mhurhangee/patent-ind-claim-en huggingface dataset:
An anchoring system for anchoring a prosthetic heart valve inside a heart, comprising a self-expanding anchoring device for anchoring a prosthetic heart valve support supporting a prosthetic heart valve inside a heart , a prosthetic heart valve support and a prosthetic heart valve connected to the prosthetic heart valve support , said anchoring device comprising an extraventricular part designed to be positioned inside an atrium or an artery, a ventricular part designed to be positioned inside a ventricle, characterized in that said ventricular part comprises an outer wall and an inner wall spaced apart at the level where the prosthetic heart valve is intended to be inserted in order to mechanically isolating the inner wall from the outer wall, and further characterized in that the anchoring device comprises a predefined V- or U-shaped groove formed between the extraventricular part and the ventricular part designed to accommodate, pinch and press the annulus of the native heart valve.
Building comprising an insulated masonry structure that separates the inside of said building from the outside environment , said insulated masonry structure comprising one or more formworks for insulated masonry comprising a first panel , thermally and/or acoustically insulating, made of expanded polystyrene or wood-cement or expanded polypropylene or expanded polyethylene or expanded polyurethane, and a second panel , facing said first panel and connected to the same by one or more crossbeams , wherein said second panel is made of a material having a density comprised between 150 and 2500 kilograms per cubic meter (kg/m 3 ) and a specific heat capacity comprised between 0.5 kJ/kgK and 2 kJ/kgK, wherein solidified concrete fills the gap between said first panel and said second panel, firmly gripping said first panel and second panel , and said crossbeams that connect them, said insulated masonry structure comprises an opening adapted to place in communication the inside of said building with the outside environment , the building being characterised in that : said one or more formworks are positioned with the respective said second panel turned towards the outside environment , at least partially defining the perimeter edge of said opening , and/or in that said building comprises at least two storeys subdivided by a floor , wherein said insulated masonry structure separates said two storeys and said floor from the outside environment , wherein said one or more formworks are positioned at said floor and with the respective said second panel turned towards the outside environment . said insulated masonry structure comprises an opening adapted to place in communication the inside of said building with the outside environment , the building being characterised in that : said one or more formworks are positioned with the respective said second panel turned towards the outside environment , at least partially defining the perimeter edge of said opening , and/or in that said building comprises at least two storeys subdivided by a floor , wherein said insulated masonry structure separates said two storeys and said floor from the outside environment , wherein said one or more formworks are positioned at said floor and with the respective said second panel turned towards the outside environment .
A luminous device for an automotive vehicle comprising: at least one light source configured for emitting light rays; a surface guide comprising; a patterned portion , wherein the patterned portion comprises patterns having a size of an order of magnitude of the wavelength of light rays; at least one peripheral face and at least one guiding face , configured for guiding towards the said patterned portion at least one part of the light rays emitted by the at least one light source ; wherein the at least one peripheral face of the surface guide is configured for preventing propagation of light rays from said peripheral face toward said patterned portion ; and characterized in that the patterned portion comports a plurality of small zones, wherein each small zone consists into a binary grating formed by a plurality of said patterns arranged along one direction wherein it is in this said one direction that the patterns have a size of an order of magnitude of the wavelength of the light rays, and in that the at least one peripheral lateral face of the surface guide is arranged to form an oblique angle with the emission axis of the least one light source , wherein the angle of the peripheral lateral face with the emission axis of the least one light source is more than or equal to the maximum angle of the refracted light rays inside the surface guide . at least one light source configured for emitting light rays; a surface guide comprising; a patterned portion , wherein the patterned portion comprises patterns having a size of an order of magnitude of the wavelength of light rays; at least one peripheral face and at least one guiding face , configured for guiding towards the said patterned portion at least one part of the light rays emitted by the at least one light source ; wherein the at least one peripheral face of the surface guide is configured for preventing propagation of light rays from said peripheral face toward said patterned portion ; and characterized in that the patterned portion comports a plurality of small zones, wherein each small zone consists into a binary grating formed by a plurality of said patterns arranged along one direction wherein it is in this said one direction that the patterns have a size of an order of magnitude of the wavelength of the light rays, and in that the at least one peripheral lateral face of the surface guide is arranged to form an oblique angle with the emission axis of the least one light source , wherein the angle of the peripheral lateral face with the emission axis of the least one light source is more than or equal to the maximum angle of the refracted light rays inside the surface guide .
An osteotomy surgical apparatus comprising: a plate-like main body extending along a longitudinal direction; a bone cutting blade provided at a distal end of the main body and used for cutting bone tissue; a striking section configured to be struck with a hammer, the striking section provided at a proximal end of the main body ; and a guard disposed so as to overlap the bone cutting blade in a side view of the bone cutting blade , characterized in that a distal end of the guard is disposed at a position retracted in the longitudinal direction toward a base end side relative to a blade edge of the bone cutting blade . a plate-like main body extending along a longitudinal direction; a bone cutting blade provided at a distal end of the main body and used for cutting bone tissue; a striking section configured to be struck with a hammer, the striking section provided at a proximal end of the main body ; and a guard disposed so as to overlap the bone cutting blade in a side view of the bone cutting blade , characterized in that a distal end of the guard is disposed at a position retracted in the longitudinal direction toward a base end side relative to a blade edge of the bone cutting blade .
Synthetic natural gas production device characterized in that it comprises: - an isothermal methanation reactor comprising: - an inlet , for syngas produced by gasifying hydrocarbon material, connected to a syngas supply channel , and - an outlet for synthetic natural gas; - a water separation means comprising: - an inlet for the synthetic natural gas, and - an outlet for dehydrated synthetic natural gas; and - a bypass for a portion of the dehydrated synthetic natural gas from the outlet of the water separation means to the syngas supply channel in order to provide the reactor with a mixture of the bypassed syngas and synthetic natural gas. - an isothermal methanation reactor comprising: - an inlet , for syngas produced by gasifying hydrocarbon material, connected to a syngas supply channel , and - an outlet for synthetic natural gas; - an inlet , for syngas produced by gasifying hydrocarbon material, connected to a syngas supply channel , and - an outlet for synthetic natural gas; - a water separation means comprising: - an inlet for the synthetic natural gas, and - an outlet for dehydrated synthetic natural gas; and - an inlet for the synthetic natural gas, and - an outlet for dehydrated synthetic natural gas; and - a bypass for a portion of the dehydrated synthetic natural gas from the outlet of the water separation means to the syngas supply channel in order to provide the reactor with a mixture of the bypassed syngas and synthetic natural gas.
A data-gated flip-flop comprising: an exclusive OR component including a first exclusive OR input, a second exclusive OR input, and a first exclusive OR output , the first exclusive OR input configured to receive a data input to the data-gated flip-flop; a first latch including a first latch output , a first latch data input and a first latch reset input, the first exclusive OR output being coupled to the first latch data input and the first latch reset input; a second latch having a data output, the data output coupled to the second exclusive OR input; and an AND gate including a first AND gate input, a second AND gate input, and an AND gate output, the first latch output being coupled to the first AND gate input, the second AND gate input being coupled to a clock signal, wherein the second latch further includes a second latch data input, and a second latch clock signal input, the second latch data input being coupled to the data input signal, the AND gate output being coupled to the second latch clock signal input, wherein the first latch is held reset when the second exclusive OR input is the same as the first exclusive OR input so that the clock signal is provided to the second latch when the second exclusive OR input and the first exclusive OR input are different. an exclusive OR component including a first exclusive OR input, a second exclusive OR input, and a first exclusive OR output , the first exclusive OR input configured to receive a data input to the data-gated flip-flop; a first latch including a first latch output , a first latch data input and a first latch reset input, the first exclusive OR output being coupled to the first latch data input and the first latch reset input; a second latch having a data output, the data output coupled to the second exclusive OR input; and an AND gate including a first AND gate input, a second AND gate input, and an AND gate output, the first latch output being coupled to the first AND gate input, the second AND gate input being coupled to a clock signal, wherein the second latch further includes a second latch data input, and a second latch clock signal input, the second latch data input being coupled to the data input signal, the AND gate output being coupled to the second latch clock signal input, wherein the first latch is held reset when the second exclusive OR input is the same as the first exclusive OR input so that the clock signal is provided to the second latch when the second exclusive OR input and the first exclusive OR input are different.
An active noise cancellation system (130; 300; 500), the system (130; 300; 500) comprising: an infinite impulse response filter (306; 506) configured to filter a digital signal and output a first filtered digital signal; and a cascaded filter configuration in communication with the infinite impulse response filter (306; 506), the cascaded filter configuration configured to filter the first filtered digital signal and output an audio signal; wherein the cascaded filter configuration includes: an adaptive finite impulse response filter (310a; 510) configured to filter the first filtered digital signal and to output a second filtered digital signal, and a response interpolator filter (310b; 512) configured to filter the second filtered digital signal and output the audio signal, wherein the audio signal output by the response interpolator filter is input to a subtractor , the subtractor configured to: receive a playback and/or voice audio signal; subtract the received audio signal from the playback and/or voice audio signal; and output the result of the subtraction to a speaker. an infinite impulse response filter (306; 506) configured to filter a digital signal and output a first filtered digital signal; and a cascaded filter configuration in communication with the infinite impulse response filter (306; 506), the cascaded filter configuration configured to filter the first filtered digital signal and output an audio signal; wherein the cascaded filter configuration includes: an adaptive finite impulse response filter (310a; 510) configured to filter the first filtered digital signal and to output a second filtered digital signal, and a response interpolator filter (310b; 512) configured to filter the second filtered digital signal and output the audio signal, wherein the audio signal output by the response interpolator filter is input to a subtractor , the subtractor configured to: receive a playback and/or voice audio signal; subtract the received audio signal from the playback and/or voice audio signal; and output the result of the subtraction to a speaker. an adaptive finite impulse response filter (310a; 510) configured to filter the first filtered digital signal and to output a second filtered digital signal, and a response interpolator filter (310b; 512) configured to filter the second filtered digital signal and output the audio signal, wherein the audio signal output by the response interpolator filter is input to a subtractor , the subtractor configured to: receive a playback and/or voice audio signal; subtract the received audio signal from the playback and/or voice audio signal; and output the result of the subtraction to a speaker. receive a playback and/or voice audio signal; subtract the received audio signal from the playback and/or voice audio signal; and output the result of the subtraction to a speaker.
A transmission for a vehicle comprising a first input gear shaft , a second input gear shaft , an intermediate gear shaft and an output gear shaft , wherein the first input gear shaft comprises a first torque transmission member , and the second input gear shaft comprises a first gear wheel , wherein the intermediate gear shaft comprises a second gear wheel , and a third gearwheel , wherein the output gear shaft comprises a fourth gear wheel and a second torque transmission member , wherein the third gear wheel and the fourth gear wheel are arranged to interact with each other for transferring torque from the intermediate gear shaft to the output gear shaft , wherein the first gear wheel and the second gear wheel are arranged to interact with each other for providing a first gear ratio, and wherein the first torque transmission member and the second torque transmission member are arranged to interact with each other via a flexible member for providing a second gear ratio, characterized in that the first input gear shaft further comprises a fifth gear wheel and the intermediate gear shaft further comprises a sixth gear wheel , wherein the fifth gear wheel and the sixth gear wheel are arranged to interact with each other for providing a third gear ratio. wherein the first input gear shaft comprises a first torque transmission member , and the second input gear shaft comprises a first gear wheel , wherein the intermediate gear shaft comprises a second gear wheel , and a third gearwheel , wherein the output gear shaft comprises a fourth gear wheel and a second torque transmission member , wherein the third gear wheel and the fourth gear wheel are arranged to interact with each other for transferring torque from the intermediate gear shaft to the output gear shaft , wherein the first gear wheel and the second gear wheel are arranged to interact with each other for providing a first gear ratio, and wherein the first torque transmission member and the second torque transmission member are arranged to interact with each other via a flexible member for providing a second gear ratio, characterized in that the first input gear shaft further comprises a fifth gear wheel and the intermediate gear shaft further comprises a sixth gear wheel , wherein the fifth gear wheel and the sixth gear wheel are arranged to interact with each other for providing a third gear ratio.
A layered absorbent structure, comprising: a central wicking layer comprising hydrogen-bonded airlaid material comprising cellulosic fibrous material; and first and second liquid storage layers positioned in liquid- transferring relationship on respective opposite sides of the central wicking layer, each of the first and second liquid storage layers comprising a matrix of hot melt adhesive filaments and superabsorbent polymer (SAP), wherein the hot melt adhesive filaments are configured to adhere the first and second storage layers to respective opposite sides of the central wicking layer, and wherein each of the first and second liquid storage layers comprising a cellulosic fiber tissue layer adhered to the respective matrix of hot melt adhesive filaments and SAP on the side of the respective matrix opposite the central wicking layer. a central wicking layer comprising hydrogen-bonded airlaid material comprising cellulosic fibrous material; and first and second liquid storage layers positioned in liquid- transferring relationship on respective opposite sides of the central wicking layer, each of the first and second liquid storage layers comprising a matrix of hot melt adhesive filaments and superabsorbent polymer (SAP), wherein the hot melt adhesive filaments are configured to adhere the first and second storage layers to respective opposite sides of the central wicking layer, and wherein each of the first and second liquid storage layers comprising a cellulosic fiber tissue layer adhered to the respective matrix of hot melt adhesive filaments and SAP on the side of the respective matrix opposite the central wicking layer.
A control system for controlling an output for at least one compressor , said control system comprising: a control unit configured to receive an indoor set point and an outdoor ambient temperature and configured to determine a load request based on the indoor set point and the outdoor ambient temperature and not based on an indoor room temperature; and at least one compressor configured to receive control commands from the control unit based on the load request; wherein the control unit includes a sensible load determination unit configured to determine a sensible load request based on a sensible load model, the indoor set point, and the outdoor ambient temperature, the sensible load model being determined based on at least one of a type and a location of a plurality of building walls, a size of the building, a number and a size of a plurality of building rooms, a number, a size, and a location of a plurality of building windows, a number and a location of a plurality of air conditioning vents, an amount, a type, and a location of insulation, a type of furniture, a regional location of the building, a number of people living or working in the building, a number of electronics used in the building, and a sun load on the building. a control unit configured to receive an indoor set point and an outdoor ambient temperature and configured to determine a load request based on the indoor set point and the outdoor ambient temperature and not based on an indoor room temperature; and at least one compressor configured to receive control commands from the control unit based on the load request; wherein the control unit includes a sensible load determination unit configured to determine a sensible load request based on a sensible load model, the indoor set point, and the outdoor ambient temperature, the sensible load model being determined based on at least one of a type and a location of a plurality of building walls, a size of the building, a number and a size of a plurality of building rooms, a number, a size, and a location of a plurality of building windows, a number and a location of a plurality of air conditioning vents, an amount, a type, and a location of insulation, a type of furniture, a regional location of the building, a number of people living or working in the building, a number of electronics used in the building, and a sun load on the building.
A method for selectively inserting or replacing media content in scheduled media content for each of a plurality of client devices comprising the steps of: sending, via an ad decisions unit to a respective client device in response to a first request for substitute media content, a first response including a time during an ad decision window to send a subsequent request; selecting the substitute media content to be inserted in scheduled media content for the respective client device ; sending, to the respective client device in response to the subsequent request, a subsequent response including data associated with the substitute media content; downloading the substitute media content to the respective client device , wherein the substitute media content is downloaded on receiving the subsequent response; signalling to the plurality of client devices a playback time for the downloaded substitute media content, after the step of downloading the substitute media content; and playing the downloaded substitute media content on the client devices at the playback time in place of scheduled media content at the playback time; wherein the step of selecting media content is performed by one or more content selection servers connected to a plurality of client devices ; and wherein the ad decisions unit manages the timing of all subsequent requests made by the plurality of client devices for the ad decision window such that all subsequent requests for the ad decision window are spread within the ad decision window. sending, via an ad decisions unit to a respective client device in response to a first request for substitute media content, a first response including a time during an ad decision window to send a subsequent request; selecting the substitute media content to be inserted in scheduled media content for the respective client device ; sending, to the respective client device in response to the subsequent request, a subsequent response including data associated with the substitute media content; downloading the substitute media content to the respective client device , wherein the substitute media content is downloaded on receiving the subsequent response; signalling to the plurality of client devices a playback time for the downloaded substitute media content, after the step of downloading the substitute media content; and playing the downloaded substitute media content on the client devices at the playback time in place of scheduled media content at the playback time; wherein the step of selecting media content is performed by one or more content selection servers connected to a plurality of client devices ; and wherein the ad decisions unit manages the timing of all subsequent requests made by the plurality of client devices for the ad decision window such that all subsequent requests for the ad decision window are spread within the ad decision window.