mhurhangee/ep-ind-claims huggingface dataset:
A self-propelled warning device comprising: a bracket; a warning sign mounted to an upper side of the bracket; and at least one driving mechanism; characterized in that the at least one driving mechanism comprises: a supporting leg comprising a receiving portion, wherein the receiving portion defines an accommodating space; a driving unit accommodated in the accommodating space; and a wheel drivingly connected to the driving unit, the receiving portion being sheathed in the wheel; wherein the wheel is driven by the driving unit to rotate around the receiving portion. a bracket; a warning sign mounted to an upper side of the bracket; and at least one driving mechanism; characterized in that the at least one driving mechanism comprises: a supporting leg comprising a receiving portion, wherein the receiving portion defines an accommodating space; a driving unit accommodated in the accommodating space; and a wheel drivingly connected to the driving unit, the receiving portion being sheathed in the wheel; wherein the wheel is driven by the driving unit to rotate around the receiving portion. a supporting leg comprising a receiving portion, wherein the receiving portion defines an accommodating space; a driving unit accommodated in the accommodating space; and a wheel drivingly connected to the driving unit, the receiving portion being sheathed in the wheel; wherein the wheel is driven by the driving unit to rotate around the receiving portion.
A device for increasing the well-being of living beings, comprising a brain stimulator adapted for generating a stimulation signal in the infrasonic range, the stimulation signal adapted to stimulate the brain of the living being, a massager adapted for generating a massage signal for massaging body parts of the living being and an actuator adapted for generating a stimulation actuation signal for actuating the brain stimulator and generating a massage actuation signal for actuating the massager, where the said stimulation actuation signal can be transmitted to the brain stimulator, so that the brain stimulator generates the stimulation signal to form a beat frequency, wherein the beat frequency is formed as the difference between two different carrier frequencies in the low-frequency infrasonic range, whereby the brain stimulator can be actuated such that - in a first time interval of a relaxation process, the beat frequency of a frequency in the range from 14 Hz to 30 Hz is reduced, - in a second time interval, the beat frequency reaches a lowest point in the range from 3 Hz to 7 Hz, and - in a third time interval, the beat frequency is increased to a frequency in the range of 14 Hz to 30 Hz or the frequency in the range between 3 Hz to 7 Hz is maintained. - in a first time interval of a relaxation process, the beat frequency of a frequency in the range from 14 Hz to 30 Hz is reduced, - in a second time interval, the beat frequency reaches a lowest point in the range from 3 Hz to 7 Hz, and - in a third time interval, the beat frequency is increased to a frequency in the range of 14 Hz to 30 Hz or the frequency in the range between 3 Hz to 7 Hz is maintained.
A syringe assembly carrier, comprising: a plurality of syringe wells, each configured to removeably receive a syringe assembly; a syringe-well holding fixture including an upper surface; a plurality of openings defined in the syringe-well holding fixture; characterized in that, the syringe assembly carrier further comprises: a plurality of annular mounting flanges coupled to the upper surface, wherein each of the plurality of annular mounting flanges is individually associated with a different opening in the syringe-well holding fixture and configured to receive a syringe well, and wherein each syringe well of the plurality of syringe wells includes: an open end; a closed end; a sleeve body disposed between the open end and the closed end; and a cavity defined within the sleeve body configured to receive the syringe assembly therein. a plurality of syringe wells, each configured to removeably receive a syringe assembly; a syringe-well holding fixture including an upper surface; a plurality of openings defined in the syringe-well holding fixture; a plurality of annular mounting flanges coupled to the upper surface, wherein each of the plurality of annular mounting flanges is individually associated with a different opening in the syringe-well holding fixture and configured to receive a syringe well, and wherein each syringe well of the plurality of syringe wells includes: an open end; a closed end; a sleeve body disposed between the open end and the closed end; and a cavity defined within the sleeve body configured to receive the syringe assembly therein. an open end; a closed end; a sleeve body disposed between the open end and the closed end; and a cavity defined within the sleeve body configured to receive the syringe assembly therein.
Hook connection unit comprising two hook connection parts which each comprise a hook, the hook connection parts being designed such that they can be arranged on top of each other for the formation of the hook connection unit in such a way that a) the hooks form a hook eye having a closed edge and b) two attachment eyes (8, 9) of the hook connection parts and the hook eye form a triangle, characterised in that c) the hook connection parts each have an Y- or T-shaped design and d) the hook connection parts da) each comprise the hook in the region of the vertical leg of the Y or T and db) each comprise an attachment eye (9, 10) in the region of the side legs (5, 6) of the Y or T and dc) each in the transition region of the side legs (5, 6) of the Y or T to the vertical leg of the Y or T comprise a connection eye. a) the hooks form a hook eye having a closed edge and b) two attachment eyes (8, 9) of the hook connection parts and the hook eye form a triangle, c) the hook connection parts each have an Y- or T-shaped design and d) the hook connection parts da) each comprise the hook in the region of the vertical leg of the Y or T and db) each comprise an attachment eye (9, 10) in the region of the side legs (5, 6) of the Y or T and dc) each in the transition region of the side legs (5, 6) of the Y or T to the vertical leg of the Y or T comprise a connection eye. da) each comprise the hook in the region of the vertical leg of the Y or T and db) each comprise an attachment eye (9, 10) in the region of the side legs (5, 6) of the Y or T and dc) each in the transition region of the side legs (5, 6) of the Y or T to the vertical leg of the Y or T comprise a connection eye.
A process for devulcanizing crosslinked elastomer particles, comprising: providing a first composition comprising vulcanized crosslinked elastomer particles in a mold residing between a first electrode and a second electrode, wherein said vulcanized crosslinked elastomer particles comprise either a polar vulcanized rubber, a non-polar vulcanized rubber into which a polar material is introduced, or a low-polar vulcanized rubber into which a polar material is introduced; and applying an alternating electric field to said first composition by generating said alternating electric field between said first electrode and said second electrode, said alternating electric field having a frequency between 1 MHz and 100 MHz and a voltage between 1000V and 10,000 V to thereby devulcanize said crosslinked elastomer particles to form a second composition comprising devulcanized elastomer particles. providing a first composition comprising vulcanized crosslinked elastomer particles in a mold residing between a first electrode and a second electrode, wherein said vulcanized crosslinked elastomer particles comprise either a polar vulcanized rubber, a non-polar vulcanized rubber into which a polar material is introduced, or a low-polar vulcanized rubber into which a polar material is introduced; and applying an alternating electric field to said first composition by generating said alternating electric field between said first electrode and said second electrode, said alternating electric field having a frequency between 1 MHz and 100 MHz and a voltage between 1000V and 10,000 V to thereby devulcanize said crosslinked elastomer particles to form a second composition comprising devulcanized elastomer particles.
A photobioreactor device for culturing a photosynthetic organism and facilitating gas transfer between an internal fluid and external atmosphere, comprising: (i) one or more photobioreactor units comprising a membrane layer defining the photobioreactor unit capable of containing a fluid, wherein the membrane layer is translucent or transparent, and wherein at least a part of the membrane layer is permeable to gases, wherein the permeability coefficient of carbon dioxide through the membrane layer is at least 1000 Barrer; and (ii) an inlet and an outlet port to enable the fluid to circulate through said unit. (i) one or more photobioreactor units comprising a membrane layer defining the photobioreactor unit capable of containing a fluid, wherein the membrane layer is translucent or transparent, and wherein at least a part of the membrane layer is permeable to gases, wherein the permeability coefficient of carbon dioxide through the membrane layer is at least 1000 Barrer; and wherein the membrane layer is translucent or transparent, and wherein at least a part of the membrane layer is permeable to gases, wherein the permeability coefficient of carbon dioxide through the membrane layer is at least 1000 Barrer; and (ii) an inlet and an outlet port to enable the fluid to circulate through said unit.
An internal combustion engine crankcase ventilation rotating coalescer separating air from oil in blowby gas from said crankcase, comprising: a coalescing filter assembly comprising: an annular rotating coalescing filter element having an inner periphery defining a hollow interior, and an outer periphery defining an exterior, an inlet port supplying said blowby gas from said crankcase to said hollow interior, an outlet port delivering cleaned separated air from said exterior, and a turbine drive wheel configured to be driven by pumped pressurized oil from an engine oil pump, wherein the engine oil pump is configured to supply the pressurized oil through a plurality of parallel shut-off valves (120, 122, 124). an annular rotating coalescing filter element having an inner periphery defining a hollow interior, and an outer periphery defining an exterior, an inlet port supplying said blowby gas from said crankcase to said hollow interior, an outlet port delivering cleaned separated air from said exterior, and a turbine drive wheel configured to be driven by pumped pressurized oil from an engine oil pump, wherein the engine oil pump is configured to supply the pressurized oil through a plurality of parallel shut-off valves (120, 122, 124).
Measuring probe for the measurement of the thickness of thin layers, having a housing and having at least one sensor element (14, 15) which is mounted with at least one spring element (33, 37) to be flexible with respect to the housing and has a spherical positioning cap pointing towards the measuring surface of an object of measurement against the touchdown direction and in the longitudinal axis thereof, wherein an attenuating device is provided on the housing which acts in the touchdown direction of the at least one sensor element (14, 15) before the sensor element (14, 15) is fitted onto the measuring surface of the object of measurement and attenuates the touchdown movement of the at least one sensor element (14, 15) in the direction of the measuring surface of the object of measurement, characterised in that the attenuating device has a touchdown foot which protrudes in the touchdown direction compared to the spherical positioning cap of the at least one sensor element (14, 15), so during approaching of the measuring probe at least the touchdown foot touches onto the measuring surface.
A throttle body assembly with an attached bypass control device, the throttle body assembly comprising a throttle body having an air intake path that is opened and closed by a throttle valve, a valve shaft of the throttle valve being rotatably supported on the throttle body, and a throttle drum that is operated by an operator and that is linked to one end part of the valve shaft, the bypass control device with which the throttle body assembly is equipped comprising a bypass connected to the air intake path while bypassing the throttle valve, a valve guide hole disposed in the bypass, a control valve slidably and non-rotatably fitted into the valve guide hole and opening and closing the bypass, an electric motor disposed coaxially with the control valve, and a screw mechanism converting rotation of an output shaft of the electric motor into axial movement and transmitting the axial movement to the control valve, characterized in that a control base, which is a separate body from the throttle body, is joined to a mounting face formed on one side of the throttle body between the throttle drum and the other end part of the valve shaft, a first communication groove communicating with a downstream end of an upstream passage of the bypass and a second communication groove communicating with an upstream end of a downstream passage of the bypass are formed in the mounting face, the valve guide hole, an inflow hole providing communication between the first communication groove and the valve guide hole, and a metering hole providing communication between the second communication groove and the valve guide hole and being opened and closed by the control valve are formed in the control base, the valve guide hole, the control valve, and the electric motor are provided so that a common axis thereof points in a direction perpendicular to an axis of the air intake path, the metering hole is formed into an elongated hole shape whose major axis points in the direction of the common axis, the metering hole and a downstream end part, opening in the air intake path, of the downstream passage are disposed with an offset from each other along the axis of the air intake path, a passage midway therebetween being bent, and the downstream passage comprises a lengthwise hole that is bent at right angles from a downstream end of the second communication groove and extends toward the air intake path side, a sideways hole bending from a downstream end of the lengthwise hole, and a lengthwise groove bending from a downstream end of the sideways hole and opening in the air intake path, the lengthwise groove being formed in a joining end face of the throttle body to which an air intake tube of an engine is joined.
Method for generating a model of a technical system which can be executed on a test device, wherein the test device and the executable model are designed for real-time testing of a control device connected to the test device, and wherein the executable model is constructed from a plurality of executable sub-models (10, 12) which communicate with one another, each of the executable submodels having a separate address space and/or being executed on a separate processor or separate processor core when a test of a control unit connected to the test unit is performed, characterized in that the method comprises the following steps, which are executed after compiling high-level language submodels into the executable submodels: (a) for each of the plurality of executable submodels, identifying communication properties of the respective executable submodel, wherein the step of identifying the communication properties of the respective executable submodel includes analyzing a metafile (10a, 12a) associated with the respective executable submodel (10, 12), (b) accessing communication definitions for communication between the executable submodels, (c) configuring communication interfaces (110, 112, 114, 128, 130, 132) of the plurality of executable submodels based on the communication properties for communication between the executable submodels, (d) establishing at least one real-time capable communication link between the executable submodels based on the communication characteristics of the executable submodels and the communication definitions for the communication between the executable submodels. (a) for each of the plurality of executable submodels, identifying communication properties of the respective executable submodel, wherein the step of identifying the communication properties of the respective executable submodel includes analyzing a metafile (10a, 12a) associated with the respective executable submodel (10, 12), (b) accessing communication definitions for communication between the executable submodels, (c) configuring communication interfaces (110, 112, 114, 128, 130, 132) of the plurality of executable submodels based on the communication properties for communication between the executable submodels, (d) establishing at least one real-time capable communication link between the executable submodels based on the communication characteristics of the executable submodels and the communication definitions for the communication between the executable submodels.
Elongated lamp comprising: a lamp housing for receiving lighting means, a support element, which at least partially encompasses the lamp housing when viewed in cross-section in the longitudinal direction of the lamp housing, wherein the support element comprises first locking contours on its outer surface facing away from the lamp housing, and a spring receptacle element for fastening the lamp, wherein the spring receptacle element comprises spring-mounted second locking contours, which, in order to support the lamp housing, are releasably engaged with the correspondingly configured first locking contours, characterized in that the support element has an elongated extension in the longitudinal direction, which is substantially smaller than the longitudinal extension of the lamp. a lamp housing for receiving lighting means, a support element, which at least partially encompasses the lamp housing when viewed in cross-section in the longitudinal direction of the lamp housing, wherein the support element comprises first locking contours on its outer surface facing away from the lamp housing, and a spring receptacle element for fastening the lamp, wherein the spring receptacle element comprises spring-mounted second locking contours, which, in order to support the lamp housing, are releasably engaged with the correspondingly configured first locking contours, characterized in that the support element has an elongated extension in the longitudinal direction, which is substantially smaller than the longitudinal extension of the lamp.
A computer-implemented method of determining and controlling a vehicle travel speed on a roadway, comprising: determining a grade of the roadway at defined intervals along the roadway; calculating a maximum straight line vehicle speed for each defined interval based on the determined grade and vehicle performance data; determining a radius of curvature and a superelevation of the roadway for each defined interval; determining a lateral friction coefficient for a vehicle/roadway system; calculating a maximum cornering vehicle speed for each defined interval based on the curvature, superelevation, and lateral friction coefficient; calculating the travel speed for each defined interval based on the maximum straight line vehicle speed and the maximum cornering vehicle speed; and controlling the speed of the vehicle so that it does not exceed the calculated travel speed for each defined interval. determining a grade of the roadway at defined intervals along the roadway; calculating a maximum straight line vehicle speed for each defined interval based on the determined grade and vehicle performance data; determining a radius of curvature and a superelevation of the roadway for each defined interval; determining a lateral friction coefficient for a vehicle/roadway system; calculating a maximum cornering vehicle speed for each defined interval based on the curvature, superelevation, and lateral friction coefficient; calculating the travel speed for each defined interval based on the maximum straight line vehicle speed and the maximum cornering vehicle speed; and controlling the speed of the vehicle so that it does not exceed the calculated travel speed for each defined interval.
An encoding apparatus, comprising: a first determining module, configured to determine a window length of an attenuation window in a current frame based on an inter-channel time difference in the current frame; a second determining module, configured to determine a modified linear prediction analysis window based on the window length of the attenuation window in the current frame, wherein values of at least some points from a point (L - sub window len) to a point (L - 1) in the modified linear prediction analysis window are less than values of corresponding points from a point (L - sub_window_len) to a point (L - 1) in an initial linear prediction analysis window, sub_window_len represents the window length of the attenuation window in the current frame, L represents a window length of the modified linear prediction analysis window, and the window length of the modified linear prediction analysis window is equal to a window length of the initial linear prediction analysis window; and a processing module, configured to perform linear prediction analysis on a to-be-processed sound channel signal based on the modified linear prediction analysis window. a first determining module, configured to determine a window length of an attenuation window in a current frame based on an inter-channel time difference in the current frame; a second determining module, configured to determine a modified linear prediction analysis window based on the window length of the attenuation window in the current frame, wherein values of at least some points from a point (L - sub window len) to a point (L - 1) in the modified linear prediction analysis window are less than values of corresponding points from a point (L - sub_window_len) to a point (L - 1) in an initial linear prediction analysis window, sub_window_len represents the window length of the attenuation window in the current frame, L represents a window length of the modified linear prediction analysis window, and the window length of the modified linear prediction analysis window is equal to a window length of the initial linear prediction analysis window; and a processing module, configured to perform linear prediction analysis on a to-be-processed sound channel signal based on the modified linear prediction analysis window.
Apparatus for forming a fluid circulation system, the apparatus comprising a. a supply line with a first connection element, b. a collection container that is connected to the supply line, c. a pump to convey the fluid, d. an irradiation bag that is connected to the collection container by means of a connection line, e. a discharge line that is connected to the irradiation bag, with a second connection element, wherein all components of the apparatus are non-detachably connected to each other, characterized in that at least one sampling container is connected to the collection container. a. a supply line with a first connection element, b. a collection container that is connected to the supply line, c. a pump to convey the fluid, d. an irradiation bag that is connected to the collection container by means of a connection line, e. a discharge line that is connected to the irradiation bag, with a second connection element, wherein all components of the apparatus are non-detachably connected to each other, characterized in that at least one sampling container is connected to the collection container.