mhurhangee/ep-ind-claims huggingface dataset:
A spindle compressor, as a dual shaft rotary displacement machine operating in the working space without any operating fluid for delivering and compressing gaseous delivery media for applications in a vacuum and applications in overpressure, with a spindle rotor pair, which is driven counter-directionally in a rotation angle-accurate manner by an external synchronization means, i.e. a means situated outside the compressor working space, in a surrounding compressor housing with an inlet and an outlet for the delivery medium, characterized in that the two spindle rotors are configured with a different number of teeth, wherein this spindle rotor pair is preferably comprised of a 2-toothed spindle rotor and a, as regards the gears, contactlessly meshing 3-toothed spindle rotor with a wrap angle, in relation to the 2-toothed spindle rotor, of at least 800 angular degrees, wherein the spindle rotors are operated at high speed in such a way that a range of at least 30 m/sec is reached as a mean circumferential rotor tip velocity, that both spindle rotors, in the transverse section, have circular-arc portions (36.K and 36.F as well as 37.K and 37.F) and cycloid-shaped profile contour flanks (38 and 39), which, in the 2-toothed rotor, are formed predominantly above its gearing rolling circle and in a convex shape, and, in the 3-toothed rotor, are configured predominantly underneath its gearing rolling circle and in a concave shape, i.e. hollow, and that the transverse sections of each spindle rotor are preferably configured to be symmetrical, so that the profile area centroid in each transverse section comes to lie on the respective rotor rotation point (M.2 or M.3).
Rotary socket comprising a base and a movable part capable of rotatably pivoting relative to the base, mechanical means (15, 16) for limiting the amplitude of the rotation, said base being provided with a passage, said movable part also being provided with a passage and with a plurality of conductive receptacles capable of receiving the pins of a male electrical connector, fastening means capable of securing the base to a support, flexible electrical wires surrounded by an insulating sheath and electrically connected to said conductive receptacles by electrical connections, characterized in that said flexible electrical wires run through said passage of said movable part and said passage of said base, and in that it comprises - conductive pads on said base, said flexible electrical wires being electrically connected to said conductive pads by electrical connections; - immobilization means (14, 18) comprising means for fastening the ends of the flexible electrical wires to the base and to the rotatably movable part, the fastening means comprising a pair of protuberances (14, 18) joined to the base of the rotatably movable part, said protuberances (14, 18) pressing against the end of the insulating sheath of the flexible electrical wires, and a protuberance joined to the conductive pad pressing against the stripped part of the electrical wire; and in that the passages (6,8) are disposed in the axis of rotation of said movable part and press against the part of the flexible electrical wires running through said passages (6, 8). - conductive pads on said base, said flexible electrical wires being electrically connected to said conductive pads by electrical connections; - immobilization means (14, 18) comprising means for fastening the ends of the flexible electrical wires to the base and to the rotatably movable part, the fastening means comprising a pair of protuberances (14, 18) joined to the base of the rotatably movable part, said protuberances (14, 18) pressing against the end of the insulating sheath of the flexible electrical wires, and a protuberance joined to the conductive pad pressing against the stripped part of the electrical wire;
A method of covering a substrate, comprising the steps of: supplying a substrate, a curable substance and a substantially air-tight transparent film, applying a decorative pattern on at least one of the substrate and the film, forming a stack of the substrate, the substance and the film, wherein the substance is sandwiched between the substrate and the film, bringing the film, the substance and the substrate in close contact to each other, curing the substance by means of radiation through the transparent film and fixing the substance to the film and the substrate. supplying a substrate, a curable substance and a substantially air-tight transparent film, applying a decorative pattern on at least one of the substrate and the film, forming a stack of the substrate, the substance and the film, wherein the substance is sandwiched between the substrate and the film, bringing the film, the substance and the substrate in close contact to each other, curing the substance by means of radiation through the transparent film and fixing the substance to the film and the substrate.
A temperature auto-compensation grill includes an upper grilling unit, a lower grilling unit and a heating circuit; the upper grilling unit rotating connects to the lower grilling unit and rotates between a first position and a second position; the grill is in the first status when the upper grilling unit is situated in the first position; the grill is in the second status when the upper grilling unit is situated in the second position; wherein the heating circuit includes: A heater, one end of which attaches to one electrode of the power; A first thermostat, one end of which attaches to the other end of the heater; characterized by A second thermostat, one end of which attaches to the other end of the heater; and A change-over switch, which connects to the other electrode of the power and the first thermostat in the first status, the change-over switch connects to the other electrode of the power and the second thermostat in the second status. A heater, one end of which attaches to one electrode of the power; A first thermostat, one end of which attaches to the other end of the heater; characterized by A second thermostat, one end of which attaches to the other end of the heater; and A change-over switch, which connects to the other electrode of the power and the first thermostat in the first status, the change-over switch connects to the other electrode of the power and the second thermostat in the second status.
Method for operating a hydraulic braking system for motor vehicles with an electrically controllable pressure provision device, which is designed as a hydraulic cylinder/piston arrangement, the piston of which can be driven by means of an electric motor, a high-pressure accumulator, which can be connected to the pressure provision device via a hydraulic connection, in which an electrically controllable shutoff valve is arranged, wheel brakes (5, 6, 7, 8), which can be supplied with pressure medium by means of the pressure provision device and/or the high-pressure accumulator, and an electronic control and regulating unit for actuating the electrically controllable pressure provision device and/or the electrically controllable shutoff valve so as to regulate the hydraulic pressure which is provided by the pressure provision device and the high-pressure accumulator, characterized in that, if a pressure buildup is carried out by activation of the pressure provision device, the high-pressure accumulator is connected only temporarily by at least partial opening of the shutoff valve.
An article of footwear having an upper and a sole structure secured to the upper, at least a portion of the upper comprising: a base layer having a first surface and an opposite second surface; and a plurality of thread sections (44a, 54a) that are separate from the base layer and lie adjacent to at least a portion of the first surface, at least a portion of the thread sections being substantially aligned, the upper defining a first direction corresponding with longitudinal axes of the thread sections, and the upper defining a second direction that is orthogonal to the first direction, the upper being substantially non-stretch in the first direction, and the upper being stretchable by at least ten percent in the second direction, wherein the thread sections extend in a direction of a longitudinal length of the footwear. a base layer having a first surface and an opposite second surface; and a plurality of thread sections (44a, 54a) that are separate from the base layer and lie adjacent to at least a portion of the first surface, at least a portion of the thread sections being substantially aligned, the upper defining a first direction corresponding with longitudinal axes of the thread sections, and the upper defining a second direction that is orthogonal to the first direction, the upper being substantially non-stretch in the first direction, and the upper being stretchable by at least ten percent in the second direction, wherein the thread sections extend in a direction of a longitudinal length of the footwear.
A method for polymerizing and curing a dental polymerization composite resin using a light irradiating device, said light irradiating device comprising at least one blue LED with an emission peak at a wavelength between 430 nm and 490 nm and at least one ultraviolet or near-UV LED with an emission peak between 350 nm and 420 nm, characterized in that the at least one blue LED is first operated without the at least one ultraviolet or near-UV LED, and the at least one ultraviolet or near-UV LED is switched on and operated later, so that the at least one blue LED and the at least one ultraviolet or near-UV LED are operated at the same time at least at times as of a later point in time, wherein the power of the at least one blue LED and the power of the at least one ultraviolet or near-UV LED are controlled in a programmed manner based on time, and the light irradiated from the at least one blue LED and the at least one ultraviolet or near-UV LED of the light irradiating device is irradiated onto the dental polymerization composite resin, wherein the dental polymerization composite resin is thereby polymerized and cured.
A control system for an engine operatively coupled with a propeller, the control system comprising: an electric propeller governor having a motor and a flyweight governor spring mechanically coupled with the motor, wherein change of a preload on the flyweight governor spring adjusts a propeller speed set point of the propeller; a sensor operable to sense a propeller speed of the propeller; one or more control devices communicatively coupled with the motor of the propeller governor and the sensor, the one more control devices configured to: receive, from the sensor, data indicative of the propeller speed of the propeller; characterized in that the one more control devices are configured to: determine whether the propeller speed exceeds a propeller speed threshold; and cause the motor of the electric propeller governor to change a preload on the flyweight governor spring to change the propeller speed set point from a first propeller set point to a second propeller set point based at least in part on a determination that the propeller speed exceeds the propeller speed threshold. an electric propeller governor having a motor and a flyweight governor spring mechanically coupled with the motor, wherein change of a preload on the flyweight governor spring adjusts a propeller speed set point of the propeller; a sensor operable to sense a propeller speed of the propeller; one or more control devices communicatively coupled with the motor of the propeller governor and the sensor, the one more control devices configured to: receive, from the sensor, data indicative of the propeller speed of the propeller; characterized in that the one more control devices are configured to: determine whether the propeller speed exceeds a propeller speed threshold; and cause the motor of the electric propeller governor to change a preload on the flyweight governor spring to change the propeller speed set point from a first propeller set point to a second propeller set point based at least in part on a determination that the propeller speed exceeds the propeller speed threshold. receive, from the sensor, data indicative of the propeller speed of the propeller; characterized in that the one more control devices are configured to: determine whether the propeller speed exceeds a propeller speed threshold; and cause the motor of the electric propeller governor to change a preload on the flyweight governor spring to change the propeller speed set point from a first propeller set point to a second propeller set point based at least in part on a determination that the propeller speed exceeds the propeller speed threshold. determine whether the propeller speed exceeds a propeller speed threshold; and cause the motor of the electric propeller governor to change a preload on the flyweight governor spring to change the propeller speed set point from a first propeller set point to a second propeller set point based at least in part on a determination that the propeller speed exceeds the propeller speed threshold.
A polypeptide comprising: (i) a variable antigen-binding (Vab) domain that is comprised of all or a substantial part of a camelid Vab domain or a shark V-NAR domain; (ii) all or a portion of a hinge region derived from a camelid single-domain heavy-chain only antibody, preferably at least 85% identical to amino acids 128-162 of SEQ ID NO: 11; and (iii) a constant domain selected from CH2 or CH3 domain of human IgG and optionally at least one further constant domain selected from the group consisting of the CH2, or CH3 domain of human IgG, the CH2 domain, preferably at least 85% identical to amino acids 163-272 of SEQ ID 11, or CH3 domain, preferably at least 85% identical to amino acids 273-378 of SEQ ID 11, of camelid IgG, and the CH1, CH2, CH3, CH4, or CH5 domain of shark IgNAR, and wherein the polypeptide binds to one or more targets in the central nervous system of a vertebrate. (i) a variable antigen-binding (Vab) domain that is comprised of all or a substantial part of a camelid Vab domain or a shark V-NAR domain; (ii) all or a portion of a hinge region derived from a camelid single-domain heavy-chain only antibody, preferably at least 85% identical to amino acids 128-162 of SEQ ID NO: 11; and (iii) a constant domain selected from CH2 or CH3 domain of human IgG and optionally at least one further constant domain selected from the group consisting of the CH2, or CH3 domain of human IgG, the CH2 domain, preferably at least 85% identical to amino acids 163-272 of SEQ ID 11, or CH3 domain, preferably at least 85% identical to amino acids 273-378 of SEQ ID 11, of camelid IgG, and the CH1, CH2, CH3, CH4, or CH5 domain of shark IgNAR, and
Hot water appliance, comprising: - a housing defining an inner space; - a heat source arranged in the inner space of the housing and comprising at least one burner; - a first heat exchanger arranged in the inner space of the housing and associated with the at least one burner; - a flue gas discharge arranged in the inner space of the housing and configured to discharge combustion gases of the at least one burner therethrough; and - a further heat exchanger arranged in the inner space of the housing and associated with the flue gas discharge, and wherein the combustion gases of the at least one burner form a first heat-exchanging fluid of the further heat exchanger associated with the flue gas discharge; - wherein the further heat exchanger associated with the flue gas discharge is arranged in the flue gas discharge and comprises a conduit circuit configured to transport therethrough a fluid for heating, this forming a second heat-exchanging fluid of the further heat exchanger associated with the flue gas discharge, characterized in that the conduit circuit of the further heat exchanger associated with the flue gas discharge comprises a number of conduit segments extending through flue gas discharge in a throughfeed direction of the combustion gases, and defines a substantially flat plane that is substantially parallel with a plane defined by the first heat exchanger that is associated with the at least one burner. - a housing defining an inner space; - a heat source arranged in the inner space of the housing and comprising at least one burner; - a first heat exchanger arranged in the inner space of the housing and associated with the at least one burner; - a flue gas discharge arranged in the inner space of the housing and configured to discharge combustion gases of the at least one burner therethrough; and - a further heat exchanger arranged in the inner space of the housing and associated with the flue gas discharge, and wherein the combustion gases of the at least one burner form a first heat-exchanging fluid of the further heat exchanger associated with the flue gas discharge; - wherein the further heat exchanger associated with the flue gas discharge is arranged in the flue gas discharge and comprises a conduit circuit configured to transport therethrough a fluid for heating, this forming a second heat-exchanging fluid of the further heat exchanger associated with the flue gas discharge,
Wheel suspension for a two-track motor vehicle, comprising a multi-link assembly consisting of links (14, 16, 18, 20, 22) that are articulated to the vehicle body, in particular to a subframe of the vehicle body, and to a hub carrier, and comprising a rotary actuator for actively controlling the chassis which has an engine transmission unit that can be used to transfer torques, in the form of actuating forces, to the multi-link assembly by means of a torsion bar, characterised in that at least one vehicle-body-side reinforcing brace which is independent of the multi-link assembly is provided and extends beneath the multi-link assembly when viewed in the vehicle vertical direction (z), and in that, in the vehicle vertical direction (z), the reinforcing brace defines the bottom of a free space, in which the rotary actuator is arranged at least in part.
A file data access method, wherein the method is applied to a computer system, the computer system comprises a processor and a memory, the memory is a non-volatile memory, an operating system runs on the processor, and the operating system uses a file system to manage file data in the memory; a process running on the operating system is allocated user space and kernel space during initialization of the process, wherein the user space of the process comprises file system space and page global directory space, the page global directory space is virtual address space of a page global directory and is used to be mapped to physical address space of the page global directory in the memory, and the file system space is virtual address space of the file data and is used to be mapped to physical space of the file data in the memory and the kernel space is being shared by all processes in the operating system; and the method comprises: when access information of accessing first file data by the process is obtained, accessing the page global directory by using the page global directory space, wherein access information indicates a status of access to the first file data by the process; and determining, based on access to the page global directory and according to a first virtual address of the first file data in the file system space, a first page global directory entry in the page global directory; linking a base address of a file page table of the process to the first page global directory entry, wherein the file page table points to a physical address of the file data, so that the processor retrieves a first physical address of the first file data in the memory according to the first virtual address by using the page global directory and the file page table; and accessing the first file data according to the first physical address; disconnecting a link between the base address of the file page table and the first page global directory entry in the page global directory when access to the first file data ends. when access information of accessing first file data by the process is obtained, accessing the page global directory by using the page global directory space, wherein access information indicates a status of access to the first file data by the process; and determining, based on access to the page global directory and according to a first virtual address of the first file data in the file system space, a first page global directory entry in the page global directory; linking a base address of a file page table of the process to the first page global directory entry, wherein the file page table points to a physical address of the file data, so that the processor retrieves a first physical address of the first file data in the memory according to the first virtual address by using the page global directory and the file page table; and accessing the first file data according to the first physical address; disconnecting a link between the base address of the file page table and the first page global directory entry in the page global directory when access to the first file data ends.
A wind turbine generator, comprising: a tower, a nacelle rotatably mounted to said tower, said nacelle having a longitudinal axis and being configured to align the longitudinal axis with the direction of the incoming wind during operation of said wind turbine generator, one or more heat-generating components housed in said wind turbine generator, characterized in that it further comprises a containerized HVAC module mounted on a roof of said nacelle and operably connected to said one or more heat-generating components for cooling said heat-generating components. a tower, a nacelle rotatably mounted to said tower, said nacelle having a longitudinal axis and being configured to align the longitudinal axis with the direction of the incoming wind during operation of said wind turbine generator, one or more heat-generating components housed in said wind turbine generator, characterized in that it further comprises a containerized HVAC module mounted on a roof of said nacelle and operably connected to said one or more heat-generating components for cooling said heat-generating components.
A fluid flow control device, comprising: a) a solid body having a concave surface; and b) a plurality of flexible fluid flow control elements coupled in spaced apart relation about a peripheral edge of said solid body characterized in that the flexible fluid flow control elements are defined between a corresponding plurality of radial slit elements, each of said plurality of flexible fluid control elements configured to positionally secure said fluid flow control device in relation to an interior wall of a container, said plurality of radial slit elements configured to control flow of a fluid from said container. a) a solid body having a concave surface; and b) a plurality of flexible fluid flow control elements coupled in spaced apart relation about a peripheral edge of said solid body