mhurhangee/patent-ind-claim-en huggingface dataset:
Snowshoe that is in the form of an elongate plate referred to as a platform on which there is mounted a fixing intended to hold the footwear of the user, the platform consisting of an elongate plate comprising a front portion referred to as the tip extended towards the rear (AR) by a rear part consisting of a central portion extended by a rear portion , the front portion being curved upwards in order to constitute the tip, characterised in that the rear part is flexible at least longitudinally and at least in the central portion in order to allow deformation of the platform during walking, while the front portion of the platform is rigid so as to be less flexible than the rear part , namely the other portions, in particular the central portion and the rear portion and thus to allow, during walking, excellent deployment, so that the user moves on the snow with maximum comfort and with minimum expended energy, and in that the fixing is hinged with respect to the platform of the snowshoe, on a transverse axis (XX'), and in that the platform comprises a set of crampons located under the bottom surface of the platform and at the central portion where the region occupied by the footwear is situated, the set of crampons consists of a plurality of crampons independent of each other, characterised in that the succession of crampons is such that they are not connected in the direction of the length so as to be independent, making it possible to keep flexibility for the platform and a correct and continuous deformation of the platform, while the flexibility of the central part is such that the deflection (f) is equal to or greater than 5% of the length (PC) of the central portion .
An optimized solid substrate for promoting cell or tissue growth or restored function, which solid substrate comprises a coral or coral derivative and has a specific fluid uptake capacity value of at least 75% or has a contact angle value of less than 60 degrees, when in contact with a fluid, and which solid substrate comprises at least one substantially flat cross section at a terminus of said solid substrate, characterized in that the solid substrate comprises tapered sides at an angle of from 0.75 to about 4 degrees from a longitudinal axis along said solid substrate.
A contact lens case comprising: a fluid tank ; a first lens assembly coupled to the fluid tank, the first lens assembly comprising: a first lens reservoir ; a first pressure pump disposed on a top surface of the lens reservoir; a first suction line that draws fluid from the fluid tank to the first lens reservoir; and a first one-way valve that allows fluid to transfer from the fluid tank, through the first suction line, and into the first lens reservoir of the first lens assembly upon actuation of the first pressure pump; and a second lens assembly coupled to the fluid tank, the second lens assembly comprising: a second lens reservoir ; a second pressure pump disposed on a top surface of the second lens reservoir; a second suction line that channels fluid from the fluid tank to the second lens reservoir; a second one-way valve that allows fluid to transfer from the fluid tank, through the second suction line, and into the second lens reservoir of the second lens assembly upon actuation of the second pressure pump. a fluid tank ; a first lens assembly coupled to the fluid tank, the first lens assembly comprising: a first lens reservoir ; a first pressure pump disposed on a top surface of the lens reservoir; a first suction line that draws fluid from the fluid tank to the first lens reservoir; and a first one-way valve that allows fluid to transfer from the fluid tank, through the first suction line, and into the first lens reservoir of the first lens assembly upon actuation of the first pressure pump; and a first lens reservoir ; a first pressure pump disposed on a top surface of the lens reservoir; a first suction line that draws fluid from the fluid tank to the first lens reservoir; and a first one-way valve that allows fluid to transfer from the fluid tank, through the first suction line, and into the first lens reservoir of the first lens assembly upon actuation of the first pressure pump; and a second lens assembly coupled to the fluid tank, the second lens assembly comprising: a second lens reservoir ; a second pressure pump disposed on a top surface of the second lens reservoir; a second suction line that channels fluid from the fluid tank to the second lens reservoir; a second one-way valve that allows fluid to transfer from the fluid tank, through the second suction line, and into the second lens reservoir of the second lens assembly upon actuation of the second pressure pump. a second lens reservoir ; a second pressure pump disposed on a top surface of the second lens reservoir; a second suction line that channels fluid from the fluid tank to the second lens reservoir; a second one-way valve that allows fluid to transfer from the fluid tank, through the second suction line, and into the second lens reservoir of the second lens assembly upon actuation of the second pressure pump.
Method implemented by computer for determining the output physical quantity Y of an energy production system from an input physical quantity X of said system and a non-linear and convex physical model of said system associating with an input physical quantity x i an output physical quantity y i , the method comprising: - a step of acquiring a plurality of input and output physical quantities of the energy production system wherein a plurality of experimental points M n of coordinates ( x n , y n ) are acquired so as to determine the physical model of the system; - a step (1E1) of determining, using the non-linear physical model, a plurality of operating points M i of coordinates ( x i , y i ) with i ∈ [1, N ]; - a step (1E2) of determining an optimal vector U opt among a plurality of vectors U j , said vectors U j comprising N coordinates u i j ∈ 0,1 , the constraints on said coordinates being: { X = ∑ i = 1 N x ̅ i × u i j , ∀ j ∑ i = 1 N u i j = 1 , ∀ j the optimal vector U opt being associated with the following lowest objective function: M × ∑ i = 1 N y ̅ i × u i j where M is a weighting coefficient strictly greater than zero; - a step (1E3) of determining the output physical quantity Y given by: Y = ∑ i = 1 N y ̅ i × u i opt - a step of acquiring a plurality of input and output physical quantities of the energy production system wherein a plurality of experimental points M n of coordinates ( x n , y n ) are acquired so as to determine the physical model of the system; - a step (1E1) of determining, using the non-linear physical model, a plurality of operating points M i of coordinates ( x i , y i ) with i ∈ [1, N ]; - a step (1E2) of determining an optimal vector U opt among a plurality of vectors U j , said vectors U j comprising N coordinates u i j ∈ 0,1 , the constraints on said coordinates being: { X = ∑ i = 1 N x ̅ i × u i j , ∀ j ∑ i = 1 N u i j = 1 , ∀ j the optimal vector U opt being associated with the following lowest objective function: M × ∑ i = 1 N y ̅ i × u i j where M is a weighting coefficient strictly greater than zero; - a step (1E3) of determining the output physical quantity Y given by: Y = ∑ i = 1 N y ̅ i × u i opt
An apparatus comprising: a gimbal comprising: an outer ring attached to an arm , the outer ring including a first hinge to open and close the outer ring , and a first latch to fasten the outer ring in a closed position; and an inner ring rotatably supported within the outer ring , the inner ring including a second hinge to open and close the inner ring , and a second latch to fasten the inner ring in a closed position, wherein: the second hinge includes a top hinge , a bottom hinge , and a space between the top hinge and the bottom hinge ; the space is sized to fit a height of the outer ring ; and the top hinge and the bottom hinge overlap radially with the outer ring . a gimbal comprising: an outer ring attached to an arm , the outer ring including a first hinge to open and close the outer ring , and a first latch to fasten the outer ring in a closed position; and an inner ring rotatably supported within the outer ring , the inner ring including a second hinge to open and close the inner ring , and a second latch to fasten the inner ring in a closed position, wherein: an outer ring attached to an arm , the outer ring including a first hinge to open and close the outer ring , and a first latch to fasten the outer ring in a closed position; and an inner ring rotatably supported within the outer ring , the inner ring including a second hinge to open and close the inner ring , and a second latch to fasten the inner ring in a closed position, wherein: the second hinge includes a top hinge , a bottom hinge , and a space between the top hinge and the bottom hinge ; the space is sized to fit a height of the outer ring ; and the top hinge and the bottom hinge overlap radially with the outer ring .
A drawer pull-out guide , comprising: - a first guide rail and at least one second guide rail displaceably supported relative to one another in a longitudinal direction (L) of the guide rails between a closed position and an open position, - at least one guide body supported between the guide rails , the guide rails being guidable in a lateral direction relative to one another in a mounted position of the drawer pull-out guide by the at least one guide body , - wherein at least one of the guide rails includes at least one protrusion bearing against the at least one guide body in the open position of the guide rails , so that at least in that region, in which the at least one guide body and the at least one protrusion bear against each other, the guide rails are arranged without clearance relative to one another in the lateral direction, characterized in that - at least two guide bodies are supported between the guide rails , the at least two guide bodies being spaced apart from one another in the longitudinal direction (L) of the guide rails , wherein a first guide body bears against a first protrusion of the guide rails without clearance and a second guide body bears against a second protrusion of the guide rails without clearance when the guide rails are located in the open position, and - the first protrusion and the at least one second protrusion have a different height. - a first guide rail and at least one second guide rail displaceably supported relative to one another in a longitudinal direction (L) of the guide rails between a closed position and an open position, - at least one guide body supported between the guide rails , the guide rails being guidable in a lateral direction relative to one another in a mounted position of the drawer pull-out guide by the at least one guide body , - wherein at least one of the guide rails includes at least one protrusion bearing against the at least one guide body in the open position of the guide rails , so that at least in that region, in which the at least one guide body and the at least one protrusion bear against each other, the guide rails are arranged without clearance relative to one another in the lateral direction, characterized in that - at least two guide bodies are supported between the guide rails , the at least two guide bodies being spaced apart from one another in the longitudinal direction (L) of the guide rails , wherein a first guide body bears against a first protrusion of the guide rails without clearance and a second guide body bears against a second protrusion of the guide rails without clearance when the guide rails are located in the open position, and - the first protrusion and the at least one second protrusion have a different height.
Airbag bag for the personal protection of a user (U) of an urban mobility vehicle such as for example a bicycle, a scooter, a skateboard or roller skates, comprising a closed body made from flexible and tear-resistant material forming a shell, wherein the shell forming, in the inflated state: - two stiffening structures , located laterally on either side of the head of the user (U), each with a central portion resting on the shoulder of the user (U) extended by two legs arranged one in front of and the other behind the shoulder of the user (U), characterised in that the two stiffening structures each have an upper loop, located on a side of the head of the user (U), and the shell forms, in the inflated state, an arch connecting the tops of the upper loops of the stiffening structures and forming, once inflated and with the upper loops of the stiffening structures , a protection surrounding the head of the user (U). - two stiffening structures , located laterally on either side of the head of the user (U), each with a central portion resting on the shoulder of the user (U) extended by two legs arranged one in front of and the other behind the shoulder of the user (U), characterised in that the two stiffening structures each have an upper loop, located on a side of the head of the user (U), and the shell forms, in the inflated state, an arch connecting the tops of the upper loops of the stiffening structures and forming, once inflated and with the upper loops of the stiffening structures , a protection surrounding the head of the user (U).
A device comprising: an input/output, IO, interface to couple the device to a processor over a link; a plurality of processing engines ; a plurality of work queues to store descriptors of work to be executed by a processing engine of the device; and an arbiter comprising circuitry to dispatch descriptors in work queues to a processing engine ; and configuration registers comprising group configuration registers to store data that controls mapping of the processing engines and work queues into groups , each group (606; 608) comprising one or more work queues (610, 612; 614, 616) and one or more processing engines for processing descriptors in the work queues (610, 612; 614, 616) of the group (606; 608), wherein the device further comprises work submission registers to which descriptors are submitted to the device, wherein each work queue (610, 612; 614, 616) can be configured to run in one of two modes, dedicated or shared, and wherein work submission via a non-privileged work submission register is accepted until a number of descriptors in a shared work queue reaches a threshold configured for the shared work queue and work submission via a privileged work submission register is accepted until the shared work queue is full. an input/output, IO, interface to couple the device to a processor over a link; a plurality of processing engines ; a plurality of work queues to store descriptors of work to be executed by a processing engine of the device; and an arbiter comprising circuitry to dispatch descriptors in work queues to a processing engine ; and configuration registers comprising group configuration registers to store data that controls mapping of the processing engines and work queues into groups , each group (606; 608) comprising one or more work queues (610, 612; 614, 616) and one or more processing engines for processing descriptors in the work queues (610, 612; 614, 616) of the group (606; 608), wherein the device further comprises work submission registers to which descriptors are submitted to the device, wherein each work queue (610, 612; 614, 616) can be configured to run in one of two modes, dedicated or shared, and wherein work submission via a non-privileged work submission register is accepted until a number of descriptors in a shared work queue reaches a threshold configured for the shared work queue and work submission via a privileged work submission register is accepted until the shared work queue is full.
A method of manufacturing a tubular female terminal comprising: cutting a portion located at a side of a first end of a tubular member , which is a metal tube formed into a cylindrical shape, into an L-shape when viewed from a direction (Db) intersecting with an axial direction (Da) of the tubular member to form an electric wire connection portion at the side of the first end of the tubular member and to form as a terminal contact portion the portion remaining in a tubular shape at a side of a second end of the tubular member , wherein a male terminal is to be inserted in the terminal contact portion ; and electrically connecting a core wire exposed from an end of an electric wire to the electric wire connection portion . cutting a portion located at a side of a first end of a tubular member , which is a metal tube formed into a cylindrical shape, into an L-shape when viewed from a direction (Db) intersecting with an axial direction (Da) of the tubular member to form an electric wire connection portion at the side of the first end of the tubular member and to form as a terminal contact portion the portion remaining in a tubular shape at a side of a second end of the tubular member , wherein a male terminal is to be inserted in the terminal contact portion ; and electrically connecting a core wire exposed from an end of an electric wire to the electric wire connection portion .
A process for synthesizing boron nitride nanotubes (BNNTs), the method comprising: feeding nitrogen gas to a chamber in a first direction; supplying power to a Direct Induction coil surrounding a boron feedstock to provide heat to the boron feedstock so as to form a boron melt; wherein boron and boron nitride micro-droplets emerge from the boron melt downstream of the boron melt in the first direction, and BNNTs self-assemble downstream from the boron and boron nitride micro-droplets. feeding nitrogen gas to a chamber in a first direction; supplying power to a Direct Induction coil surrounding a boron feedstock to provide heat to the boron feedstock so as to form a boron melt; wherein boron and boron nitride micro-droplets emerge from the boron melt downstream of the boron melt in the first direction, and BNNTs self-assemble downstream from the boron and boron nitride micro-droplets.
An apparatus for providing a sentence based on a user input, the apparatus comprising: a touch screen ; a memory configured to store computer-executable instructions; and at least one processor configured to execute the computer-executable instructions to: obtain (S1010), via the touch screen , a shorthand word by a user; obtain (S1020) context information associated with a context of chat contents input before the shorthand word is input; generate a prediction of a sentence corresponding to the shorthand word based on the shorthand word and the context information associated with the context of the chat contents input before the shorthand word is input; control the touch screen to provide (S1030) the sentence corresponding to the shorthand word to the user; and control the touch screen to replace (S1040) the shorthand word with the sentence corresponding to the shorthand word and to display the sentence corresponding to the shorthand word according to a selection of the user. a touch screen ; a memory configured to store computer-executable instructions; and at least one processor configured to execute the computer-executable instructions to: a memory configured to store computer-executable instructions; and at least one processor configured to execute the computer-executable instructions to: obtain (S1010), via the touch screen , a shorthand word by a user; obtain (S1020) context information associated with a context of chat contents input before the shorthand word is input; generate a prediction of a sentence corresponding to the shorthand word based on the shorthand word and the context information associated with the context of the chat contents input before the shorthand word is input; control the touch screen to provide (S1030) the sentence corresponding to the shorthand word to the user; and control the touch screen to replace (S1040) the shorthand word with the sentence corresponding to the shorthand word and to display the sentence corresponding to the shorthand word according to a selection of the user.
A method for preparing an ethylene-based elastic copolymer by using a binuclear constrained geometry transition metal catalyst composition for preparing an ethylene-based elastic copolymer, the binuclear constrained geometry transition metal catalyst composition comprising a binuclear constrained geometry transition metal compound represented by the following Formula 1; and one or more cocatalyst compounds selected from the group consisting of an organoaluminum compound, an organoaluminoxane compound, and a boron compound, wherein the ethylene-based elastic copolymer is a copolymer of ethylene, α-olefin and C4-C30 diene, the α-olefin is propylene, a polymerization temperature is in a range of 100 to 200°C, an ethylene conversion is 60 to 80%, a propylene conversion is 40 to 50%, a content of the ethylene in the ethylene-based elastic copolymer is 20 wt% or more, and a content of the propylene in the ethylene-based elastic copolymer is 40 to 70 wt%. the α-olefin is propylene, a polymerization temperature is in a range of 100 to 200°C, an ethylene conversion is 60 to 80%, a propylene conversion is 40 to 50%, a content of the ethylene in the ethylene-based elastic copolymer is 20 wt% or more, and a content of the propylene in the ethylene-based elastic copolymer is 40 to 70 wt%.
A mold, wherein a coating film made from a fluoropolymer coating composition is formed on a surface of said mold, the fluoropolymer coating composition comprising a fluoropolymer and a fluoro oil, wherein the decomposition temperature of said fluoro oil is higher than the melting point of said fluoropolymer, said decomposition temperature is measured as disclosed in the section titled "Decomposition Temperature of the Fluoro Oil", wherein said melting point is measured as disclosed in the section titled "Melting Point of the Fluoropolymer" and wherein said fluoro oil is dispersed in said coating composition.