mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed in a wireless local area network, WLAN, system, the method comprising: transmitting (S310), by a station, STA (120, 200-1, S205-1, S205-2), capability information related to a multi-link to an access point, AP, the capability information including link identifier information of a plurality of links included in the multi-link, number of supported links information related to a total number of links that the STA (120, 200-1, S205-1, S205-2) can support for the multi-link, and supported bandwidth information related to a maximum bandwidth of the STA (120, 200-1, S205-1, S205-2) per band; and in order to setup the multi-link, receiving, by the STA (120, 200-1, S205-1, S205-2), link selection information from the AP based on the capability information, the link selection information including an identifier of a link operable by the STA (120, 200-1, S205-1, S205-2). transmitting (S310), by a station, STA (120, 200-1, S205-1, S205-2), capability information related to a multi-link to an access point, AP, the capability information including link identifier information of a plurality of links included in the multi-link, number of supported links information related to a total number of links that the STA (120, 200-1, S205-1, S205-2) can support for the multi-link, and supported bandwidth information related to a maximum bandwidth of the STA (120, 200-1, S205-1, S205-2) per band; and in order to setup the multi-link, receiving, by the STA (120, 200-1, S205-1, S205-2), link selection information from the AP based on the capability information, the link selection information including an identifier of a link operable by the STA (120, 200-1, S205-1, S205-2).
A non-transitory machine-readable storage device storing instructions that, when executed by one or more processors of an electronic device , cause the one or more processors to perform operations comprising: performing a connection with an external electronic device ; transmitting , based on the connection, information generated by the electronic device to the external electronic device so that the generated information is displayed on a display of the external electronic device ; when the generated information is displayed on the external electronic device , providing an input interface on a display of the electronic device for controlling the information displayed on the display of the external electronic device , wherein the input interface comprises an application information area , an absolute coordinate area (712; 912, 922, 932) and a relative coordinate area (714; 912, 922, 932) both configured to sense touch input, and a key area configured to display input keys and receive key input; identifying at least one piece of context information associated with the electronic device , wherein the context information comprises information on an application that is being executed or is scheduled to be executed on the electronic device , key input information, and absolute and/or relative coordinate input information; and configuring and providing the input interface on the basis of the identified context information by dividing a display area of the electronic device into said areas and deploying the divided display area. performing a connection with an external electronic device ; transmitting , based on the connection, information generated by the electronic device to the external electronic device so that the generated information is displayed on a display of the external electronic device ; when the generated information is displayed on the external electronic device , providing an input interface on a display of the electronic device for controlling the information displayed on the display of the external electronic device , wherein the input interface comprises an application information area , an absolute coordinate area (712; 912, 922, 932) and a relative coordinate area (714; 912, 922, 932) both configured to sense touch input, and a key area configured to display input keys and receive key input; identifying at least one piece of context information associated with the electronic device , wherein the context information comprises information on an application that is being executed or is scheduled to be executed on the electronic device , key input information, and absolute and/or relative coordinate input information; and configuring and providing the input interface on the basis of the identified context information by dividing a display area of the electronic device into said areas and deploying the divided display area.
Method for testing the effectiveness of a catalyst of an exhaust line of a thermal engine in particular of a motor vehicle, an upstream oxygen probe and a downstream oxygen probe being arranged respectively upstream and downstream of the catalyst , characterized in that said process comprises: - a step of starting the heat engine until its temperature ( T_mth ) reaches a minimum temperature threshold ( S_temp ), - a step of checking the operation of the oxygen probes , and in the case where the oxygen probes operate correctly, said method further comprises : - a step of starting the heat engine at a high speed, - a step of controlling a return to an idling speed of the thermal engine , - a step of measuring a duration ( D_rem ) of rising a voltage ( V_av ) of the downstream probe above a predetermined voltage threshold, and - a step of determining a state of the catalyst as a function of the measured duration ( D_rem ) of voltage rise ( V_av ). - a step of starting the heat engine until its temperature ( T_mth ) reaches a minimum temperature threshold ( S_temp ), - a step of checking the operation of the oxygen probes , and - a step of starting the heat engine at a high speed, - a step of controlling a return to an idling speed of the thermal engine , - a step of measuring a duration ( D_rem ) of rising a voltage ( V_av ) of the downstream probe above a predetermined voltage threshold, and - a step of determining a state of the catalyst as a function of the measured duration ( D_rem ) of voltage rise ( V_av ).
Use of a thermally-conductive material in an aerosol-generating article as a thermally-conducting flame barrier for spreading heat and mitigating against the risk of a user igniting an aerosol-forming substrate of the aerosol-generating article by applying a flame to the aerosol-generating article, in which; the aerosol-generating article is a heated aerosol-generating article for use with an electrically-operated aerosol-generating device comprising a heating element , and comprises the aerosol-forming substrate radially encircled by a sheet of the thermally-conductive material, the thermally-conductive material comprising aluminium foil.
A surgical implant for correcting the mutual positioning or orientation of the bones of a patient designed to be inserted between at least two bone bodies of said patient, said surgical implant comprising: - a main body extending along a longitudinal axis (X-X') between a proximal end and a distal end of said main body , - a plurality of fins , each fin being provided with a junction edge connecting said fin to said main body , such that said fins protrude from said main body from the respective junction edge thereof, which substantially extends in a junction plane (Pj) whose normal is formed by said longitudinal axis (X-X'), each fin comprises a free edge and extends between the junction edge and the free edge , the surgical implant being characterized in that each fin has a sufficient flexibility so that it can be deformed along a direction centripetal and/or parallel to the longitudinal axis (X-X') under the action of at least one of the bone bodies when said surgical implant is inserted between said bone bodies and in that each fin has at least: - one portion of constant width along which the free edge and the junction edge are separated by a first distance (d1) substantially constant along said portion of constant width and, - one flat portion , along which the free edge and the junction edge are separated by a second distance (d2) lower than the first distance (d1). - a main body extending along a longitudinal axis (X-X') between a proximal end and a distal end of said main body , - a plurality of fins , each fin being provided with a junction edge connecting said fin to said main body , such that said fins protrude from said main body from the respective junction edge thereof, which substantially extends in a junction plane (Pj) whose normal is formed by said longitudinal axis (X-X'), each fin comprises a free edge and extends between the junction edge and the free edge , - one portion of constant width along which the free edge and the junction edge are separated by a first distance (d1) substantially constant along said portion of constant width and, - one flat portion , along which the free edge and the junction edge are separated by a second distance (d2) lower than the first distance (d1).
A jet engine having a fixed case wherein a first primary flow has been developed, wherein inlet air is burnt in at least one combustion chamber and wherein a secondary flow is developed in such case , wherein inlet air is accelerated by a fan and is ejected through an extraction cone of the case together with the exhaust gas of the combustion chamber while generating such thrust, said fan being pivoted on a main shaft around an axle and having a great number of fan blades extending substantially radially, at least one fan blade or a majority of said fan blades or all fan blades having at least one air inlet channel for such primary circuit leading such air of the primary circuit through the fan blade to the combustion chamber and at least one fan blade or a majority of fan blades or all fan blades each having one exhaust channel with an exhaust opening orientated at least in part axially and at least in part tangentially in order to lead the exhaust gas of the combustion chambers to the accelerated air of the secondary flow, said exhaust opening for the exhaust gases being positioned in a radial region of the fan blade pans which is arranged in a belt canal for the secondary flow, the combustion chamber being positioned in a part of the case which surrounds the fan, the free ends of the fan blades opening out into a ring having two circumferential openings and one opening having an air inlet channel in the fan blade and being in flow communication with the air inlet opening of the combustion chamber and the other opening being in flow communication with the exhaust channel in the fan blade und the exhaust gas outlet of the combustion chamber and the free ends of the fan blades each having a first region which is extended in its circumferential direction with its opening for said inlet air flow and each a second region which is extended in it circumferential direction with the opening for such exhaust gas flow, wherein such first and second regions , seen from the front, having a contour in the shape of a segment of an arc of a circle such that each opening of the first and the second regions, when being in a mounted position, each form said circumferential openings .
A computer system (100; 700) comprising: a processor ; a first input device (110; 720) coupled to the processor; a second input device different from the first input device coupled to the processor; and a computer-readable storage medium storing instructions that when executed by the processor adapt the computer system to: receive , from the first input device, character input corresponding to a plurality of characters and concurrently receive a separate mode input from the second input device, the mode input dividing the character input into one or more periods of a first input mode and one or more periods of a second input mode; display a random number of indications for each received input character; form an input string by extracting characters input while in the first input mode from the character input; and initiate an action based on the input string. a processor ; a first input device (110; 720) coupled to the processor; a second input device different from the first input device coupled to the processor; and a computer-readable storage medium storing instructions that when executed by the processor adapt the computer system to: receive , from the first input device, character input corresponding to a plurality of characters and concurrently receive a separate mode input from the second input device, the mode input dividing the character input into one or more periods of a first input mode and one or more periods of a second input mode; display a random number of indications for each received input character; form an input string by extracting characters input while in the first input mode from the character input; and initiate an action based on the input string. receive , from the first input device, character input corresponding to a plurality of characters and concurrently receive a separate mode input from the second input device, the mode input dividing the character input into one or more periods of a first input mode and one or more periods of a second input mode; display a random number of indications for each received input character; form an input string by extracting characters input while in the first input mode from the character input; and initiate an action based on the input string.
A knife assembly comprising: a flat knife blade of which a front edge is a cutting edge; a holder configured for supporting the knife blade ; a clamp arranged for clamping the knife blade onto the holder ; and a fastening mechanism cooperating with the holder and clamp for securing and clamping the knife blade between the clamp and the holder with the cutting edge protruding at the front side; wherein the clamp and the holder have complementary shaped portions, with the holder having a slightly curved bearing surface, for tensioning the knife blade and straightening the cutting edge in clamped state, the complementary shaped portion of the clamp comprising a first part defining a clamping line for engaging the knife blade at a complementary contact line on the knife blade rearward from the front edge of the knife blade; wherein the complementary shaped portion of the clamp comprises a second part defining one or more clamping geometrical elements corresponding to complementary contact geometrical elements of the knife blade , the clamping geometrical elements being positioned rearward from said clamping line and being arranged such that in clamped state the clamp engages and tensions the knife blade along the clamping line and at the corresponding contact geometrical elements , characterized in that the first part of the clamp defining the clamping line is a frontal tip of the clamp. a flat knife blade of which a front edge is a cutting edge; a holder configured for supporting the knife blade ; a clamp arranged for clamping the knife blade onto the holder ; and a fastening mechanism cooperating with the holder and clamp for securing and clamping the knife blade between the clamp and the holder with the cutting edge protruding at the front side; wherein the clamp and the holder have complementary shaped portions, with the holder having a slightly curved bearing surface, for tensioning the knife blade and straightening the cutting edge in clamped state, the complementary shaped portion of the clamp comprising a first part defining a clamping line for engaging the knife blade at a complementary contact line on the knife blade rearward from the front edge of the knife blade; wherein the complementary shaped portion of the clamp comprises a second part defining one or more clamping geometrical elements corresponding to complementary contact geometrical elements of the knife blade , the clamping geometrical elements being positioned rearward from said clamping line and being arranged such that in clamped state the clamp engages and tensions the knife blade along the clamping line and at the corresponding contact geometrical elements , characterized in that the first part of the clamp defining the clamping line is a frontal tip of the clamp.
A molding, comprising a mixed oxide, wherein the mixed oxide comprises oxygen, lanthanum, aluminum, and cobalt, wherein in the mixed oxide, the weight ratio of cobalt relative to aluminum, calculated as elements, is at least 0.17:1, and wherein from 17.5 to 20 weight-% of the mixed oxide consist of lanthanum, calculated as element.
Computer-implemented method for operating an artificial neural network , wherein an image is supplied to the artificial neural network, wherein the artificial neural network outputs a probability value and/or a probability of an object contained in the image being able to be assigned to a specific class of objects and/or object class, or wherein the artificial neural network outputs a semantic segmentation of the image, wherein the neural network has at least one convolutional layer (12a-c) that is configured to convert an input matrix (I) of the convolutional layer (12a-c) into an output matrix (A) based on a convolution operation and a shift operation, the method comprising the following steps: • Determining at least one first normalization variable and one second normalization variable based on entries of the input matrix (I) and/or based on a training dataset of the neural network , characterized in that the method furthermore comprises the following steps: • Determining a modified filter matrix ( f̃ ), wherein the modified filter matrix ( f̃ ) is determined by dividing an original filter matrix (f) of the at least one convolutional layer (12a-c) by the determined first normalization variable; • Determining a modified matrix ( b̃ ), wherein the modified matrix ( b̃ ) is determined by multiplying an original matrix (b) of the at least one convolutional layer (12a-c) by the determined and negated first normalization variable and subsequently adding the second normalization variable; and • Converting the input matrix (I) into the output matrix (A) based on the modified filter matrix ( f̃ ) and the modified matrix ( b̃ ), wherein the input matrix ( I ) is determined by way of a convolution with the modified convolution matrix ( f̃ ) and a subsequent addition of the modified matrix ( b̃ ) to the result of the convolution. • Determining at least one first normalization variable and one second normalization variable based on entries of the input matrix (I) and/or based on a training dataset of the neural network , characterized in that the method furthermore comprises the following steps: • Determining a modified filter matrix ( f̃ ), wherein the modified filter matrix ( f̃ ) is determined by dividing an original filter matrix (f) of the at least one convolutional layer (12a-c) by the determined first normalization variable; • Determining a modified matrix ( b̃ ), wherein the modified matrix ( b̃ ) is determined by multiplying an original matrix (b) of the at least one convolutional layer (12a-c) by the determined and negated first normalization variable and subsequently adding the second normalization variable; and • Converting the input matrix (I) into the output matrix (A) based on the modified filter matrix ( f̃ ) and the modified matrix ( b̃ ), wherein the input matrix ( I ) is determined by way of a convolution with the modified convolution matrix ( f̃ ) and a subsequent addition of the modified matrix ( b̃ ) to the result of the convolution.
A medical device comprising: a pipe body in which a guide wire lumen allowing a guide wire to be inserted therein and an observation unit lumen allowing an observation unit that acquires image information inside a living body to be inserted therein are formed, and a rotary shaft that is inserted into the observation unit lumen and is rotatable in order to transmit mechanical drive force to the observation unit , wherein in the pipe body , a circular portion of the observation unit lumen having a uniform radius is formed on a side separated from the guide wire lumen , characterized in that in the pipe body , a non-circular portion of the observation unit lumen having distances from the center point of the circular portion to its inner surface being non-uniform and longer than the radius of the circular portion is formed in at least a part of a side close to the guide wire lumen . a pipe body in which a guide wire lumen allowing a guide wire to be inserted therein and an observation unit lumen allowing an observation unit that acquires image information inside a living body to be inserted therein are formed, and a rotary shaft that is inserted into the observation unit lumen and is rotatable in order to transmit mechanical drive force to the observation unit , wherein in the pipe body , a circular portion of the observation unit lumen having a uniform radius is formed on a side separated from the guide wire lumen , characterized in that in the pipe body , a non-circular portion of the observation unit lumen having distances from the center point of the circular portion to its inner surface being non-uniform and longer than the radius of the circular portion is formed in at least a part of a side close to the guide wire lumen .
A blade sharpener for manual use comprising: a main body configured as a handle; a sharpening first device pivotally attached to the main body, the first device having a first channel for receiving a blade to be sharpened; and a second device pivotally attached to the main body, the second device having a second channel for receiving the blade; characterized in that the second device guides the blade sharpener as the first device sharpens the blade. a main body configured as a handle; a sharpening first device pivotally attached to the main body, the first device having a first channel for receiving a blade to be sharpened; and a second device pivotally attached to the main body, the second device having a second channel for receiving the blade; characterized in that the second device guides the blade sharpener as the first device sharpens the blade.
Formulation with insect repellency activity comprising ethyl 3(N-n-butyl-N-acetylamine) propionate and a hydrolysable silane, wherein the hydrolysable silane consists of 3-glycidylpropylmethoxysilane (GLYMO).