and a bottom, a handle having an upper portion and a bottom, a mitten and a buckle connected to the mitten ; the bottom of the handle connected with the top of the pole body ; wherein a plurality of holes for receiving the buckle are disposed at intervals along the lengthwise of the handle on the surface of the upper portion of the handle ; the buckle is capable of being positioned in the corresponding hole in different positions, so that the mitten is detachably connected to the handle and the position of the mitten is capable of being adjusted, characterized in that the buckle comprises a plate , a collar for connecting with the mitten and a blocking head for inserting into the holes , the collar and the blocking head are respectively located at the left side and the right side of the plate ; the mitten has a connecting band at the side of the mitten for binding with the collar , an anti-drop rubber band is connected to the mitten , and the anti-drop rubber band is sleeved on the handle and connected to the connecting band of the mitten . a pole body having a top and a bottom, a handle having an upper portion and a bottom, a mitten and a buckle connected to the mitten ; the bottom of the handle connected with the top of the pole body ; wherein a plurality of holes for receiving the buckle are disposed at intervals along the lengthwise of the handle on the surface of the upper portion of the handle ; the buckle is capable of being positioned in the corresponding hole in different positions, so that the mitten is detachably connected to the handle and the position of the mitten is capable of being adjusted, characterized in that the buckle comprises a plate , a collar for connecting with the mitten and a blocking head for inserting into the holes , the collar and the blocking head are respectively located at the left side and the right side of the plate ; the mitten has a connecting band at the side of the mitten for binding with the collar , an anti-drop rubber band is connected to the mitten , and the anti-drop rubber band is sleeved on the handle and connected to the connecting band of the mitten .
LED-based lighting system using simultaneously the colour mixing principle of blue, green and red (RGB mixture) and the principle of conversion of a radiation emitted primarily by an LED into longer-wave light by a phosphor absorbing this radiation, at least two LEDs being used, of which a first LED emits primarily in the range from 340 nm to 470 nm (peak wavelength), in particular at least 420 nm, and a second LED emits in the red range at 600 to 700 nm (peak wavelength), characterized in that the green component is generated by the primary radiation of the first LED being at least partially converted by a green-emitting phosphor, wherein as the green-emitting phosphor a phosphor from the class of oxynitride silicates is used, having a cation M and the basic formula M (1-c) Si 2 O 2 N 2 :D c , and wherein M comprises Sr as a constituent and M = Sr alone or M = Sr (1-x-y) Ba y Ca x with 0 ≤ x+y < 0.5 is used, and wherein D is doped with divalent europium, and wherein the oxinitride silicate consists completely or predominantly of the high-temperature-stable modification HT.
A light transmissive structure comprising: a light transmissive substrate (S) having first and second opposing faces; and an array of microprism elements substantially covering the first face of the substrate, a respective microprism element comprising a plurality of microprisms ; wherein the second face of the substrate (S) is smooth; and wherein the light transmissive structure is configured to receive light from a light source facing the first face and to distribute the light emerging from the second face in a 2D batwing distribution characterized in that said plurality of microprisms are concentric and circular. a light transmissive substrate (S) having first and second opposing faces; and an array of microprism elements substantially covering the first face of the substrate, a respective microprism element comprising a plurality of microprisms ; wherein the second face of the substrate (S) is smooth; and wherein the light transmissive structure is configured to receive light from a light source facing the first face and to distribute the light emerging from the second face in a 2D batwing distribution characterized in that said plurality of microprisms are concentric and circular.
A connection system comprising: a surface defining an aperture , the surface being formed of a first material; a connector mounted to the surface at the aperture with a mechanical connection, the connector including an outer body carrying a connection arrangement, the outer body being formed of a second material; and a conductive member having a first region and a second region , the conductive member electrically connecting together the outer body of the connector and the surface ; characterized by the first region of the conductive member being ultrasonically welded to the outer body of the connector , the second region of the conductive member being ultrasonically welded to the surface , and the conductive member being formed of a third material that is different from the first and second materials,. a surface defining an aperture , the surface being formed of a first material; a connector mounted to the surface at the aperture with a mechanical connection, the connector including an outer body carrying a connection arrangement, the outer body being formed of a second material; and a conductive member having a first region and a second region , the conductive member electrically connecting together the outer body of the connector and the surface ; characterized by the first region of the conductive member being ultrasonically welded to the outer body of the connector , the second region of the conductive member being ultrasonically welded to the surface , and the conductive member being formed of a third material that is different from the first and second materials,.