mhurhangee/ep-ind-claims huggingface dataset:
A mobile barcode scanning device comprising: an embedded camera; a user interface system comprising a visual display, the user interface system being configured to allow a user to access features of the barcode scanning device with the visual display; a barcode scanning application; and an operating system communicatively coupled to the embedded camera, the barcode scanning application, and the user interface system; wherein: the visual display is configured to operate as a viewfinder so as to display at least one barcode that is in a field of view of the embedded camera and provide an adjustable barcode scanning window that is overlaid on the viewfinder, and wherein the adjustable barcode scanning window is adjustable in size and location by a two-point touch gesture on the visual display by the user of the barcode scanning device, characterized in that the barcode scanning device is configured to initialize a scan and decode a barcode of the at least one barcode in a case in which the at least one barcode is partially, but not fully, encompassed by the adjustable barcode scanning window. an embedded camera; a user interface system comprising a visual display, the user interface system being configured to allow a user to access features of the barcode scanning device with the visual display; a barcode scanning application; and an operating system communicatively coupled to the embedded camera, the barcode scanning application, and the user interface system; wherein: the visual display is configured to operate as a viewfinder so as to display at least one barcode that is in a field of view of the embedded camera and provide an adjustable barcode scanning window that is overlaid on the viewfinder, and wherein the adjustable barcode scanning window is adjustable in size and location by a two-point touch gesture on the visual display by the user of the barcode scanning device, characterized in that the barcode scanning device is configured to initialize a scan and decode a barcode of the at least one barcode in a case in which the at least one barcode is partially, but not fully, encompassed by the adjustable barcode scanning window. the visual display is configured to operate as a viewfinder so as to display at least one barcode that is in a field of view of the embedded camera and provide an adjustable barcode scanning window that is overlaid on the viewfinder, and wherein the adjustable barcode scanning window is adjustable in size and location by a two-point touch gesture on the visual display by the user of the barcode scanning device, characterized in that the barcode scanning device is configured to initialize a scan and decode a barcode of the at least one barcode in a case in which the at least one barcode is partially, but not fully, encompassed by the adjustable barcode scanning window.
An alicyclic dicarboxylic acid ester compound represented by the following formula: wherein R each independently represent an alkyl group having 1 to 4 carbon atoms.
An elevator rope comprising: a rope main body; and a resin outer layer coating body that is coated onto an outer circumference of the rope main body, characterised in that test result information that corresponds to a given position of a test that is carried out continuously and at a predetermined pitch in a rope longitudinal direction during manufacturing is applied to a surface of the outer layer coating body at a predetermined pitch. a rope main body; and a resin outer layer coating body that is coated onto an outer circumference of the rope main body, characterised in that test result information that corresponds to a given position of a test that is carried out continuously and at a predetermined pitch in a rope longitudinal direction during manufacturing is applied to a surface of the outer layer coating body at a predetermined pitch.
A device for use with a hot water recirculation system, the device containing a hot water source, a flow sensor downstream from said source, a booster pump downstream from said sensor, and a plumbing fixture downstream from said pump, said device comprising: a controller configured for coupling to said sensor and said pump, said controller operative in one of a calibration mode and a control mode when coupled to said sensor and said pump, characterised in that, in said calibration mode, said controller determines a resting flow rate and an in-use flow rate via said sensor, said resting rate determined when said pump avoids pumping water and said fixture avoids drawing water, said in-use rate determined when said pump pumps water and said fixture draws water pumped via said pump, said controller determines a first time period indicative of time for returning from at least said in-use rate to said resting rate when said pump avoids pumping water and said fixture avoids drawing water, said controller receives an input from a user for a second time period, in said control mode, said controller controls said pump to pump water for duration of said second period based on said input in response to sensing at least said in-use rate via said sensor, said controller controls said pump to avoid pumping water immediately after expiration of said second period for duration of at least said first period. a controller configured for coupling to said sensor and said pump, said controller operative in one of a calibration mode and a control mode when coupled to said sensor and said pump, characterised in that, in said calibration mode, said controller determines a resting flow rate and an in-use flow rate via said sensor, said resting rate determined when said pump avoids pumping water and said fixture avoids drawing water, said in-use rate determined when said pump pumps water and said fixture draws water pumped via said pump, said controller determines a first time period indicative of time for returning from at least said in-use rate to said resting rate when said pump avoids pumping water and said fixture avoids drawing water, said controller receives an input from a user for a second time period, in said control mode, said controller controls said pump to pump water for duration of said second period based on said input in response to sensing at least said in-use rate via said sensor, said controller controls said pump to avoid pumping water immediately after expiration of said second period for duration of at least said first period.
A method of making a dispersion of nanoparticles, comprising: a. forming a reaction mixture comprising cerous ion, citric acid and ethylenediaminetetraacetic acid in a molar ratio ranging from about 3.0 to about 0.1, an oxidant, and water; and b. directly forming, without isolation, a dispersion of cerium-containing nanoparticles. a. forming a reaction mixture comprising cerous ion, citric acid and ethylenediaminetetraacetic acid in a molar ratio ranging from about 3.0 to about 0.1, an oxidant, and water; and b. directly forming, without isolation, a dispersion of cerium-containing nanoparticles.
A cylinder type lithium secondary battery, comprising: a cylinder type can member having an open upper end, an inner portion, and a shape memory alloy member included as a part of the cylinder type can member; an electrode assembly embedded with an electrolyte in the inner portion of the cylinder type can member; and a cap assembly mounted on the open upper end of the cylinder type can member, the cap assembly comprising a safety vent configured to discharge gas when an internal pressure of the cylinder type can member rises due to the gas, wherein the shape memory alloy member includes one or more shape memory alloys selected from the group consisting of a nickel-titanium alloy, a copper-zinc alloy, a gold-cadmium alloy, and an indium-thallium alloy, and the shape memory alloy member is configured to contract at the predetermined temperature of 130 °C or higher to crack the cylinder type can member, or the shape memory alloy member is configured to expand at the predetermined temperature of 130 °C or higher to crack the cylinder type can member. a cylinder type can member having an open upper end, an inner portion, and a shape memory alloy member included as a part of the cylinder type can member; an electrode assembly embedded with an electrolyte in the inner portion of the cylinder type can member; and a cap assembly mounted on the open upper end of the cylinder type can member, the cap assembly comprising a safety vent configured to discharge gas when an internal pressure of the cylinder type can member rises due to the gas, wherein the shape memory alloy member includes one or more shape memory alloys selected from the group consisting of a nickel-titanium alloy, a copper-zinc alloy, a gold-cadmium alloy, and an indium-thallium alloy, and the shape memory alloy member is configured to contract at the predetermined temperature of 130 °C or higher to crack the cylinder type can member, or the shape memory alloy member is configured to expand at the predetermined temperature of 130 °C or higher to crack the cylinder type can member.
Mounting guide for a Panhard bar, characterized in that it comprises: - a body made of a plastic material open in the lower part for the passage of the Panhard bar, said body being provided with means for indexing the Panhard bar in position, and - an insert made of a metal material arranged in the upper part of the body, said insert comprising a through opening for the passage of a fixing member intended to ensure a fixing of the guide on a structural underframe part of a motor vehicle. - a body made of a plastic material open in the lower part for the passage of the Panhard bar, said body being provided with means for indexing the Panhard bar in position, and - an insert made of a metal material arranged in the upper part of the body, said insert comprising a through opening for the passage of a fixing member intended to ensure a fixing of the guide on a structural underframe part of a motor vehicle.
A superconducting fault current limiter (10, 210), comprising: an input segment (12, 212) of an input transformer core and an output segment (16, 216) of an output transformer core, each segment having a first end and a second end; a superconductor (20, 220) having a length which forms a winding (22, 222) around the input segment and a winding (24, 224) around the output segment, wherein the windings are connected in series to form a closed loop; a cryostat (30, 230) in which the superconductor is housed; wherein each end of the input and output segments is exposed to the exterior of the cryostat. an input segment (12, 212) of an input transformer core and an output segment (16, 216) of an output transformer core, each segment having a first end and a second end; a superconductor (20, 220) having a length which forms a winding (22, 222) around the input segment and a winding (24, 224) around the output segment, wherein the windings are connected in series to form a closed loop; a cryostat (30, 230) in which the superconductor is housed; wherein each end of the input and output segments is exposed to the exterior of the cryostat.
A method for manufacturing a three-dimensional object, the method comprising: providing an object ink; providing a support ink composition including a liquid carrier, a dispersant, and solid particles dispersed in the liquid carrier by the dispersant to form a dispersion, wherein the solid particles are between 15 to about 60 weight percent of the dispersion and are a mixture of one or more of inorganic salts, metal oxides, metal carbides, and/or polymeric particles; printing an object comprising an object portion and a support structure by successively: dispensing, on a heated tray, the object ink from a print head to form an object layer, and dispensing, on the heated tray the support ink composition from the print head to form a support layer, wherein each layer is hardened before a next layer is dispensed using the heated tray to evaporate the liquid carrier, wherein, after the liquid carrier evaporates, the dispersant remains on the solid particles and serves as a binder for the support layer; and removing the support structure from the printed object using at least one of: mechanical assisted degradation, decomposition followed by evaporation of decomposition products, melting, dissolution or firing of the solid particles of the printed support structure. providing an object ink; providing a support ink composition including a liquid carrier, a dispersant, and solid particles dispersed in the liquid carrier by the dispersant to form a dispersion, wherein the solid particles are between 15 to about 60 weight percent of the dispersion and are a mixture of one or more of inorganic salts, metal oxides, metal carbides, and/or polymeric particles; printing an object comprising an object portion and a support structure by successively: dispensing, on a heated tray, the object ink from a print head to form an object layer, and dispensing, on the heated tray the support ink composition from the print head to form a support layer, wherein each layer is hardened before a next layer is dispensed using the heated tray to evaporate the liquid carrier, wherein, after the liquid carrier evaporates, the dispersant remains on the solid particles and serves as a binder for the support layer; and dispensing, on a heated tray, the object ink from a print head to form an object layer, and dispensing, on the heated tray the support ink composition from the print head to form a support layer, wherein each layer is hardened before a next layer is dispensed using the heated tray to evaporate the liquid carrier, wherein, after the liquid carrier evaporates, the dispersant remains on the solid particles and serves as a binder for the support layer; and removing the support structure from the printed object using at least one of: mechanical assisted degradation, decomposition followed by evaporation of decomposition products, melting, dissolution or firing of the solid particles of the printed support structure.
A high-frequency amplifier arrangement suitable for generating output powers ≥ 1 kW at frequencies ≥ 2 MHz for plasma excitation, comprising: a. two transistors (S1, S2) each having its source or emitter terminal connected to an earthing point, wherein the transistors (S1, S2) are of the same design and are arranged on a multilayer printed circuit board, b. a power transformer whose primary winding is connected to the drain or collector terminals of the transistors (S1, S2), characterised in that c. the primary winding and the secondary winding of the power transformer are each designed as planar strip conductors which are arranged in different upper layers (61, 62) of the multilayer printed circuit board, and d. the drains or collectors of the transistors (S1, S2) are connected by a series circuit comprising an inductor and a capacitor. a. two transistors (S1, S2) each having its source or emitter terminal connected to an earthing point, wherein the transistors (S1, S2) are of the same design and are arranged on a multilayer printed circuit board, b. a power transformer whose primary winding is connected to the drain or collector terminals of the transistors (S1, S2), characterised in that c. the primary winding and the secondary winding of the power transformer are each designed as planar strip conductors which are arranged in different upper layers (61, 62) of the multilayer printed circuit board, and d. the drains or collectors of the transistors (S1, S2) are connected by a series circuit comprising an inductor and a capacitor.
Method for configuring a read/write unit (R1, R2, R3, R4) in an RFID arrangement having at least two read/write units (R1, R2, R3, R4), wherein at least one operating parameter is adjusted for the configuration in at least one of the read/write units (R1, R2, R3, R4), and wherein direct interchange of messages relating to the configuration takes place between the at least two read/write units (R1, R2, R3, R4), characterized in that the respective wireless interfaces that are set up for communication by the read/write units (R1, R2, R3, R4) with RFID transponders and the communication methods and communication protocols that are provided for the communication with RFID transponders are used for the interchange of the messages, at least one of the read/write units (R1, R2, R3, R4) simulating an RFID transponder to another of the read/write units (R1, R2, R3, R4), wherein the at least one read/write unit (R1, R2, R3, R4) effects modulated backscatter of a modulated carrier signal that is transmitted by the other instance of the read/write units (R1, R2, R3, R4).
A pitch analysis method, wherein a pulp slurry including a pitch that is dyed with a hydrophobic fluorescent dye added into a pulp slurry is observed with a fluorescence microscope to obtain an observation image; the observation image thus obtained is subjected to an image analysis by using an image analysis software; and by way of this image analysis, quantification of the pitch and measurement of a particle size distribution of the pitch are carried out, wherein the image analysis comprises following to processes to be carried out in this sequence: a conversion process to convert a color image to a gray scale image; a binarization process to binarize the gray scale image into white and black after removing noises in the gray scale image; a removal process to remove regions of particle portions with an aspect ratio of 0.2 or less in a white region of an image after the binarization process, wherein the aspect ratio means the ratio of the length of the short axis of the particle portion in the image to the length of the long axis of the same (short axis/long axis); and a statistical process in which an area of each particle in the white region of the image after the removal process is measured, and then, particle size distribution of each area fraction is obtained. a conversion process to convert a color image to a gray scale image; a binarization process to binarize the gray scale image into white and black after removing noises in the gray scale image; a removal process to remove regions of particle portions with an aspect ratio of 0.2 or less in a white region of an image after the binarization process, wherein the aspect ratio means the ratio of the length of the short axis of the particle portion in the image to the length of the long axis of the same (short axis/long axis); and a statistical process in which an area of each particle in the white region of the image after the removal process is measured, and then, particle size distribution of each area fraction is obtained.
A separator unit for air ducts comprising a filter/ionizer unit with an air filter whose separating medium consists of synthetic material, as well as an upstream unit for the electrostatic charging of passing air, characterized in that the synthetic material of the air filter is electrostatically chargeable and has surface conductivity and that the material is either connected to a power unit supplying the electrostatic charging unit in such a manner as to form a counter pole to the latter or is installed such that a voltage difference is created between the charged air and the filter, characterized in that a duct piece is electrically insulated from the charging unit to the filter such that an electric charging of the air duct by the charging unit is not possible or is only possible to a very small extent, wherein the term small is to denote a voltage difference of -70 % relative to the voltage of the charging unit.
Security substrate for documents of value, such as a banknote, a cheque, a credit card or other payment card, an identity card or the like, which has a front and a back side, covers a given area when seen in plan view and has: - a first carrier film, which extends over at least 50% of the given area, - a substantially opaque layer, which is arranged on top of the first carrier film and covers at least 25%, preferably more than 50% and particularly preferably more than 75% of the given area, - a first print receiving layer arranged on top of the opaque layer, and - at least one relief structure (14, 15), which is arranged between the first opaque layer and the first carrier film and is provided with a reflection-increasing coating, which together with the relief structure or on its own produces an optically variable effect, where a second substantially opaque layer is arranged on a side of the relief structure that is situated opposite the first opaque layer, and a second print receiving layer and a second coloured print element applied thereto are also formed on this side, and a further layer with a laterally structured opacity is arranged between the first opaque layer and the second opaque layer, so that a light/dark representation is visible when viewed in transmitted light. - a first carrier film, which extends over at least 50% of the given area, - a substantially opaque layer, which is arranged on top of the first carrier film and covers at least 25%, preferably more than 50% and particularly preferably more than 75% of the given area, - a first print receiving layer arranged on top of the opaque layer, and - at least one relief structure (14, 15), which is arranged between the first opaque layer and the first carrier film and is provided with a reflection-increasing coating, which together with the relief structure or on its own produces an optically variable effect, where a second substantially opaque layer is arranged on a side of the relief structure that is situated opposite the first opaque layer, and a second print receiving layer and a second coloured print element applied thereto are also formed on this side, and a further layer with a laterally structured opacity is arranged between the first opaque layer and the second opaque layer, so that a light/dark representation is visible when viewed in transmitted light. a second substantially opaque layer is arranged on a side of the relief structure that is situated opposite the first opaque layer, and a second print receiving layer and a second coloured print element applied thereto are also formed on this side, and a further layer with a laterally structured opacity is arranged between the first opaque layer and the second opaque layer, so that a light/dark representation is visible when viewed in transmitted light.