mhurhangee/ep-ind-claims huggingface dataset:
Compartment dividing device for furniture parts with internal compartments, for example drawers or the like, with several profile elements (14, 20, 26, 32, 40, 44, 62, 64, 72, 74, 92) which together form a dividing structure with several compartments wherein, between adjacent profile elements, flat insert elements are inserted as spacers for the profile elements, wherein the profile elements (14, 20, 26, 32, 40, 44, 62, 64, 72, 74, 92) in the installed state are held loosely in the assigned internal compartment and fixed and held in position by the flat insert elements, characterised in that the flat insert elements are in the form of mats.
Device for regulating the pressure of fluids, comprising: - a valve housing with an inlet and with an outlet, - a closure element, which is arranged inside the valve housing, - a valve seat, which is arranged inside the valve housing, and - a cylinder housing with a piston mounted so as to be movable therein and which is connected to the closure element, - wherein the closure element is mounted so as to be movable, - wherein the closure element and the valve seat are arranged such that the connection between the inlet and the outlet can be opened and partially or fully closed, and - wherein the valve seat is mounted so as to be movable, characterised in that a stroke (H 3) between the valve seat and its lower stop is greater in the case of the closed valve position than a stroke (H 8) between the piston and its lower stop, and that the closure element is designed as a cone-shaped valve plug that has a cone angle between opposing sides of the shell surface in the range of 3° and 8°, in particular between 4° and 6°. - a valve housing with an inlet and with an outlet, - a closure element, which is arranged inside the valve housing, - a valve seat, which is arranged inside the valve housing, and - a cylinder housing with a piston mounted so as to be movable therein and which is connected to the closure element, - wherein the closure element is mounted so as to be movable, - wherein the closure element and the valve seat are arranged such that the connection between the inlet and the outlet can be opened and partially or fully closed, and - wherein the valve seat is mounted so as to be movable,
A method for preparing a wood veneer plate, in which method, applying resin on not pre-impregnated wood veneer surfaces, piling the wood veneers on top of each other and hot-pressing together for curing the resin, characterised by applying the resin on surfaces which face each other when piled such that the resin is applied on at least 50%, advantageously at least 75%, most advantageously 100% of the surfaces facing each other when piled.
A composition comprising an acrylic acid derivative of formula: wherein, R 1 and R 2 each independently are H, halogen, alkyl, fluoroalkyl or optionally substituted aryl; and R c is F, Br, I, or -OR 3 wherein R 3 is H, alkyl, fluoroalkyl or optionally substituted aryl; and amide, wherein the content of the acrylic acid derivative in the composition is ≥ 30% (w/w). an acrylic acid derivative of formula: wherein, R 1 and R 2 each independently are H, halogen, alkyl, fluoroalkyl or optionally substituted aryl; and R c is F, Br, I, or -OR 3 wherein R 3 is H, alkyl, fluoroalkyl or optionally substituted aryl; and amide, wherein the content of the acrylic acid derivative in the composition is ≥ 30% (w/w).
A method for identifying application information in network traffic, wherein the method is executed by a terminal device; a first correspondence table in the terminal device stores, in a record form, a correspondence between an identifier of a process running on the terminal device and an identifier of a data stream created by the process; a second correspondence table in the terminal device stores, in a record form, a correspondence between an identifier of an application and an identifier of a process created by the application; and the identifier of the data stream is a 5-tuple comprising a source address, a source port, a destination address, a destination port, and a protocol identifier; and the method comprises: receiving an identifier, sent by a network security device, of a first data stream; querying, in the first correspondence table, a first record in which the identifier of the first data stream is stored; if the first record is found, obtaining an identifier of a process in the first record, and querying, in the second correspondence table, a second record in which the identifier of the process in the first record is stored; if the second record is found, obtaining an identifier of an application from the second record, and sending the identifier of the application to the network security device. receiving an identifier, sent by a network security device, of a first data stream; querying, in the first correspondence table, a first record in which the identifier of the first data stream is stored; if the first record is found, obtaining an identifier of a process in the first record, and querying, in the second correspondence table, a second record in which the identifier of the process in the first record is stored; if the second record is found, obtaining an identifier of an application from the second record, and sending the identifier of the application to the network security device.
A reaction tube provided therein with a process chamber and heated by a heater provided therearound, the reaction tube comprising: a gas introduction portion provided at a lower side and through which a process gas is introduced; a first supplier provided along a side surface at least at a position facing a substrate processing region where a plurality of substrates is processed; and a preheating portion provided at a position lower than the substrate processing region, the preheating portion comprising: a first preheating portion extending in a direction from the gas introduction portion toward a ceiling; and a second preheating portion extending in a direction perpendicular to the direction from the gas introduction portion toward the ceiling, wherein the preheating portion is configured to connect the gas introduction portion with the first supplier by combining the first preheating portion and the second preheating portion, and wherein a cross-sectional shape of the first preheating portion is different from that of the second preheating portion. a gas introduction portion provided at a lower side and through which a process gas is introduced; a first supplier provided along a side surface at least at a position facing a substrate processing region where a plurality of substrates is processed; and a preheating portion provided at a position lower than the substrate processing region, the preheating portion comprising: a first preheating portion extending in a direction from the gas introduction portion toward a ceiling; and a second preheating portion extending in a direction perpendicular to the direction from the gas introduction portion toward the ceiling, a first preheating portion extending in a direction from the gas introduction portion toward a ceiling; and a second preheating portion extending in a direction perpendicular to the direction from the gas introduction portion toward the ceiling, wherein the preheating portion is configured to connect the gas introduction portion with the first supplier by combining the first preheating portion and the second preheating portion, and wherein a cross-sectional shape of the first preheating portion is different from that of the second preheating portion.
A broadband light source device, comprising: a first LED chip that generates a light beam having a first wavelength band; a fluorescent substance that is provided in the light beam of the first LED chip; and a second LED chip that generates a light beam having a second wavelength band, characterized in that the fluorescent substance includes at least alumina and at least one of Fe, Cr, Bi, Tl, Ce, Tb, Eu, and Mn and is produced by calcining a raw material that contains sodium at 6.1 to 15.9 wt.% in the whole raw material, the light beam from the fluorescent substance and the light beam from the second LED chip are color-mixed a center of the first wavelength band is 370 to 390 nm, a center of the second wavelength band is 340 nm, and broadband light in the wavelength range of 340 to 800 nm is eradiated from the light source device. a first LED chip that generates a light beam having a first wavelength band; a fluorescent substance that is provided in the light beam of the first LED chip; and a second LED chip that generates a light beam having a second wavelength band, characterized in that the fluorescent substance includes at least alumina and at least one of Fe, Cr, Bi, Tl, Ce, Tb, Eu, and Mn and is produced by calcining a raw material that contains sodium at 6.1 to 15.9 wt.% in the whole raw material, the light beam from the fluorescent substance and the light beam from the second LED chip are color-mixed a center of the first wavelength band is 370 to 390 nm, a center of the second wavelength band is 340 nm, and broadband light in the wavelength range of 340 to 800 nm is eradiated from the light source device. the fluorescent substance includes at least alumina and at least one of Fe, Cr, Bi, Tl, Ce, Tb, Eu, and Mn and is produced by calcining a raw material that contains sodium at 6.1 to 15.9 wt.% in the whole raw material, the light beam from the fluorescent substance and the light beam from the second LED chip are color-mixed a center of the first wavelength band is 370 to 390 nm, a center of the second wavelength band is 340 nm, and broadband light in the wavelength range of 340 to 800 nm is eradiated from the light source device.
A dynamic random access memory, DRAM, device, comprising: a memory array including multiple memory locations; and input/output, I/O circuitry including an interface to a command bus including a chip select, CS, signal line and excluding a clock enable, CKE, signal line; wherein a logic transition of the CS signal line is to trigger a low power mode, in connection with a command encoding of the command bus. a memory array including multiple memory locations; and input/output, I/O circuitry including an interface to a command bus including a chip select, CS, signal line and excluding a clock enable, CKE, signal line; wherein a logic transition of the CS signal line is to trigger a low power mode, in connection with a command encoding of the command bus.
A method of controlling a lighting system, comprising at least two luminaires arranged to illuminate a physical space, to render a version of a selected scene image in the physical space, the method comprising the following steps: capturing with an imaging device at least one image of the physical space; using the captured at least one image to determine, for each of the luminaires, at least one location in the physical space associated with that luminaire; receiving from a user a selection of a scene image to be rendered; processing the selected scene image to select at least two colors in the scene image for rendering, and determine a location of each of the selected colors within the scene image; and comparing the determined scene image locations with the determined luminaire locations so as to identify, for each of the determined scene image locations, a matching one of the determined locations in the physical space, and controlling the luminaire associated with that location in the physical space to emit illumination rendering the color at that scene image location, thereby causing the luminaires to render a version of the selected scene image in the physical space. capturing with an imaging device at least one image of the physical space; using the captured at least one image to determine, for each of the luminaires, at least one location in the physical space associated with that luminaire; receiving from a user a selection of a scene image to be rendered; processing the selected scene image to select at least two colors in the scene image for rendering, and determine a location of each of the selected colors within the scene image; and comparing the determined scene image locations with the determined luminaire locations so as to identify, for each of the determined scene image locations, a matching one of the determined locations in the physical space, and controlling the luminaire associated with that location in the physical space to emit illumination rendering the color at that scene image location, thereby causing the luminaires to render a version of the selected scene image in the physical space.
Lower aerodynamic screen of a front shield of a motor vehicle comprising lateral air guides shaped to channel the air passing beneath the aerodynamic screen towards the front disc brakes of the vehicle, each air guide being defined by two substantially vertical lateral walls (4, 5) and by an upper wall linked to the upper edges of the lateral walls (4, 5), the air guide being provided, downstream in the direction of air flow, with a window defined by the rear edges of the lateral walls (4, 5) and the upper wall, from which the air emerges towards the disc brakes, the air guide further comprising a flap that is movable between a position blocking the window and a position in which it is retracted from the window, characterized in that each flap is held selectively in the blocking position or in the retracted position by stapling means or clipping means.
A computer implemented method of network monitoring and control, the method comprising identifying an alert related to a monitored device of a group of monitored devices; confirming that automatic actions are applicable for the monitored device, by checking that a ticket associated with the monitored device does not exist and that automatic actions do not interfere with ongoing actions being performed in the monitored device, wherein the ticket is a ticket for manual action enabling human intervention if needed, the ticket indicating that a problem associated with the monitored device has already been identified; and performing at least one predefined automatic action for the monitored device, the action being selected based on the identified alert. identifying an alert related to a monitored device of a group of monitored devices; confirming that automatic actions are applicable for the monitored device, by checking that a ticket associated with the monitored device does not exist and that automatic actions do not interfere with ongoing actions being performed in the monitored device, wherein the ticket is a ticket for manual action enabling human intervention if needed, the ticket indicating that a problem associated with the monitored device has already been identified; and performing at least one predefined automatic action for the monitored device, the action being selected based on the identified alert.
A magnetic shielding sheath for an electric cable, the sheath having the form of an initially substantially flat sheet, wound on itself to form a flexible tubular casing configured to receive the cable, the sheath comprising elongated elements (40, 41, 42, 43), such as wires or strips, which are assembled in a crisscross manner and/or forming an encircling, characterized in that the elongated elements (40, 41, 42, 43) include: - elongated elements of a first type, made of at least one electrically conductive material, configured to form a conductor able to carry out a return current of a carried out by the cable housed in the sheath, the return current creating a magnetic field opposite to a disturbing magnetic field created by the current flowing in the cable; - elongated elements of a second type, different from the first type, made of at least one material having a relative magnetic permeability μr of between μr min and μr max, where, at room temperature, and in a frequency range comprised between 0 Hz and 500 kHz: - μr min is equal to 50, preferably 100, better still 200, or even 500; - μr max is equal to 7000, preferably 6000, better still 5500, or even 1000; the elongated elements of the second type thus being configured to provide a shielding against the magnetic field resulting from the sum of the disturbing field and the field created by the return current; the sheath being further characterized in that it includes end connectors made of an electrically conductive material and assembled to the flexible tubular casing formed by the elongated elements, and at least one orifice (34, 35), distinct from the axial ends of the sheath, configured to allow passage of the cable. - elongated elements of a first type, made of at least one electrically conductive material, configured to form a conductor able to carry out a return current of a carried out by the cable housed in the sheath, the return current creating a magnetic field opposite to a disturbing magnetic field created by the current flowing in the cable; - elongated elements of a second type, different from the first type, made of at least one material having a relative magnetic permeability μr of between μr min and μr max, where, at room temperature, and in a frequency range comprised between 0 Hz and 500 kHz: - μr min is equal to 50, preferably 100, better still 200, or even 500; - μr max is equal to 7000, preferably 6000, better still 5500, or even 1000; - μr min is equal to 50, preferably 100, better still 200, or even 500; - μr max is equal to 7000, preferably 6000, better still 5500, or even 1000; the elongated elements of the second type thus being configured to provide a shielding against the magnetic field resulting from the sum of the disturbing field and the field created by the return current; the sheath being further characterized in that it includes end connectors made of an electrically conductive material and assembled to the flexible tubular casing formed by the elongated elements, and at least one orifice (34, 35), distinct from the axial ends of the sheath, configured to allow passage of the cable.
An anode comprising: a current collector substrate with a surface roughness Rz of greater than 1.5 micrometers; and a film having a thickness of 10 to 80 micrometers and cast over the current collector, wherein the film comprises: a plurality of active material particles, wherein the plurality of active material particles is selected from the group consisting of a silicon-carbon composite material, hard-carbon, graphite, graphene, germanium, titanium oxide, tin, magnesium, antimony, lead, and combinations thereof; and a conductive polymer membrane coating over the active material particles, the conductive polymer membrane coating comprising a thermoplastic polymer treated to become a cyclized, non-plastic ladder compound. a current collector substrate with a surface roughness Rz of greater than 1.5 micrometers; and a film having a thickness of 10 to 80 micrometers and cast over the current collector, wherein the film comprises: a plurality of active material particles, wherein the plurality of active material particles is selected from the group consisting of a silicon-carbon composite material, hard-carbon, graphite, graphene, germanium, titanium oxide, tin, magnesium, antimony, lead, and combinations thereof; and a conductive polymer membrane coating over the active material particles, the conductive polymer membrane coating comprising a thermoplastic polymer treated to become a cyclized, non-plastic ladder compound. a plurality of active material particles, wherein the plurality of active material particles is selected from the group consisting of a silicon-carbon composite material, hard-carbon, graphite, graphene, germanium, titanium oxide, tin, magnesium, antimony, lead, and combinations thereof; and a conductive polymer membrane coating over the active material particles, the conductive polymer membrane coating comprising a thermoplastic polymer treated to become a cyclized, non-plastic ladder compound.
A method comprising the steps of: providing a pump having a first diaphragm assembly disposed in a first diaphragm chamber, the first diaphragm assembly having a first diaphragm position and a second diaphragm position, a current position X CL and a turndown position X SL; defining a minimum velocity V MINL and a termination velocity V TERML; providing an air inlet valve operatively connected to the first diaphragm chamber; opening the air inlet valve; filling a portion of the first diaphragm chamber with a compressed air; decreasing air flow through the air inlet valve when X CL is about equal to X SL; monitoring the current velocity V CL of the first diaphragm assembly to the second diaphragm position; characterized by the step of: redefining X SL if V CL <V MINL or if V CL > V TERML at the second diaphragm position; and, moving the first diaphragm assembly towards the first diaphragm position. providing a pump having a first diaphragm assembly disposed in a first diaphragm chamber, the first diaphragm assembly having a first diaphragm position and a second diaphragm position, a current position X CL and a turndown position X SL; defining a minimum velocity V MINL and a termination velocity V TERML; providing an air inlet valve operatively connected to the first diaphragm chamber; opening the air inlet valve; filling a portion of the first diaphragm chamber with a compressed air; decreasing air flow through the air inlet valve when X CL is about equal to X SL; monitoring the current velocity V CL of the first diaphragm assembly to the second diaphragm position; redefining X SL if V CL <V MINL or if V CL > V TERML at the second diaphragm position; and, moving the first diaphragm assembly towards the first diaphragm position.
Imaging system for chemically, biologically or biochemically analysing a sample, comprising - a device for supporting the sample, - an optical detection device, - a lighting device capable of emitting a monochromatic light beam, and - a wide aperture objective, characterised in that the objective is configured to, downstream of the sample: • focus the reflected excitation light beam on a point located in the focal plane of said objective; and • transform the re-transmitted or scattered light beam into a quasi-parallel beam, and in that the system further comprises a device for selectively blocking the reflected, re-transmitted or scattered light beam collected by said objective. - a device for supporting the sample, - an optical detection device, - a lighting device capable of emitting a monochromatic light beam, and - a wide aperture objective, • focus the reflected excitation light beam on a point located in the focal plane of said objective; and • transform the re-transmitted or scattered light beam into a quasi-parallel beam,
Thumb orthosis (100, 300, 400), in particular for correcting malpositions of the thumb in the carpometacarpal joint, comprising a) a substantially dimensionally stable molded body (10, 310, 410) bent in a U-shape, which in the applied state is fitted on the hand between the thumb and the index finger and supports the thumb and fixes it at a distance from the index finger, wherein the molded body (10, 310, 410) bent in a U-shape has a first end portion (11, 311) and a second end portion (12, 312, 412), and comprising b) a strap (20, 320, 420) which is fastened by one strap end (21, 321) to the first end portion (11, 311) of the molded body (10, 310, 410), wherein the second end portion (12, 312, 412) of the molded body (10, 310, 410) has a guiding element (13, 313, 413) for guiding the strap (20, 320, 420), characterized in that, as viewed from the first end portion (11, 311), in the applied state the strap (20, 320, 420) is guided once around the wrist such that it overlaps itself at an overlap point, wherein the two mutually overlapping strap portions (20a, 20b, 320a, 320b) are not rigidly connected to one another at the overlap point, and the strap (20, 320, 420) is guided on the guiding element (13, 313, 413) of the second end portion (12, 312, 412), and the end (23, 323) of the strap (20, 320, 420) can be reversibly fastened to the strap (20, 320, 420).