mhurhangee/ep-ind-claims huggingface dataset:
Device for combining veneer strips, comprising: - a veneer supply plane in which the veneer strips are supplied, - a veneer joining station in which the veneer strips are joined along the edges, and - an adhesive activation station which activates an adhesive applied to one edge of the veneer strips - wherein the adhesive activation station has a hot air source and a hot air path emanating from the hot air source and having an outlet element, characterised in that the outlet element has an outlet aperture and an expansion chamber wherein hot air flows out from the outlet aperture and flows past the edges of the veneer strip in order to activate the adhesive along the edges, and wherein the outlet element is arranged under and/or above the veneer supply plane. - a veneer supply plane in which the veneer strips are supplied, - a veneer joining station in which the veneer strips are joined along the edges, and - an adhesive activation station which activates an adhesive applied to one edge of the veneer strips - wherein the adhesive activation station has a hot air source and a hot air path emanating from the hot air source and having an outlet element, characterised in that the outlet element has an outlet aperture and an expansion chamber wherein hot air flows out from the outlet aperture and flows past the edges of the veneer strip in order to activate the adhesive along the edges, and wherein the outlet element is arranged under and/or above the veneer supply plane.
A device for controlling a flow-pressure measurement probe, said probe comprising an internal volume and at least one orifice for communicating with the exterior of said volume, said device comprising: • an acoustic transmitter and receiver; • connection means intended to connect said device to said probe, so that said transmitter transmits an acoustic signal propagating inside said internal volume and so that said receiver captures an acoustic signal observed inside said internal volume; • processing means capable of comparing said observed signal with a reference signal; said device being characterised in that said connection means are configured so that an incorrect connection of said probe interferes with the propagation inside said internal volume of an acoustic signal transmitted by said transmitter, in that said processing means are configured to detect an incorrect connection of said probe by comparing said acoustic signal observed inside said internal volume with said reference signal, in that said connection means comprise a sleeve that is open at a first end and comprise a stop intended to come into contact with said probe when it is correctly connected to said device, and in that said sleeve comprises at least one detection hole that passes through said sleeve, disposed in the vicinity of said stop and which is intended to be blocked by said probe when it is correctly connected to said device, with the at least one detection hole not being blocked in the event of an incorrect connection with said probe, so as to interfere with the propagation inside said internal volume of an acoustic signal transmitted by said transmitter. • an acoustic transmitter and receiver; • connection means intended to connect said device to said probe, so that said transmitter transmits an acoustic signal propagating inside said internal volume and so that said receiver captures an acoustic signal observed inside said internal volume; • processing means capable of comparing said observed signal with a reference signal;
A method for the rehabilitation of the base of a railway line having a horizontal layer of compact material positioned below the tracks, comprising: - a step of removing, on both sides of the tracks, a continuous longitudinal portion of the horizontal layer for defining a relative continuous longitudinal cavity, characterised in that the method comprises - a step of injecting a resinous material in a fluid form in the longitudinal cavity, the resinous material being such as to reconstitute, after hardening, the continuity of the horizontal layer of compact material, and - a step of placing, along the continuous longitudinal cavity, a succession of rigid panels configured for containing, during its hardening, the resinous material injected in the fluid form. - a step of removing, on both sides of the tracks, a continuous longitudinal portion of the horizontal layer for defining a relative continuous longitudinal cavity, characterised in that the method comprises - a step of injecting a resinous material in a fluid form in the longitudinal cavity, the resinous material being such as to reconstitute, after hardening, the continuity of the horizontal layer of compact material, and - a step of placing,
Method for current-quality-based regulation of an energy consumption of a current collector device (51; 61), having the steps: detecting parameters of the power supply of the current collector device (51; 61); determining a current quality on the basis of the detected parameters of the power supply; and activating the current collector device (51; 61); characterised by the step selecting an energy consumption rule from a plurality of energy consumption rules on the basis of the determined current quality using a selection facility, wherein the plurality of energy consumption rules relates to adjustments to regulation parameters of the current collector device (51; 61); and the activation of the current collector device (51; 61) is carried out on the basis of the selected energy consumption rule. detecting parameters of the power supply of the current collector device (51; 61); determining a current quality on the basis of the detected parameters of the power supply; and activating the current collector device (51; 61); characterised by the step selecting an energy consumption rule from a plurality of energy consumption rules on the basis of the determined current quality using a selection facility, wherein the plurality of energy consumption rules relates to adjustments to regulation parameters of the current collector device (51; 61); and the activation of the current collector device (51; 61) is carried out on the basis of the selected energy consumption rule.
A method for authenticating a user terminal for accessing services of at least one service provider, by means of a terminal accessible to a user of the user terminal; the method comprising: - establishing a first trust relationship between an authentication provider and at least one service provider; - establishing a second trust relationship between the authentication provider and at least one authentication application installed in the terminal accessible to the user of the user terminal; the method further comprising the following acts for each authenticated session between the user terminal and the at least one service provider, wherein the acts are performed by an authentication provider distinct from the at least one service provider: - receiving a request for an access code from the user terminal, along with connection information of the user terminal; - generating the requested access code and storing the generated access code and the connection information of the user terminal; - sending the generated access code to the user terminal; - receiving the access code from the authentication application trusted and known by the authentication provider; - indicating a positive verification of the access code to the authentication application; - indicating a positive verification of the access code to the user terminal; - receiving, from the authentication application, a request to grant access to the user terminal; - instructing the service provider to grant the requested access to the user terminal; and - sending a confirmation of the granted access to the user terminal; whereby an authenticated session between the user terminal and the at least one service provider can be set up for providing the set of services to the user terminal. - establishing a first trust relationship between an authentication provider and at least one service provider; - establishing a second trust relationship between the authentication provider and at least one authentication application installed in the terminal accessible to the user of the user terminal; - receiving a request for an access code from the user terminal, along with connection information of the user terminal; - generating the requested access code and storing the generated access code and the connection information of the user terminal; - sending the generated access code to the user terminal; - receiving the access code from the authentication application trusted and known by the authentication provider; - indicating a positive verification of the access code to the authentication application; - indicating a positive verification of the access code to the user terminal; - receiving, from the authentication application, a request to grant access to the user terminal; - instructing the service provider to grant the requested access to the user terminal; and - sending a confirmation of the granted access to the user terminal;
An inkjet head comprising: a head chip in which a plurality of channels and a plurality of partition walls at least partially containing piezoelectric material are alternately aligned and which are configured to exert a pressure for discharging an ink in the channels from nozzles by a deforming operation of the partition walls based on a drive voltage; and a nozzle plate joined to a front end face of the head chip through an adhesive, front end faces of the partition walls facing the nozzle plate through the adhesive, wherein the nozzle plate has air groove portions concaved from a joint surface of the head chip at positions on the joint surface facing front end faces of the partition walls; each air groove portion being placed between channels adjacent to each other; and each air groove portion forming a closed air chamber. a head chip in which a plurality of channels and a plurality of partition walls at least partially containing piezoelectric material are alternately aligned and which are configured to exert a pressure for discharging an ink in the channels from nozzles by a deforming operation of the partition walls based on a drive voltage; and a nozzle plate joined to a front end face of the head chip through an adhesive, front end faces of the partition walls facing the nozzle plate through the adhesive,
Fiber application machine comprising - a fiber application head, - fiber storing means, and - means for conveying the fibers from said storage means to the application head, said conveying means comprising first flexible tubes (41, 141) connecting the storage means to the application head, each first flexible tube being able to receive one fiber into its internal passage, the first flexible tube being mounted by end to the application head and to the storage means respectively by attachment systems (6, 8), each flexible tube is provided with at least one longitudinal flexible blade (42, 142) of rectangular cross section, characterized in that each first flexible tube (41, 141) and its associated flexible blade (42, 142) are placed in a second flexible tube (44, 144) so that said second flexible tube holds said flexible blade against the first flexible tube, while allowing relative longitudinal movement of the flexible blade in relation to the first flexible tube. the flexible blade (42, 142) extends substantially over the entire length of the first flexible tube (41, 141), the first flexible tube and the flexible blade being assembled by their end portions (42a, 42b, 41a, 41b) to said attachment systems (6, 8) so as to allow relative longitudinal movement of the flexible blade in relation to the first flexible tube, one of the elements among the flexible blade (42, 142) and the first flexible tube (41, 141) is assembled in a fixed manner by its end portions (42a, 42b; 41a, 41b) to the attachment systems (6, 8), the second element being assembled with a freedom of longitudinal movement by at least one of its end portions to one of the attachment systems. - a fiber application head, - fiber storing means, and - means for conveying the fibers from said storage means to the application head, said conveying means comprising first flexible tubes (41, 141) connecting the storage means to the application head, each first flexible tube being able to receive one fiber into its internal passage, the first flexible tube being mounted by end to the application head and to the storage means respectively by attachment systems (6, 8), each flexible tube is provided with at least one longitudinal flexible blade (42, 142) of rectangular cross section,
A system for executing code with blind hypervision mechanism, said system comprising: - at least one addressable physical memory; - a processor operating in at least two modes, a mode termed initialization making it possible to define at least one partition in the memory and at least one second mode termed nominal; - a memory bus linking the processor to the memory; - a memory partitioning unit positioned on the memory bus, said unit being adapted for restricting memory access to the partition currently executing when the processor is in a mode other than the initialization mode; - a memory partition allocated to a hypervisor and at least one memory partition allocated to at least one virtual machine; - a virtual machine loader making it possible to load into memory a virtual machine with a view to its execution; - in which the processor comprises a hypervisor mode, access to the physical memory only being possible when the virtual machine loader is executed; - a memory management unit MMU and a memory protection unit MPU being positioned between the processor and the memory partitioning unit. - at least one addressable physical memory; - a processor operating in at least two modes, a mode termed initialization making it possible to define at least one partition in the memory and at least one second mode termed nominal; - a memory bus linking the processor to the memory; - a memory partitioning unit positioned on the memory bus, said unit being adapted for restricting memory access to the partition currently executing when the processor is in a mode other than the initialization mode; - a memory partition allocated to a hypervisor and at least one memory partition allocated to at least one virtual machine; - a virtual machine loader making it possible to load into memory a virtual machine with a view to its execution; - in which the processor comprises a hypervisor mode, access to the physical memory only being possible when the virtual machine loader is executed; - a memory management unit MMU and a memory protection unit MPU being positioned between the processor and the memory partitioning unit.
A method for producing a sealing for roadways, e.g. on bridges, for the subsequent application of a base course, top course or wearing course of a road structure, in which the roadway is primed and optionally sprinkled with quartz sand, whereupon a spray elastomer coating is sprayed on, an adhesive primer is subsequently applied, and the latter is sprinkled with plastic granules over the whole surface, characterized in that an epoxy resin is used as said adhesive primer, and that a bitumen emulsion or a bitumen-latex emulsion is applied on the plastic granules.
A delivery device for a prosthetic heart valve, the delivery device comprising: a central elongate structure; a sheath configured to slide over the central elongate structure; a plurality of tethers extending through the central elongate structure; a cutting mechanism configured to cut the plurality of tethers upon activation; a handle connected to the central elongate structure; and a control on the handle configured to activate the cutting mechanism; characterized in that: the cutting mechanism includes a resistive plate that is configured to be heated to cut the plurality of tethers; and the resistive plate includes a plurality of holes therethrough, each tether configured to pass through a hole of the plurality of holes. a central elongate structure; a sheath configured to slide over the central elongate structure; a plurality of tethers extending through the central elongate structure; a cutting mechanism configured to cut the plurality of tethers upon activation; a handle connected to the central elongate structure; and a control on the handle configured to activate the cutting mechanism; characterized in that: the cutting mechanism includes a resistive plate that is configured to be heated to cut the plurality of tethers; and the resistive plate includes a plurality of holes therethrough, each tether configured to pass through a hole of the plurality of holes. the cutting mechanism includes a resistive plate that is configured to be heated to cut the plurality of tethers; and the resistive plate includes a plurality of holes therethrough, each tether configured to pass through a hole of the plurality of holes.
A pressure sensor for measuring the pressure of a fluid within a pipeline, comprising: an optical fibre strain sensor; optical fibre strain sensor carrier means having a sensing region in which the optical fibre strain sensor is provided, the carrier means comprising a first material having a first stiffness in the direction of strain sensing; and pressure modifying means comprising a second material having a second stiffness in the direction of strain sensing, the pressure modifying means being mechanically coupled to the optical fibre strain sensor carrier means within the sensing region, such that when the pressure sensor is exposed to fluid pressure within the pipeline, compression produced within the pressure modifying means acts on the optical fibre strain sensor carrier means, and thereby modifies the compression in the direction of strain sensing produced within the sensing region due to the applied pressure; characterised in that the optical fibre strain sensor comprises a discrete optical fibre strain sensor, or a plurality of discrete optical fibre strain sensors, each provided within a sensing region of the carrier means, wherein the or each discrete optical fibre strain sensor comprises an optical fibre Bragg grating; and wherein the pressure modifying means comprises a first orthotropic material, having a low elastic modulus along a first axis and a higher elastic modulus in the perpendicular axes. an optical fibre strain sensor; optical fibre strain sensor carrier means having a sensing region in which the optical fibre strain sensor is provided, the carrier means comprising a first material having a first stiffness in the direction of strain sensing; and pressure modifying means comprising a second material having a second stiffness in the direction of strain sensing, the pressure modifying means being mechanically coupled to the optical fibre strain sensor carrier means within the sensing region, such that when the pressure sensor is exposed to fluid pressure within the pipeline, compression produced within the pressure modifying means acts on the optical fibre strain sensor carrier means, and thereby modifies the compression in the direction of strain sensing produced within the sensing region due to the applied pressure; characterised in that the optical fibre strain sensor comprises a discrete optical fibre strain sensor, or a plurality of discrete optical fibre strain sensors, each provided within a sensing region of the carrier means, wherein the or each discrete optical fibre strain sensor comprises an optical fibre Bragg grating; and wherein the pressure modifying means comprises a first orthotropic material, having a low elastic modulus along a first axis and a higher elastic modulus in the perpendicular axes.
A method of recycling composite materials by means of electrohydraulic comminution, in which a) a composite material is provided in a container with fluid medium, which composite material comprises at least one glass, at least one semiconductor and at least one polymer, b) by means of a pulsed current source, the composite material is subjected to electrical impulse discharges between at least two electrodes of an underwater radio path of a container at an operating voltage in the range from 30 to 50 kV and a pulse energy per electrode from 200 to 1500 J, whereby a separation of the glass from the remaining composite material takes place, and c) the glass is separated from the remaining composite material by at least one physical separation step. a) a composite material is provided in a container with fluid medium, which composite material comprises at least one glass, at least one semiconductor and at least one polymer, b) by means of a pulsed current source, the composite material is subjected to electrical impulse discharges between at least two electrodes of an underwater radio path of a container at an operating voltage in the range from 30 to 50 kV and a pulse energy per electrode from 200 to 1500 J, whereby a separation of the glass from the remaining composite material takes place, and c) the glass is separated from the remaining composite material by at least one physical separation step.
An isopropyl alcohol-producing Escherichia coli comprising at least a sucrose hydrolase gene that belongs to a sucrose non-PTS gene group, and an imparted or enhanced isopropyl alcohol production system wherein the isopropyl alcohol-producing Escherichia coli is an Escherichia coli to which an acetoacetate decarboxylase activity, an isopropyl alcohol dehydrogenase activity, a CoA transferase activity, and a thiolase activity have been imparted.
A device for separating a cellular component from a multicomponent fluid, comprising: a body defining a channel having a first surface and a second surface opposite the first surface, the channel extending along a longitudinal axis from a first end to a second end; a first acoustic wave generator coupled to the first surface, the first acoustic wave generator configured to generate an acoustic wave having a wavelength; and a second acoustic wave propagating component coupled to the second surface, wherein the second surface is spaced a multiple of half-wavelengths from the first surface and each multiple of the half-wavelength equals a number of pressure nodes within the channel, wherein the body comprises a phantom material forming at least a portion of one or both of the first surface and the second surface, wherein the phantom material has acoustic properties similar to those of the multicomponent fluid and a thickness such that at least one of the pressure nodes is located proximate the phantom material, and wherein the acoustic wave generator or the acoustic wave propagating component is a thickness shear mode resonator. a body defining a channel having a first surface and a second surface opposite the first surface, the channel extending along a longitudinal axis from a first end to a second end; a first acoustic wave generator coupled to the first surface, the first acoustic wave generator configured to generate an acoustic wave having a wavelength; and a second acoustic wave propagating component coupled to the second surface, wherein the second surface is spaced a multiple of half-wavelengths from the first surface and each multiple of the half-wavelength equals a number of pressure nodes within the channel, wherein the body comprises a phantom material forming at least a portion of one or both of the first surface and the second surface, wherein the phantom material has acoustic properties similar to those of the multicomponent fluid and a thickness such that at least one of the pressure nodes is located proximate the phantom material, and wherein the acoustic wave generator or the acoustic wave propagating component is a thickness shear mode resonator.