mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: generating, by an online content management system, a workspace graphical user interface (242, 300) representing an online shared folder backed workspace that provides an integrated environment for manipulating content items in the online shared folder and communicating with authorized users of the online shared folder, the workspace graphical user interface including representations of content items stored in the online shared folder and a message stream that includes workspace messages generated by the authorized users of the online shared folder; assigning a workspace email address to the online shared folder; obtaining, by the online content management system, an email message addressed to the workspace email address from an email account of an authorized user of the online shared folder; triggering, by a server device, synchronization of the server online shared folder with corresponding shared folders on client devices; and posting at least a portion of the email message as a new workspace message in the message stream. generating, by an online content management system, a workspace graphical user interface (242, 300) representing an online shared folder backed workspace that provides an integrated environment for manipulating content items in the online shared folder and communicating with authorized users of the online shared folder, the workspace graphical user interface including representations of content items stored in the online shared folder and a message stream that includes workspace messages generated by the authorized users of the online shared folder; assigning a workspace email address to the online shared folder; obtaining, by the online content management system, an email message addressed to the workspace email address from an email account of an authorized user of the online shared folder; triggering, by a server device, synchronization of the server online shared folder with corresponding shared folders on client devices; and posting at least a portion of the email message as a new workspace message in the message stream.
A bodywork or chassis component for a motor vehicle including a first sheet having a first connection flange and a second sheet having a second connection flange, said first sheet and said second sheet being joined in correspondence of the respective first connection flange and second connection flange, wherein: - the first connection flange is a flange folded back towards the first sheet so as to define a valley with the first sheet, - the second connection flange overlaps the first connection flange over an overlap length (L, L') and is at least in part joined to said first connection flange by means of a welding that joins a perimeter edge of the second connection flange to a side of the first connection flange external with respect to said valley, and - wherein the first connection flange and the second connection flange are parallel to one another in correspondence of the overlap length (L, L'), the component being characterized in that said first sheet has a first thickness, said second sheet has a second thickness, wherein in correspondence of said overlap length (L, L') said first thickness and second thickness are linked to said overlap length (L, L') by the following relationships: L = 2 ⋅ t 2 / t 1 mm if 1,5 ≤ t 2 / t 1 < 2,5 L = max t 2 / t 1 mm; 3 mm if t 2 / t 1 ≥ 2,5 wherein furthermore 0,7 ≤ t2 ≤ 2 and 0,5 ≤ t1 ≤ 1,5, with t1<t2. - the first connection flange is a flange folded back towards the first sheet so as to define a valley with the first sheet, - the second connection flange overlaps the first connection flange over an overlap length (L, L') and is at least in part joined to said first connection flange by means of a welding that joins a perimeter edge of the second connection flange to a side of the first connection flange external with respect to said valley, and - wherein the first connection flange and the second connection flange are parallel to one another in correspondence of the overlap length (L, L'),
A finishing medium element comprising a solid cast silica glass member, the cast member consisting essentially of a plurality of pieces of crushed silica glass cullet heat treated to form a unitary body of at least partially devitrified glass.
A biochip having a substrate with a hydrophilic reaction area and a spot of a material to be immobilized comprising a biological material that are disposed in the reaction area, wherein the spot further comprises a thickener and a surfactant, wherein the contact angle of the hydrophilic reaction area measured by a static contact angle measurement method is 1° or more and less than 80°, wherein the thickener is gellan gum, xanthan gum, curdlan, pullulan, a guar gum derivative, locust bean gum, carrageenan, pectin, tamarind gum, psyllium seed gum, dextran, glycerin, carboxymethyl cellulose, hydroxyethyl cellulose, hydroxymethylpropyl cellulose, lanolin, methyl cellulose, Vaseline, polyethylene glycol, polyvinyl alcohol, polyvinyl pyrrolidone, a carboxyl vinyl polymer, polyvinyl pyrrolidone, polyvinyl alcohol, dextrin acid fatty ester, inulin acid fatty ester, or a mixture of two or more types selected from these, wherein the surfactant is a nonionic surfactant, and wherein the spot is formed by a step of allowing a liquid comprising the material to be immobilized, a photocrosslinking agent having at least two photoreactive groups in a single molecule, and the thickener and the surfactant, to adhere, in the form of grid-like spots, to the substrate; and a step of immobilizing the material to be immobilized adhering to the substrate thereon. wherein the spot further comprises a thickener and a surfactant, wherein the contact angle of the hydrophilic reaction area measured by a static contact angle measurement method is 1° or more and less than 80°, wherein the thickener is gellan gum, xanthan gum, curdlan, pullulan, a guar gum derivative, locust bean gum, carrageenan, pectin, tamarind gum, psyllium seed gum, dextran, glycerin, carboxymethyl cellulose, hydroxyethyl cellulose, hydroxymethylpropyl cellulose, lanolin, methyl cellulose, Vaseline, polyethylene glycol, polyvinyl alcohol, polyvinyl pyrrolidone, a carboxyl vinyl polymer, polyvinyl pyrrolidone, polyvinyl alcohol, dextrin acid fatty ester, inulin acid fatty ester, or a mixture of two or more types selected from these, wherein the surfactant is a nonionic surfactant, and wherein the spot is formed by a step of allowing a liquid comprising the material to be immobilized, a photocrosslinking agent having at least two photoreactive groups in a single molecule, and the thickener and the surfactant, to adhere, in the form of grid-like spots, to the substrate; and a step of immobilizing the material to be immobilized adhering to the substrate thereon.
A sewing machine, comprising: a needle bar on which a sewing needle is configured to be mounted a lower end of the needle bar; an image capture means for capturing an image of an area that includes an area below the needle bar to creating image data, and; a first acquisition means for acquiring first image data created by the image capture means; a second acquisition means for acquiring second image data created by the image capture means; characterized in that the sewing machine further comprising a correcting means for performing color-related correction on the second image data, based on the first image data; a color reference member (22; 93; 123; 160) that serves as a color reference; wherein the color reference member (22; 93; 123; 160) is provided on a holder member. a needle bar on which a sewing needle is configured to be mounted a lower end of the needle bar; an image capture means for capturing an image of an area that includes an area below the needle bar to creating image data, and; a first acquisition means for acquiring first image data created by the image capture means; a second acquisition means for acquiring second image data created by the image capture means; a correcting means for performing color-related correction on the second image data, based on the first image data; a color reference member (22; 93; 123; 160) that serves as a color reference; wherein
Current collector which is arranged on a roof surface of a rail vehicle and has a collector arm and an insulation system having insulating posts with which the collector arm is fastened in electrically insulating fashion on a vehicle roof element above the electrically grounded roof surface, characterized in that the insulation system comprises an electrically insulating layer (22, 26, 36, 42), which is arranged between the roof surface and the collector arm and is spaced apart from the roof surface by an air gap.
A device for measuring the amount of solid in a suspension, wherein the device comprises: a first measuring part (150, 152, 250, 252) to direct radio frequency and/or optical electromagnetic radiation to the suspension in a pipe and to measure the electromagnetic radiation interacted with the suspension in order for measuring the amount of the dispersed matter in the suspension, a second measuring part which comprises contact elements (302 to 316, 402 to 416) encircling the pipe and which is configured to measure electrical conductivity and/or impedance distribution in the suspension impedance tomographically; and a signal processing part configured to form one or more cross-sectional views from the suspension on the basis of the electrical conductivity and/or impedance distribution in the suspension, to determine the amount of the gas bubbles in each cross-sectional view for determining a proportional volume of a free gas contained in the suspension and to provide the amount of solid matter dispersed in the suspension on the basis of the amount of the dispersed matter and the proportional volume of the free gas in the one or more cross-sectional views formed from the suspension. a first measuring part (150, 152, 250, 252) to direct radio frequency and/or optical electromagnetic radiation to the suspension in a pipe and to measure the electromagnetic radiation interacted with the suspension in order for measuring the amount of the dispersed matter in the suspension, a second measuring part which comprises contact elements (302 to 316, 402 to 416) encircling the pipe and which is configured to measure electrical conductivity and/or impedance distribution in the suspension impedance tomographically; and a signal processing part configured to form one or more cross-sectional views from the suspension on the basis of the electrical conductivity and/or impedance distribution in the suspension, to determine the amount of the gas bubbles in each cross-sectional view for determining a proportional volume of a free gas contained in the suspension and to provide the amount of solid matter dispersed in the suspension on the basis of the amount of the dispersed matter and the proportional volume of the free gas in the one or more cross-sectional views formed from the suspension.
Rubber mixture comprising at least - a rubber - a silica-based filler and/or carbon black - polyethyleneimine, characterized in that it contains neither diphenylguanidine nor other organic guanidine derivatives. - a rubber - a silica-based filler and/or carbon black - polyethyleneimine,
A method for straightening a rectangular metal sheet having a left and right longitudinal edge (41, 42) running in the longitudinal direction of the metal sheet as well as an upper and lower front-side edge (43, 44) running in the transverse direction of the metal sheet, characterized by the steps: - determining the ripple of the metal sheet, - determining desired values for the stretching for straightening the metal sheet in the longitudinal and/or transverse direction (45, 46) using an algorithm which takes into account the previously determined ripple and the yield strength of the metal sheet, - clamping the longitudinal edges (41, 42) and/or the front-side edges (43, 44) by means of at least one clamping device in each case, - stretching the metal sheet in the longitudinal and/or transverse direction (45, 46) of the metal sheet with the aid of the clamping devices, - determining the actual values of the stretching of the metal sheet and - ending the stretching of the metal sheet on reaching the previously determined desired values for the stretching. - determining the ripple of the metal sheet, - determining desired values for the stretching for straightening the metal sheet in the longitudinal and/or transverse direction (45, 46) using an algorithm which takes into account the previously determined ripple and the yield strength of the metal sheet, - clamping the longitudinal edges (41, 42) and/or the front-side edges (43, 44) by means of at least one clamping device in each case, - stretching the metal sheet in the longitudinal and/or transverse direction (45, 46) of the metal sheet with the aid of the clamping devices, - determining the actual values of the stretching of the metal sheet and - ending the stretching of the metal sheet on reaching the previously determined desired values for the stretching.
An optoelectronic device (5; 90) comprising: a first integrated circuit comprising a support comprising first and second opposite surfaces, groups (G 1, G 2, G 3) of assemblies (D 1, D 2, D 3) of light-emitting diodes resting on the first surface, each group comprising at least one assembly of light-emitting diodes connected in parallel and/or in series between first and second terminals, and each assembly (D 1, D 2, D 3) of light-emitting diodes comprising a wire, conical or frustoconical semiconductor element (20 1, 20 2, 20 3) or a plurality of wire, conical or frustoconical semiconductor elements connected in parallel, the first integrated circuit further comprising, in the support, first elements of lateral electric insulation of portions of the support around each assembly and, on the second surface, for each group, at least one first conductive pad (46 1, 46 2, 46 3) connected to the first terminal of the group and a second conductive pad (48 1, 48 2, 48 3) connected to the second terminal of the group; and a second integrated circuit comprising third and fourth opposite surfaces, third conductive pads on the third surface electrically connected to the first and second conductive pads, the first integrated circuit being fixed to the third surface of the second integrated circuit. a first integrated circuit comprising a support comprising first and second opposite surfaces, groups (G 1, G 2, G 3) of assemblies (D 1, D 2, D 3) of light-emitting diodes resting on the first surface, each group comprising at least one assembly of light-emitting diodes connected in parallel and/or in series between first and second terminals, and each assembly (D 1, D 2, D 3) of light-emitting diodes comprising a wire, conical or frustoconical semiconductor element (20 1, 20 2, 20 3) or a plurality of wire, conical or frustoconical semiconductor elements connected in parallel, the first integrated circuit further comprising, in the support, first elements of lateral electric insulation of portions of the support around each assembly and, on the second surface, for each group, at least one first conductive pad (46 1, 46 2, 46 3) connected to the first terminal of the group and a second conductive pad (48 1, 48 2, 48 3) connected to the second terminal of the group; and a second integrated circuit comprising third and fourth opposite surfaces, third conductive pads on the third surface electrically connected to the first and second conductive pads, the first integrated circuit being fixed to the third surface of the second integrated circuit.
A method performed in a full-duplex transceiver, comprising: generating a first analog corrective signal; receiving an incoming radio-frequency signal, wherein the incoming radio-frequency signal includes a self-interference component and a desired radio-frequency signal component; demodulating the incoming radio-frequency signal to generate a first demodulated signal; combining the first analog corrective signal with the first demodulated signal to generate a second demodulated signal with reduced self-interference; sampling the first demodulated signal to obtain a sampled self-interference component; sampling the second demodulated signal to obtain a sampled second demodulated signal; and processing at least the sampled second demodulated signal and the sampled self-interference component to determine a desired incoming baseband signal. generating a first analog corrective signal; receiving an incoming radio-frequency signal, wherein the incoming radio-frequency signal includes a self-interference component and a desired radio-frequency signal component; demodulating the incoming radio-frequency signal to generate a first demodulated signal; combining the first analog corrective signal with the first demodulated signal to generate a second demodulated signal with reduced self-interference; sampling the first demodulated signal to obtain a sampled self-interference component; sampling the second demodulated signal to obtain a sampled second demodulated signal; and processing at least the sampled second demodulated signal and the sampled self-interference component to determine a desired incoming baseband signal.
A microplate for use with an electrochemical measurement device connected to a plurality of first probes and to a plurality of second probes, the microplate comprising a plurality of wells arranged in a matrix and which contain a respective plurality of types of solutions, wherein: each of the plurality of wells includes: a first electrode, a second electrode being attached to the bottom of each well of the plurality of wells, and a separator disposed between the first electrode and the second electrode, said separator being configured to prevent a contact between the first electrode and the second electrode, said first electrode being configured to be coupled to one of the plurality of first probes so as to press said first electrode toward the bottom of each well, and said second electrode being configured to be coupled, through a hole in the bottom of each well, to one of the plurality of second probes. each of the plurality of wells includes: a first electrode, a second electrode being attached to the bottom of each well of the plurality of wells, and a separator disposed between the first electrode and the second electrode, said separator being configured to prevent a contact between the first electrode and the second electrode, said first electrode being configured to be coupled to one of the plurality of first probes so as to press said first electrode toward the bottom of each well, and said second electrode being configured to be coupled, through a hole in the bottom of each well, to one of the plurality of second probes. a first electrode, a second electrode being attached to the bottom of each well of the plurality of wells, and a separator disposed between the first electrode and the second electrode, said separator being configured to prevent a contact between the first electrode and the second electrode, said first electrode being configured to be coupled to one of the plurality of first probes so as to press said first electrode toward the bottom of each well, and said second electrode being configured to be coupled, through a hole in the bottom of each well, to one of the plurality of second probes.
A method of testing an executable software application, the method comprising: extracting, by a processor, program code files from the executable application file; converting, by the processor, the program code files into program text files; for each program text file of the software application, computing at least one metric of syntactical metrics or program complexity metrics (QT1-QTn); computing, by the processor, a respective score for each program text file based on the computed metrics; generating and providing, by the processor, a list of program text files, each program text file in the list being associated with its computed score; providing, by the processor, the list of program text files, the list of program text files being provided to identify program text files that are insufficiently obfuscated. extracting, by a processor, program code files from the executable application file; converting, by the processor, the program code files into program text files; for each program text file of the software application, computing at least one metric of syntactical metrics or program complexity metrics (QT1-QTn); computing, by the processor, a respective score for each program text file based on the computed metrics; generating and providing, by the processor, a list of program text files, each program text file in the list being associated with its computed score; providing, by the processor, the list of program text files, the list of program text files being provided to identify program text files that are insufficiently obfuscated.
Method for remote sensing of emissions of a vehicle driven on a road, comprising: A) deploying a source (110, 310; 610) for emitting a beam of light and a detector (130; 530; 630) for detecting light in the same side of the road; B) transmitting the beam of light emitted by said source (110, 310; 610) through an exhaust plume emitted from the vehicle to a surface at which the transmitted light is scattered, wherein said surface is a bottom of a bridge through which the vehicle is driven or is the surface of a lane of the road on which the vehicle is driven; C) receiving, by means of said detector, at least one portion of the scattered light scattered from the surface and processing the received light therein to provide one or more spectra of the received light so as to determine components and concentrations of the exhaust plume. A) deploying a source (110, 310; 610) for emitting a beam of light and a detector (130; 530; 630) for detecting light in the same side of the road; B) transmitting the beam of light emitted by said source (110, 310; 610) through an exhaust plume emitted from the vehicle to a surface at which the transmitted light is scattered, wherein said surface is a bottom of a bridge through which the vehicle is driven or is the surface of a lane of the road on which the vehicle is driven; C) receiving, by means of said detector, at least one portion of the scattered light scattered from the surface and processing the received light therein to provide one or more spectra of the received light so as to determine components and concentrations of the exhaust plume.
A transport container, in particular bottle crate for receiving beverage bottles or bottle packs, comprising a container base body with a base and four side walls, wherein at least one of the side walls has a base surface and at least one relief element formed in a raised manner relative to the base surface or at least one inverted relief element formed in a recessed manner relative to the base surface, wherein the side wall comprises at least one inmould foil covering at least partially the base surface and the relief element or the inverted relief element, respectively, and wherein the inmould foil comprises a first region associated with the base surface, and a second region associated with the relief element or inverted relief element, characterised in that the inmould foil comprises at least one compensating recess in a transition region from the first region to the second region, which compensating recess is well-defined by a preconditioning of the inmould foil.