mhurhangee/ep-ind-claims huggingface dataset:
A radiation carrier (100, 200, 400) for a sensor, the radiation carrier being adapted for carrying at least a radiation beam (103, 203), the radiation carrier comprising a surface (102, 202, 402), wherein the radiation carrier comprises at least one excitation grating (101, 201, 401) on the surface (102, 202, 402) of the at least one radiation carrier (100, 200, 400), positioned and adapted to couple an excitation radiation beam (104, 204, 404) directionally out of the radiation carrier, thereby illuminating a region of interest (105, 205), the radiation carrier (100, 200, 400) being characterized in that it further comprises at least one structure (108, 208, 403a, 403b, 503, 504) positioned and adapted for redirecting emission radiation emanating from the region of interest (105, 205).
An insertion vortex flow meter for measuring a flow rate of a process fluid in a conduit, the conduit having a wall surrounding a bore for carrying a fluid along a bore axis, the wall having an opening extending entirely through the wall; a shedding bar disposed within the conduit to induce disturbances in the process fluid, the shedding bar extending from the opening into the bore and to an opposing wall of the conduit; and a pressure bearing element coupled to the shedding bar and adapted to move in response to the disturbances in the fluid at a frequency indicative of the flow, characterized in that the insertion vortex flow meter further comprises: a sensor housing contacting the pressure bearing element; and a mounting apparatus positioned around the opening and surrounding said sensor housing and coupled to the conduit; the mounting apparatus adapted to exert a compressive force on the shedding bar to hold the shedding bar in a position against the opposing wall of the conduit to secure the shedding bar and the pressure bearing element in place. a sensor housing contacting the pressure bearing element; and a mounting apparatus positioned around the opening and surrounding said sensor housing and coupled to the conduit; the mounting apparatus adapted to exert a compressive force on the shedding bar to hold the shedding bar in a position against the opposing wall of the conduit to secure the shedding bar and the pressure bearing element in place.
A fluid pressure monitoring apparatus for use in harsh environments such as in an oil or gas well environment, comprising; an elongated member, having a free end and a fixed end; a blind bore extending through the elongated member and having an opening through which fluid is provided to the bore when in use, and wherein the bore is offset from a central axis of the elongated member such that the elongated member deflects in response to the pressure of the fluid when provided to the bore; a sensing device (6,18) comprising an optical waveguide containing a Bragg grating, the sensing device being adapted to sense the change in distance between a first position, and a second position, in response to the deflection of the elongated member, and wherein the sensing device further comprises a second member attached to said elongated member, wherein the second position is located on the second member and further wherein the second member is adapted so that the movement of the second position on the second member with respect to the first position, in response to the deflection of the elongated member, is defined along a substantially linear axis; the fluid pressure monitoring apparatus further comprising a housing for protecting the apparatus from the said environment and adapted such that the fluid within the bore when in use is in pressure communication with the said environment.
A method comprising: discharging each of a plurality of cells (404; 602) of a battery pack (402; 462; 600; 620; 640); stopping the discharging of a selected cell of the plurality of cells when the selected cell reaches a predetermined capacity; and charging the plurality of cells (404; 602) after the discharging has stopped for all of the plurality of cells (404; 602), characterised in that said discharging comprises the steps of selectively applying a first load to a first cell (404-1, 602-1) of the plurality of cells (404, 602); selectively applying a second load to the first cell (404-1, 602-1) after applying the first load to the first cell (404-1, 602-1); said second load being smaller than said first load; wherein said discharging of the first cell (404-1, 602-1) is stopped after applying the second load to the first cell (404-1, 602-1). discharging each of a plurality of cells (404; 602) of a battery pack (402; 462; 600; 620; 640); stopping the discharging of a selected cell of the plurality of cells when the selected cell reaches a predetermined capacity; and charging the plurality of cells (404; 602) after the discharging has stopped for all of the plurality of cells (404; 602), characterised in that said discharging comprises the steps of selectively applying a first load to a first cell (404-1, 602-1) of the plurality of cells (404, 602); selectively applying a second load to the first cell (404-1, 602-1) after applying the first load to the first cell (404-1, 602-1); said second load being smaller than said first load;
A lancet cartridge assembly for a lancing device, characterized by: a cartridge adapted to be removably received by the lancing device; a lancet movably received by said cartridge, said lancet being movable between a first position in which a penetrating member connected to said lancet is not exposed outside of the lancing device, and a second position in which said penetrating member is exposed outside of the lancing device to lance a site; and a spring for returning said lancet to said first position after the site is lanced. a cartridge adapted to be removably received by the lancing device; a lancet movably received by said cartridge, said lancet being movable between a first position in which a penetrating member connected to said lancet is not exposed outside of the lancing device, and a second position in which said penetrating member is exposed outside of the lancing device to lance a site; and a spring for returning said lancet to said first position after the site is lanced.
A transport vehicle with at least three axles (14, 24, 26), the transport vehicle being intended for the transport of rollable goods or vehicles, in particular of motor vehicles, passenger vehicles, or the like, with a driver's cab arranged at the front end above a steerable front axle, as well as a transport area arranged therebehind and/or extending over the driver's cab and comprising at least two support surfaces or loading decks (20, 22), which are, at least in sections, arranged on top of one another, the transport area being connected hingeless to a chassis of the tractor unit, with which transport area a steerable rear axle for load support is associated at the rear end, and with a driven centre axle that is designed to be steerable, characterised in that a centre distance between the steered front axle and the driven centre axle is approximately between two and three metres, wherein the centre distance of the centre axle to the steerable front axle is less than half of the centre distance to the steerable rear axle, and wherein the steer angle of the centre axle is oriented in the opposite direction to or in the same direction as the steer angle of the steerable front axle.
An electricity meter for metering an amount of energy in accordance with a primary AC current and an AC supply voltage provided by an electrical distribution grid, the AC supply voltage having a given AC voltage frequency and the primary AC current being fed through a primary conductor, the electricity meter comprising: a current transformer, comprising the primary conductor, a secondary winding, an auxiliary winding, and a magnetic core arranged to be magnetically coupled with the primary conductor, the secondary winding and the auxiliary winding; a circuit configured to provide the auxiliary winding with a test signal (V Test) modulated in accordance with at least one of a first and a second modulation state, the test signal having the same frequency as the AC supply voltage; an electrical energy consumption measurement unit coupled to the secondary winding and configured to: - provide a first test value as a function of a secondary current (I Sec) flowing through the secondary winding when the test signal is in a first modulation state, - provide a second test value as a function of a secondary current (I Sec) flowing through the secondary winding when the test signal is in a second modulation state, and - determine, on the basis of the first and second test values, whether a measurement fault warning signal is to be generated. a current transformer, comprising the primary conductor, a secondary winding, an auxiliary winding, and a magnetic core arranged to be magnetically coupled with the primary conductor, the secondary winding and the auxiliary winding; a circuit configured to provide the auxiliary winding with a test signal (V Test) modulated in accordance with at least one of a first and a second modulation state, the test signal having the same frequency as the AC supply voltage; an electrical energy consumption measurement unit coupled to the secondary winding and configured to: - provide a first test value as a function of a secondary current (I Sec) flowing through the secondary winding when the test signal is in a first modulation state, - provide a second test value as a function of a secondary current (I Sec) flowing through the secondary winding when the test signal is in a second modulation state, and - determine, on the basis of the first and second test values, whether a measurement fault warning signal is to be generated. - provide a first test value as a function of a secondary current (I Sec) flowing through the secondary winding when the test signal is in a first modulation state, - provide a second test value as a function of a secondary current (I Sec) flowing through the secondary winding when the test signal is in a second modulation state, and - determine, on the basis of the first and second test values, whether a measurement fault warning signal is to be generated.
All-solid-state lithium battery comprising first and second electrodes (2, 3) separated by a solid electrolyte, characterized in that the second electrode is formed by a composite material comprising: - an electrochemically active material made of an insertion material for the lithium ion, - and a lithium-based amorphous material, which is an ionic conductor for the lithium ions and which is inert with respect to the electrochemically active material said amorphous material having a melting point lower than the melting point of the electrochemically active material. - an electrochemically active material made of an insertion material for the lithium ion, - and a lithium-based amorphous material, which is an ionic conductor for the lithium ions and which is inert with respect to the electrochemically active material said amorphous material having a melting point lower than the melting point of the electrochemically active material.
Filter holder with a sterile container which, in one wall area or in a plurality of wall areas (5, 6), is provided with ventilation openings, through which an exchange of air takes place in the closed state between the interior of the sterile container and the environment, wherein the ventilation openings are covered by means of a filter sheet to form a sterile barrier, which effects a sterilization of the air passing through the ventilation openings into the sterile space, wherein the filter sheet is held on the wall area (5, 6) by an air-permeable pressure disc, wherein a mounting pin is provided in the wall area (5, 6) of the ventilation openings, which mounting pin protrudes over the wall area (5, 6) and is fixedly connected to the wall area (5, 6), characterized in that a holding pin with a mounting bore is fitted onto the mounting pin, through which holding pin the pressure disc can be pressed in the axial direction against the wall area (5, 6), the holding pin is connected, in its pressed position, to the mounting pin via a releasable form-fit connection (19, 51), the form-fit connection (19, 51) can be secured by means of an adjusting sleeve which is mounted displaceably on the holding pin.
A method of determining an agglutination pattern type for a pattern formed in a reaction vessel, comprising: setting a plurality of reference spaces based on one or a plurality of types of typical reaction images; setting one or a plurality of types of unit regions in each of the reference spaces obtained in and determining a Mahalanobis distance for each unit region, wherein the one or a plurality of types of unit regions comprise a first unit region including an entire part of a bottom surface of the reaction vessel comprising a terrace over which agglutinates of a typical agglutination image are distributed and including a neighbourhood of a center at which nonagglutinates of a typical nonagglutination image are collected, so that the first unit region includes a portion of the typical agglutination image or the typical nonagglutination image at which particles are most concentrated; setting a threshold value from each of the Mahalanobis distances obtained in; setting one or a plurality of unit regions for a reaction image to be determined as an object image and determining the Mahalanobis distance for each of the unit regions; and determining the agglutination pattern type for the object image by comparing the threshold value set in with the distances determined in. setting a plurality of reference spaces based on one or a plurality of types of typical reaction images; setting one or a plurality of types of unit regions in each of the reference spaces obtained in and determining a Mahalanobis distance for each unit region, wherein the one or a plurality of types of unit regions comprise a first unit region including an entire part of a bottom surface of the reaction vessel comprising a terrace over which agglutinates of a typical agglutination image are distributed and including a neighbourhood of a center at which nonagglutinates of a typical nonagglutination image are collected, so that the first unit region includes a portion of the typical agglutination image or the typical nonagglutination image at which particles are most concentrated; setting a threshold value from each of the Mahalanobis distances obtained in; setting one or a plurality of unit regions for a reaction image to be determined as an object image and determining the Mahalanobis distance for each of the unit regions; and determining the agglutination pattern type for the object image by comparing the threshold value set in with the distances determined in.
A fixing device for fixing a tarpaulin to a vehicle, wherein the fixing device comprises at least one holding device associated in each case with an edge of the tarpaulin and having a guide chamber for receiving a welt of the tarpaulin, and, associated with each holding device, at least one tensioning device, which is fixed to the vehicle, for exerting a force onto the tarpaulin via the holding device, at least one holding device being designed in the form of a holding profile rail which comprises the guide chamber, characterised in that the holding profile rail has a groove, into which a tongue of the tensioning device for tensioning the tarpaulin by means of a shear force engages with the holding device, with a rail strip, at the end of which the groove is formed, resting against the tarpaulin when this is tensioned.
An electronic magnetic bearing controller for controlling the position of a rotor of an electrical machine supported by an active magnetic bearing the position of which being measured by at least one inductive position sensor having an inductive coil, characterized in that, for automatically compensating the reactive power consumed by said at least one inductive position sensor, it comprises an automatic reactive power compensation device which is configured to receive a reactive current (I 1, I 2) proportional to the current in said inductive coil and to deliver a compensation current I comp across windings (22A, 22B, 22C) of a HF transformer the secondary windings of which being connected to said inductive coil through a relaying cable.
A dart game apparatus comprising: a dart target having a plurality of score areas; a sensing unit sensing a hit location of a dart pin in the dart target; a controller controlling an event effect displayed in a display area at least partially based on the hit location of the dart pin in the dart target; and a display area provided in a body structure of the dart game apparatus, disposed to output a changeable image to a location adjacent to at least a part of an outline of the dart target, and outputting the event effect controlled by the controller, wherein the controller determines at least one of a type of the event effect, duration of the event effect, and an area of the event effect displayed in the display area at least partially based on the hit location of the dart pin in the dart target, characterized in that the dart game apparatus further comprises a cover adjacent to the display area to protect the display area, and in that an opening is present in the cover and the dart target is seated in said opening, or in that the cover has a receiving groove and the dart target is seated in said receiving groove. a dart target having a plurality of score areas; a sensing unit sensing a hit location of a dart pin in the dart target; a controller controlling an event effect displayed in a display area at least partially based on the hit location of the dart pin in the dart target; and a display area provided in a body structure of the dart game apparatus, disposed to output a changeable image to a location adjacent to at least a part of an outline of the dart target, and outputting the event effect controlled by the controller, wherein the controller determines at least one of a type of the event effect, duration of the event effect, and an area of the event effect displayed in the display area at least partially based on the hit location of the dart pin in the dart target, characterized in that the dart game apparatus further comprises a cover adjacent to the display area to protect the display area, and in that an opening is present in the cover and the dart target is seated in said opening, or in that the cover has a receiving groove and the dart target is seated in said receiving groove.
A lawn mower, comprising a battery system, a walking system and a cutter system, wherein further comprising: a fault detection module, configured to detect if at least one of the battery system, walking system and cutter system has a fault respectively; a fault determination module, configured to judge the fault level of the detected fault; a control module, configured to control the current-limiting or outage of the corresponding battery system, the slowdown or stop of the walking system, as well as the slowdown or stop of the cutter system according to the fault level; a main controller, and said fault detection module comprises a plurality of fault detection modules provided in the battery system, the walking system and the cutter system respectively, to detect faults thereof respectively, characterized in that when said fault detection module detects that said cutter system has a fault, said fault detection module sends a fault code to the fault determination module through C ontroller A rea N etwork, CAN, communication to determine a fault level; said control module sends a speed down command to said cutter system through CAN communication to slow down the revolving speed of the cutter, when a minor fault occurs in the cutter system, said control module sends a stop command to said cutter system through CAN communication, so that the lawn mower is in the mode: normal walking, and the cutter is not running, when a severe fault occurs in the cutter system. a fault detection module, configured to detect if at least one of the battery system, walking system and cutter system has a fault respectively; a fault determination module, configured to judge the fault level of the detected fault; a control module, configured to control the current-limiting or outage of the corresponding battery system, the slowdown or stop of the walking system, as well as the slowdown or stop of the cutter system according to the fault level; a main controller, and said fault detection module comprises a plurality of fault detection modules provided in the battery system, the walking system and the cutter system respectively, to detect faults thereof respectively, characterized in that when said fault detection module detects that said cutter system has a fault, said fault detection module sends a fault code to the fault determination module through C ontroller A rea N etwork, CAN, communication to determine a fault level; said control module sends a speed down command to said cutter system through CAN communication to slow down the revolving speed of the cutter, when a minor fault occurs in the cutter system, said control module sends a stop command to said cutter system through CAN communication, so that the lawn mower is in the mode: normal walking, and the cutter is not running, when a severe fault occurs in the cutter system.
A method for DRM file conversion, including: parsing a multipurpose Internet mail extensions, MIME, parameter in a rights type system of a DRM file to obtain file types and rights formats to which the DRM file can be converted; and converting, according to the file types and rights formats to which the DRM file can be converted, the DRM file into a file type and a rights format in the file types and rights formats to which the DRM file can be converted, wherein the file type and rights format is supported by a DRM system that receives the DRM file, wherein when multiple MIME parameters exist, the MIME parameters in the rights type system of the DRM file are parsed respectively to obtain all file types and rights formats to which the DRM file can be converted, and the DRM file is converted, according to an instruction entered by a user, into a file type and rights format supported by a DRM system that receives the DRM file in the file types and rights formats to which the DRM file can be converted. parsing a multipurpose Internet mail extensions, MIME, parameter in a rights type system of a DRM file to obtain file types and rights formats to which the DRM file can be converted; and converting, according to the file types and rights formats to which the DRM file can be converted, the DRM file into a file type and a rights format in the file types and rights formats to which the DRM file can be converted, wherein the file type and rights format is supported by a DRM system that receives the DRM file, wherein when multiple MIME parameters exist, the MIME parameters in the rights type system of the DRM file are parsed respectively to obtain all file types and rights formats to which the DRM file can be converted, and the DRM file is converted, according to an instruction entered by a user, into a file type and rights format supported by a DRM system that receives the DRM file in the file types and rights formats to which the DRM file can be converted.