mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for singling sheet material, in particular banknotes, with a singler (1, 2, 3) with a drive (4, 7) driving the singler during the singling in a first direction, at least one sensor checking the singling for multiple removals, and a control device for monitoring and controlling the apparatus, characterized by a retaining element of the singler (1, 2, 3) producing at least two different retaining forces, wherein the control device so actuates the retaining element that a first retaining force is produced by the retaining element during the singling, while a second retaining force is produced by the retaining element, the second force being greater in comparison to the first retaining force, after a conclusion is drawn by the control device from signals of the sensor as to the presence of a multiple removal, wherein, when a multiple removal is present, the control device so actuates the drive (4, 7) of the singler (1, 2, 3) that the singler is driven at least in a second direction that is contrary to the first direction.
Electronic braking system for a motor vehicle having at least two brake circuits, at least one first brake circuit and a second brake circuit, wherein a brake circuit controller (5, EBS-ECU) is assigned to each brake circuit, and having a central control unit (EBS-ECU) for all brake circuits, and also having a brake pedal or a similarly acting brake demand recording unit, which has two autonomous brake demand recording means (7, 8), wherein, in the event of failure of the central control unit (EBS-ECU) or a detected fault in the central control unit (EBS-ECU), a first brake circuit controller of the brake circuit controllers (5, EBS-ECU) can carry out, in a stand-alone manner with respect to the central control unit (EBS-ECU), the control of a brake circuit, characterised in that each of the brake demand recording means is designed as a dual distance, angle or force sensor, or as a single distance or angle sensor and a force sensor, and the stand-alone first brake circuit controller is supplied with electrical energy independently of the central control unit (EBS-ECU), and a first brake demand recording means of the two autonomous brake demand recording means (7, 8) is connected to the central control unit (EBS-ECU) and a second brake demand recording means of the two autonomous brake demand recording means (7, 8) is connected to the stand-alone first brake circuit controller, wherein the control of the brake circuits is realised in normal operation via the central control unit (EBS-ECU) and, in the event of a failure of the central control unit (EBS-ECU) or a detected fault in the central control unit (EBS-ECU), the stand-alone first brake circuit controller directly processes the signals of the second intact brake demand recording means (7, 8) for the autonomous calculation of predefined targets for the control of its first brake circuit.
Method for improving the quality of service of a cellular telecommunication network wherein cells (101, 201) are irradiated by radio beams (102, 104, 106, 108, 110, 112; 202, 204, 206, 208, 210, 212) generated by base stations, each base station (100, 120) comprising means to irradiate at different time different areas (103, 105; 203, 205) of an associated cell by forming different radio beams, said method comprising the step of synchronizing a first sequence of radio beams (104, 106), generated by a first base station, with at least one other sequence of radio beams (204, 206), generated by at least one other base station, in order to limit the radio interferences between said first base station and said at least one other base station, said method being characterized in that said first base station and said at least one other base station implement one of the following radio beam sequences: - a fixed predetermined sequence of radio beams, - a dynamically modified sequence of radio beams, - an adapted sequence of radio beams aimed to generate multisite MIMO communications, depending on a level of radio interferences between base stations. - a fixed predetermined sequence of radio beams, - a dynamically modified sequence of radio beams, - an adapted sequence of radio beams aimed to generate multisite MIMO communications, depending on a level of radio interferences between base stations.
A method of determining a deviation between an actual direction of a launched projectile and a first direction, the method comprising: 1. receiving, by means of a Radar (2,6), radiowave radiation transmitted by or reflected by the projectile while it is in flight, 2. determining, from the received radiation, the actual direction of the projectile, and 3. determining a launch position of the projectile, characterized in the further steps of: 4. providing an image representing a target area, 5. indicating a position in the image, the indicated position corresponding to a corresponding position in the target area, 6. determining, from the launch position and the corresponding position, the first direction, and 7. determining the deviation between the actual direction of the projectile and the first direction. 1. receiving, by means of a Radar (2,6), radiowave radiation transmitted by or reflected by the projectile while it is in flight, 2. determining, from the received radiation, the actual direction of the projectile, and 3. determining a launch position of the projectile, characterized in the further steps of: 4. providing an image representing a target area, 5. indicating a position in the image, the indicated position corresponding to a corresponding position in the target area, 6. determining, from the launch position and the corresponding position, the first direction, and 7. determining the deviation between the actual direction of the projectile and the first direction.
Assembly comprising a first and a second identical, wheeled supermarket trolley engageable one into the other for compact storage and exhibiting a front, a rear and a central longitudinal axis intersecting them, the first trolley being provided with a tubular reinforcement, a lower portion whereof forms a substantially horizontal frame: - which receives the wheels and - from the rear of side edges whereof uprights are fixedly raised, between and to the rear whereof an operating handle of the trolley extends, said assembly being characterized in that some of the uprights: - are joined transversely to the longitudinal axis to define at least one arch (155a, 155b), - have at least one arm which: * extends forwards beyond said uprights horizontally or at an angle of less than +/-25° in respect of the horizontal, exhibiting a length following said central longitudinal axis, * on a horizontal plane and over at least most of its length is situated closer to this central longitudinal axis than to a vertical plane passing through one or the other of said side edges of the frame * and exhibits longitudinally supports (17a, 17b...) for hanging shopping bags there in a removable manner, along and on both sides of this arm and - between them define an open transverse space meaning that when there are no bags suspended the arm(s) of the second trolley can engage there below the operating handle, while the lower frame receives that of this second trolley. - which receives the wheels and - from the rear of side edges whereof uprights are fixedly raised, between and to the rear whereof an operating handle of the trolley extends, said assembly being characterized in that some of the uprights: - are joined transversely to the longitudinal axis to define at least one arch (155a, 155b), - have at least one arm which: * extends forwards beyond said uprights horizontally or at an angle of less than +/-25° in respect of the horizontal, exhibiting a length following said central longitudinal axis, * on a horizontal plane and over at least most of its length is situated closer to this central longitudinal axis than to a vertical plane passing through one or the other of said side edges of the frame * and exhibits longitudinally supports (17a, 17b...) for hanging shopping bags there in a removable manner, along and on both sides of this arm and * extends forwards beyond said uprights horizontally or at an angle of less than +/-25° in respect of the horizontal, exhibiting a length following said central longitudinal axis, * on a horizontal plane and over at least most of its length is situated closer to this central longitudinal axis than to a vertical plane passing through one or the other of said side edges of the frame * and exhibits longitudinally supports (17a, 17b...) for hanging shopping bags there in a removable manner, along and on both sides of this arm and - between them define an open transverse space meaning that when there are no bags suspended the arm(s) of the second trolley can engage there below the operating handle, while the lower frame receives that of this second trolley.
A hearing device comprising: - a microphone configured to receive sound; - a processing unit configured to provide a processed audio signal for compensating for a hearing loss of a user; - a wireless communication unit configured for wireless communication; - a supporting structure; wherein the supporting structure comprises: - an electrically conductive ground layer, - an electrically non-conductive opening; - a connecting line extending from the wireless communication unit provided at a first side of the opening across or along the opening to a second side of the opening and being interconnected with the electrically conductive ground layer at the second side of the opening; wherein the electrically conductive ground layer is configured to be excited by the connecting line, whereby the electrically conductive ground layer is configured to act as antenna for the wireless communication unit for emission and/or reception of an electromagnetic field; wherein the supporting structure has at least a first layer and a second layer, and wherein the first layer is an electrically conductive layer, the first layer extending over at least 75% of the supporting structure, and wherein the wireless communication unit and the connecting line are provided at the second layer. - a microphone configured to receive sound; - a processing unit configured to provide a processed audio signal for compensating for a hearing loss of a user; - a wireless communication unit configured for wireless communication; - a supporting structure; wherein the supporting structure comprises: - an electrically conductive ground layer, - an electrically non-conductive opening; - a connecting line extending from the wireless communication unit provided at a first side of the opening across or along the opening to a second side of the opening and being interconnected with the electrically conductive ground layer at the second side of the opening; - an electrically conductive ground layer, - an electrically non-conductive opening; - a connecting line extending from the wireless communication unit provided at a first side of the opening across or along the opening to a second side of the opening and being interconnected with the electrically conductive ground layer at the second side of the opening; wherein the electrically conductive ground layer is configured to be excited by the connecting line, whereby the electrically conductive ground layer is configured to act as antenna for the wireless communication unit for emission and/or reception of an electromagnetic field; wherein the supporting structure has at least a first layer and a second layer, and wherein the first layer is an electrically conductive layer, the first layer extending over at least 75% of the supporting structure, and wherein the wireless communication unit and the connecting line are provided at the second layer.
An isothermal container comprising: a heat insulating container having a bottom portion and a wall portion continuous with a peripheral edge of the bottom portion, the heat insulating container including a core material, an adsorbent (36,37), and two cover materials: (33,34) facing each other, the two cover materials (33,34) covering the core material and the adsorbent (36,37); a heat insulating lid configured to close the heat insulating container; a protection case that covers outside of the heat insulating container and outside of the heat insulating lid; a box body housed inside the heat insulating container; a box lid configured to close the box body; and a phase change material provided on a bottom portion and a wall portion of the box body and the box lid, wherein the cover materials (33,34) are joined together at faces facing the heat insulating lid among faces constituting the wall portion of the heat insulating container, and a joined part of the cover materials (33,34) is located inside the protection case without being exposed to an outer surface of the protection case. a heat insulating container having a bottom portion and a wall portion continuous with a peripheral edge of the bottom portion, the heat insulating container including a core material, an adsorbent (36,37), and two cover materials: (33,34) facing each other, the two cover materials (33,34) covering the core material and the adsorbent (36,37); a heat insulating lid configured to close the heat insulating container; a protection case that covers outside of the heat insulating container and outside of the heat insulating lid; a box body housed inside the heat insulating container; a box lid configured to close the box body; and a phase change material provided on a bottom portion and a wall portion of the box body and the box lid, wherein the cover materials (33,34) are joined together at faces facing the heat insulating lid among faces constituting the wall portion of the heat insulating container, and a joined part of the cover materials (33,34) is located inside the protection case without being exposed to an outer surface of the protection case.
An audio reproduction device (100 100a) that amplifies an input signal which is an audio signal to obtain a supply signal, and outputs the supply signal to a speaker device connected to the audio reproduction device (100 100a), the audio reproduction device (100 100a) comprising: a signal amplifier (101 101a) that amplifies the input signal; a characteristic measuring device that obtains a characteristic of the speaker device based on the supply signal obtained by using, as the input signal, a measurement signal having a predetermined frequency characteristic; a structure analyzer that identifies a structure of the speaker device based on a result obtained by the characteristic measuring device; characterized in that the audio reproduction device (100 100a) further comprises: a delay characteristic calculator that calculates a delay characteristic of the speaker device, said delay characteristic comprising a group delay or a phase delay characteristic, according to the identified structure of the speaker device; a correction parameter generator that generates a correction parameter based on a difference between the delay characteristic calculated by the delay characteristic calculator and a target delay characteristic; and a corrector that corrects the input signal input to the signal amplifier (101 101a) based on the correction parameter generated by the correction parameter generator. a signal amplifier (101 101a) that amplifies the input signal; a characteristic measuring device that obtains a characteristic of the speaker device based on the supply signal obtained by using, as the input signal, a measurement signal having a predetermined frequency characteristic; a structure analyzer that identifies a structure of the speaker device based on a result obtained by the characteristic measuring device; characterized in that the audio reproduction device (100 100a) further comprises: a delay characteristic calculator that calculates a delay characteristic of the speaker device, said delay characteristic comprising a group delay or a phase delay characteristic, according to the identified structure of the speaker device; a correction parameter generator that generates a correction parameter based on a difference between the delay characteristic calculated by the delay characteristic calculator and a target delay characteristic; and a corrector that corrects the input signal input to the signal amplifier (101 101a) based on the correction parameter generated by the correction parameter generator. a delay characteristic calculator that calculates a delay characteristic of the speaker device, said delay characteristic comprising a group delay or a phase delay characteristic, according to the identified structure of the speaker device; a correction parameter generator that generates a correction parameter based on a difference between the delay characteristic calculated by the delay characteristic calculator and a target delay characteristic; and a corrector that corrects the input signal input to the signal amplifier (101 101a) based on the correction parameter generated by the correction parameter generator.
A sealing arrangement, which includes a seal holder and a seal adapted in the seal holder as well as indicator means adapted to define the wear margin of the seal, wherein the indicator means include indicator material and a sensor adapted to detect the sensor material, where one of those is arranged in connection with the seal and the other of those is arranged in connection with the seal holder, characterised in that the indicator material is arranged in the seal holder, while the sensor is in the seal. the indicator means include indicator material and a sensor adapted to detect the sensor material, where one of those is arranged in connection with the seal and the other of those is arranged in connection with the seal holder, characterised in that the indicator material is arranged in the seal holder, while the sensor is in the seal.
A fan blade, comprising: an airfoil section including a free end; and a sprayed-on abrasive coating on the free end, the abrasive coating including a polymer matrix and an abrasive filler, wherein the abrasive filler is between 50%-75% by volume of the abrasive coating and the polymer matrix provides 3%-10% volume of the abrasive coating once cured. an airfoil section including a free end; and a sprayed-on abrasive coating on the free end, the abrasive coating including a polymer matrix and an abrasive filler, wherein the abrasive filler is between 50%-75% by volume of the abrasive coating and the polymer matrix provides 3%-10% volume of the abrasive coating once cured.
A method of reducing performance variability in a multi-layered filtration device including an upstream membrane and a downstream membrane, comprising: a) selecting a target performance characteristic value for said device, wherein the target performance characteristic is capacity; b) selecting a population of membranes having the same performance characteristic value as said target performance characteristic value, the population comprising two or more batches having membranes manufactured from a particular manufacturing process as having the same performance characteristic value, each batch being characterized by and sorted by its actual performance characteristic; c) selecting as said upstream membrane, a membrane from one of said batches having a first performance characteristic value or range of values closest to the target performance characteristic value; and d) selecting as said downstream membrane a membrane from one of said batches having a second performance characteristic value or range of values; wherein said first performance characteristic value or range of values is lower than said second performance characteristic value or range of values. a) selecting a target performance characteristic value for said device, wherein the target performance characteristic is capacity; b) selecting a population of membranes having the same performance characteristic value as said target performance characteristic value, the population comprising two or more batches having membranes manufactured from a particular manufacturing process as having the same performance characteristic value, each batch being characterized by and sorted by its actual performance characteristic; c) selecting as said upstream membrane, a membrane from one of said batches having a first performance characteristic value or range of values closest to the target performance characteristic value; and d) selecting as said downstream membrane a membrane from one of said batches having a second performance characteristic value or range of values; wherein said first performance characteristic value or range of values is lower than said second performance characteristic value or range of values.
A sealing profile embodiment comprising a sealing profile placed between the vehicle door and the glass to prevent water and dust from entering the vehicle; a fixing surface formed on the door to provide ease of assembly of said sealing profile to the vehicle door; a trim placed on the sealing profile to form aesthetic appearance and a durable structure; a trim base forming the main body of said trim and covering the sealing profile, characterized in comprising • an oval connector which is formed as a leg in the middle of said trim base, in an oval structure perpendicular to the trim base to ensure that the trim is fully fitted in the sealing profile, • an oval connection slot on the sealing profile where the oval connector will be placed in accordance with the oval structure of the oval connector, a bolt slot on the sealing profile to secure the mounting of the trim, a hook bolt on the trim which is placed in the bolt slot so that the sealing profile and the trim are assembled, the hook bolt and the curvature of the oval connector being oriented in the same direction for ease of assembly. • an oval connector which is formed as a leg in the middle of said trim base, in an oval structure perpendicular to the trim base to ensure that the trim is fully fitted in the sealing profile, • an oval connection slot on the sealing profile where the oval connector will be placed in accordance with the oval structure of the oval connector, a bolt slot on the sealing profile to secure the mounting of the trim, a hook bolt on the trim which is placed in the bolt slot so that the sealing profile and the trim are assembled, the hook bolt and the curvature of the oval connector being oriented in the same direction for ease of assembly.
A smoking article comprising: a tobacco rod comprising a charge of tobacco material circumscribed by a wrapper; a filter arranged downstream of the tobacco rod; a hollow tube defining an inner cavity and attaching the filter to the tobacco rod; wherein an affixing portion of the tobacco rod is received within the inner cavity and secured to the hollow tube by means of a thermally deactivatable adhesive provided on an outer surface of the wrapper or on an inner surface of the hollow tube or on both such that, upon deactivation of the adhesive, at least a portion of the tobacco rod becomes slidable within the hollow tube in relation to the filter, wherein the length of the affixing portion of the tobacco rod is at least about 1 millimetre. a tobacco rod comprising a charge of tobacco material circumscribed by a wrapper; a filter arranged downstream of the tobacco rod; a hollow tube defining an inner cavity and attaching the filter to the tobacco rod; wherein an affixing portion of the tobacco rod is received within the inner cavity and secured to the hollow tube by means of a thermally deactivatable adhesive provided on an outer surface of the wrapper or on an inner surface of the hollow tube or on both such that, upon deactivation of the adhesive, at least a portion of the tobacco rod becomes slidable within the hollow tube in relation to the filter, wherein the length of the affixing portion of the tobacco rod is at least about 1 millimetre.