mhurhangee/ep-ind-claims huggingface dataset:
A method for calibrating a cytometric device for analysis of a target cell, specified by a user, comprising: providing hydrogel particles each comprising a polymerized monomer and having at least one surface; functionalizing the surface of each hydrogel particle with at least one cell surface marker to form functionalized hydrogel particles that mimic one or more optical properties of the specified target cell; wherein the optical property is side scatter or forward scatter or FSC and SSC; wherein functionalized hydrogel particles that mimic one or more optical properties of the specified target cell are functionalized hydrogel particles having the one or more optical properties substantially the same to the specified target cell, inserting the functionalized hydrogel particles into the cytometric device; measuring the at least one optical property of the functionalized hydrogel particles using the cytometric device, thereby calibrating the cytometric device for analysis of the specified target cell. providing hydrogel particles each comprising a polymerized monomer and having at least one surface; functionalizing the surface of each hydrogel particle with at least one cell surface marker to form functionalized hydrogel particles that mimic one or more optical properties of the specified target cell; wherein the optical property is side scatter or forward scatter or FSC and SSC; wherein functionalized hydrogel particles that mimic one or more optical properties of the specified target cell are functionalized hydrogel particles having the one or more optical properties substantially the same to the specified target cell, inserting the functionalized hydrogel particles into the cytometric device; measuring the at least one optical property of the functionalized hydrogel particles using the cytometric device, thereby calibrating the cytometric device for analysis of the specified target cell.
A magazine for shells that comprises at least one compartment defined by at least one pair of walls, the compartment being able to receive the shells arranged substantially horizontally and one above the other in a column, and a gripping means allowing to vertically extract the shells from their compartment, the magazine being characterized in that it comprises at least one supporting means arranged between each shell of a same column, the supporting means being mounted so as to be pivotable between a support position, in which it supports the shell located above the supporting means, and a retracted position allowing the passage of the shell located below the supporting means, the magazine for shells comprising at least one holding means located above the longitudinal axis of each shell, the holding means being retractable by pivoting between a holding position, in which it limits the upward movements of the shell, and a retracted position in which it allows the passage of a shell gripped by the gripping means, the transition from the holding position to the retracted position being caused by pressing the gripping means on the holding means when lowering the gripping means within the compartment, the holding means having a length L such that the circle of radius L described by the end of the holding means is, at most, tangent with the shell when the latter is supported on the supporting means.
Use of at least one compound comprising an amino acid sequence selected from the group consisting of DQPVLPD, DMPVLPD, DSPVLPD, DQPVLPDN, DMPVLPDN, DSPVLPDN, HDRPVTPD, DRPVTPD, DVPVLPD, DTPVYPD, DTPVIPD, HDRPVTPDN, DRPVTPDN, DVPVLPDN, DTPVYPDN, DQPVLPDG, DMPVLPDG, DSPVLPDG, DHPVHPDS, DMPVSPDR, DRPVYPDI, DHPVTPDR, DTPVLPDS, DMPVTPDT, DAPVTPDT, DSPVVPDN, DLPVTPDR, DSPVHPDT, DAPVRPDS, DMPVWPDG, DRPVQPDR, YDRPVQPDR, DMPVDADN, DQPVLPD and DMPVLPD, wherein said compound comprises a pharmaceutically acceptable carrier coupled to the amino acid sequence, said compound having a binding capacity to an antibody which is specific for an epitope of alpha-synuclein comprising the amino acid sequence DMPVDPDN and being able to induce the in vivo formation of antibodies binding to alpha-synuclein for producing a medicament for preventing and/or treating synucleinopathies. wherein said compound comprises a pharmaceutically acceptable carrier coupled to the amino acid sequence, said compound having a binding capacity to an antibody which is specific for an epitope of alpha-synuclein comprising the amino acid sequence DMPVDPDN and being able to induce the in vivo formation of antibodies binding to alpha-synuclein for producing a medicament for preventing and/or treating synucleinopathies.
An optical network comprising a plurality of DWDM network terminals, wherein each DWDM network terminal comprises a reconfigurable optical add/drop multiplexer, ROADM, wherein the ROADM comprises: - a NxN arrayed waveguide grating, AWG, for N = 12 bands, wherein B# designates the band number, wherein the AWG comprises N input ports Pi and N output ports Po, wherein Pi designates the input port and Po designates the output port; and - an optical switch at at least a respective one of the N input ports Pi and/or N output ports Po, so that individual ones of the N bands can be randomly added (Add) or dropped (Drop), wherein the ROADMs of the plurality of terminals are arranged in a unidirectional linear chain arrangement, in a bidirectional linear chain arrangement, in a unidirectional ring arrangement or in a bidirectional ring arrangement, and characterized in that the optical switches are frequency-independent switches and wh erein the N output ports Po are linked with the input ports Pi for the bands B# in accordance with the following equation: Po = Mod Pi − 1 + B # − 1 12 + 1 - a NxN arrayed waveguide grating, AWG, for N = 12 bands, wherein B# designates the band number, wherein the AWG comprises N input ports Pi and N output ports Po, wherein Pi designates the input port and Po designates the output port; and - an optical switch at at least a respective one of the N input ports Pi and/or N output ports Po, so that individual ones of the N bands can be randomly added (Add) or dropped (Drop),
A method for removing dissolved gases from a water feed in a catalytic steam reforming process, the method comprising: (a) heating a first portion or all of a boiler feed water stream in a heat exchanger by indirect heat transfer with at least one of a reformate stream from the catalytic steam reforming process and a combustion product gas stream from the catalytic steam reforming process; characterized in that (b) the boiler feed water stream is flash vaporized thereby forming steam and a residual liquid water, the boiler feed water stream having a first temperature and a first pressure prior to flash vaporizing; (c) dissolved gases are stripped from the water feed with the steam formed in step (b) thereby forming additional boiler feed water from the water feed; and (d) the additional boiler feed water is combined with the residual liquid water for use as boiler feed water in the catalytic steam reforming process. (a) heating a first portion or all of a boiler feed water stream in a heat exchanger by indirect heat transfer with at least one of a reformate stream from the catalytic steam reforming process and a combustion product gas stream from the catalytic steam reforming process; (b) the boiler feed water stream is flash vaporized thereby forming steam and a residual liquid water, the boiler feed water stream having a first temperature and a first pressure prior to flash vaporizing; (c) dissolved gases are stripped from the water feed with the steam formed in step (b) thereby forming additional boiler feed water from the water feed; and (d) the additional boiler feed water is combined with the residual liquid water for use as boiler feed water in the catalytic steam reforming process.
Smoke alarm comprising an outer housing, which outer housing comprises a lower housing, said lower housing defining a battery compartment, inside which a source of energy is stored, and an intermediate housing, where the wall of said intermediate housing comprises a plurality of openings allowing air and smoke to enter an internal chamber, and a top housing portion, inside said outer housing is comprised the at least one internal chamber, which at least one internal chamber has at least one opening towards the surroundings, such that air may pass through the chamber, and where means are provided for emitting light and means for detecting said light is provided in or around said chamber, where the change in light intensity registered by the means generates a smoke alarm, by means of a noise and/or light generating means, where one or more PCB's are arranged containing necessary electronic circuitry and light emitting and detection means (6,7) projecting into the at least one internal chamber, and where the at least one internal chamber is substantially circular and limited by a plate member from which plate member a plurality of airfoils project towards the PCB, along the periphery of the at least one internal chamber, where the airfoils have a cross-sectional shape corresponding to an airplane wing with one side of the air foils flat and the other side being provided with a curvature said cross-section being defined parallel to the plane of the plate member, and where said airfoils are arranged at an angle relative to an imaginary radius of the internal chamber said airfoils being arranged not parallel to said radius, and where on said plate member away from the internal chamber a piezo electrical sound element is arranged, where apertures are provided in said plate member allowing the sound from the piezo electric sound element to propagate to the surroundings through said internal chamber and said wall of the intermediate housing, and where the at least one internal chamber, the PCB, the piezo electrical element and the plate member has outer peripheries substantially having the same diameter.
An anti-vibration device for a vehicle, comprising: a rod configured to be fixed to an engine at one end portion thereof and configured to be fixed to a vehicle body at the other end portion thereof; an actuator comprising an inertia mass supported on the rod and operative to reciprocate the inertia mass in an axial direction of the rod; and a vibration detection section configured to detect vibration of the rod in the axial direction of the rod, wherein the vibration detection section is mounted to the rod or to a housing covering the rod; characterized in that the vibration detection section is disposed between the one end portion of the rod and the other end portion of the rod, and is disposed on an opposite side of the engine in a left-rightward direction of the vehicle. a rod configured to be fixed to an engine at one end portion thereof and configured to be fixed to a vehicle body at the other end portion thereof; an actuator comprising an inertia mass supported on the rod and operative to reciprocate the inertia mass in an axial direction of the rod; and a vibration detection section configured to detect vibration of the rod in the axial direction of the rod, wherein the vibration detection section is mounted to the rod or to a housing covering the rod;
A method for interference or signal received power measurement, performed by a network device, comprising: receiving a to-be-reported value sent by a terminal device; wherein the to-be-reported value is determined based on a measurement interval to which each reference signal received power, RSRP, value in a set of RSRP values belongs and a mapping relationship between at least one measurement interval and the to-be-reported value, wherein the set of RSRP value is determined by the value of RSRP corresponding to at least one sounding reference signal, SRS, resource obtained by measuring an interference or signal received power for the SRS resource, wherein the interference or signal received power measurement comprises cross-link interference, CLI, measurement. receiving a to-be-reported value sent by a terminal device; wherein the to-be-reported value is determined based on a measurement interval to which each reference signal received power, RSRP, value in a set of RSRP values belongs and a mapping relationship between at least one measurement interval and the to-be-reported value, wherein the set of RSRP value is determined by the value of RSRP corresponding to at least one sounding reference signal, SRS, resource obtained by measuring an interference or signal received power for the SRS resource, wherein the interference or signal received power measurement comprises cross-link interference, CLI, measurement.
A device for holding and facilitating the handling of fastening hooks for securing roof tiles, consisting of a magazining strip with a plurality of clamp devices disposed side-by-side in the longitudinal direction of the strip for clampingly receiving and holding fastening hooks, the device consisting of a first holding device detachably fastened to a strap or belt, and a second holding device disposed or fastened to the first holding device and forming or comprising a receptacle for the magazining strip for detachably fastening the magazining strip, in which a magazining strip is fitted that is or can be provided with fastening hooks, characterized by that the second holding device extends in parallel or transversely to the strap or belt, at which the first holding device is held, that the second holding device includes, at its front side on its side facing away from the first holding device, an introduction slot with a longitudinal perimeter edge forming an undercut, into which the magazining strip is or can be introduced, and that the magazining strip includes on either side of its longitudinal extension flat edge sections that engage, in the desired mounting position, behind the longitudinal perimeter edges of the second holding device formed with an undercut, between the edge sections clamp holders for the fastening hooks being formed.
A data storage system comprising: a non-volatile memory array comprising a user data portion and an overprovisioning portion, the user data portion being configured to store user data; a controller configured to dynamically adjust the overprovisioning portion of the non-volatile memory array by: compressing at least some user data stored in the user data portion; determining an amount of recovered storage capacity due to the compression; computing one or more overprovisioning parameters including a percentage of non-redundant data stored in the non-volatile memory array, the non-redundant data including data that is stored in the non-volatile memory array but has not been synchronized with other storage medium for which the non-volatile memory array is serving as a cache; and determining, based at least in part on the one or more overprovisioning parameters, allocation of the recovered storage capacity to at least one of: storage of user data and overprovisioning. a non-volatile memory array comprising a user data portion and an overprovisioning portion, the user data portion being configured to store user data; a controller configured to dynamically adjust the overprovisioning portion of the non-volatile memory array by: compressing at least some user data stored in the user data portion; determining an amount of recovered storage capacity due to the compression; computing one or more overprovisioning parameters including a percentage of non-redundant data stored in the non-volatile memory array, the non-redundant data including data that is stored in the non-volatile memory array but has not been synchronized with other storage medium for which the non-volatile memory array is serving as a cache; and determining, based at least in part on the one or more overprovisioning parameters, allocation of the recovered storage capacity to at least one of: storage of user data and overprovisioning. compressing at least some user data stored in the user data portion; determining an amount of recovered storage capacity due to the compression; computing one or more overprovisioning parameters including a percentage of non-redundant data stored in the non-volatile memory array, the non-redundant data including data that is stored in the non-volatile memory array but has not been synchronized with other storage medium for which the non-volatile memory array is serving as a cache; and determining, based at least in part on the one or more overprovisioning parameters, allocation of the recovered storage capacity to at least one of: storage of user data and overprovisioning.
A multipolar detection/stimulation microprobe of less than 1.5 French (0.5 mm) overall diameter, for implantation in the deep cerebral venous network, comprising a plurality of at least eight individually insulated lead wires twisted together, each lead wire comprising: - an electrically conductive micro core cable adapted to be connected proximally to a pole of a generator of an active implantable medical device; and - an insulation layer surrounding the core cable, and having at least one exposed area formed in the thickness of the insulation layer distally to form a detection/stimulation electrode of the microprobe, the microprobe further comprising a central support structure in the form of a surface of revolution, said central support structure being free of i) conducting wire and ii) central light, and wherein said plurality of conductor wires are configured as a layer of twisted winding of peripheral conductor wires carried by and circumferentially distributed over the central support structure. - an electrically conductive micro core cable adapted to be connected proximally to a pole of a generator of an active implantable medical device; and - an insulation layer surrounding the core cable, and having at least one exposed area formed in the thickness of the insulation layer distally to form a detection/stimulation electrode of the microprobe, the microprobe further comprising a central support structure in the form of a surface of revolution, said central support structure being free of i) conducting wire and ii) central light, and wherein said plurality of conductor wires are configured as a layer of twisted winding of peripheral conductor wires carried by and circumferentially distributed over the central support structure. the microprobe further comprising a central support structure in the form of a surface of revolution, said central support structure being free of i) conducting wire and ii) central light, and wherein said plurality of conductor wires are configured as a layer of twisted winding of peripheral conductor wires carried by and circumferentially distributed over the central support structure.
Measurement device (10, 50), comprising a resonator (20, 52) with a sensitive region, and a basic carrier unit (26, 30), for measuring properties of a fluid, which resonator (20, 52) is inserted into the basic carrier unit (26, 30) and contacted therein, with the sensitive region remaining accessible for the fluid, and which resonator (20, 52) can be addressed via connection points (24, 40) on the basic carrier unit (26, 30), which basic carrier unit (26, 30) is merely constituted by a film arrangement, wherein said basic carrier unit (26, 30) comprises a support film (14, 34), with only the periphery of said resonator (20, 52) resting on said support film (14, 34), said resonator (20, 52) being connected to a terminating film (18, 54) which is used to fix the resonator (20, 52) in position in the basic carrier unit, said basic carrier unit comprising a bottom film which closes the bottom of the resonator received in the unit by being glued to the support film (14, 34), and that a spacer film is provided between the support film (14, 34) and the terminating film (18, 54), with the thickness of said spacer film having been selected such that the terminating film (18, 54) bonded to it will exert as little pressure as possible on the resonator in order to enable the latter to resonate almost without attenuation, characterized in that said resonator (20, 52) is contacted via strip conductors (27, 42) provided on the support film (14, 34), which contacting is achieved by pressing the resonator onto the strip conductors (27, 42), and furthermore the terminating film (18, 54) has a recess that extends through the entire thickness of the terminating film (18, 54) and that is of a diameter which is slightly smaller than the diameter of the resonator (20, 52), with the result that the terminating film (18, 54) only rests on the periphery of the resonator (20, 52).
An energy store arrangement, containing an energy store having at least one negative electrode ("anode"), at least one positive electrode ("cathode"), electrolyte, and electric poles, via which the energy store at the least can be discharged, a storage container, containing a redox shuttle additive, and a triggerable delivery device by means of which, when triggered, the redox shuttle additive is delivered into the electrolyte of the energy store in such a way that the cathode and the anode of the energy store are in contact with the redox shuttle additive provided in the electrolyte and the energy store is discharged partially or fully in that the redox shuttle additive is oxidised at the cathode and reduced at the anode, wherein the redox shuttle additive can be at least partially reversibly oxidised and partially reversibly reduced, characterized in that the redox shuttle additive has a redox potential which is less than or equal to the potential of the partially or fully discharged cathode and is greater than or equal to the potential of the partially or fully discharged anode. an energy store having at least one negative electrode ("anode"), at least one positive electrode ("cathode"), electrolyte, and electric poles, via which the energy store at the least can be discharged, a storage container, containing a redox shuttle additive, and a triggerable delivery device by means of which, when triggered, the redox shuttle additive is delivered into the electrolyte of the energy store in such a way that the cathode and the anode of the energy store are in contact with the redox shuttle additive provided in the electrolyte and the energy store is discharged partially or fully in that the redox shuttle additive is oxidised at the cathode and reduced at the anode,
A combustor for an airbreathing jet engine for a flying body in which fuel is burned using air introduced into the combustor in operation, wherein the combustor comprises: an injector for injecting the fuel; a flame holder including a flame-holding depression or a flame-holding step portion formed in a wall surface of the combustor and configured to include a flame holding space for keeping a flame for burning the fuel injected from the injector; and an igniter formed of a solid fuel and installed in at least a part of the flame-holding depression or on the flame-holding step portion and configured to ignite a gas mixture of the air and the fuel injected from the injector when the igniter is activated, wherein the igniter is configured to disappear from the flame holder when being activated to form the flame-holding space in the flame holder. an injector for injecting the fuel; a flame holder including a flame-holding depression or a flame-holding step portion formed in a wall surface of the combustor and configured to include a flame holding space for keeping a flame for burning the fuel injected from the injector; and an igniter formed of a solid fuel and installed in at least a part of the flame-holding depression or on the flame-holding step portion and configured to ignite a gas mixture of the air and the fuel injected from the injector when the igniter is activated,