mhurhangee/ep-ind-claims huggingface dataset:
A vibration data acquisition system comprising: a vibration sensor; a voltage to current converter configured to convert a signal from the vibration sensor from a voltage signal to a current signal; a logarithmic amplifier configured to receive the current signal and logarithmically compress a dynamic range of the current signal to generate an output signal; and an analog-to-digital converter configured to digitize the output signal and output a digital signal. a vibration sensor; a voltage to current converter configured to convert a signal from the vibration sensor from a voltage signal to a current signal; a logarithmic amplifier configured to receive the current signal and logarithmically compress a dynamic range of the current signal to generate an output signal; and an analog-to-digital converter configured to digitize the output signal and output a digital signal.
A semiconductor probe constituted by stacking in sequence: a conductive electrode; a metal oxide semiconductor layer made of a metal oxide semiconductor; a charge layer that charges electric energy therein, wherein the charge layer has an n-type metal oxide semiconductor covered with an insulating material and undergone a photoexcitation structural change by ultraviolet irradiation to form an energy level in a band gap so as to trap electrons; and a support body. a conductive electrode; a metal oxide semiconductor layer made of a metal oxide semiconductor; a charge layer that charges electric energy therein, wherein the charge layer has an n-type metal oxide semiconductor covered with an insulating material and undergone a photoexcitation structural change by ultraviolet irradiation to form an energy level in a band gap so as to trap electrons; and a support body.
Method for adjusting a decimation factor for decimation of at least one binary signal as a function of the number of signal edges per number of sampled values in the individual binary signals with the following method steps: - definition of successive signal sections of the individual binary signals with a number of sampled values corresponding to the decimation factor for the decimation, - determination of the number of signal edges of the individual binary signals within each individual signal section, - reduction of the number of sampled values in each signal section and hence of the decimation factor until a maximum of one signal edge of the individual binary signals appears in each signal section and - determination of sampled values of at least one decimated binary signal by decimation of the sampled values of the associated binary signal with the adjusted decimation factor. - definition of successive signal sections of the individual binary signals with a number of sampled values corresponding to the decimation factor for the decimation, - determination of the number of signal edges of the individual binary signals within each individual signal section, - reduction of the number of sampled values in each signal section and hence of the decimation factor until a maximum of one signal edge of the individual binary signals appears in each signal section and - determination of sampled values of at least one decimated binary signal by decimation of the sampled values of the associated binary signal with the adjusted decimation factor.
A mobile terminal, comprising: a main body; a front camera disposed at a front side of the main body; and a display disposed at the front side of the main body; a controller configured to cause the display to: display a preview image within a first portion of the display, wherein the preview image is obtained via the front camera; stop displaying the preview image and display at least one image of a predetermined color in the entire area of the display in response to a photographing command; perform photographing in the state in which the at least one image is displayed; and display the preview image within the first portion of the display when the photographing is completed; and characterized in that the controller is further configured to display, on the at least one image, guidance information representing a contour of a human body included in the preview image. a main body; a front camera disposed at a front side of the main body; and a display disposed at the front side of the main body; a controller configured to cause the display to: display a preview image within a first portion of the display, wherein the preview image is obtained via the front camera; stop displaying the preview image and display at least one image of a predetermined color in the entire area of the display in response to a photographing command; perform photographing in the state in which the at least one image is displayed; and display the preview image within the first portion of the display when the photographing is completed; and characterized in that the controller is further configured to display, on the at least one image, guidance information representing a contour of a human body included in the preview image. display a preview image within a first portion of the display, wherein the preview image is obtained via the front camera; stop displaying the preview image and display at least one image of a predetermined color in the entire area of the display in response to a photographing command; perform photographing in the state in which the at least one image is displayed; and display the preview image within the first portion of the display when the photographing is completed; and characterized in that the controller is further configured to display, on the at least one image, guidance information representing a contour of a human body included in the preview image.
A method of protecting the integrity of a set of source data, characterised by executing in a hardware or a hardware and software system the steps of: (a) passing the set of source data through a transformation to produce a transformed set of source data, the transformation being performed by an interleaver arranged to alter the relative position of portions of the set of source data; (b) distorting said transformed set of source data with a distortion function to produce an intermediate set of source data; (c) passing the set of source data through a first error detection and correction, EDAC, algorithm to produce a first remainder and attaching said first remainder to the set of source data to produce an encoded set of source data; and (d) passing the intermediate set of source data through a second EDAC algorithm to produce a second remainder and attaching said second remainder to the encoded set of source data, wherein said EDAC algorithm and said second EDAC algorithm are each selected from the group comprising a CRC algorithm, a Reed-Solomon encoding algorithm, and a Turbo encoding algorithm. (a) passing the set of source data through a transformation to produce a transformed set of source data, the transformation being performed by an interleaver arranged to alter the relative position of portions of the set of source data; (b) distorting said transformed set of source data with a distortion function to produce an intermediate set of source data; (c) passing the set of source data through a first error detection and correction, EDAC, algorithm to produce a first remainder and attaching said first remainder to the set of source data to produce an encoded set of source data; and (d) passing the intermediate set of source data through a second EDAC algorithm to produce a second remainder and attaching said second remainder to the encoded set of source data, wherein said EDAC algorithm and said second EDAC algorithm are each selected from the group comprising a CRC algorithm, a Reed-Solomon encoding algorithm, and a Turbo encoding algorithm.
A copolymer characterized by the formulae or where A represents C 2 -C 4 -alkylene, B represents a C 2 -C 4 -alkylene other than A, D represents a C 3 -alkylene, m is from 1 to 500; n is from 1 to 500; and the sum total of m + n is from 2 to 1000; o is from 2 to 500; X a represents an aromatic or araliphatic radical having 3 to 30 carbon atoms which optionally contains heteroatoms from the group consisting of N, 0 and S, Z a represents H or (C 1 -C 4)-alkyl, Z b represents H or (C 1 -C 4)-alkyl, Z c represents H or (C 1 -C 4)-alkyl; R represents hydrogen or methyl, R 1 represents hydrogen or methyl, R 2 represents hydrogen or methyl, Y represents an aliphatic hydrocarbon radical having 1 to 30 carbon atoms, which may be linear or branched or else cyclic, and which may contain heteroatoms from the group consisting of 0, N and S and may also be unsaturated, W b represents oxygen or an NH group; X b represents an aromatic or araliphatic radical having 3 to 30 carbon atoms which optionally contains heteroatoms from the group consisting of 0, N and S, W a represents oxygen or an NH group, Q represents SO 3, CH 2 COO, PO 3 M or sulfosuccinate, and M represents H, a metal cation, an ammonium, an alkylated ammonium ion, or a combination thereof; a = 0.001 - 0.9 b = 0.001 - 0.9 c = 0.001 - 0.9 d = 0.001 - 0.9 subject to the proviso that the sum total of a + b + c + d is equal to 1. A represents C 2 -C 4 -alkylene, B represents a C 2 -C 4 -alkylene other than A, D represents a C 3 -alkylene, m is from 1 to 500; n is from 1 to 500; and the sum total of m + n is from 2 to 1000; o is from 2 to 500; X a represents an aromatic or araliphatic radical having 3 to 30 carbon atoms which optionally contains heteroatoms from the group consisting of N, 0 and S, Z a represents H or (C 1 -C 4)-alkyl, Z b represents H or (C 1 -C 4)-alkyl, Z c represents H or (C 1 -C 4)-alkyl; R represents hydrogen or methyl, R 1 represents hydrogen or methyl, R 2 represents hydrogen or methyl, Y represents an aliphatic hydrocarbon radical having 1 to 30 carbon atoms, which may be linear or branched or else cyclic, and which may contain heteroatoms from the group consisting of 0, N and S and may also be unsaturated, W b represents oxygen or an NH group; X b represents an aromatic or araliphatic radical having 3 to 30 carbon atoms which optionally contains heteroatoms from the group consisting of 0, N and S, W a represents oxygen or an NH group, Q represents SO 3, CH 2 COO, PO 3 M or sulfosuccinate, and M represents H, a metal cation, an ammonium, an alkylated ammonium ion, or a combination thereof; a = 0.001 - 0.9 b = 0.001 - 0.9 c = 0.001 - 0.9 d = 0.001 - 0.9
A laser annealing device comprising: a stage on which a heating object is placed; a first laser element which emits first continuous laser light; a first optical system which leads the first continuous laser light to the heating object to form a first application region on the heating object; a second laser element which emits second continuous laser light having a wavelength shorter than that of the first continuous laser light; and a second optical system which leads the second continuous laser light to the heating object to form a second application region on the heating object; characterized by a third laser element which emits third continuous laser light having a wavelength longer than that of the second continuous laser light; and a third optical system which leads the third continuous laser light to the heating object to form a third application region on the heating object, a system controller which executes scanning with the first application region and the second application region so that each portion of the heating object is scanned with at least part of the first application region before being scanned with the second application region, and executes scanning with the third application region so that each portion of the heating object is scanned with the third application region after being scanned with the second application region. a stage on which a heating object is placed; a first laser element which emits first continuous laser light; a first optical system which leads the first continuous laser light to the heating object to form a first application region on the heating object; a second laser element which emits second continuous laser light having a wavelength shorter than that of the first continuous laser light; and a second optical system which leads the second continuous laser light to the heating object to form a second application region on the heating object; characterized by a third laser element which emits third continuous laser light having a wavelength longer than that of the second continuous laser light; and a third optical system which leads the third continuous laser light to the heating object to form a third application region on the heating object, a system controller which executes scanning with the first application region and the second application region so that each portion of the heating object is scanned with at least part of the first application region before being scanned with the second application region, and executes scanning with the third application region so that each portion of the heating object is scanned with the third application region after being scanned with the second application region.
An inspection machine for inspecting the conformity of products comprising a first roller equipped with first housings for positioning the products, a second roller parallel and opposite to the first roller equipped with second housings for positioning the products, transfer means for transferring the products into an overturned position from the first housings to the second housings, a first device for checking the conformity of the products positioned in the first housings, a second device for checking the conformity of the products positioned in the second housings, at least one of said first and second checking devices (11, 12) comprising an image acquisition system from a transit zone (28, 29) of the products and at least one first and one second lighting system respectively of the transit zone (28, 29) arranged and configured for the acquisition from the transit zone (28, 29) of a first and a second image respectively in each of which the products are positioned substantially at the same spatial coordinates, characterized in that it comprises a control unit configured to pilot the selective switching on of said first or second lighting system, said control unit being configured to pilot the lighting of said transit zone (28, 29) stroboscopically by alternating the switching on of said first and second lighting system, said first lighting system comprising at least one first string (31, 35) of spatially aligned LEDs parallel to the axis of the roller (2, 7) and configured for an emission in two emission directions that are coplanar and orthogonal to one another and said first lighting system comprising at least one second string (32, 36) of spatially aligned LEDs parallel to the axis of the roller (2, 7) and configured for an emission in two emission directions that are coplanar and orthogonal to one another, and orthogonal in turn to the two emission directions of the first string (31, 35) of LEDs.
Microsystem and/or nanosystem type device comprising: - a first substrate, or intermediate substrate, comprising a mobile part, - a second substrate or support substrate, - at least one electrode, in an electrically conducting material, and one dielectric layer, located between the first and second substrates, the dielectric layer being arranged in part or in whole between the electrode and the first substrate, part of the dielectric layer being eliminated to form a cavity under the mobile part of the system, the bottom of this cavity being formed partly by the upper surface of an electrode that faces at least part of the mobile part, - the first substrate comprising through vias filled with the electrically conducting material in contact with said lower electrode. - a first substrate, or intermediate substrate, comprising a mobile part, - a second substrate or support substrate, - at least one electrode, in an electrically conducting material, and one dielectric layer, located between the first and second substrates, the dielectric layer being arranged in part or in whole between the electrode and the first substrate, part of the dielectric layer being eliminated to form a cavity under the mobile part of the system, the bottom of this cavity being formed partly by the upper surface of an electrode that faces at least part of the mobile part, - the first substrate comprising through vias filled with the electrically conducting material in contact with said lower electrode.
A cooling device comprising a pump that enables liquid to be delivered to the members like water dispenser and/or ice making unit disposed thereon, a liquid delivery tube that enables liquid to be taken into the pump from inside a bottle, one end of which is immersed into the bottle and the other end of which is connected to the pump and an adaptor that enables the mouth of the bottle to be closed in a leak-proofing manner by being fitted on the liquid delivery tube, the adaptor having - a frustoconical lid placed on the mouth of the bottle, at least one portion of which enters into the mouth of the bottle and thus enables the mouth of the bottle to be closed, and - a locking mechanism enabling the adaptor to be fixed on the bottle by grasping the bottle from the neck portion thereof, characterized by - the locking mechanism being suitable for grasping bottles with different widths from the neck thereof by narrowing and widening, - the adaptor comprising an upper casing that presses the lid towards the mouth of the bottle from above and a lower casing movably mounted to the upper casing from below, - the locking mechanism being placed between the upper casing and the lower casing and moving by the upper casing and the lower casing being rotated in opposite directions with respect to each other and enables the adaptor to be fixed on the bottle by compressing the neck of the bottle from the two opposite sides, - the locking mechanism comprising two opposite boomerang-shaped baffles movably borne between the upper casing and lower casing. - a frustoconical lid placed on the mouth of the bottle, at least one portion of which enters into the mouth of the bottle and thus enables the mouth of the bottle to be closed, and - a locking mechanism enabling the adaptor to be fixed on the bottle by grasping the bottle from the neck portion thereof, - the locking mechanism being suitable for grasping bottles with different widths from the neck thereof by narrowing and widening, - the adaptor comprising an upper casing that presses the lid towards the mouth of the bottle from above and a lower casing movably mounted to the upper casing from below, - the locking mechanism being placed between the upper casing and the lower casing and moving by the upper casing and the lower casing being rotated in opposite directions with respect to each other and enables the adaptor to be fixed on the bottle by compressing the neck of the bottle from the two opposite sides, - the locking mechanism comprising two opposite boomerang-shaped baffles movably borne between the upper casing and lower casing.
An apparatus structured to energize a protective device to at least initiate an opening of at least a portion of a circuit, the apparatus comprising: a storage device structured to store energy and to release at least a portion of the energy to energize the protective device, the storage device being an electrolytic capacitor, characterized by: a detection system connected with the storage device and structured to detect at least a first operational parameter of the storage device that is usable in determining an energy storage capability of the storage device; and responsive to a determination by the apparatus that the energy storage capability of the storage device has dropped to a predetermined threshold, the apparatus being structured to perform a predetermined action. a detection system connected with the storage device and structured to detect at least a first operational parameter of the storage device that is usable in determining an energy storage capability of the storage device; and responsive to a determination by the apparatus that the energy storage capability of the storage device has dropped to a predetermined threshold, the apparatus being structured to perform a predetermined action.
An information processing method, wherein the method is applied to a terminal device and comprises: • grouping DL component carriers, CCs, based on a downlink, DL, transmission length (step 201), wherein the grouping DL CCs based on the DL transmission length comprises: ∘ grouping DL CCs having different DL transmission lengths into different DL CC groups; and • sending uplink control information, UCI, based on grouped DL CCs by using an uplink, UL, CC, wherein the UCI is UCI corresponding to the grouped DL CCs, and transmission lengths of DL CCs in at least one DL CC group of the grouped DL CCs are the same (step 203), and when time division multiplexing, TDM, is used for UL CCs having different transmission lengths, the sending UCI based on grouped DL CCs by using the UL CC comprises: ∘ separately sending, by using different transmission opportunities in a first UL CC, UCI corresponding to the different DL CC groups, wherein the first UL CC is a UL CC having a smallest transmission length in UL CCs whose capacity is greater than or equal to a first capacity, and the first capacity is a capacity of UCI corresponding to each of the different DL CC groups. • grouping DL component carriers, CCs, based on a downlink, DL, transmission length (step 201), wherein the grouping DL CCs based on the DL transmission length comprises: ∘ grouping DL CCs having different DL transmission lengths into different DL CC groups; and • sending uplink control information, UCI, based on grouped DL CCs by using an uplink, UL, CC, wherein the UCI is UCI corresponding to the grouped DL CCs, and transmission lengths of DL CCs in at least one DL CC group of the grouped DL CCs are the same (step 203), and when time division multiplexing, TDM, is used for UL CCs having different transmission lengths, the sending UCI based on grouped DL CCs by using the UL CC comprises: ∘ separately sending, by using different transmission opportunities in a first UL CC, UCI corresponding to the different DL CC groups, wherein the first UL CC is a UL CC having a smallest transmission length in UL CCs whose capacity is greater than or equal to a first capacity, and the first capacity is a capacity of UCI corresponding to each of the different DL CC groups. ∘ separately sending, by using different transmission opportunities in a first UL CC, UCI corresponding to the different DL CC groups, wherein the first UL CC is a UL CC having a smallest transmission length in UL CCs whose capacity is greater than or equal to a first capacity, and the first capacity is a capacity of UCI corresponding to each of the different DL CC groups.