mhurhangee/ep-ind-claims huggingface dataset:
A method for interrupting yarn production on a spinning machine, the spinning machine comprising at least one spinning point having an inlet for a fiber material and an outlet for the yarn made from the fiber material, and the spinning machine comprising a delivery device for feeding the fiber material into the spinning point, a take-off device for drawing off the yarn out of the spinning point, a winding device for winding up the produced yarn, and a yarn monitoring unit for monitoring at least one yarn parameter, the yarn production being interrupted upon detecting a defined deviation of the monitored yarn parameter from a target value, upon changing bobbins at the winding device, and/or prior to switching off the spinning machine, characterized in that the feed speeds of the delivery device, the take-off device, and the winding device are gradually reduced to a stop in order to interrupt the yarn production, wherein the reducing takes place such that the end of the produced yarn is located between the outlet of the spinning point and the winding device after the reducing is completed.
An assembly comprising: a bolt having a head, a shank adjacent the head and a threaded portion, the shank having a diameter that is smaller than a diameter of the threaded portion; a captivation device including an upper portion, a lower portion and a connecting member that joins the upper and lower portions, the upper portion including a threaded hole having a diameter that is greater than the diameter of the shank and a lower hole in the lower portion; a wire lug including at least partially disposed between the upper portion and the lower portion and including a lug hole aligned with the threaded hole and the lower hole; wherein the bolt passes through the threaded hole, the lower hole and the lug hole such that the shank portion is within the threaded hole; and characterized in that the lower hole is larger than and concentric with the threaded hole. a bolt having a head, a shank adjacent the head and a threaded portion, the shank having a diameter that is smaller than a diameter of the threaded portion; a captivation device including an upper portion, a lower portion and a connecting member that joins the upper and lower portions, the upper portion including a threaded hole having a diameter that is greater than the diameter of the shank and a lower hole in the lower portion; a wire lug including at least partially disposed between the upper portion and the lower portion and including a lug hole aligned with the threaded hole and the lower hole; wherein the bolt passes through the threaded hole, the lower hole and the lug hole such that the shank portion is within the threaded hole; and characterized in that the lower hole is larger than and concentric with the threaded hole.
A piston ring, comprising a ring body of gray cast iron, wherein the ring body has an area of ledeburitically remelted gray cast iron structure on at least one ring flank extending up to one edge of a ring face and into the ring face; wherein a wear-preventing layer is applied to the ring face, including the area of ledeburitically remelted gray cast iron structure; and wherein the thickness of the ledeburitically remelted gray cast iron structure on the ring flank varies in the cross section in radial direction, and wherein the thickness of the ledeburitically remelted gray cast iron structure is between 0.15 mm and 1.0 mm. wherein the ring body has an area of ledeburitically remelted gray cast iron structure on at least one ring flank extending up to one edge of a ring face and into the ring face; wherein a wear-preventing layer is applied to the ring face, including the area of ledeburitically remelted gray cast iron structure; and wherein the thickness of the ledeburitically remelted gray cast iron structure on the ring flank varies in the cross section in radial direction, and wherein the thickness of the ledeburitically remelted gray cast iron structure is between 0.15 mm and 1.0 mm.
Packaged confectionary product comprising a biodegradable chewing gum composition (11; 21; 31; 41) and a package assembly forming a humidity barrier (13a, 13b; 23a, 23b; 33a, 33b; 44, 45) to the biodegradable chewing gum composition (11; 21; 31; 41), wherein the water content within the package assembly is less than 2.0% by weight of the packaged chewing gum composition and wherein the moisture vapor transmission rate (MVTR) of the packaging material forming the humidity barrier is less than 3g/m2/24hr with reference to DIN 23°C, 85% RH/DIN 53122.
A compound having formula I: wherein: X is oxygen or sulfur; R 1 and R 2 are selected independently of each other from: H, OH, OCH 3, NH 2, NO 2 or a halogen atom selected from: F, Cl, Br, I or an alkyl group selected from: methyl, ethyl, n-propyl, iso-propyl, n-butyl, iso-butyl or terbutyl. X is oxygen or sulfur; R 1 and R 2 are selected independently of each other from: H, OH, OCH 3, NH 2, NO 2 or a halogen atom selected from: F, Cl, Br, I or an alkyl group selected from: methyl, ethyl, n-propyl, iso-propyl, n-butyl, iso-butyl or terbutyl.
A wind turbine blade comprising: a first stringer; a second stringer; a rigid tie pivotally secured to the first stringer and pivotally secured to the second stringer; and a tension tie secured to the first stringer and the second stringer and arranged to experience tension during increasing lateral displacement between the first stringer and the second stringer as the wind turbine blade bends in a first direction characterized in that the tension tie is configured to transition from being untensioned to being in tension during the increasing lateral displacement. a first stringer; a second stringer; a rigid tie pivotally secured to the first stringer and pivotally secured to the second stringer; and a tension tie secured to the first stringer and the second stringer and arranged to experience tension during increasing lateral displacement between the first stringer and the second stringer as the wind turbine blade bends in a first direction characterized in that the tension tie is configured to transition from being untensioned to being in tension during the increasing lateral displacement.
Lithography process on a sample comprising at least one emitter, said process comprising: - putting at least one layer (3, 4) of resist above the sample, - exciting one selected emitter with light through the at least one layer of resist (3,4), - detecting light emitted by the excited selected emitter and determining a position of the selected emitter, - curing with a light beam a part of the at least one layer (3, 4) of resist by putting the light beam above the position of the selected emitter, the light beam being a shaped light beam having a cross-section, this cross-section having a central part, an intermediate part surrounding the central part and a border part surrounding the intermediate part, characterized in that the intensity of the shaped light beam on the at least one layer (3, 4) of resist reaching a maximum at the intermediate part. - putting at least one layer (3, 4) of resist above the sample, - exciting one selected emitter with light through the at least one layer of resist (3,4), - detecting light emitted by the excited selected emitter and determining a position of the selected emitter, - curing with a light beam a part of the at least one layer (3, 4) of resist by putting the light beam above the position of the selected emitter, the light beam being a shaped light beam having a cross-section, this cross-section having a central part, an intermediate part surrounding the central part and a border part surrounding the intermediate part, characterized in that the intensity of the shaped light beam on the at least one layer (3, 4) of resist reaching a maximum at the intermediate part.
A liquid dispensing shaving razor comprising: a handle body defining an opening; a shaving razor cartridge mounted to a first end of the handle body; a personal care bottle mounted to a distal end of the handle body and in fluid communication with the shaving razor cartridge, the personal care bottle having a locking tab removably positioned within the opening of the handle body securing the personal care bottle to the handle body, characterized in that the personal care bottle comprises a fluid reservoir having a distal end positioned within a gripping sleeve and the locking tab has an unsupported end with a bottom surface spaced apart from an outer surface of the fluid reservoir. a handle body defining an opening; a shaving razor cartridge mounted to a first end of the handle body; a personal care bottle mounted to a distal end of the handle body and in fluid communication with the shaving razor cartridge, the personal care bottle having a locking tab removably positioned within the opening of the handle body securing the personal care bottle to the handle body, characterized in that the personal care bottle comprises a fluid reservoir having a distal end positioned within a gripping sleeve and the locking tab has an unsupported end with a bottom surface spaced apart from an outer surface of the fluid reservoir.
An orthopedic device, comprising: a sleeve having a sleeve body having interior and exterior surfaces, and which is flexible and breathable; a frame (102, 104) applied over the exterior surface of the sleeve body and including at least one shell (102, 104); at least one strap (112, 114) connected to the frame (102, 104); characterized in that at least one pocket (122, 124) having an outer flap is connected to the sleeve body and has interior and exterior surfaces with the interior surface facing the exterior surface of the sleeve body, at least a portion of the at least one shell (102, 104) is confined within the at least one pocket (122, 124) defined between the outer flap and the sleeve body, and selectively accessible from the at least one pocket (122, 124), the sleeve body including a flexible inner rim bearing fastener elements for engagement with the outer flap and the at least one pocket (122, 124) defining a cavity into which a portion of the at least one shell (102, 104) extends beyond the outer flap. a sleeve having a sleeve body having interior and exterior surfaces, and which is flexible and breathable; a frame (102, 104) applied over the exterior surface of the sleeve body and including at least one shell (102, 104); at least one strap (112, 114) connected to the frame (102, 104); characterized in that at least one pocket (122, 124) having an outer flap is connected to the sleeve body and has interior and exterior surfaces with the interior surface facing the exterior surface of the sleeve body, at least a portion of the at least one shell (102, 104) is confined within the at least one pocket (122, 124) defined between the outer flap and the sleeve body, and selectively accessible from the at least one pocket (122, 124), the sleeve body including a flexible inner rim bearing fastener elements for engagement with the outer flap and the at least one pocket (122, 124) defining a cavity into which a portion of the at least one shell (102, 104) extends beyond the outer flap.
A method of providing, by high-frequency welding of at least two construction parts (4,4') containing polymer material weldable by high- frequency welding to an assembled large unit in which said construction parts are comprised, fastener means on said unit, said fastener means being intended for anchoring and building up said unit, characterised in that the fastener means are made of an electrically conductive material; that a primer layer is arranged on a surface of the fastener means and is bonded by means of a first hardening; that material weldable by high-frequency welding is arranged on top of said primer layer and is bonded thereto by means of a second hardening for building up a connecting layer.
An electric vacuum cleaner comprising: a dust collecting chamber disposed in a vacuum cleaner body; an electric blower that causes a suction negative pressure to act on the dust collecting chamber; a spark detector that detects a spark caused by friction between a commutator and a carbon brush of the electric blower; and a control unit that controls the electric blower based on spark detection information from the spark detector, characterised in that the spark detector detects a current of the electric blower and calculates a difference between a previous current value and a most recent current value of sampled current values, and estimates a next current value from the difference; in that the spark detector performs sampling a predetermined number of times in each of a plurality of cycles of a power supply to the electric blower, and in that the control unit forms the sum of the absolute values of the difference between the estimated value and the measured value for each sampled current value in each cycle of the power supply, and averages the summed values for each cycle of the power supply, and, when the average of the summed values is greater than a predetermined value, the control unit stops operation of the electric blower. a dust collecting chamber disposed in a vacuum cleaner body; an electric blower that causes a suction negative pressure to act on the dust collecting chamber; a spark detector that detects a spark caused by friction between a commutator and a carbon brush of the electric blower; and a control unit that controls the electric blower based on spark detection information from the spark detector, characterised in that the spark detector detects a current of the electric blower and calculates a difference between a previous current value and a most recent current value of sampled current values, and estimates a next current value from the difference; in that the spark detector performs sampling a predetermined number of times in each of a plurality of cycles of a power supply to the electric blower, and in that the control unit forms the sum of the absolute values of the difference between the estimated value and the measured value for each sampled current value in each cycle of the power supply, and averages the summed values for each cycle of the power supply, and, when the average of the summed values is greater than a predetermined value, the control unit stops operation of the electric blower.
A resource request method, performed by a remote user equipment, comprising: sending (S002, S102, S202) a first buffer status report, BSR, to a network device, the first BSR being used for requesting a second resource from the network device, characterized in the second resource being a resource used for data transmission from a relay user equipment to the network device.
A method for the plasma treatment of workpieces, in which the workpiece is inserted into a plasma chamber and in which, under the effect of negative pressure after ignition of a plasma, a coating is subsequently separated onto the workpiece, and in which the plasma is ignited by means of pulsed microwave energy, wherein a control alternately predetermines turn-on phases and turn-off phases of microwave injection, wherein the relation between the duration of the turn-on phases and the turn-off phases is changed while the treatment process for a workpiece is performed, characterised in that - a quotient of the turn-on time and the turn-off time is initially increased and subsequently reduced again for the duration of the coating process and, starting from the workpiece and across the layer thickness, a portion of the carbon in a barrier layer is initially reduced and then increased again in a region facing away from the workpiece. - a quotient of the turn-on time and the turn-off time is initially increased and subsequently reduced again for the duration of the coating process and, starting from the workpiece and across the layer thickness, a portion of the carbon in a barrier layer is initially reduced and then increased again in a region facing away from the workpiece.
Method of generating a fingerprint representing an information signal comprised of an audio or video signal, the method comprising the steps of: - decomposing a portion of the information signal into plural frequency sub bands at a decomposition level; - calculating a spectral property of the portion for each of the plural frequency sub bands; - comparing each spectral property against a criterion, thereby generating a comparison result; - combining each comparison result for constituting the fingerprint; characterised by - at least once repeating the decomposing, calculating, comparing and combining, wherein - for each repetition the decomposing is performed using a decomposition level different from a previous decomposition level. - decomposing a portion of the information signal into plural frequency sub bands at a decomposition level; - calculating a spectral property of the portion for each of the plural frequency sub bands; - comparing each spectral property against a criterion, thereby generating a comparison result; - combining each comparison result for constituting the fingerprint; - at least once repeating the decomposing, calculating, comparing and combining, wherein - for each repetition the decomposing is performed using a decomposition level different from a previous decomposition level.
A cosmetic ingredient comprising a plant extract and a hydric organic solvent, wherein the plant extract comprises crenatoside and acteoside, wherein the plant extract contains at least 15 wt % of a mixture of crenatoside and acteoside, based on the total weight of the dry matter of the plant extract, and wherein the hydric organic solvent is 1,3-propanediol.
A preparation method of a particle directional arrangement reinforced Ag-based oxide contact material comprising steps of: a) preparing mixed solution containing Ag+ and reinforcing phase metal ion, adding co-precipitator while stirring, obtaining precipitate, washing and roasting the precipitate, and obtaining evenly dispersed composite powder, wherein the proportion of the Ag+ and reinforcing phase metal ion is obtained by calculating constituents of the composite powders to be prepared; the co-precipitator is a precipitant that can precipitate the solution of Ag+ and reinforcing phase metal ion, and the precipitate can be decomposed to metal oxide after roasting, wherein the co-precipitator should be in sufficient amount so as to completely precipitate the solution of Ag+ and reinforcing phase metal ion; b) granulating the composite powders obtained in step a) by high energy ball milling, sieving the powder, reprocessing the powder that fail to be sieved, and sieving again; c) mixing the powders granulated in step (b) and Ag matrix in a powder mixing machine, wherein the weight ratio of the granulated powders and the Ag matrix is calculated according to the material to be prepared; d) pressing the powders obtained in step c) by cold isostatic pressing to obtain a green body; e) sintering the green body obtained by cold isostatic pressing; f) hot-pressing the green body after sintering; g) hot-extruding the green body after hot-pressing, and obtaining the Ag-based oxide contact material with directionally arranged reinforcing particles. a) preparing mixed solution containing Ag+ and reinforcing phase metal ion, adding co-precipitator while stirring, obtaining precipitate, washing and roasting the precipitate, and obtaining evenly dispersed composite powder, wherein the proportion of the Ag+ and reinforcing phase metal ion is obtained by calculating constituents of the composite powders to be prepared; the co-precipitator is a precipitant that can precipitate the solution of Ag+ and reinforcing phase metal ion, and the precipitate can be decomposed to metal oxide after roasting, wherein the co-precipitator should be in sufficient amount so as to completely precipitate the solution of Ag+ and reinforcing phase metal ion; b) granulating the composite powders obtained in step a) by high energy ball milling, sieving the powder, reprocessing the powder that fail to be sieved, and sieving again; c) mixing the powders granulated in step (b) and Ag matrix in a powder mixing machine, wherein the weight ratio of the granulated powders and the Ag matrix is calculated according to the material to be prepared; d) pressing the powders obtained in step c) by cold isostatic pressing to obtain a green body; e) sintering the green body obtained by cold isostatic pressing; f) hot-pressing the green body after sintering; g) hot-extruding the green body after hot-pressing, and obtaining the Ag-based oxide contact material with directionally arranged reinforcing particles.
A steering system for a machine, the steering system comprising: a vehicle control system configured to command steering of the machine; and a steering sensor in communication with the vehicle control system, the steering sensor configured to detect a position of a steering actuator of the machine; wherein the vehicle control system is configured to detect an acceleration rate of the machine and to command steering of the machine based at least in part on the position of the steering actuator and the acceleration rate of the machine, characterized in that the vehicle control system determines the acceleration rate of the machine by monitoring a control signal supplied to a propulsion system of the machine by the vehicle control system. a vehicle control system configured to command steering of the machine; and a steering sensor in communication with the vehicle control system, the steering sensor configured to detect a position of a steering actuator of the machine; wherein the vehicle control system is configured to detect an acceleration rate of the machine and to command steering of the machine based at least in part on the position of the steering actuator and the acceleration rate of the machine, characterized in that the vehicle control system determines the acceleration rate of the machine by monitoring a control signal supplied to a propulsion system of the machine by the vehicle control system.
An electric vehicle comprising: a dynamo-electric motor for applying motive power to a drive wheel; a battery for supplying electric power to the dynamo-electric motor; a driver for performing drive control of the dynamo-electric motor; a control unit for performing control relating to charging and discharging of the battery; and a display unit for displaying predetermined information relating to a vehicle, characterized in that the control unit obtains a vehicle speed, a total travel distance, and a trip travel distance based on a vehicle speed pulse of the dynamo-electric motor detected by the driver, and displays information relating to the vehicle speed, the total travel distance, and the trip travel distance, and information relating to charging and discharging of the battery on the display unit via communication means and, when the driver detects abnormality, the driver changes a duty ratio of the vehicle speed pulse to a predetermined value and transmits the same to the control unit, and the control unit determines the abnormality and displays the abnormality on the display unit. a dynamo-electric motor for applying motive power to a drive wheel; a battery for supplying electric power to the dynamo-electric motor; a driver for performing drive control of the dynamo-electric motor; a control unit for performing control relating to charging and discharging of the battery; and a display unit for displaying predetermined information relating to a vehicle, characterized in that the control unit obtains a vehicle speed, a total travel distance, and a trip travel distance based on a vehicle speed pulse of the dynamo-electric motor detected by the driver, and displays information relating to the vehicle speed, the total travel distance, and the trip travel distance, and information relating to charging and discharging of the battery on the display unit via communication means and, when the driver detects abnormality, the driver changes a duty ratio of the vehicle speed pulse to a predetermined value and transmits the same to the control unit, and the control unit determines the abnormality and displays the abnormality on the display unit.