mhurhangee/ep-ind-claims huggingface dataset:
Fluid evacuation device (100; 200) for a fluid container comprising - a hollow main body that is designed to be added to the fluid container, said main body comprising a flow chamber and a tapped opening that communicates with said flow chamber and is intended to open into the fluid container; - a fluid evacuation duct (3; 4); - a closure screw comprising a threaded part that is intended to engage by screwing with the tapped opening of the hollow main body; the closure screw being able to move in axial translation in the hollow main body; - an opening stop consisting of a first stop means (51, 510) mounted in a wall of the main body delimiting the flow chamber, and of a second stop means (52, 521) mounted on the closure screw and located in the flow chamber; - the opening stop limits the closure screw in a fully open position in which the first stop means (51, 510) is in contact with the second stop means and in which the fluid evacuation duct (3; 4) is left free; said fluid evacuation device (100; 200) being characterized in that - the first stop means (51, 510) mounted through the wall of the main body is radially adjustable. - a hollow main body that is designed to be added to the fluid container, said main body comprising a flow chamber and a tapped opening that communicates with said flow chamber and is intended to open into the fluid container; - a fluid evacuation duct (3; 4); - a closure screw comprising a threaded part that is intended to engage by screwing with the tapped opening of the hollow main body; the closure screw being able to move in axial translation in the hollow main body; - an opening stop consisting of a first stop means (51, 510) mounted in a wall of the main body delimiting the flow chamber, and of a second stop means (52, 521) mounted on the closure screw and located in the flow chamber; - the opening stop limits the closure screw in a fully open position in which the first stop means (51, 510) is in contact with the second stop means and in which the fluid evacuation duct (3; 4) is left free; said fluid evacuation device (100; 200) being characterized in that - the first stop means (51, 510) mounted through the wall of the main body is radially adjustable.
Filter device for filtering fluid, particularly in the form of an aqueous urea solution, with a filter housing and at least one filter element arranged therein and with a flexible compensating body, which is arranged between the outer side of the filter medium of the respective filter element and the adjacent inner wall of the filter housing to compensate for pressure and/or volume fluctuations in the fluid, and forms a casing on and enclosing at least a large proportion of the axial length of the filter element, the compensating body being provided in the form of a cylindrical hollow body, in which a plurality of air chambers are formed between the inner and outer cylinder surface, said chambers extending over a large proportion of the axial length of the compensating body and said air chambers being provided in the form of channels running in the axial direction of the compensating body, said channels being distributed over the entire peripheral area of the compensating body equidistant from one another, characterised in that, when viewed in the circumferential direction, the channels are separated from one another by webs running in the longitudinal direction of the compensating body, said webs being formed by wall portions of the compensating body and extending between the closed cylindrical inner wall and the closed cylindrical outer wall of the compensating body.
A device for detachably fastening at least one railing or a scaffolding bracket, comprising at least one receptacle element for receiving a first retaining, supporting, and/or clamping element of the railing or scaffolding bracket and at least one second receptacle element for receiving a second retaining, supporting, and/or clamping element of the railing or scaffolding bracket, wherein the at least one first receptacle element and the at least one second receptacle element form a retaining part, and comprising at least one first anchor element, which can be encased in concrete and anchored in a structure, wherein the at least one first receptacle element and the at least one first anchor element are permanently connected to one another, and wherein at least one insulation or formwork element is permanently connected to at least one of the receptacle elements (3, 4), characterised in that the device is modularly constructed and consists of at least two modules permanently connected to one another, wherein each module has at least one of the receptacle elements (3, 4) and at least one insulation or formwork element, and wherein the insulation or formwork element and at least one of the receptacle elements (3, 4) are prefinished in one piece, permanently connected.
A semiconductor die assembly, comprising: a semiconductor wafer segment having no integrated circuitry thereon; a stack of semiconductor dice of lesser lateral dimensions than the semiconductor wafer segment secured to a surface of the semiconductor wafer segment in thermally conductive communication therewith and in electrical isolation therefrom, the semiconductor dice mutually operably coupled by conductive elements therebetween in conductive contact with conductive through vias of the semiconductor dice; a non-conductive material between the semiconductor dice of the stack; and at least one encapsulant material extending peripherally about the dice of the stack and in contact with the surface of the semiconductor wafer segment. a semiconductor wafer segment having no integrated circuitry thereon; a stack of semiconductor dice of lesser lateral dimensions than the semiconductor wafer segment secured to a surface of the semiconductor wafer segment in thermally conductive communication therewith and in electrical isolation therefrom, the semiconductor dice mutually operably coupled by conductive elements therebetween in conductive contact with conductive through vias of the semiconductor dice; a non-conductive material between the semiconductor dice of the stack; and at least one encapsulant material extending peripherally about the dice of the stack and in contact with the surface of the semiconductor wafer segment.
A milker unit backflush system for cleaning a dairy animal milker unit, the backflush system comprising: a main control; a first air supply in fluid communication with the main control; a water supply in fluid communication with the main control; a backflush fluid supply in fluid communication with the main control; a stall control in fluid communication with the first air supply, a second air supply, the water supply, and the backflush fluid supply; and a safety valve in fluid communication with the stall control, and the safety valve is in fluid communication with and adjacent to a downstream portion of the milker unit, and the safety valve comprises a backflush piston for movement between a milking position and a backflush position. a main control; a first air supply in fluid communication with the main control; a water supply in fluid communication with the main control; a backflush fluid supply in fluid communication with the main control; a stall control in fluid communication with the first air supply, a second air supply, the water supply, and the backflush fluid supply; and a safety valve in fluid communication with the stall control, and the safety valve is in fluid communication with and adjacent to a downstream portion of the milker unit, and the safety valve comprises a backflush piston for movement between a milking position and a backflush position.
A composition comprising: a biologically pure culture of Bacillus strains comprising: Bacillus subtilis 1104 deposited under Accession Number ABS 1104 NRRL B-67258 and Bacillus subtilis 2084 deposited under Accession Number BS2084 NRRL B-50013; and at least one of a Saccharomyces cerevisiae yeast extract, a hydrolyzed Saccharomyces cerevisiae yeast, and a Saccharomyces cerevisiae yeast culture.
A terminal device for performing machine-to-machine communication, the terminal device comprising: a secret key module including a physical unclonable function, characterised in that the secret key module is configured to provide a secret key using the physical unclonable function for transferring, using a secret key encryption scheme, a public key used for communication of the terminal device using a public key encryption scheme; and wherein the terminal device further comprises a private key module to provide a private key for generating the public key. a secret key module including a physical unclonable function, characterised in that the secret key module is configured to provide a secret key using the physical unclonable function for transferring, using a secret key encryption scheme, a public key used for communication of the terminal device using a public key encryption scheme; and wherein the terminal device further comprises a private key module to provide a private key for generating the public key.
An activity measurement molecule which is characterized in that it comprises a quantum dot bonded to at least one fluorescent protein labeled biomolecule, wherein said biomolecule is selected from the group consisting of a nucleic acid, a protein, a peptide, a saccharide, poly saccharide, the derivative thereof, and the complex thereof.
An instruction processing method of a network processor, comprising: when the network processor executes a combined function call instruction, wherein the combined function call instruction is used to call a function corresponding to each additional feature that has been enabled, adding an address of a next instruction of the combined function call instruction to a stack top of a first stack, wherein the first stack is a preset stack used for calling the combined function, wherein the combined function call instruction includes an address of a first register that stores for each additional feature a corresponding enable flag that indicates whether the additional feature is enabled or not and a number of the enable flag stored in the first register; judging, according to the combined function call instruction, whether the enable flag of each additional feature of the network processor is enabled, and if an enable flag of an additional feature is enabled, adding a function entry address corresponding to the additional feature to the stack top of the first stack; and after finishing judging enable flags of all additional features, popping the function entry address from the stack top of the stack, and executing a function corresponding to a popped function entry address until the address of the next instruction of the combined function call instruction is popped. when the network processor executes a combined function call instruction, wherein the combined function call instruction is used to call a function corresponding to each additional feature that has been enabled, adding an address of a next instruction of the combined function call instruction to a stack top of a first stack, wherein the first stack is a preset stack used for calling the combined function, wherein the combined function call instruction includes an address of a first register that stores for each additional feature a corresponding enable flag that indicates whether the additional feature is enabled or not and a number of the enable flag stored in the first register; judging, according to the combined function call instruction, whether the enable flag of each additional feature of the network processor is enabled, and if an enable flag of an additional feature is enabled, adding a function entry address corresponding to the additional feature to the stack top of the first stack; and after finishing judging enable flags of all additional features, popping the function entry address from the stack top of the stack, and executing a function corresponding to a popped function entry address until the address of the next instruction of the combined function call instruction is popped.
Stator holder for a torque sensor device for sensing a torque applied to a shaft, in particular for sensing a torque applied to a steering shaft of a motor vehicle, wherein the stator holder has a receiving region extending in the axial direction along an axis of rotation of the stator holder and a fastening region which, in a functional use state, is adjacent to the receiving region in the axial direction and extends in the axial direction along the axis of rotation of the stator holder, wherein the receiving region is designed for receiving a first stator element and a second stator element on the stator holder, and wherein the fastening region has a fastening sleeve for the fastening of the stator holder on the shaft for rotation therewith, wherein the receiving region and the fastening region are formed by separate components and/or separate assemblies, wherein the second stator element can be introduced into the receiving region in the axial direction from a side facing the fastening region, with respect to a functional use state of the stator holder, and can be secured axially on the stator holder by means of a first fixing ring which can be mounted in the axial direction on the side facing the fastening region, and wherein the first fixing ring is part of the component forming the fastening region and/or of the assembly forming the fastening region, and is connected to the fastening sleeve in an end region of the fastening sleeve that faces the receiving region, with respect to a functional use state of the stator holder, wherein the first fixing ring is arranged on the outside of the fastening sleeve in the radial direction, wherein the fastening sleeve has a flange which extends outwards in the radial direction and to which the fixing ring is fastened, characterized in that the fixing ring has a radial groove via which the fixing ring is fastened radially to the flange, wherein the flange forms that end of the fastening sleeve which faces the receiving region, in order to permit a direct connection between fixing ring and receiving region.
An isolated antibody or antigen-binding fragment thereof that specifically binds to semaphorin-4D (SEMA4D) for use in a method of treating stroke in a human subject, wherein the antibody or antigen-binding fragment thereof is administered in an effective amount and comprises a VH comprising the VH-CDR1, VH-CDR2, and VH-CDR3 amino acid sequences SEQ ID NOs: 5, 6, and 7, respectively; and a VL comprising the VL-CDR1, VL-CDR2, and VL-CDR3 amino acid sequences SEQ ID NOs: 8, 9, and 10, respectively.
Method for determining the total acid number of an organic liquid, which is a mineral insulating oil, comprising the steps of: - pouring in a single use container a sample of said liquid having a mass comprised between 1 and 10 g and a volume comprised between 1 and 10 ml of a solution suitable for extracting the acid fraction of said sample and sealing the container; - stirring the content of the container and waiting for the separation from the sample of an extract phase; - dosing in the extract phase in said container a titrant solution of KOH contained in a micro-dispenser until an acid-base indicator present therein changes color, so that the titration step takes place in the same container wherein the sample was poured; and - calculating the TAN on the basis of the volume of dosed titrant solution according to the formula: TAN mg KOH / g oil = V × 56, 1 × M / m wherein V is the volume of dosed titrant solution expressed in ml, 56,1 is the molecular weight of KOH, M is the titre of the KOH solution expressed in moles per litre and m is the mass of the sample expressed in g. - pouring in a single use container a sample of said liquid having a mass comprised between 1 and 10 g and a volume comprised between 1 and 10 ml of a solution suitable for extracting the acid fraction of said sample and sealing the container; - stirring the content of the container and waiting for the separation from the sample of an extract phase; - dosing in the extract phase in said container a titrant solution of KOH contained in a micro-dispenser until an acid-base indicator present therein changes color, so that the titration step takes place in the same container wherein the sample was poured; and - calculating the TAN on the basis of the volume of dosed titrant solution according to the formula: TAN mg KOH / g oil = V × 56, 1 × M / m wherein V is the volume of dosed titrant solution expressed in ml, 56,1 is the molecular weight of KOH, M is the titre of the KOH solution expressed in moles per litre and m is the mass of the sample expressed in g.
A device for the conveyance of viscous material to be conveyed, for example, mortar by means of a progressive cavity pump, comprising - a frame for receiving and mounting device elements, - a pump housing section for receiving a stator and a rotor rotary-mounted in the stator in the form of a conveying screw, - a suction area for introducing the material to be conveyed, - a pressure area for the output of the material to be conveyed, - an electrical drive unit for the rotating drive of the rotor in the stator in a first direction of rotation to the conveyance of the material to be conveyed, - a control for the activation of the drive unit, - one or several detachable holding means for the torque proof and/or stationary connection of the drive unit and the stator, wherein a change in the direction of rotation into a second direction of rotation of the electrical drive unit in the case of a detached holding means performs an automatic separation of the pump housing section with the stator by unscrewing the rotor, characterized in that on the pump housing section two bolts directed radially outwards are arranged, which guide the pump housing section during the separation process linearly in guidance means on the frame and/or in a housing sleeve and/or a further housing section and/or a motor housing. - a frame for receiving and mounting device elements, - a pump housing section for receiving a stator and a rotor rotary-mounted in the stator in the form of a conveying screw, - a suction area for introducing the material to be conveyed, - a pressure area for the output of the material to be conveyed, - an electrical drive unit for the rotating drive of the rotor in the stator in a first direction of rotation to the conveyance of the material to be conveyed, - a control for the activation of the drive unit, - one or several detachable holding means for the torque proof and/or stationary connection of the drive unit and the stator, wherein a change in the direction of rotation into a second direction of rotation of the electrical drive unit in the case of a detached holding means performs an automatic separation of the pump housing section with the stator by unscrewing the rotor,
A variable deceleration ratio spherical aberration correction electrostatic lens arrangement comprising: an electrostatic lens comprising an axisymmetric or substantially axisymmetric non-spherical mesh having a concavity, and substantially axisymmetric electrodes (ELO to EL4); and an axisymmetric deceleration field generating electrode (EL5, EL6) disposed coaxially with said electrostatic lens, provided with a planar grid (6, 8) crossing the path of charged particles, said planar grid being suitable for forming a deceleration electric field and said planar grid being disposed on an exit side of the deceleration electric field; said mesh shape and an electric potential and a position of said electrodes being adjusted so that a charged particle generated from a point source is focused at a lens exit by said electrostatic lens; and said deceleration field generating electrode being disposed at a fore stage of a focusing point to adjust an applied potential for controlling a deceleration ratio of a charged particle, whereby a focusing angle can be kept almost constant regardless of the deceleration ratio by said planar grid. an electrostatic lens comprising an axisymmetric or substantially axisymmetric non-spherical mesh having a concavity, and substantially axisymmetric electrodes (ELO to EL4); and an axisymmetric deceleration field generating electrode (EL5, EL6) disposed coaxially with said electrostatic lens, provided with a planar grid (6, 8) crossing the path of charged particles, said planar grid being suitable for forming a deceleration electric field and said planar grid being disposed on an exit side of the deceleration electric field; said mesh shape and an electric potential and a position of said electrodes being adjusted so that a charged particle generated from a point source is focused at a lens exit by said electrostatic lens; and said deceleration field generating electrode being disposed at a fore stage of a focusing point to adjust an applied potential for controlling a deceleration ratio of a charged particle, whereby a focusing angle can be kept almost constant regardless of the deceleration ratio by said planar grid.
A stator for a rotary electric machine, the stator comprising: a stator core; a coil that is wound around the stator core; a mold portion that includes a coil end portion, the coil end portion projecting outward from the stator core of the coil in an axial direction of the stator, a bulge portion being provided at an end portion of the mold portion in the axial direction of the stator, the mold portion being configured to mold the coil end portion, and a liquid cooling medium being supplied from a cooling medium supply member to an outer peripheral surface of the mold portion; and a temperature sensor that is provided at the end portion of the mold portion in the axial direction of the stator, the temperature sensor being configured to measure a temperature of the coil, wherein the bulge portion is provided bulging outward in the axial direction of the stator to surround at least part of a periphery of the temperature sensor, and the bulge portion is configured to restrain the liquid cooling medium from being supplied to the temperature sensor, wherein the bulge portion is molded integrally with the mold portion. a stator core; a coil that is wound around the stator core; a mold portion that includes a coil end portion, the coil end portion projecting outward from the stator core of the coil in an axial direction of the stator, a bulge portion being provided at an end portion of the mold portion in the axial direction of the stator, the mold portion being configured to mold the coil end portion, and a liquid cooling medium being supplied from a cooling medium supply member to an outer peripheral surface of the mold portion; and a temperature sensor that is provided at the end portion of the mold portion in the axial direction of the stator, the temperature sensor being configured to measure a temperature of the coil, wherein the bulge portion is provided bulging outward in the axial direction of the stator to surround at least part of a periphery of the temperature sensor, and the bulge portion is configured to restrain the liquid cooling medium from being supplied to the temperature sensor, wherein the bulge portion is molded integrally with the mold portion.