mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented method for characterizing a wafer patterned using at least one lithography step, • wherein at least one parameter characteristic of the patterned wafer is ascertained on the basis of a plurality of measurements of the intensity of electromagnetic radiation after the diffraction thereof at the patterned wafer; • wherein the at least one parameter is ascertained on the basis of intensity values measured during these intensity measurements for respectively different combinations of wavelength, polarization and/or order of diffraction, and also on the basis of correspondingly calculated intensity values, with a mathematical optimization method being applied; • wherein the ascertainment of the at least one parameter prior to the application of a mathematical optimization method comprises a comparison of intensity values obtained in the intensity measurements with intensity values stored in at least one database, wherein in this database an associated intensity spectrum is respectively assigned to a plurality of structures (711, 712); characterized in that a localization of structures respectively suitable for determining a parameter on the wafer is effected on the basis of this comparison with intensity values stored in the at least one database. • wherein at least one parameter characteristic of the patterned wafer is ascertained on the basis of a plurality of measurements of the intensity of electromagnetic radiation after the diffraction thereof at the patterned wafer; • wherein the at least one parameter is ascertained on the basis of intensity values measured during these intensity measurements for respectively different combinations of wavelength, polarization and/or order of diffraction, and also on the basis of correspondingly calculated intensity values, with a mathematical optimization method being applied; • wherein the ascertainment of the at least one parameter prior to the application of a mathematical optimization method comprises a comparison of intensity values obtained in the intensity measurements with intensity values stored in at least one database, wherein in this database an associated intensity spectrum is respectively assigned to a plurality of structures (711, 712);
An anode active material for a lithium secondary battery, comprising a silicon alloy that includes silicon and at least one kind of metal selected from the group consisting of Sn, Zr, Mn, Ni, Fe, Ca, Ce, La, Cr, Al, Co, Sb, Bi, As, Ge, Pb, Zn, Cd, In, Ti, and Ga, wherein the silicon alloy has an active phase region reacting with lithium, which is a silicon phase, and an inactive phase region, not reacting with lithium, which is a phase constituted with silicon and a metal element other than silicon, or a phase constituted with only metals other than silicon, wherein the volume of the inactive phase region in the silicon alloy not reacted with lithium, is 50 to 75% of the entire volume of an active material, and wherein the silicon alloy is expressed by the following Chemical Formula 1: Chemical Formula 1 Si x A y B z where A and B are independently Sn, Zr, Mn, Ni, Fe, Ca, Ce, La, Cr, Al, Co, Sb, Bi, As, Ge, Pb, Zn, Cd, In, Ti, or Ga, A and B are different from each other, and x, y, and z are atom% in which x+y+z=100, 60≤x<100, 0<y<30, 0<z<30.
A rat, animal and/or insect trapping device comprising: a receptacle capable of holding and trapping a rat, animal and/or insect; a first sealable opening through which a rat, animal and/or insect is capable of entering the receptacle; characterized with: a device for removing air once a rat, animal and/or insect is trapped inside the receptacle allowing decompression to occur and graduated hypoxia of the trapped rat, animal and/ or insect; and wherein the rat, animal and/or insect is killed by removing air from the enclosure and wherein there is a decompression level of -0.7 Bar to -0.88 Bar in the receptacle. a receptacle capable of holding and trapping a rat, animal and/or insect; a first sealable opening through which a rat, animal and/or insect is capable of entering the receptacle; characterized with: a device for removing air once a rat, animal and/or insect is trapped inside the receptacle allowing decompression to occur and graduated hypoxia of the trapped rat, animal and/ or insect; and wherein the rat, animal and/or insect is killed by removing air from the enclosure and wherein there is a decompression level of -0.7 Bar to -0.88 Bar in the receptacle.
A defect inspecting device comprising: an acquisition unit configured to acquire an inspection image of an inspection target; an image generating unit configured to generate one or more feature extraction images by applying to the inspection image a learned classifier which has pre-learned by extracting one or more features using image data for learning; an inspection unit configured to identify a region corresponding to a defect based on one or more determination parameters for determining presence or absence of a defect in the inspection target and a binarized image generated based on the feature extraction image; characterized in that the device further comprises: a setting unit configured to provisionally set the determination parameters on premise of a post-adjustment from a user only when a number of image data for learning corresponding to the features is less than a threshold value in a case where the region corresponding to the defect is identified based on the pre-learned features, and to set the determination parameters according to designation from the user in a case where the region corresponding to the defect is identified based on a feature other than the pre-learned features. an acquisition unit configured to acquire an inspection image of an inspection target; an image generating unit configured to generate one or more feature extraction images by applying to the inspection image a learned classifier which has pre-learned by extracting one or more features using image data for learning; an inspection unit configured to identify a region corresponding to a defect based on one or more determination parameters for determining presence or absence of a defect in the inspection target and a binarized image generated based on the feature extraction image;
A cooking extruder comprising: an elongated, tubular barrel having an inlet, an outlet spaced from said inlet, and an elongated bore extending between the inlet and outlet and presenting a longitudinal axis; a restricted orifice die positioned across said outlet; at least one elongated, axially rotatable, helically flighted extrusion screw located within said bore and operable to convey material from said inlet toward and through said outlet while imparting shear and mechanical energy into the material; and a plurality of elongated steam injection ports in said barrel between said inlet and said outlet and communicating with said bore, characterized in that said screw has a first section adjacent said ports with a first screw flighting pitch length, and second screw sections (76, 80) on opposite ends of said first section, having second flighting pitch lengths, said first screw flighting pitch length being greater than said second screw flighting pitch lengths. an elongated, tubular barrel having an inlet, an outlet spaced from said inlet, and an elongated bore extending between the inlet and outlet and presenting a longitudinal axis; a restricted orifice die positioned across said outlet; at least one elongated, axially rotatable, helically flighted extrusion screw located within said bore and operable to convey material from said inlet toward and through said outlet while imparting shear and mechanical energy into the material; and a plurality of elongated steam injection ports in said barrel between said inlet and said outlet and communicating with said bore, characterized in that said screw has a first section adjacent said ports with a first screw flighting pitch length, and second screw sections (76, 80) on opposite ends of said first section, having second flighting pitch lengths, said first screw flighting pitch length being greater than said second screw flighting pitch lengths.
A measurement apparatus configured to measure a position of a mark formed between a first surface and a second surface on a side opposite to the first surface of a substrate, comprising: a stage configured to hold and move the substrate; a first detector configured to detect an image of the mark; a second detector configured to detect a height position of the first surface; and a processor configured to determine an offset amount from the height position of the first surface detected by the second detector, used to set the focus of the first detector to the mark, wherein the processor includes a first mode in which the offset amount is determined based on a first distance set as a distance from the first surface to the mark, characterized in that the processor further includes a second mode in which the offset amount is determined based on a second distance set as a distance from the second surface to the mark and based on the height position of the first surface detected by the second detector. a stage configured to hold and move the substrate; a first detector configured to detect an image of the mark; a second detector configured to detect a height position of the first surface; and a processor configured to determine an offset amount from the height position of the first surface detected by the second detector, used to set the focus of the first detector to the mark, wherein the processor includes a first mode in which the offset amount is determined based on a first distance set as a distance from the first surface to the mark, characterized in that the processor further includes a second mode in which the offset amount is determined based on a second distance set as a distance from the second surface to the mark and based on the height position of the first surface detected by the second detector.
An ultrasonic diagnostic apparatus, comprising: a display unit (18, 23) adapted to display past images acquired from a patient or another patient together with an ultrasonic live image from the patient; a selection unit capable of selecting past images from among past images acquired by imaging modalities other than an ultrasonic imaging modality such as a CT or MR imaging modality from the same or the other patient and/or in ultrasound examinations of the other patient from an image storage management unit in the ultrasonic diagnostic apparatus, an image recording medium connected to the apparatus, and/or an image storage management system connected via a network; a reference image registration unit adapted to register selected images in an image table for image reference together with information about a storage location of the image; an acquisition unit adapted to acquire an image registered in the image table on the basis of the information about the storage location and to store the image in an image storage management unit in the ultrasonic diagnostic apparatus, wherein the display unit (18, 23) is adapted to arbitrarily repeatedly display the acquired past image in the image table as a reference image. a display unit (18, 23) adapted to display past images acquired from a patient or another patient together with an ultrasonic live image from the patient; a selection unit capable of selecting past images from among past images acquired by imaging modalities other than an ultrasonic imaging modality such as a CT or MR imaging modality from the same or the other patient and/or in ultrasound examinations of the other patient from an image storage management unit in the ultrasonic diagnostic apparatus, an image recording medium connected to the apparatus, and/or an image storage management system connected via a network; a reference image registration unit adapted to register selected images in an image table for image reference together with information about a storage location of the image; an acquisition unit adapted to acquire an image registered in the image table on the basis of the information about the storage location and to store the image in an image storage management unit in the ultrasonic diagnostic apparatus, wherein
An induction heater comprising: an induction heating coil which produces a high-frequency magnetic field capable of induction-heating an object made of aluminum; an inverter circuit which supplies a high-frequency current to said induction heating coil; an output detection section for detecting the magnitude of the output of said inverter circuit; a movement detection section capable of detecting a floating of said object by the high-frequency magnetic field produced by the induction heating coil; and a control section for controlling the output of said inverter circuit in response to the output of said output detection section and the output of said movement detection section; characterized by a movement detection stop input section for inputting a stop command to stop the detection operation of said movement detection section or to make said control section stop controlling the output in response to the output of said movement detection section. an induction heating coil which produces a high-frequency magnetic field capable of induction-heating an object made of aluminum; an inverter circuit which supplies a high-frequency current to said induction heating coil; an output detection section for detecting the magnitude of the output of said inverter circuit; a movement detection section capable of detecting a floating of said object by the high-frequency magnetic field produced by the induction heating coil; and a control section for controlling the output of said inverter circuit in response to the output of said output detection section and the output of said movement detection section; characterized by a movement detection stop input section for inputting a stop command to stop the detection operation of said movement detection section or to make said control section stop controlling the output in response to the output of said movement detection section.
A thermocouple, in which a thermoelement (2, 4, 52, 54) extends within a metal outer sheath (12,56) and a nickel-based inner sheath (10, 58, 60) positioned between the thermoelement and the metal outer sheath, characterised in that the nickel-based inner sheath contains less than 10wt% of chromium.
A lens comprising a front lens element and a rear lens element, each lens element being less than 0.8 mm thick and having a convex surface on one side and concave surface on the other side thereof; where at least one of said lens elements comprises a tetrachromic contrast enhancer; the front and rear lens elements being adhered together with a light-polarizer disposed between the front and rear lens elements, a front exterior surface of the lens being defined by the convex surface of said front lens element, and a rear exterior surface of the lens being defined by the concave surface of rear lens element; and wherein the tetrachromic contrast enhancer: provides a maximum light transmittance with respect to CIE illuminant D65 for at least one wavelength within each of four wavelength ranges (local maxima), and a minimum light transmittance within each of three intervening wavelength ranges (local minima) between the local maxima; includes a first local maxima of greater than 75% and less than 85% transmittance in the wavelength range of 415 nm to 430 nm, a second local maxima of less than 80% transmittance in the wavelength range of 495 nm to 505 nm, a third local maxima of less than 83% transmittance in the wavelength range of 550 nm to 565 nm, and a fourth local maxima of less than 84% transmittance in the wavelength range of 615 nm to 645 nm; and includes a first local minima of less than 50% transmittance between the first and second local maxima, a second local minima of less than 35% transmittance between the second and third local maxima, and a third local minima of less than 20% between the third and fourth local maxima; wherein the lens have a UVB (280 to 315 nm) transmittance of no more than one percent and a UVA (315 to 380 nm) transmittance of no more than 0.3 times the light transmittance. provides a maximum light transmittance with respect to CIE illuminant D65 for at least one wavelength within each of four wavelength ranges (local maxima), and a minimum light transmittance within each of three intervening wavelength ranges (local minima) between the local maxima; includes a first local maxima of greater than 75% and less than 85% transmittance in the wavelength range of 415 nm to 430 nm, a second local maxima of less than 80% transmittance in the wavelength range of 495 nm to 505 nm, a third local maxima of less than 83% transmittance in the wavelength range of 550 nm to 565 nm, and a fourth local maxima of less than 84% transmittance in the wavelength range of 615 nm to 645 nm; and includes a first local minima of less than 50% transmittance between the first and second local maxima, a second local minima of less than 35% transmittance between the second and third local maxima, and a third local minima of less than 20% between the third and fourth local maxima;
Control rod configured for a nuclear power light water reactor of the BWR or PWR kind, wherein the control rod contains absorber material, wherein at least 90%, with respect to weight, of the absorber material that is in the control rod is in the form of hafnium hydride, wherein the ratio between hafnium and hydrogen in the hafnium hydride is HfH x, where 1.40 ≤ x ≤ 1.80, wherein the hafnium hydride in the control rod is in the form of solid bodies.
Capsule for preparation of a beverage in a beverage production machine comprising a body and a delivery wall forming a chamber containing an extractable beverage ingredient, said delivery wall comprising at least one outlet, wherein the delivery wall comprises an inner layer (9, 31) including a plurality of first orifices and an outer layer (10, 32) including a plurality of a second orifices, wherein the first and second orifices (38, 41) extend in the axial direction of the capsule and wherein second orifices are offset relative to the first orifices in the transversal direction of the capsule, characterized in that the inner and outer layers (31, 32) are distant by a confined gap, in that the first orifices of the inner layer have a diameter small enough to maintain the extractable ingredients particles in the chamber and in that a labyrinth structure (36, 37) is provided which extends transversally in said gap between the first and second orifices and wherein the labyrinth structure (36, 37) is arranged between the inner and outer layers to leave one or more flow restriction openings (60, 62) extending in the transversal direction of the capsule.
A method of operating an electronic device, the method comprising: displaying a screen comprising a chat window and message input window; displaying a first message input by a user in the message input window; receiving a first input for applying an effect to the first message which is displayed in the message input window; in response to receiving the first input, displaying a list of effects, the list of effects comprising a hiding effect, applicable to the first message; receiving a second input for selecting the hiding effect among the list of effects; in response to receiving the second input, displaying the hiding effected first message; and transmitting the first message and information about the hiding effect to a counterpart electronic device in response to a transmission request from a user of the electronic device. displaying a screen comprising a chat window and message input window; displaying a first message input by a user in the message input window; receiving a first input for applying an effect to the first message which is displayed in the message input window; in response to receiving the first input, displaying a list of effects, the list of effects comprising a hiding effect, applicable to the first message; receiving a second input for selecting the hiding effect among the list of effects; in response to receiving the second input, displaying the hiding effected first message; and transmitting the first message and information about the hiding effect to a counterpart electronic device in response to a transmission request from a user of the electronic device.
A rechargeable lithium-ion button cell battery having a sealed housing comprising a top plate and a housing cup having a round or oval flat bottom area and a round or oval sidewall vertically to the flat bottom and containing cell electrodes, a separator and an electrolyte, wherein said top plate is laser welded at an opening end of a sidewall of said housing cup, wherein said top plate is round or oval and fitting a shape of the opening end and placed on top thereof, the top plate further comprising: (a). two conductive parts (1, 8, 3) which are conductively connected to a cell anode and a cell cathode, respectively; (b). said two conductive parts (1, 8, 3) are separated and insulated by a gasket made of plastic or rubber; (c). said conductive parts (1, 8, 3) comprise an outer part (1,8) and an inner part; (d). said outer part (1,8) is bigger than said inner part; and (e). said outer part (1, 8) has a hole for said inner part and said gasket to be positioned therein; characterized in that (f). said outer part (1,8) also has a portion of itself having a two-layer structure leaving a void space between the two layers, one layer is a top layer facing an outside of a battery, another layer is a bottom layer facing an inside of the battery; said two layers have the hole respectively for said inner part to be positioned therein; (g). said inner part has a projected flat rim acting as a flange to be positioned in between of the void space of said two-layer structure of said outer part (1,8); (h). said outer part (1,8) with its two-layer structure clamps said flange of said inner part which is partially wrapped by said gasket so that said two conductive parts (1, 8, 3) are insulated and fastened together; and (i). said two-layer structure of said outer part (1,8) is made by welding two pieces of ring-like metals together. (a). two conductive parts (1, 8, 3) which are conductively connected to a cell anode and a cell cathode, respectively; (b). said two conductive parts (1, 8, 3) are separated and insulated by a gasket made of plastic or rubber; (c). said conductive parts (1, 8, 3) comprise an outer part (1,8) and an inner part; (d). said outer part (1,8) is bigger than said inner part; and (e). said outer part (1, 8) has a hole for said inner part and said gasket to be positioned therein; characterized in that (f). said outer part (1,8) also has a portion of itself having a two-layer structure leaving a void space between the two layers, one layer is a top layer facing an outside of a battery, another layer is a bottom layer facing an inside of the battery; said two layers have the hole respectively for said inner part to be positioned therein; (g). said inner part has a projected flat rim acting as a flange to be positioned in between of the void space of said two-layer structure of said outer part (1,8); (h). said outer part (1,8) with its two-layer structure clamps said flange of said inner part which is partially wrapped by said gasket so that said two conductive parts (1, 8, 3) are insulated and fastened together; and (i). said two-layer structure of said outer part (1,8) is made by welding two pieces of ring-like metals together.