mhurhangee/ep-ind-claims huggingface dataset:
A client computer system comprising at least one processor configured to determine text fingerprints of electronic documents, said fingerprints having a length constrained between an upper bound and a lower bound, wherein the upper and lower bounds are predetermined and irrespective of a length of the respective documents, said client system being characterized by that: said at least one processor is configured to carry out the following steps: in response to selecting a plurality of text tokens of an electronic document, comparing a count of the selected plurality of text tokens to a threshold determined according to the upper bound; in response, when the count of the selected plurality of text tokens does not exceed the threshold, determining a numerical zoom-in factor according to the upper and lower bounds, and according to the count of the selected plurality of text tokens; determining a plurality of fingerprint fragments, each fingerprint fragment of the plurality of fingerprint fragments determined according to a hash of a distinct text token of the selected plurality of text tokens, each fingerprint fragment consisting of a sequence of characters, a length of the sequence chosen to equal the zoom-in factor; and concatenating the plurality of fingerprint fragments to produce a text fingerprint of the electronic document. in response to selecting a plurality of text tokens of an electronic document, comparing a count of the selected plurality of text tokens to a threshold determined according to the upper bound; in response, when the count of the selected plurality of text tokens does not exceed the threshold, determining a numerical zoom-in factor according to the upper and lower bounds, and according to the count of the selected plurality of text tokens; determining a plurality of fingerprint fragments, each fingerprint fragment of the plurality of fingerprint fragments determined according to a hash of a distinct text token of the selected plurality of text tokens, each fingerprint fragment consisting of a sequence of characters, a length of the sequence chosen to equal the zoom-in factor; and concatenating the plurality of fingerprint fragments to produce a text fingerprint of the electronic document.
Gas saving device configured for gas consuming devices such as furnaces, stoves and heating boilers, of the type being mounted downstream of a pressure regulator and upstream of said consuming devices, said gas saving device comprising: a first inlet three-way T-fitting, having a central passage as a gas inlet and two side passages as a gas outlet, wherein the inlet central passage is connectable to a pipe coming from said pressure regulator; a second outlet three-way T-fitting, having two side inlet passages and a central outlet passage, and wherein the central passage is connected to the first end of a steam trap; the steam trap having a cylindrical shape and with the inner diameter thereof being longer than the inner diameter of the central passages of said first T-fitting and second T-fittings; two flexible or rigid pipes which connect the side outlet passages of the first fitting to the side inlet passages of the second fitting; a flow rate regulator, the flow rate regulator being connectable to a supply pipe of said consuming devices; and characterized in that, inside the steam trap, a gas flow is defined, wherein the gas is first passed through an activated carbon filter through which al/ the impurities carried in the gas are eliminated; next, through a copper coil which causes a centrifugation by means of which the rearrangement of the molecules thereof is achieved; then, through said flow rate regulator. a first inlet three-way T-fitting, having a central passage as a gas inlet and two side passages as a gas outlet, wherein the inlet central passage is connectable to a pipe coming from said pressure regulator; a second outlet three-way T-fitting, having two side inlet passages and a central outlet passage, and wherein the central passage is connected to the first end of a steam trap; the steam trap having a cylindrical shape and with the inner diameter thereof being longer than the inner diameter of the central passages of said first T-fitting and second T-fittings; two flexible or rigid pipes which connect the side outlet passages of the first fitting to the side inlet passages of the second fitting; a flow rate regulator, the flow rate regulator being connectable to a supply pipe of said consuming devices; and characterized in that, inside the steam trap, a gas flow is defined, wherein the gas is first passed through an activated carbon filter through which al/ the impurities carried in the gas are eliminated; next, through a copper coil which causes a centrifugation by means of which the rearrangement of the molecules thereof is achieved; then, through said flow rate regulator.
A method for determining control parameters for controlling a probe position in relation to a sample in a scanning probe microscopy, i.e. SPM, system comprising an SPM measurement device and a control device (901, 902) for controlling said SPM measurement device, said method comprising: - performing a first test with a suitable reference signal (r) as input as set point in a regulation algorithm operating on said SPM measurement device; - receiving a result from the first test by receiving at least one sensor signal from said SPM measurement device; - using the result from the first test as input to a second test as set point; - receiving a result from the second test by receiving at least one sensor signal from said SPM measurement device; characterized by - defining a weighing function for the behaviour of said SPM system;- minimizing said weighting function; - determining the gradient of said weighting function with respect to the control parameters, wherein a positive definite matrix is determined using results from said first and second test, said positive definite matrix being used when determining said gradient of said weighting function; and - using the gradient to determine new control parameters for use in said regulation algorithm. - performing a first test with a suitable reference signal (r) as input as set point in a regulation algorithm operating on said SPM measurement device; - receiving a result from the first test by receiving at least one sensor signal from said SPM measurement device; - using the result from the first test as input to a second test as set point; - receiving a result from the second test by receiving at least one sensor signal from said SPM measurement device; - defining a weighing function for the behaviour of said SPM system;- minimizing said weighting function; - determining the gradient of said weighting function with respect to the control parameters, wherein a positive definite matrix is determined using results from said first and second test, said positive definite matrix being used when determining said gradient - using the gradient to determine new control parameters for use in said regulation algorithm.
A two-part cable connector (152, 200) comprising: a first connector part adapted to be terminated at an end of a communication cord; and a second connector part detachably connected to the first connector part, to enable separation of said second part from said first part; wherein said second connector part of the cable connector is insertable into a communication port and comprises an identification plate including an identification element, in the form of an electric circuit, to hold or save a unique identification to uniquely identify the communication port, and when the first and second connector parts (210, 220) mate together, the outer shape and dimensions of the connector are compatible to an outer shape and dimensions of a cable connector of an RJ-45 standard; and wherein the second connector part comprises identification contacts to transfer the unique identification via contacts located in the first connector part to the communication cord, characterized in that the first connector part comprises a first lock lever which fits inside an opening in the second connector part such as to enable an attaching connection of the first connector part to the second connector part. (210, 220). a first connector part adapted to be terminated at an end of a communication cord; and a second connector part detachably connected to the first connector part, to enable separation of said second part from said first part; wherein said second connector part of the cable connector is insertable into a communication port and comprises an identification plate including an identification element, in the form of an electric circuit, to hold or save a unique identification to uniquely identify the communication port, and when the first and second connector parts (210, 220) mate together, the outer shape and dimensions of the connector are compatible to an outer shape and dimensions of a cable connector of an RJ-45 standard; and wherein the second connector part comprises identification contacts to transfer the unique identification via contacts located in the first connector part to the communication cord, characterized in that the first connector part comprises a first lock lever which fits inside an opening in the second connector part such as to enable an attaching connection of the first connector part to the second connector part. (210, 220).
A ceramic-metal temporary bonding body, comprising: a ceramic resin composite in which a non-oxide ceramic sintered body is impregnated with a thermosetting resin composition having cyanate groups in such a manner that a degree of cure calculated by differential scanning calorimetry and as described in the description is 5.0% or more and 70% or less, wherein the thermosetting resin composition is a semi-cured resin composition; and a metal plate temporarily bonded to at least one surface of the ceramic resin composite, wherein a shear bond strength measured in conformity to JIS K6850:1999 between the ceramic resin composite and the metal plate is 0.1 MPa or more and 1.0 MPa or less. a ceramic resin composite in which a non-oxide ceramic sintered body is impregnated with a thermosetting resin composition having cyanate groups in such a manner that a degree of cure calculated by differential scanning calorimetry and as described in the description is 5.0% or more and 70% or less, wherein the thermosetting resin composition is a semi-cured resin composition; and a metal plate temporarily bonded to at least one surface of the ceramic resin composite, wherein a shear bond strength measured in conformity to JIS K6850:1999 between the ceramic resin composite and the metal plate is 0.1 MPa or more and 1.0 MPa or less.
A method for performing, by a first device, wireless communication, the method comprising: selecting a first synchronization source based on a sidelink synchronization priority; obtaining a first synchronization based on the first synchronization source; receiving a plurality of synchronization signals from a plurality of synchronization sources; obtaining a plurality of synchronizations based on the plurality of synchronization signals; selecting a second synchronization source among the plurality of synchronization sources, based on a gap between a time related to the first synchronization and a time related to a second synchronization being greater than or equal to a threshold value, wherein the second synchronization is obtained based on the second synchronization source; and transmitting a sidelink-synchronization signal block, S-SSB, block to a second device based on the first synchronization or the second synchronization, wherein the first synchronization source and the second synchronization source include global navigation satellite system, GNSS, base station, or a user equipment, UE, wherein the S-SSB block includes a sidelink primary synchronization signal, S-PSS, a sidelink secondary synchronization signal, S-SSS, and a physical sidelink broadcast channel, PSBCH. selecting a first synchronization source based on a sidelink synchronization priority; obtaining a first synchronization based on the first synchronization source; receiving a plurality of synchronization signals from a plurality of synchronization sources; obtaining a plurality of synchronizations based on the plurality of synchronization signals; selecting a second synchronization source among the plurality of synchronization sources, based on a gap between a time related to the first synchronization and a time related to a second synchronization being greater than or equal to a threshold value, wherein the second synchronization is obtained based on the second synchronization source; and transmitting a sidelink-synchronization signal block, S-SSB, block to a second device based on the first synchronization or the second synchronization, wherein the first synchronization source and the second synchronization source include global navigation satellite system, GNSS, base station, or a user equipment, UE, wherein the S-SSB block includes a sidelink primary synchronization signal, S-PSS, a sidelink secondary synchronization signal, S-SSS, and a physical sidelink broadcast channel, PSBCH.
A method of driving an electroluminescent display apparatus comprising: a display screen having a plurality of gate signal lines and a plurality of source signal lines which are arranged to intersect each other, and a pixel provided with an EL device provided to correspond to an intersection of each of the plurality of gate signal lines and the plurality of source signal lines; a driving transistor provided for each of the pixels to supply a current to the EL device; a switch transistor provided on a current path through which the current is supplied by the driving transistor to the EL device; and a driver circuit configured to turn the switch transistor on and off; characterized in that the method comprises turning the switch transistor on and off by the driver circuit to simultaneously generate a plurality of band-shaped non-display regions and a plurality of band-shaped display regions on the display screen and moving the non-display regions and the display regions up relative to the display screen or moving the non-display regions and the display regions down relative to the display screen.
A heater element comprising: a substrate; a first electrode and a second electrode disposed on the substrate; a carbon nanomaterial-containing layer disposed on the substrate, the carbon nanomaterial-containing layer being disposed between and electrically connected to the first and second electrodes (14, 16); and a cover layer disposed over the carbon nanomaterial-containing layer; wher ein the carbon nanomaterial-containing layer incorporates one or more holes; characterised in that the cover layer is bonded to the substrate through said one or more holes, at one or more points across the carbon nanomaterial-containing layer. a substrate; a first electrode and a second electrode disposed on the substrate; a carbon nanomaterial-containing layer disposed on the substrate, the carbon nanomaterial-containing layer being disposed between and electrically connected to the first and second electrodes (14, 16); and a cover layer disposed over the carbon nanomaterial-containing layer; wher ein the carbon nanomaterial-containing layer incorporates one or more holes; characterised in that the cover layer is bonded to the substrate through said one or more holes, at one or more points across the carbon nanomaterial-containing layer.
A compound of formula a stereo-isomeric form, a pharmaceutically acceptable salt, solvate or polymorph thereof comprising a mono- or di-substituted indole group; said compound is selected from the group wherein: R 1 is H, R 2 is F and R 3 is H, F or CH 3; R 1 is F or CH 3, R 2 is OCH 3 and R 3 is H; R 1 is F, R 2 is H and R 3 is CH 3; R 1 is H, R 2 is OCH 3 and R 3 is H; R 1 is H, R 2 is Cl and R 3 is H or CH 3; R 1 is F, R 2 is F and R 3 is H or R 1 is CH 3, R 2 is H and R 3 is F. R 1 is H, R 2 is F and R 3 is H, F or CH 3; R 1 is F or CH 3, R 2 is OCH 3 and R 3 is H; R 1 is F, R 2 is H and R 3 is CH 3; R 1 is H, R 2 is OCH 3 and R 3 is H; R 1 is H, R 2 is Cl and R 3 is H or CH 3; R 1 is F, R 2 is F and R 3 is H or R 1 is CH 3, R 2 is H and R 3 is F.
A fastening assembly for a circuit breaker, said circuit breaker comprising a base and a bimetal, said fastening assembly comprising: a heater element coupled to said bimetal and said base; and a plurality of fastening members comprising a nut and a screw coupled to said nut, said nut disposed between said heater element and said bimetal, said screw extending through said heater element and into said nut; characterized in that said nut comprises a stabilizing portion and a post portion structured to extend outwardly from said stabilizing portion and away from said bimetal; and in that said stabilizing portion is disposed substantially perpendicular to said post portion. a heater element coupled to said bimetal and said base; and a plurality of fastening members comprising a nut and a screw coupled to said nut, said nut disposed between said heater element and said bimetal, said screw extending through said heater element and into said nut; characterized in that said nut comprises a stabilizing portion and a post portion structured to extend outwardly from said stabilizing portion and away from said bimetal; and in that said stabilizing portion is disposed substantially perpendicular to said post portion.
Motor-vehicle light beam projection device, comprising at least one light source able to emit light rays, an optical projection system with an exit pupil situated on an optical exit element, said optical projection system being able to project a light beam, the device comprising a digital screen configured to direct at least one part of the incident light rays emitted by the at least one source towards said optical projection system, the device furthermore comprising means for focusing the light rays emitted by the at least one light source on a zone of the digital screen, and an intermediate assembly for projecting the light rays originating from the digital screen which are configured to illuminate the surface area of the exit pupil, the intermediate projection assembly being configured to project the light rays originating from the digital screen so as to illuminate substantially the whole surface area of the exit pupil and the intermediate projection assembly and the optical exit element forming a bifocal system, that is to say one with a first focal length in a first plane containing the optical projection axis and a second focal length in a second plane containing the optical projection axis and perpendicular to the first plane, characterized in that the focusing means comprise a reflector, the light source being disposed at a first optical focus of said reflector and the digital screen being disposed at a second optical focus of said reflector.
A protection circuit for protecting components (105, 106) from an electrostatic discharge at a first node in an integrated circuit having a first set of electronic components of a first voltage sensitivity, the components being supplied by a second node, the protection circuit comprising: a first switching device connected between the first node and the second node; a second switching device connected between the first node and ground; a third switching device connected between the second node and ground; and detection circuitry arranged to detect an electrostatic discharge at the first node and in response to said detection control the switching devices (103, 107, 108) such that; the first switching device isolates the first set of components from the first node, the second switching device provides a current path from the first node to ground, and the third switching device provides a current path between the second node and ground, bypassing the first set of components. a first switching device connected between the first node and the second node; a second switching device connected between the first node and ground; a third switching device connected between the second node and ground; and detection circuitry arranged to detect an electrostatic discharge at the first node and in response to said detection control the switching devices (103, 107, 108) such that; the first switching device isolates the first set of components from the first node, the second switching device provides a current path from the first node to ground, and the third switching device provides a current path between the second node and ground, bypassing the first set of components.
Agricultural machine with a spectrometer assembly for examining a sample, the spectrometer assembly comprising: a source for electromagnetic waves, transmission means for transmitting the waves from the source to the sample, a dispersive element to which waves coming from the sample can be applied, which dispersive element is suitable for deflecting the incoming waves in different directions as a function of the wavelength, and a detector having a plurality of detection elements which are arranged in a two-dimensional fashion and have the purpose of converting the waves which are received from the dispersive element into electrical signals, wherein the transmission means are configured to illuminate the sample in lines with the electromagnetic waves, and the spectrometer assembly is configured in such a way that the electromagnetic waves which originate from different locations of the sample, to which electromagnetic waves are applied in lines, arrive from a first direction at different detection elements of the detector and from a second direction at different detection elements of the detector owing to the wavelength-dependent deflection which is brought about by the dispersive element; wherein the spectrometer assembly is mounted at a position on the machine which is suitable for examining samples which run past the spectrometer assembly and is programmed with a computer device to perform georeferenced recording of output signals of the spectrometer assembly and/or to carry out actuation of an actuator on the basis thereof. a source for electromagnetic waves, transmission means for transmitting the waves from the source to the sample, a dispersive element to which waves coming from the sample can be applied, which dispersive element is suitable for deflecting the incoming waves in different directions as a function of the wavelength, and a detector having a plurality of detection elements which are arranged in a two-dimensional fashion and have the purpose of converting the waves which are received from the dispersive element into electrical signals, wherein the transmission means are configured to illuminate the sample in lines with the electromagnetic waves, and the spectrometer assembly is configured in such a way that the electromagnetic waves which originate from different locations of the sample, to which electromagnetic waves are applied in lines, arrive from a first direction at different detection elements of the detector and from a second direction at different detection elements of the detector owing to the wavelength-dependent deflection which is brought about by the dispersive element; wherein the spectrometer assembly is mounted at a position on the machine which is suitable for examining samples which run past the spectrometer assembly and is programmed with a computer device to perform georeferenced recording of output signals of the spectrometer assembly and/or to carry out actuation of an actuator on the basis thereof.