mhurhangee/ep-ind-claims huggingface dataset:
Core extension for a lock core of a lock cylinder that extends substantially in an axial direction, for axially extending a lock core, characterized in that the core extension is of multi-part design and comprises at least one extension part and at least one pressure piece which is located therein in an axial direction and which extends substantially in an axial direction, wherein the pressure piece is of multi-part design and comprises at least one pressure pin and one pressure pin holder, wherein the pressure pin holder has a pressure pin receptacle for at least partially accommodating and/or guiding the pressure pin, wherein the pressure pin holder has a locking bolt receptacle for holding at least two locking bolts, wherein the pressure pin accommodated in the pressure pin holder is preloaded in the pressure piece by a spring accumulator unit so that, when the pressure of the spring accumulator unit is released, the pressure pin is at least partially pushed out of the pressure pin holder, wherein the locking bolt receptacle is formed by means of a groove, wherein parts of the locking bolts are provided in the groove, wherein the locking bolts are preloaded toward each other by means of a spring accumulator unit, wherein in the non-locking, readyto-operate state the locking bolts are held in a preloaded manner by the locking bolt receptacle by arranging the spring accumulator unit between the locking bolts.
Computer-implemented method for training an artificial intelligence module to determine a tyre type of a motor vehicle, having the steps of: - providing a measured value data set on a data storage medium, wherein the measured value data set has at least one data entry relating to ultrasonic data, speed data and tyre data, wherein the ultrasonic data describe at least one ultrasonic wave which was produced by rolling of a tyre of the motor vehicle, wherein the speed data describe a speed of the motor vehicle, wherein the tyre data describe a tyre type of the motor vehicle, - generating a modified training data set on the basis of the measured value data set, wherein the generation of the modified training data set has the steps of: - forming an input data set (S2a) on the basis of the ultrasonic data and the speed data from the measured value data set, - forming an output data set (S2b) on the basis of the tyre data from the measured value data set, - training the AI module on the basis of the modified training data set. - providing a measured value data set on a data storage medium, wherein the measured value data set has at least one data entry relating to ultrasonic data, speed data and tyre data, wherein the ultrasonic data describe at least one ultrasonic wave which was produced by rolling of a tyre of the motor vehicle, wherein the speed data describe a speed of the motor vehicle, wherein the tyre data describe a tyre type of the motor vehicle, - generating a modified training data set on the basis of the measured value data set, wherein the generation of the modified training data set has the steps of: - forming an input data set (S2a) on the basis of the ultrasonic data and the speed data from the measured value data set, - forming an output data set (S2b) on the basis of the tyre data from the measured value data set, - forming an input data set (S2a) on the basis of the ultrasonic data and the speed data from the measured value data set, - forming an output data set (S2b) on the basis of the tyre data from the measured value data set, - training the AI module on the basis of the modified training data set.
Measuring instrument for blood values, in particular for analyzing blood sugar content, which comprises a device for extracting blood and a measuring part comprising an analysis apparatus for said blood, and which is accommodated in an instrument housing, the device for extracting the blood and the analysis apparatus being integrated in a compact handheld unit that is provided with a connection unit (14, 14') for transmitting data to a separate reproduction device, the instrument housing being composed of two detachably interconnected housing portions, the first housing portion of which comprises the measuring part and the second housing portion of which comprises the device for extracting the blood, and the device for extracting the blood being designed as a piercing part having a piercing unit that comprises a piercing means, characterized in that the connection unit (14, 14') is designed as a plug-in part which is rigidly, resiliently or hingedly connected to the instrument housing and/or to a circuit board contained therein, and by means of which at least the measuring part of the measuring instrument can be plugged onto the separate reproduction device and brought into electrical contact therewith in order to transmit data, in that the plug-in part is attached to the first housing portion comprising the measuring part in the separating region between the two housing portions and, when the two housing portions are connected, projects into a cavity in the second housing portion, which cavity is adapted to the connection unit (14, 14'), connection means being provided that comprise a connection portion that is arranged on the measuring part in the separating region and a counter connection portion that is arranged on the piercing part in the separating region and is adapted to the connection portion, and the second housing portion forming a protective cap for the connection unit (14, 14'), and in that the piercing part comprises an actuation element which is mounted in the second housing portion, is coupled to the piercing unit, and is intended for adjusting the piercing depth and/or for triggering the piercing function.
A compound of formula: wherein Q 1 is 4-pyridyl; Q 2 is a moiety of formula: wherein Y 1 is Br; Y 5 is Br; Y 3 is heptafluoroprop-2-yl; X is F; R 1 is selected from methyl and ethyl; R 2 is hydrogen; and G 1 and G 2 are both oxygen; or an agrochemically acceptable salt thereof. Q 1 is 4-pyridyl; Q 2 is a moiety of formula: wherein Y 1 is Br; Y 5 is Br; Y 3 is heptafluoroprop-2-yl; X is F; R 1 is selected from methyl and ethyl; R 2 is hydrogen; and G 1 and G 2 are both oxygen; Y 1 is Br; Y 5 is Br; Y 3 is heptafluoroprop-2-yl; X is F; R 1 is selected from methyl and ethyl; R 2 is hydrogen; and G 1 and G 2 are both oxygen;
Baler for forming compressed bales, wherein the baler comprises a cuboidal compression chamber in which a compression plunger with a compression surface facing towards the compressed bale is accommodated in a movable manner, wherein the baler has a bale-ejection device, and the bale-ejection device has at least one discharge pusher which can selectively assume at least one position in which it protrudes beyond the compression surface, and the discharge pusher is mounted at one end on the compression plunger, wherein the discharge pusher is movable together with the compression plunger in such a way that, for achieving the greatest possible travel, the compression plunger assumes a position in which it is extended in relation to the compression chamber when the discharge pusher protrudes beyond the compression surface, characterized in that the discharge pusher is arranged in the compression plunger or a compression body of the compression plunger.
A process for the preparation of a compound of Formula I comprising: a) reacting a compound of Formula II with a compound of Formula III to obtain a compound of Formula IV, where the compound of Formula II is, wherein the compound of Formula III is, wherein the compound of Formula IV is, and wherein 'X' represents a halogen; b) cyclizing the compound of Formula IV to obtain a compound of Formula V, wherein the compound of Formula V is, c) converting the compound of Formula V into a compound of Formula VI, where the compound of Formula VI is, and d) converting the compound of Formula VI into the compound of Formula I, wherein the compound of Formula I is a) reacting a compound of Formula II with a compound of Formula III to obtain a compound of Formula IV, where the compound of Formula II is, wherein the compound of Formula III is, wherein the compound of Formula IV is, and wherein 'X' represents a halogen; b) cyclizing the compound of Formula IV to obtain a compound of Formula V, wherein the compound of Formula V is, c) converting the compound of Formula V into a compound of Formula VI, where the compound of Formula VI is, and d) converting the compound of Formula VI into the compound of Formula I, wherein the compound of Formula I is
Slitter-winder for winding of pulp webs or corresponding webs thickness of which is at least 0,5 mm, in which the winder is a two-drum winder comprising two winding drums (11, 12) on support of which at least two pulp web rolls are wound, characterized in, that at least one of the winding drums (11; 12) is a nip acceptance winding drum (NAWD), that is a winding drum with a cover having hardness of 40 - 80 Shore A and thickness of 3 - 50 mm, that at least the winding drum along the surface of which the pulp web is guided to the winding nip is a NAWD and that the winding drums and a steel core or a shaft of the at least two pulp web rolls have parallel rotation axis and are in a rolling contact where the at least one winding drum is driven.
A manufacture comprising a cap for covering an upper surface of a shoe, wherein said upper surface has a first coefficient of friction, wherein said cap comprises a first set of layers, wherein said first set of layers comprises a first layer, a second layer, and a third layer, wherein said first layer has an outer surface that has a second coefficient of friction, wherein said second coefficient of friction exceeds said first coefficient of friction, wherein said second layer is an adhesive layer, and wherein said third layer is a release layer configured to be peeled off said adhesive layer to expose said adhesive layer, thereby enabling said adhesive layer to stick to said shoe; and wherein said cap comprises a midline and lobes extending laterally from said midline, wherein, in use, said midline covers laces of said shoe, and said lobes fold over to engage sides of said shoe; and characterized in that: the manufacture comprises hinges between said lobes and said midline. the manufacture comprises hinges between said lobes and said midline.
Arrangement comprising a safety door and a corresponding door frame, wherein a locking member operated by thermal expansion is arranged at the safety door or at the door frame, which generates a form closure in door opening direction between the closed safety door and the door frame during heat up in case of fire, wherein the locking member is a component movably supported at the safety door or at the door frame, which is moved from an idle position into a locking position by means of a separately formed bimetallic operating member based on the effect of heat expansion during heat up in case of fire, and wherein the locking member is a locking bolt which is axially shifted by the operating member in case of fire, wherein the locking member is arranged in such a way on a front face of the safety door or on an inner surface of the door frame facing a front face of the safety door when the latter is closed that it is moved substantially transversally to the door opening direction in case of fire, wherein the operating member is formed as bimetal-latch which is fixedly connected to the safety door or the door frame at one of its ends and which is connected to the locking member at its other end, characterized in that the operating member is arranged on the outside of the front face of the safety door or on the inner surface of the door frame which limits the opening of the door, and in that the locking member is formed as a locking bolt with an area which is abruptly reduced in cross-section, particularly with a circumferential groove, and the bimetal-latch has a slit at its end, inside which the area abruptly reduced in cross-section of the locking bolt is arranged.
A lottery ticket dispenser bin, comprising: a housing having a front side that faces a purchaser in operational use of a dispenser array, an opposite back side, and an internal space defining one or more compartments for receipt of a supply of interconnected lottery tickets; each compartment comprising an electronic drive mechanism that dispenses the lottery tickets through a dispensing slot in the back side; a pivotal door configured on the housing and defining the back side, the pivotal door movable between a fully closed position and a fully open position relative to the housing, the pivotal door further comprising: a back wall, wherein the back wall faces the compartment; and a bottom frame member mounted to the housing, wherein the door is configured to pivot relative to the bottom frame member; characterized by one or more spring-loaded, elongated tabs pivotally mounted to the bottom frame member, the elongated tab extending transversely from the bottom frame member and biased against the back wall, the elongated tab comprising a length so as to be continuously engaged against the back wall as the pivotal door moves between the fully open and fully closed positions; and wherein the elongated tab defines a bridge that prevents the lottery tickets from moving into a hinge area between the housing and the pivotal door. a housing having a front side that faces a purchaser in operational use of a dispenser array, an opposite back side, and an internal space defining one or more compartments for receipt of a supply of interconnected lottery tickets; each compartment comprising an electronic drive mechanism that dispenses the lottery tickets through a dispensing slot in the back side; a pivotal door configured on the housing and defining the back side, the pivotal door movable between a fully closed position and a fully open position relative to the housing, the pivotal door further comprising: a back wall, wherein the back wall faces the compartment; and a bottom frame member mounted to the housing, wherein the door is configured to pivot relative to the bottom frame member; a back wall, wherein the back wall faces the compartment; and a bottom frame member mounted to the housing, wherein the door is configured to pivot relative to the bottom frame member; characterized by one or more spring-loaded, elongated tabs pivotally mounted to the bottom frame member, the elongated tab extending transversely from the bottom frame member and biased against the back wall, the elongated tab comprising a length so as to be continuously engaged against the back wall as the pivotal door moves between the fully open and fully closed positions; and wherein the elongated tab defines a bridge that prevents the lottery tickets from moving into a hinge area between the housing and the pivotal door.
A length measurement instrument comprising an inductive sensor comprising an elongate body and a feeler tip movable along the longitudinal axis of the sensor, in which the body contains windings and defines a first cavity receiving a magnetic core, the instrument being characterized in that it further comprises a casing extending the body along the longitudinal axis and co-operating with the body to define a second cavity that is leaktight and that contains the feeler tip, the casing comprising a watertight deformable part surrounding the feeler tip and an abutment portion extending in line with the feeler tip, and in that: · the capacity of the casing for elastic deformation along the longitudinal axis is greater than the capacity of the casing for elastic deformation along axes orthogonal to the longitudinal axis; and · the capacity for elastic deformation along the longitudinal axis is sufficient for the feeler tip to be sensitive to movement of the abutment portion under the effect of an abutment force exerted on the abutment portion · the capacity of the casing for elastic deformation along the longitudinal axis is greater than the capacity of the casing for elastic deformation along axes orthogonal to the longitudinal axis; and · the capacity for elastic deformation along the longitudinal axis is sufficient for the feeler tip to be sensitive to movement of the abutment portion under the effect of an abutment force exerted on the abutment portion
A method of identifying the position of magnetic poles of a rotor of a multi-phase electrical machine relative to a stator of that machine, the method comprising the steps of applying in parallel a voltage pulse to the stator windings of each phase (U, V, W), sensing current flow in the stator windings of each phase due to the application of the signal to the respective stator windings and determining the position of the magnetic poles of the rotor relative to the stator using the sensed current flow in the stator windings of each phase, characterized in that: the phases of the stator windings are star-connected at a neutral junction; and the differences between the current flow sensed in the stator windings of each phase and the current flow sensed in the stator windings of each of the other phases are determined and those differences are used to identify a phase angle sector (S1, S2, S3, S4, S5, S6), the identified phase angle sector being an indication of the position of the magnetic poles of the rotor relative to the stator. the phases of the stator windings are star-connected at a neutral junction; and the differences between the current flow sensed in the stator windings of each phase and the current flow sensed in the stator windings of each of the other phases are determined and those differences are used to identify a phase angle sector (S1, S2, S3, S4, S5, S6), the identified phase angle sector being an indication of the position of the magnetic poles of the rotor relative to the stator.
A membrane electrode assembly comprising: an electrolyte membrane; and frame-shaped first and second gaskets (40, 60) disposed on both surfaces of the electrolyte membrane, wherein said first and second gaskets (40, 60) have overlapping portions (42, 62) which are positioned at a peripheral edge of said electrolyte membrane and face said electrolyte membrane, and bonding portions (52, 72) which are positioned outside of the peripheral edge and bonded each other, characterized in that said overlapping portions (42, 62) and said bonding portions (52, 72) have through holes (48, 68, 58, 78) which extend in a thickness direction of said electrolyte membrane, and an aperture ratio of the through holes (48, 68) of said overlapping portions (42, 62) is greater than an aperture ratio of the through holes (58, 78) of said bonding portions (52, 72). an electrolyte membrane; and frame-shaped first and second gaskets (40, 60) disposed on both surfaces of the electrolyte membrane, wherein said first and second gaskets (40, 60) have overlapping portions (42, 62) which are positioned at a peripheral edge of said electrolyte membrane and face said electrolyte membrane, and bonding portions (52, 72) which are positioned outside of the peripheral edge and bonded each other, characterized in that said overlapping portions (42, 62) and said bonding portions (52, 72) have through holes (48, 68, 58, 78) which extend in a thickness direction of said electrolyte membrane, and an aperture ratio of the through holes (48, 68) of said overlapping portions (42, 62) is greater than an aperture ratio of the through holes (58, 78) of said bonding portions (52, 72).
A hot dip Al-Zn coated steel sheet having a coated film consisting of 45 to 95 percent by mass of Al, 0.01 to 10 percent by mass of Ca or Ca and Mg in total, 1.5 to 10 percent by mass of Si relative to Al, the rest of the coated film being Zn, characterized in that the coated film comprises an intermetallic compound comprising Ca and at least one type selected from Zn, Al and Si, and in that the coated film comprises an alloy phase present at the interface to a substrate steel sheet and an upper layer on top of the alloy phase and Ca or Ca and Mg are present in the upper layer, wherein 90% or more of the whole detected peaks of Ca or Ca and Mg are detected in the upper layer by analysis with a glow discharge optical emission spectrometry apparatus.
Portable, self-contained wastewater treatment system comprising: an anaerobic membrane bioreactor including an anaerobic reactor configured to receive wastewater and break down organic material within the wastewater, and a membrane module having at least one microfiltration or ultrafiltration membrane that receives wastewater from the anaerobic reactor, filters the wastewater to produce permeate, and returns concentrate to the anaerobic reactor for further treatment, wherein the anaerobic reactor comprises multiple baffles that form different zones within the anaerobic reactor, the wastewater within the anaerobic reactor passing through each of said zones; a biogas storage tank configured to store biogas produced in the anaerobic reactor; a permeate storage tank configured to store permeate produced by said at least one microfiltration or ultrafiltration membrane; electric pumps (32, 40, 44, 46) configured to drive the wastewater and permeate through the wastewater treatment system; and a tricon or quadcon shipping container having an entrance through which a user can pass to enter the shipping container, wherein the anaerobic membrane bioreactor, the biogas storage tank, the permeate storage tank and the electric pumps (32, 40, 44, 46) are contained within an interior space of the shipping container. an anaerobic membrane bioreactor including an anaerobic reactor configured to receive wastewater and break down organic material within the wastewater, and a membrane module having at least one microfiltration or ultrafiltration membrane that receives wastewater from the anaerobic reactor, filters the wastewater to produce permeate, and returns concentrate to the anaerobic reactor for further treatment, wherein the anaerobic reactor comprises multiple baffles that form different zones within the anaerobic reactor, the wastewater within the anaerobic reactor passing through each of said zones; a biogas storage tank configured to store biogas produced in the anaerobic reactor; a permeate storage tank configured to store permeate produced by said at least one microfiltration or ultrafiltration membrane; electric pumps (32, 40, 44, 46) configured to drive the wastewater and permeate through the wastewater treatment system; and a tricon or quadcon shipping container having an entrance through which a user can pass to enter the shipping container, wherein the anaerobic membrane bioreactor, the biogas storage tank, the permeate storage tank and the electric pumps (32, 40, 44, 46) are contained within an interior space of the shipping container.
An adhesive ostomy element comprising a backing layer, having at least a first section, and having at least a first adhesive on a proximal surface of said backing layer, a stoma-receiving through-going hole defining an inner boundary in said first section, said first section being adjacent to and extending radially from said through-going hole, characterized in that at least a part of a distal portion of the first section is being provided with a layer of swellable, absorbent foam adjacent to the hole, wherein the foam is configured to expand towards the stoma when wetted/swelling and wherein the foam expands at least 50% v/v when fully saturated with water.
Drive chain, in particular a conveyor chain for industrial plants, having a plurality of chain links (3, 4) which are each connected to one another via a chain joint, wherein, to form the chain joint, a chain pin extends in the direction of a joint axis of the chain joint through a joint opening, and wherein at least one chain pin has a recess in which a sensor for detecting chain wear is arranged, the recess being in the form of a blind hole extending transversely to the joint axis, characterized in that the chain pin has a hardened surface layer in the region of the joint opening, and the bottom of the transversely extending blind hole bore is arranged in the hardened surface layer, the sensor being arranged at least partially in the hardened surface layer and abutting against the bottom of the blind hole bore.