mhurhangee/ep-ind-claims huggingface dataset:
A storage, collection and internal and external recirculation station of a fluid substance, said station comprising a tank equipped with a lower supply opening and an upper loading opening and an internal recirculation circuit of the fluid substance contained in said tank; said internal recirculation circuit being equipped with a first end associated with said lower supply opening and a second end associated with said upper loading opening; between said first and second end of said recirculation circuit, there being provided a pump and a first valve, said first valve being associable with an external tank in which the fluid substance to be made homogeneous is stored, through a loading duct and being configurable to selectively define the conditions of: - recirculation of the fluid substance contained in said tank through said internal recirculation circuit from said lower supply opening to said upper loading opening, isolating said external tank; and - charging the fluid substance from said external tank to said tank, isolating the lower supply opening of said tank, characterized in that said internal recirculation circuit comprises a second valve downstream of said first valve following the flow of the fluid substance; said second valve being configurable to allow the advancement of the fluid substance coming from said first valve along said internal recirculation circuit towards said upper loading opening; wherein said second valve being associable with said external tank through a return duct by realizing an external recirculation circuit realizing the homogenization of the fluid substance contained into the external tank by deviating the fluid substance coming from said first valve in said internal recirculation circuit towards said external tank through said return duct and said valves (16,19) are equipped with rapid couplings to said loading duct and to said return duct, said loading duct and said return duct are flexible pipes. - recirculation of the fluid substance contained in said tank through said internal recirculation circuit from said lower supply opening to said upper loading opening, isolating said external tank; and - charging the fluid substance from said external tank to said tank, isolating the lower supply opening of said tank, characterized in that said internal recirculation circuit comprises a second valve downstream of said first valve following the flow of the fluid substance; said second valve being configurable to allow the advancement of the fluid substance coming from said first valve along said internal recirculation circuit towards said upper loading opening;
A monomeric formulation for fabrication of microlattice structures, the monomeric formulation comprising: a plurality of monomers comprising thiol; a first photoinitiator configured to activate above a wavelength of light; and a second photoinitiator configured not to activate above the wavelength of light and to activate below the wavelength of light, wherein a concentration of the second photoinitiator in the monomeric formulation is greater than that of the first photoinitiator, wherein the first photoinitiator is about 0.01% to about 0.1% by weight of the monomeric formulation, and wherein the second photoinitiator is from about 0.1% to about 1% by weight of the monomeric formulation. a plurality of monomers comprising thiol; a first photoinitiator configured to activate above a wavelength of light; and a second photoinitiator configured not to activate above the wavelength of light and to activate below the wavelength of light, wherein a concentration of the second photoinitiator in the monomeric formulation is greater than that of the first photoinitiator, wherein the first photoinitiator is about 0.01% to about 0.1% by weight of the monomeric formulation, and wherein the second photoinitiator is from about 0.1% to about 1% by weight of the monomeric formulation.
A vehicle for handling animal feedstuffs comprising an implement mounted on the vehicle, said implement comprising a pair of opposed bucket shaped jaws (3,4) pivotally mounted for movement between an open position, wherein the jaws (3,4) are spaced apart from one another, and a closed position, wherein the jaws (3,4) interact to enclose a body of material therein, drive means being provided for moving the jaws (3,4) between said open and closed positions, each jaw (3,4) comprising a front wall with a cutting edge along a front leading edge thereof and wherein the leading edges of the two jaws (3,4) meet or overlap with one another when the jaws are closed, a central mounting member being provided between said pair of jaws (3,4) and to which the jaws (3,4) are connected, characterised in that the pivot axes of the jaws (3,4) are arranged vertically in a first mode of operation, said jaws (3,4) being symmetrically arranged on either side of the central mounting member, said drive means acting between said central mounting member and each of said jaws (3,4).
An electrically insulated fixing screwdriver, with a handle made of an electrically insulating material and a shaft made of metal that is anchored in the handle with its rear end region in a rotationally fixed manner, the shaft presenting on its front end a profiled head conformed to the profile of the engagement region of a screw, and presenting an insulating sheath (3, 4, 5, 6) surrounding the shaft, characterised in that the insulating sheath (3, 4, 5, 6) has a part that is flexible in an axial direction, and in that on the front end of the insulating sheath a head portion is arranged that is configured like a hollow box and presents an aperture that opens to the side, as well as a central aperture on a front face also opening to the side, in the form of a slot through which the front end portion of the shaft forming the profile head can protrude.
A fuel processing apparatus comprising: a combustion section having a heat source; a desulfurization section that removes sulfur component from a source gas; a reforming section that generates hydrogen-containing gas having hydrogen as a main component from the source gas desulfurized; and a low-temperature conversion section having a heat-generating catalyst that reduces an impurity concentration in the hydrogen-containing gas, characterized by the following features: the reforming section, the desulfurization section, and the low-temperature conversion section are provided surrounding the combustion section, and the reforming section, the desulfurization section, and the low-temperature conversion section are formed in order in concentric circles from the combustion section toward outside, and the fuel processing apparatus further comprises a preheat flow channel provided at a bottom of the combustion section with an insulating material interposed in between and in communication with the desulfurization section, such that the source gas is preheated using heat from the combustion section. a combustion section having a heat source; a desulfurization section that removes sulfur component from a source gas; a reforming section that generates hydrogen-containing gas having hydrogen as a main component from the source gas desulfurized; and a low-temperature conversion section having a heat-generating catalyst that reduces an impurity concentration in the hydrogen-containing gas, characterized by the following features: the reforming section, the desulfurization section, and the low-temperature conversion section are provided surrounding the combustion section, and the reforming section, the desulfurization section, and the low-temperature conversion section are formed in order in concentric circles from the combustion section toward outside, and the fuel processing apparatus further comprises a preheat flow channel provided at a bottom of the combustion section with an insulating material interposed in between and in communication with the desulfurization section, such that the source gas is preheated using heat from the combustion section. the reforming section, the desulfurization section, and the low-temperature conversion section are provided surrounding the combustion section, and the reforming section, the desulfurization section, and the low-temperature conversion section are formed in order in concentric circles from the combustion section toward outside, and the fuel processing apparatus further comprises a preheat flow channel provided at a bottom of the combustion section with an insulating material interposed in between and in communication with the desulfurization section, such that the source gas is preheated using heat from the combustion section.
Assembly for electrically exciting an electric machine comprising a rotor with a rotor body, which comprises at least one rotor pole, and with a shaft, which comprises at least two slip rings, and wherein the assembly further comprises a voltage source, which can deliver a DC voltage, and comprises a controller, which is designed and connected to the voltage source such that it can control the DC voltage of the voltage source, and wherein the assembly further comprises at least two contact elements for the contact-connection of the slip rings and electrical lines for the connection of the slip rings to the at least one rotor pole, and wherein the voltage source is connected to the contact elements and the electrical conductors are configured such that a direct current can flow through a thus formed excitation current circuit in order to excite the at least one rotor pole, characterized in that the voltage source can deliver an AC voltage, which is superimposed upon the DC voltage of the voltage source in order to reduce the deterioration of the contact elements in operating conditions with a low current density in the contact elements by additionally feeding in an alternating current superimposed upon the direct current, and the controller is configured and is connected to the voltage source such that it can control the AC voltage of same independently of the DC voltage, and the assembly further comprises a capacitor, which is arranged in the part of the excitation current circuit located on the rotor and is designed such that it permits the at least one rotor pole, with respect to the AC voltage component of the voltage source, to function as an open circuit in order that the alternating current does not flow through the at least one rotor pole.
An air spinning device that spins a spun yarn from a fiber bundle by supplying air from an air hole into a spinning chamber, the air spinning device comprising: a nozzle block that includes a through hole that partially defines the spinning chamber, and the air hole that is communicable with the spinning chamber; a fiber guide in which a fiber introducing passage that is communicable with the spinning chamber is defined; and a spindle in which a fiber passageway that is communicable with the spinning chamber is defined, characterised in that the air hole is positioned such that a point of intersection of a central axis of the air hole and a wall surface of the through hole falls in a range of greater than or equal to 3 mm to less than or equal to 10 mm from a contact surface at which a downstream end surface of the fiber guide in a yarn feeding direction is received by an upstream end surface of the nozzle block in the yarn feeding direction. a nozzle block that includes a through hole that partially defines the spinning chamber, and the air hole that is communicable with the spinning chamber; a fiber guide in which a fiber introducing passage that is communicable with the spinning chamber is defined; and a spindle in which a fiber passageway that is communicable with the spinning chamber is defined, characterised in that the air hole is positioned such that a point of intersection of a central axis of the air hole and a wall surface of the through hole falls in a range of greater than or equal to 3 mm to less than or equal to 10 mm from a contact surface at which a downstream end surface of the fiber guide in a yarn feeding direction is received by an upstream end surface of the nozzle block in the yarn feeding direction.
Method of controlling the rate of decarburisation in a converter in the oxidation of a metal melt, which has a carbon content, by means of performance of a combined oxygen/inert-gas blowing and vacuum process, the decarburisation period of which comprises a main period and a subsequent dynamic period, wherein during the decarburisation process of the metal melt an inert-gas throughflow rate (Q IG) of the metal melt and a vessel pressure (p) are set and regulated in parallel, characterised in that the rate of decarburisation of the metal melt during the dynamic decarburisation period of the vacuum and converter process is indirectly controlled by way of setting the decarburisation reaction potential (C - C*) by means of parallel and combined setting and regulation of inert-gas throughflow rate (Q IG) and vessel pressure (p).
A low profile patient specific cutting block for a knee, comprising: a. a plurality of bone interfacing portions (30, 32, 34) configured to overlie portions of an end of a bone, the bone interfacing portions being angularly offset from each other such that a first of the bone interfacing portions overlies an anterior portion of the bone and a second of the bone interfacing portions overlies a portion of bone generally perpendicular to the anterior portion of bone; and b. a cutting slot oriented in a fixed position relative to the bone interfacing portions, such that the cutting slot directs a cutting tool at a fixed angle and at a fixed depth from the bone interfacing portions, wherein the low profile patient specific cutting block is a tibial block, characterised in that the bone interfacing portions each having a surface generally a negative of the portion of the bone the bone interfacing portion overlies and in that the cutting slot is offset and medialized relative to an anterior surface of the tibial bone. a. a plurality of bone interfacing portions (30, 32, 34) configured to overlie portions of an end of a bone, the bone interfacing portions being angularly offset from each other such that a first of the bone interfacing portions overlies an anterior portion of the bone and a second of the bone interfacing portions overlies a portion of bone generally perpendicular to the anterior portion of bone; and b. a cutting slot oriented in a fixed position relative to the bone interfacing portions, such that the cutting slot directs a cutting tool at a fixed angle and at a fixed depth from the bone interfacing portions, wherein the low profile patient specific cutting block is a tibial block, characterised in that the bone interfacing portions each having a surface generally a negative of the portion of the bone the bone interfacing portion overlies and in that the cutting slot is offset and medialized relative to an anterior surface of the tibial bone.
A pressure measuring device for measuring the pressure of a fluid, having a housing, an elastic membrane arranged within the housing and/or on the housing, and a signal transducer cooperating with the membrane, wherein the signal transducer cooperates with the membrane such that the action of the fluid on the membrane causes a measuring signal corresponding to the measured variable at the signal transducer, and wherein the membrane comprises an electrically conductive, elastomeric layer, the action of the fluid on the membrane causes a change in the electric capacitance of the membrane, and the signal transducer is formed by the membrane by the change in capacitance of the membrane upon action of the fluid being provided as the measuring signal, characterized in that the membrane comprises a first electrically conductive layer and a second electrically conductive layer, wherein the two conductive layers (9, 10) are separated by an electrically insulating layer, wherein the first electrically conductive layer and the second electrically conductive layer are configured as electrodes (9', 10') on the electrically insulating layer, wherein the electrodes (9', 10') are arranged opposite to one another on the respective surface of the insulating layer, and wherein the electrodes (9', 10') form an electric capacitor with the insulating layer located therebetween. having a housing, an elastic membrane arranged within the housing and/or on the housing, and a signal transducer cooperating with the membrane, wherein the signal transducer cooperates with the membrane such that the action of the fluid on the membrane causes a measuring signal corresponding to the measured variable at the signal transducer, and wherein the membrane comprises an electrically conductive, elastomeric layer, the action of the fluid on the membrane causes a change in the electric capacitance of the membrane, and the signal transducer is formed by the membrane by the change in capacitance of the membrane upon action of the fluid being provided as the measuring signal, characterized in that the membrane comprises a first electrically conductive layer and a second electrically conductive layer, wherein the two conductive layers (9, 10) are separated by an electrically insulating layer, wherein the first electrically conductive layer and the second electrically conductive layer are configured as electrodes (9', 10') on the electrically insulating layer, wherein the electrodes (9', 10') are arranged opposite to one another on the respective surface of the insulating layer, and wherein the electrodes (9', 10') form an electric capacitor with the insulating layer located therebetween.
A chimeric antigen receptor comprising: i) an extracellular domain capable of binding to a predetermined antigen; ii) a transmembrane domain; and iii) an intracellular segment comprising a) a truncated cytoplasmic domain of interleukin-2 receptor beta chain corresponding to SEQ ID NO: 5 and b) an intracellular domain of CD3ζ characterized by having an exogenous STAT3 association motif corresponding to YRHQ (SEQ ID NO: 22) at positions 104-107 of SEQ ID NO: 7. i) an extracellular domain capable of binding to a predetermined antigen; ii) a transmembrane domain; and iii) an intracellular segment comprising a) a truncated cytoplasmic domain of interleukin-2 receptor beta chain corresponding to SEQ ID NO: 5 and b) an intracellular domain of CD3ζ characterized by having an exogenous STAT3 association motif corresponding to YRHQ (SEQ ID NO: 22) at positions 104-107 of SEQ ID NO: 7.
Protection method for a rail network, which is divided by track elements (S1, S2,..., Sp) into track sections (G1, G2,..., Gq) and on which vehicles (Z1, Z2,..., Zr) can travel in dependence on data from components of a track atlas, - in which the vehicles (Z1, Z2,..., Zr) request, from selected track elements, steps (B, R, M) for assignment as a route element, - in which each of the selected track elements (Si, where i = 1 to p) is respectively automatically assigned as a route element, under predefined conditions, for each vehicle (Zm, where m = 1 to r) which requests the steps for assignment as a route element from it and characterised in that - the vehicles (Z1, Z2,..., Zr) deposit manually input and/or manually released dynamic driving-operation data (D d 1, D d 2,..., D d p) as a dynamic component (K dyn) of the track atlas in the track elements (Si, where i = 1 to p)in parts (D d (K dyn)1, D d (K dyn)2,..., D d (K dyn)p) related to the track elements. - in which the vehicles (Z1, Z2,..., Zr) request, from selected track elements, steps (B, R, M) for assignment as a route element, - in which each of the selected track elements (Si, where i = 1 to p) is respectively automatically assigned as a route element, under predefined conditions, for each vehicle (Zm, where m = 1 to r) which requests the steps for assignment as a route element from it and characterised in that - the vehicles (Z1, Z2,..., Zr) deposit manually input and/or manually released dynamic driving-operation data (D d 1, D d 2,..., D d p) as a dynamic component (K dyn) of the track atlas in the track elements (Si, where i = 1 to p)in parts (D d (K dyn)1, D d (K dyn)2,..., D d (K dyn)p) related to the track elements.
An apparatus comprising: a blade of a rotorcraft; a tip actuation mechanism that is external to the blade and associated with an elongate member that is connected to a tip portion of the blade, wherein the tip actuation mechanism is configured to apply a torque to the elongate member such that the tip portion of the blade rotates about an axis through the blade; and a root actuation mechanism external to the blade and associated with a root portion of the blade, wherein the root actuation mechanism is configured to apply a torque to the root portion of the blade such that the root portion of the blade rotates about the axis, wherein the tip actuation mechanism and the root actuation mechanism are part of an actuation system configured to twist the blade, the apparatus being characterised in that the root actuation mechanism and the tip actuation mechanism are associated with a single swashplate assembly. a blade of a rotorcraft; a tip actuation mechanism that is external to the blade and associated with an elongate member that is connected to a tip portion of the blade, wherein the tip actuation mechanism is configured to apply a torque to the elongate member such that the tip portion of the blade rotates about an axis through the blade; and a root actuation mechanism external to the blade and associated with a root portion of the blade, wherein the root actuation mechanism is configured to apply a torque to the root portion of the blade such that the root portion of the blade rotates about the axis, wherein the tip actuation mechanism and the root actuation mechanism are part of an actuation system configured to twist the blade, the apparatus being characterised in that the root actuation mechanism and the tip actuation mechanism are associated with a single swashplate assembly.
A shroud for a gas turbine engine, the shroud comprising: a shroud body comprising a forward surface, a rear surface axially spaced from the forward surface, an inner surface extending between the forward surface and the rear surface, and an outer surface extending between the forward surface and the rear surface and radially spaced from the inner surface; a forward flange extending from the outer surface of the shroud body; a rear flange extending from the outer surface of the shroud body, the rear flange axially spaced from the forward flange; and a rib disposed between and in contact with the forward flange and the rear flange, characterized in that: the rib is spaced from the outer surface of the shroud body in the radial direction; the forward flange defines a bore hole; the rear flange defines a bore hole; and the bore hole in the forward flange and the bore hole in the rear flange are axially aligned for receiving, in use, a pin for attaching the shroud to a hanger. a shroud body comprising a forward surface, a rear surface axially spaced from the forward surface, an inner surface extending between the forward surface and the rear surface, and an outer surface extending between the forward surface and the rear surface and radially spaced from the inner surface; a forward flange extending from the outer surface of the shroud body; a rear flange extending from the outer surface of the shroud body, the rear flange axially spaced from the forward flange; and a rib disposed between and in contact with the forward flange and the rear flange, characterized in that: the rib is spaced from the outer surface of the shroud body in the radial direction; the forward flange defines a bore hole; the rear flange defines a bore hole; and the bore hole in the forward flange and the bore hole in the rear flange are axially aligned for receiving, in use, a pin for attaching the shroud to a hanger. the rib is spaced from the outer surface of the shroud body in the radial direction; the forward flange defines a bore hole; the rear flange defines a bore hole; and the bore hole in the forward flange and the bore hole in the rear flange are axially aligned for receiving, in use, a pin for attaching the shroud to a hanger.