mhurhangee/ep-ind-claims huggingface dataset:
A semi-submersible floating offshore structure with improved vortex-induced motion, comprising: a plurality of columns coupled to a deck and spaced apart from each other, the columns having a column height measured from a bottom of the columns to the deck; at least two column bases coupled to at least two columns, the column bases having a base height; and at least two pontoons coupled to at least one of the column bases, the columns, or a combination thereof to form a closed assembly of pontoons and columns /bases, the pontoons having a pontoon height; at least one of the column bases extend asymmetrically outward from at least one of the columns coupled to the bases; a top of the at least one of the column bases being configured to be at an elevation between a top of the pontoon and a surface of the water when the offshore structure floats; characterized by the at least one of the column bases being configured to break a coherence in vortex shedding around the offshore structure by creating interfering vortex currents around at least one of the columns and in that at least one of the column bases provides structural interruptions in the column profile. a plurality of columns coupled to a deck and spaced apart from each other, the columns having a column height measured from a bottom of the columns to the deck; at least two column bases coupled to at least two columns, the column bases having a base height; and at least two pontoons coupled to at least one of the column bases, the columns, or a combination thereof to form a closed assembly of pontoons and columns /bases, the pontoons having a pontoon height; at least one of the column bases extend asymmetrically outward from at least one of the columns coupled to the bases; a top of the at least one of the column bases being configured to be at an elevation between a top of the pontoon and a surface of the water when the offshore structure floats;
An oven comprising: a case; a cooking compartment provided inside the case; a heater configured to heat the cooking compartment; a fan disposed in the cooking compartment and configured to circulate air inside the cooking compartment; and a cover member disposed in the cooking compartment to divide the cooking compartment into a cooking space in which cooking is performed and an air flow path in which the fan is disposed, wherein the cover member includes a first cover portion to guide air in the cooking space to a collision area on a surface of the cooking compartment, and a second cover portion having a surface facing an upper wall of the cooking compartment provided to guide the air of the air flow path to the cooking space and having an opposite surface on which the heater is disposed, and a plurality of bumps are formed on the opposite surface of the second cover portion, and the heater is disposed on a concave portion of the plurality of bumps and an outlet through which the air in the air flow path is discharged is disposed on a convex portion of the plurality of bumps. a case; a cooking compartment provided inside the case; a heater configured to heat the cooking compartment; a fan disposed in the cooking compartment and configured to circulate air inside the cooking compartment; and a cover member disposed in the cooking compartment to divide the cooking compartment into a cooking space in which cooking is performed and an air flow path in which the fan is disposed, wherein the cover member includes a first cover portion to guide air in the cooking space to a collision area on a surface of the cooking compartment, and a second cover portion having a surface facing an upper wall of the cooking compartment provided to guide the air of the air flow path to the cooking space and having an opposite surface on which the heater is disposed, and a plurality of bumps are formed on the opposite surface of the second cover portion, and the heater is disposed on a concave portion of the plurality of bumps and an outlet through which the air in the air flow path is discharged is disposed on a convex portion of the plurality of bumps.
A first support element for a screw clamp comprising - a first element with two free ends (3a, 3b), - a retainer element arranged at one of said two free ends (3a, 3b) of the first element, and - a substantially annular receiving element which is rotatably arranged on said retainer element and which is able to receive a fixing means, wherein - a longitudinal axis of said first element and a longitudinal axis of said receiving element intersect at a point of intersection, the position of which is independent of a rotational position of the receiving element, and - said receiving element is rotatable around a rotational axis which is perpendicular to said longitudinal axis of the first element and said longitudinal axis of the receiving element, characterized in that - said first element has a substantially circular cross-section, - said retainer element has at least two legs (4a, 4b) which are substantially L-shaped arranged to each other, and - said receiving element is arranged rotatable around at least the rotational axis on one side on an inner wall of one of the two legs, and the other leg is connected on an end surface of one of said two free ends of said first element with an outer wall. - a first element with two free ends (3a, 3b), - a retainer element arranged at one of said two free ends (3a, 3b) of the first element, and - a substantially annular receiving element which is rotatably arranged on said retainer element and which is able to receive a fixing means, wherein - a longitudinal axis of said first element and a longitudinal axis of said receiving element intersect at a point of intersection, the position of which is independent of a rotational position of the receiving element, and - said receiving element is rotatable around a rotational axis which is perpendicular to said longitudinal axis of the first element and said longitudinal axis of the receiving element, characterized in that - said first element has a substantially circular cross-section, - said retainer element has at least two legs (4a, 4b) which are substantially L-shaped arranged to each other, and - said receiving element is arranged rotatable around at least the rotational axis on one side on an inner wall of one of the two legs, and the other leg is connected on an end surface of one of said two free ends of said first element with an outer wall.
A compound formed from at least one component A comprising a binding domain for extra-cellular surface structures of a diseased proliferating cell that internalized upon binding of component A of said compound, wherein said extra-cellular surface structures are selected from CD64, EGFR, AchR, EpCAM and CD30, and at least one component B, characterized in that component B is a polypeptide which amino acid sequence comprises a microtubule-associated protein or comprises at least a partial sequence of the MAP, the partial sequence having maintained the binding function of the MAP to a microtubule.
An echo suppression device for suppressing an echo generated by inputting a voice signal output from a speaker to a microphone, the echo suppression device comprising: a level adjustment unit provided on a receiving signal path for transferring receiving signals from a far-end terminal to the speaker; an echo removal unit provided on a transmitting signal path for transferring signals input from the microphone, the echo removal unit being configured to remove a residual echo from a picked-up sound signal output from the microphone; and a double-talk detection unit that is configured to detect whether signals are in a double-talk state in which the signals are simultaneously transferred to the transmitting signal path and the receiving signal path, characterized in that: the level adjustment unit includes an attenuator, which, when the double-talk detection unit has detected the double-talk state, is configured to perform an attenuation process on a signal greater than a first threshold among the receiving signals, the first threshold being greater than zero. a level adjustment unit provided on a receiving signal path for transferring receiving signals from a far-end terminal to the speaker; an echo removal unit provided on a transmitting signal path for transferring signals input from the microphone, the echo removal unit being configured to remove a residual echo from a picked-up sound signal output from the microphone; and a double-talk detection unit that is configured to detect whether signals are in a double-talk state in which the signals are simultaneously transferred to the transmitting signal path and the receiving signal path, characterized in that: the level adjustment unit includes an attenuator, which, when the double-talk detection unit has detected the double-talk state, is configured to perform an attenuation process on a signal greater than a first threshold among the receiving signals, the first threshold being greater than zero.
Apparatus for performing at least one electrical or electromechanical function, preferably a communication function, wherein the apparatus comprises at least one housing and at least one pushbutton, wherein the housing comprises at least one first hinge element, wherein the pushbutton comprises at least one second hinge element, characterised in that the second hinge element comprises at least one axle element and at least one groove and wherein the first hinge element comprises at least one hook, wherein the first and second hinge elements (144, 128) interact as a hinge in an assembled state of the apparatus.
A process for recovering a composition rich in yeast proteins from a distillation residue resulting from ethanol production, comprising: a) preparation of a fermentable must comprising at least 40% by weight of wheat starch; b) enzymatic hydrolysis of the fermentable must; c) fermentation of the hydrolyzate thus obtained; d) distillation of the fermented product; e) separation of the distillation residue so as to obtain: • a first fraction rich in yeast proteins and containing residual fibers; • a second fraction comprising soluble products of the distillation residue; f) drying of the fraction so as to obtain a composition rich in yeast proteins; characterized in that the fermentable must comprises less than 10% of vegetable proteins and between 3% and 6% of residual fibers. a) preparation of a fermentable must comprising at least 40% by weight of wheat starch; b) enzymatic hydrolysis of the fermentable must; c) fermentation of the hydrolyzate thus obtained; d) distillation of the fermented product; e) separation of the distillation residue so as to obtain: • a first fraction rich in yeast proteins and containing residual fibers; • a second fraction comprising soluble products of the distillation residue; • a first fraction rich in yeast proteins and containing residual fibers; • a second fraction comprising soluble products of the distillation residue; f) drying of the fraction so as to obtain a composition rich in yeast proteins;
A gas turbine engine comprising: a combustor including a fuel nozzle for delivering fuel to a combustion chamber; and a sensor at least partially housed within the fuel nozzle for sensing a parameter outside the fuel nozzle associated with the fuel delivery; characterised by further comprising: a fuel source in fluid communication with the sensor for providing fuel to the fuel nozzle to cool the sensor. a combustor including a fuel nozzle for delivering fuel to a combustion chamber; and a sensor at least partially housed within the fuel nozzle for sensing a parameter outside the fuel nozzle associated with the fuel delivery; characterised by further comprising: a fuel source in fluid communication with the sensor for providing fuel to the fuel nozzle to cool the sensor. a fuel source in fluid communication with the sensor for providing fuel to the fuel nozzle to cool the sensor.
An image processing device comprising: an acquisition unit that acquires a microscopic image obtained by photographing a surgical member inserted to a subject with a surgical microscope; an estimation unit that estimates a relative posture of the surgical member in the subject on the basis of the microscopic image acquired by the acquisition unit; and an output unit that outputs posture information associated with the posture that has been estimated, wherein the surgical member is a surgical tool on which a marker is displayed, the acquisition unit acquires the microscopic image of the surgical tool on which the marker is displayed and an endoscopic image of a intraocular endoscope, the estimation unit estimates the relative posture between the surgical tool on which the marker is displayed and the surgical microscope, and also estimates the relative posture between the surgical tool on which the marker is displayed and the intraocular endoscope, and the image processing device further comprises an operation unit that operates the relative posture between the surgical microscope and the intraocular endoscope from the relative posture between the surgical tool and the surgical microscope and the relative posture between the surgical tool and the intraocular endoscope. an acquisition unit that acquires a microscopic image obtained by photographing a surgical member inserted to a subject with a surgical microscope; an estimation unit that estimates a relative posture of the surgical member in the subject on the basis of the microscopic image acquired by the acquisition unit; and an output unit that outputs posture information associated with the posture that has been estimated, wherein the surgical member is a surgical tool on which a marker is displayed, the acquisition unit acquires the microscopic image of the surgical tool on which the marker is displayed and an endoscopic image of a intraocular endoscope, the estimation unit estimates the relative posture between the surgical tool on which the marker is displayed and the surgical microscope, and also estimates the relative posture between the surgical tool on which the marker is displayed and the intraocular endoscope, and the image processing device further comprises an operation unit that operates the relative posture between the surgical microscope and the intraocular endoscope from the relative posture between the surgical tool and the surgical microscope and the relative posture between the surgical tool and the intraocular endoscope.
A lighting arrangement including - a light source, - a light guide, said light guide including at least a first and second outer surface (12, 14), said first and second outer surface (12, 14) being arranged on opposite sides of said light guide, a forward direction along said light guide extending from said light source in parallel to said first said outer surface, and - a collimator, said collimator comprising a first reflector surface facing towards said second outer surface, said first reflector surface being arranged at least substantially parallel to said forward direction and extending into said forward direction for a first reflector length measured from said light source, wherein the light source and the collimator are embedded within the light guide, characterized in that, the collimator comprises a second reflector surface facing towards said first outer surface and extending into said forward direction for a second reflector length measured from said light source, said second reflector length being greater than said first reflector length, wherein at least a portion of said second reflector surface is arranged under an angle (α) to said forward direction and said angle α is chosen at 2.5°-25°, the light source is arranged to emit light between said first and second reflector surfaces (26a, 26b), and said angle (α) and the first and second lengths (L1, L2) of the first and second reflector surfaces respectively (26a, 26b) are chosen such that light emitted from said light source is directed along said light guide into such directions that an angle of incidence (Θ) at said first or second outer surface (12, 14) is above a critical angle (Θc), such that total internal reflection occurs. - a light source, - a light guide, said light guide including at least a first and second outer surface (12, 14), said first and second outer surface (12, 14) being arranged on opposite sides of said light guide, a forward direction along said light guide extending from said light source in parallel to said first said outer surface, and - a collimator, said collimator comprising a first reflector surface facing towards said second outer surface, said first reflector surface being arranged at least substantially parallel to said forward direction and extending into said forward direction for a first reflector length measured from said light source,
A method for baking a continuous mat of mineral or plant fibers, in particular of the glass or rock type, successively comprising: - application of an aqueous solution, containing a binder diluted in the solution, onto mineral or plant fibers, - shaping of the fibers to form a continuous mat on a conveyor in motion, - heating of the mat in movement through an oven by a hot air flow at a temperature higher than the curing temperature of the binder, wherein the method furthermore comprises at least partial drying of the mat before entry into the oven, said at least partial drying including irradiation of the mat in movement with radiofrequency electromagnetic waves whose frequency lies between 3 MHz and 300 GHz. - application of an aqueous solution, containing a binder diluted in the solution, onto mineral or plant fibers, - shaping of the fibers to form a continuous mat on a conveyor in motion, - heating of the mat in movement through an oven by a hot air flow at a temperature higher than the curing temperature of the binder,
A system for increasing data retention time, comprising: a processor configured to execute code to: detect or predict a write event associated with a flash memory; control a device in the system to cause a temperature at the flash memory to increase via waste heat above a first threshold temperature, based on an age of the flash memory and in response to the write event comprising a data size exceeding a threshold size; and write data to the flash memory at the temperature that exceeds the first threshold temperature to increase the data retention time of the data stored in the flash memory. detect or predict a write event associated with a flash memory; control a device in the system to cause a temperature at the flash memory to increase via waste heat above a first threshold temperature, based on an age of the flash memory and in response to the write event comprising a data size exceeding a threshold size; and write data to the flash memory at the temperature that exceeds the first threshold temperature to increase the data retention time of the data stored in the flash memory.
An apparatus having at least one passage for conducting a gaseous or a liquid operating medium, in particular in a vacuum pump, wherein the passage is closed in a fluid-tight manner at a side by at least one elongated sealing means which follows the extent of the passage, characterized in that the sealing means is formed by wall sections of a component which bounds the passage, said wall sections being brought into contact with one another by deformation.
A fraud estimation system, comprising: relevance information obtaining means for obtaining relevance information about relevance between one service and another service, the relevance information being set based on an aggregated count of the number of matches between user information of fraudulent users in a data storage of the one service and user information of fraudulent users in a data storage of the another service, such that a numerical value indicated by the relevance information is larger when the aggregated count is higher; comparison result obtaining means for obtaining a comparison result of a comparison between user information of a target user in the one service and user information of a fraudulent user or an authentic user in the another service; estimation means for estimating fraudulence of the target user based on the relevance information and the comparison result; and a control unit configured to restrict target user registration when the fraudulence is equal to or higher than a pre-stored threshold value and to permit target user registration when the fraudulence is lower than the threshold value. relevance information obtaining means for obtaining relevance information about relevance between one service and another service, the relevance information being set based on an aggregated count of the number of matches between user information of fraudulent users in a data storage of the one service and user information of fraudulent users in a data storage of the another service, such that a numerical value indicated by the relevance information is larger when the aggregated count is higher; comparison result obtaining means for obtaining a comparison result of a comparison between user information of a target user in the one service and user information of a fraudulent user or an authentic user in the another service; estimation means for estimating fraudulence of the target user based on the relevance information and the comparison result; and a control unit configured to restrict target user registration when the fraudulence is equal to or higher than a pre-stored threshold value and to permit target user registration when the fraudulence is lower than the threshold value.
A method of making an article of footwear, comprising: forming a braided structure (102; 1402) with an interior cavity; cutting an opening (125; 1502) into the braided structure (102; 1402), thereby creating an opening (125; 1502) in the braided structure (102; 1402) and an edge (126, 127; 1504) associated with the opening (125; 1502); bonding an overlay portion (150; 1510) to the edge (126, 127; 1504), wherein the overlay portion (150; 1510) includes a plurality of eyelets (400, 402; 502, 504; 1610); inserting a lace (160; 1602) through the eyelets (400, 402; 502, 504; 1610); and associating a sole system (110; 1620) with the braided structure (102; 1402) to form the article of footwear. forming a braided structure (102; 1402) with an interior cavity; cutting an opening (125; 1502) into the braided structure (102; 1402), thereby creating an opening (125; 1502) in the braided structure (102; 1402) and an edge (126, 127; 1504) associated with the opening (125; 1502); bonding an overlay portion (150; 1510) to the edge (126, 127; 1504), wherein the overlay portion (150; 1510) includes a plurality of eyelets (400, 402; 502, 504; 1610); inserting a lace (160; 1602) through the eyelets (400, 402; 502, 504; 1610); and associating a sole system (110; 1620) with the braided structure (102; 1402) to form the article of footwear.
A compound which is N -(2-(dimethylamino)ethyl)-3-(2-(4-(4-ethoxy-6-oxo-1,6-dihydropyridin-3-yl)-2-fluorophenyl)acetamido)-5-(trifluoromethyl)benzamide, represented by Formula: or a pharmaceutically acceptable salt thereof.
A control device for an internal combustion engine which includes a variable compression ratio mechanism arranged to vary a mechanical compression ratio, and a high pressure fuel pump arranged to supply a high pressure fuel to a common rail, and to be driven from a crank shaft through a chain, the control device comprising: a fuel pressure abnormal state sensing means configured to sense an abnormal state of a fuel pressure within the common rail, the control device being configured to decrease the compression ratio in the abnormal state of the fuel pressure. a fuel pressure abnormal state sensing means configured to sense an abnormal state of a fuel pressure within the common rail, the control device being configured to decrease the compression ratio in the abnormal state of the fuel pressure.