mhurhangee/ep-ind-claims huggingface dataset:
Telescopic sight comprising an outer lens barrel, and an inner lens barrel arranged inside it, wherein the inner lens barrel has an optical reversing system with at least two optical elements (30, 31) enclosed in mountings (23, 24), which are mounted so they can be moved in the direction of the longitudinal axis of the telescopic sights, wherein through the movement of the elements (30, 31) a change in the magnification can be effected, wherein the mountings (23, 24) are mounted enclosed pretensioned by an elastic means in a guide sleeve, wherein the mountings (23, 24) have lateral surfaces (33, 34) and in at least one lateral surface (33, 34) a recess is provided, and wherein the means can be introduced to the recess, characterised in that the elastic means is spherically formed and made of polytetrafluoroethylene, polyoxymethylene, polyether ether ketone or polyvinylidine fluoride.
A work machinery comprising: a work implement as a work front; a detection device (25a-25d) configured to detect an obstacle around the work machinery; and a controller configured to control an operation of at least the work implement, wherein: the controller has a driving assistance function being adapted to, when an obstacle detected by the detection device (25a-25d) is in a preset monitoring range (26a-26d), decelerate the work implement or alert an operator, or perform both, characterized in that the controller has a work assistance function being adapted to prevent the work implement from deviating from a preset work range, and the work assistance function is switchable between enabled and disabled, and when the work assistance function is switched to enabled, the controller is configured to, for an obstacle detected in the monitoring range (26a-26d) but outside of the work range, suppress the driving assistance function in comparison with when the work assistance function is switched to disabled. a work implement as a work front; a detection device (25a-25d) configured to detect an obstacle around the work machinery; and a controller configured to control an operation of at least the work implement, wherein: the controller has a driving assistance function being adapted to, when an obstacle detected by the detection device (25a-25d) is in a preset monitoring range (26a-26d), decelerate the work implement or alert an operator, or perform both, characterized in that the controller has a work assistance function being adapted to prevent the work implement from deviating from a preset work range, and the work assistance function is switchable between enabled and disabled, and when the work assistance function is switched to enabled, the controller is configured to, for an obstacle detected in the monitoring range (26a-26d) but outside of the work range, suppress the driving assistance function in comparison with when the work assistance function is switched to disabled. the controller has a driving assistance function being adapted to, when an obstacle detected by the detection device (25a-25d) is in a preset monitoring range (26a-26d), decelerate the work implement or alert an operator, or perform both, characterized in that the controller has a work assistance function being adapted to prevent the work implement from deviating from a preset work range, and the work assistance function is switchable between enabled and disabled, and when the work assistance function is switched to enabled, the controller is configured to, for an obstacle detected in the monitoring range (26a-26d) but outside of the work range, suppress the driving assistance function in comparison with when the work assistance function is switched to disabled.
A method for producing a quartz glass body, comprising the method steps of i.) providing a silica granulate comprising the following method steps: I. providing a silica powder; II. processing the silica powder to form a silica granulate comprising the following method steps: 11.1. providing a liquid; 11.2. mixing the silica powder with the liquid to obtain a slurry; II.3. spray-drying the slurry to form a silica granulate, wherein the spraying of the slurry is carried out via a nozzle, wherein the nozzle comprises a contact surface with the slurry during spraying, wherein the contact surface contains glass; ii.) forming a glass melt from the silica granulate; and iii.) forming a quartz glass body from at least part of the glass melt. i.) providing a silica granulate comprising the following method steps: I. providing a silica powder; II. processing the silica powder to form a silica granulate comprising the following method steps: 11.1. providing a liquid; 11.2. mixing the silica powder with the liquid to obtain a slurry; II.3. spray-drying the slurry to form a silica granulate, wherein the spraying of the slurry is carried out via a nozzle, wherein the nozzle comprises a contact surface with the slurry during spraying, wherein the contact surface contains glass; I. providing a silica powder; II. processing the silica powder to form a silica granulate comprising the following method steps: 11.1. providing a liquid; 11.2. mixing the silica powder with the liquid to obtain a slurry; II.3. spray-drying the slurry to form a silica granulate, wherein the spraying of the slurry is carried out via a nozzle, wherein the nozzle comprises a contact surface with the slurry during spraying, wherein the contact surface contains glass; 11.1. providing a liquid; 11.2. mixing the silica powder with the liquid to obtain a slurry; II.3. spray-drying the slurry to form a silica granulate, wherein the spraying of the slurry is carried out via a nozzle, wherein the nozzle comprises a contact surface with the slurry during spraying, wherein the contact surface contains glass; wherein the spraying of the slurry is carried out via a nozzle, wherein the nozzle comprises a contact surface with the slurry during spraying, wherein the contact surface contains glass; ii.) forming a glass melt from the silica granulate; and iii.) forming a quartz glass body from at least part of the glass melt.
A security feature having a luminescent component having at least one luminophore consisting of a doped host lattice, and a component camouflaging the luminescent component, characterized in that the camouflaging component has at least two substances, the first substance of the camouflaging component having a X-ray diffractogram which hides the X-ray diffractogram of the luminescent component, and the second substance of the camouflaging component having at least one cationic element of the luminescent component and at least one cationic element of the first substance of the camouflaging component, with the luminescent component and the first substance of the camouflaging component being formed by different cationic elements.
Method for operating a photoelectric sensor, wherein a pulsed light beam is sent by a sending unit, which is received by a receiving unit arranged at a distance from the sending unit and converted into a received signal, wherein measurement values (A1, A2) of the received signal are recorded by an evaluation device, and wherein the recording of the measurement values (A1, A2) is synchronised with the received signal, and wherein event times of positive flanks and/or negative flanks of pulses of the received signal are identified by a flank detector of the evaluation device, a subsequent event time is determined during a time interval around an expected subsequent event time by a controller of the evaluation device, to which the event times are sent after an event time, synchronisation is carried out by the controller if at least two successive event times have been determined, and measurement times (Z1, Z2) are determined for recording measurement values (A1, A2) from the event times by the controller.
Assembly of a ventilation device and a rebate of a window, the ventilation device comprising a ventilation housing that is provided with one or more profiles that are contiguous to an indoor environment, which delimit the ventilation housing in its longitudinal direction and one or more profiles that are contiguous to an outdoor environment, which delimit the ventilation housing in its longitudinal direction and comprising an air through-flow channel, the ventilation housing being provided for installation in said rebate, the rebate comprising a stop and/or a glazing bead, and the window being provided so as to screen off the abovementioned indoor environment from the abovementioned outdoor environment, characterized in that the abovementioned one or more profiles of the ventilation housing that are contiguous to the indoor environment run on in their longitudinal direction until behind the corresponding glazing bead or stop of the rebate.
A self-contained fibrous buffing article comprising at least one layer of a fibrous nonwoven fabric comprising lyocell fiber; the nonwoven fabric having a hardened adherent coating comprising a prebond coating and at least a second coating disposed on the prebond coating; wherein the prebond coating comprises a first crosslinked binder obtainable by curing a composition of the prebond coating comprising 30-85 wt.% binder precursor; wherein the at least a second coating comprises abrasive particles, a lubricant, and an optional second crosslinked binder; and wherein the lubricant is a lubricant blend comprising at least a fatty acid, mineral oil and glycerin.
Lawn mower provided with a flap disposed on a wall of a bag for collecting grass, said flap being configured to lift up under the action of air circulating inside the bag when the mower is in operation and the bag is not completely full, and also to lower down in air absence when the bag is completely full, the lawn mower comprises an apparatus for detecting and signaling the bag condition, said apparatus being provided with signaling means suitable to advise the operator about the bag condition, characterized in that said apparatus is provided with at least one proximity sensor configured to detect a change in flap position.
A delivery catheter (102, 1102) comprising: a tip (112, 1112) including a tapered portion (195, 1195) and a tip sleeve (114, 1114) extending proximally, the tip sleeve (114, 1114) including a lumen; a spindle (108, 1108) including a plurality of spindle pins; and a lock mechanism (118, 1118), wherein the lock mechanism (118, 1118) locks the tip sleeve (114, 1114) to the spindle (108, 1108) to prevent relative longitudinal movement between the spindle (108, 1108) and the tip sleeve (114, 1114), wherein the delivery catheter (102, 1102) includes a delivery configuration wherein the tip sleeve (114, 1114) covers the spindle pins of the spindles (108, 1108), and a release configuration wherein a proximal end of the tip sleeve (114, 1114) is distal of the spindle pins, wherein the lock mechanism (118, 1118) locks the delivery catheter (102, 1102) in the release configuration. a tip (112, 1112) including a tapered portion (195, 1195) and a tip sleeve (114, 1114) extending proximally, the tip sleeve (114, 1114) including a lumen; a spindle (108, 1108) including a plurality of spindle pins; and a lock mechanism (118, 1118), wherein the lock mechanism (118, 1118) locks the tip sleeve (114, 1114) to the spindle (108, 1108) to prevent relative longitudinal movement between the spindle (108, 1108) and the tip sleeve (114, 1114), wherein the delivery catheter (102, 1102) includes a delivery configuration wherein the tip sleeve (114, 1114) covers the spindle pins of the spindles (108, 1108), and a release configuration wherein a proximal end of the tip sleeve (114, 1114) is distal of the spindle pins, wherein the lock mechanism (118, 1118) locks the delivery catheter (102, 1102) in the release configuration.
A system for monitoring media exposure, the system comprising: a remote device configured to receive a sample audio signal, to extract at least one unique parameter of said sample audio signal and to form a first dataset including data related to a presence of said unique parameter; a central device configured to receive said first dataset from said remote device, and to obtain at least one second dataset related to a presence of at least one unique parameter extracted from a media audio signal received from at least one media source; wherein said central device is further configured to evaluate correspondence between said first dataset and said second dataset and to collect data related to exposure of said remote device to said at least one media audio signal in accordance with said correspondence, characterized in that the unique parameters are detected by generating a signal matrix of digital values each representing a value of a parameter of said sample audio signal for a certain frequency range at a certain timeslot; and by applying matrix multiplication between at least one segment of said signal matrix and a filter matrix, said filter matrix is configured to be applied on a segment of the signal matrix and to extract a parameter in said segment which is unique with respect the surrounding, said filter matrix including values configured such that a sum of products of said matrix multiplication provides a value above a predetermined threshold when said segment includes said unique parameter therein, said segment including values in close proximity to said unique parameter. a remote device configured to receive a sample audio signal, to extract at least one unique parameter of said sample audio signal and to form a first dataset including data related to a presence of said unique parameter; a central device configured to receive said first dataset from said remote device, and to obtain at least one second dataset related to a presence of at least one unique parameter extracted from a media audio signal received from at least one media source; wherein said central device is further configured to evaluate correspondence between said first dataset and said second dataset and to collect data related to exposure of said remote device to said at least one media audio signal in accordance with said correspondence, characterized in that the unique parameters are detected by generating a signal matrix of digital values each representing a value of a parameter of said sample audio signal for a certain frequency range at a certain timeslot; and by applying matrix multiplication between at least one segment of said signal matrix and a filter matrix, said filter matrix is configured to be applied on a segment of the signal matrix and to extract a parameter in said segment which is unique with respect the surrounding, said filter matrix including values configured such that a sum of products of said matrix multiplication provides a value above a predetermined threshold when said segment includes said unique parameter therein, said segment including values in close proximity to said unique parameter.
A device for filling a container with a liquid that is, in particular, intended for consumption, wherein a vertical pipe with an assigned valve can be inserted into the container, the container being open at the top while filling is in progress, and wherein the liquid can be supplied to the container through the lower opening of this pipe, characterized in that a flexible separating disk that is, in essence, extending in radial direction is arranged in the vicinity of the lower opening of the pipe, that the pipe with its flexible separating disk can be moved down to the lower bottom of the container in such a way that, on the one hand, the air present between the separating disk and the bottom of the container can sweep past between the circumferential edge of the separating disk and the inner lateral surface of the container during the downward movement and that, on the other hand, the flexible separating disk rests on the bottom of the container in the lower end position, that, starting from this lower position of the pipe with its flexible separating disk, said pipe can be moved up and that, at the same time, liquid can be supplied through the pipe into the enlarging space between the flexible separating disk and the bottom of the container, said enlarging space being created by opening the valve, and that, when the fill level to be attained is reached, the valve can be closed and the pipe with its flexible separating disk can be pulled out of the filled container.
A method comprising: operating a public-safety answering point, PSAP, device in a manual mode, in which calls are routed to human users for manual incident data entry; detecting, at the PSAP device, an overload condition, in which a number of the calls exceeds an ability of the human users to handle the calls; in response to detecting the overload condition, transitioning the PSAP device from the manual mode to an automated review mode, in which: the calls are routed to one or more bots for automated incident data entry; and incident indicators, parsed from the calls by the one or more bots, are rendered at a display screen for review by a human user; in response to detecting that a bot-generated particular incident indicator meets a low confidence condition, changing, via the PSAP device, a rendered characteristic of the bot-generated particular incident indicator at the display screen to indicate that the human user is to intervene; and in conjunction with changing the bot-generated particular incident indicator, providing, at the display screen one or more associated user-operable input mechanisms which, when actuated, causes information of an incident associated with the bot-generated particular incident indicator to be rendered at the display screen, or played from a speaker, for manual review by the human user. operating a public-safety answering point, PSAP, device in a manual mode, in which calls are routed to human users for manual incident data entry; detecting, at the PSAP device, an overload condition, in which a number of the calls exceeds an ability of the human users to handle the calls; in response to detecting the overload condition, transitioning the PSAP device from the manual mode to an automated review mode, in which: the calls are routed to one or more bots for automated incident data entry; and incident indicators, parsed from the calls by the one or more bots, are rendered at a display screen for review by a human user; in response to detecting that a bot-generated particular incident indicator meets a low confidence condition, changing, via the PSAP device, a rendered characteristic of the bot-generated particular incident indicator at the display screen to indicate that the human user is to intervene; and in conjunction with changing the bot-generated particular incident indicator, providing, at the display screen one or more associated user-operable input mechanisms which, when actuated, causes information of an incident associated with the bot-generated particular incident indicator to be rendered at the display screen, or played from a speaker, for manual review by the human user.
A differential pin to radio frequency, RF, adaptor comprising: a center conductor contact with a proximate end and a distal end, the proximate end including an RF connector and the distal end including a signal contact structured to interface with a signal pin of a differential pair; an insulating sleeve surrounding the center conductor contact; and a reference contact separated from the center conductor contact by the insulating sleeve and structured to interface with a reference pin of the differential pair; and charactrized in that the reference contact is structured to abut a device under test, DUT, to shield the signal pin and the signal contact from common mode interference received between the DUT and the RF connector. a center conductor contact with a proximate end and a distal end, the proximate end including an RF connector and the distal end including a signal contact structured to interface with a signal pin of a differential pair; an insulating sleeve surrounding the center conductor contact; and a reference contact separated from the center conductor contact by the insulating sleeve and structured to interface with a reference pin of the differential pair; and charactrized in that the reference contact is structured to abut a device under test, DUT, to shield the signal pin and the signal contact from common mode interference received between the DUT and the RF connector.
A vacuum pump comprising: a housing (2, 3) in which an inlet port and an outlet port are formed and which is formed by a casing and a base provided at a lower part of the casing; a stator portion (50, 60, 70) that is arranged inside the housing; a rotating shaft that is contained in the housing and supported in a rotatable manner; a rotating body (8, 9, 10) that is fixed to the rotating shaft, the stator portion and the rotating body providing a turbo-molecular pump portion (8, 9, 50, 70) and a threaded groove pump portion (10, 60) used downstream of the turbo-molecular pump portion, the threaded groove pump portion of the stator portion is a threaded groove spacer, and the threaded groove spacer comes in contact with the base; characterized in that the threaded groove spacer is made of a stainless steel with a coefficient of thermal conductivity lower than the coefficient of thermal conductivity of the base. a housing (2, 3) in which an inlet port and an outlet port are formed and which is formed by a casing and a base provided at a lower part of the casing; a stator portion (50, 60, 70) that is arranged inside the housing; a rotating shaft that is contained in the housing and supported in a rotatable manner; a rotating body (8, 9, 10) that is fixed to the rotating shaft, the stator portion and the rotating body providing a turbo-molecular pump portion (8, 9, 50, 70) and a threaded groove pump portion (10, 60) used downstream of the turbo-molecular pump portion, the threaded groove pump portion of the stator portion is a threaded groove spacer, and the threaded groove spacer comes in contact with the base; characterized in that the threaded groove spacer is made of a stainless steel with a coefficient of thermal conductivity lower than the coefficient of thermal conductivity of the base.
A composition comprising E-HFO-1336mzz and at least one additional compound selected from the group consisting of HFO-1243zf, HCC-40, HCFO-1223, CFC-113a, CFC-113, CFC-11, HFO-1429, HFC-449, HFC-365, HFO-1327, HFO-1132, HCFC-123a, chlorobutane, ethyl benzene, o-xylene, m-xylene, p-xylene, HCFO-1334, and HCFO-1333, wherein the total amount of said additional compound(s) ranges from 0.001 weight percent to 1 weight percent, based on the total weight of the composition, and wherein the at least one additional compound includes HFO-1429.
A device for recharging with energy a piece of storage equipment loaded on-board a vehicle comprising at least one power supply device external to the vehicle, at least one power collector fixed on the vehicle, the power collector comprising a central portion provided with at least one friction strip intended for powering the vehicle when the vehicle is moving, the central portion being laterally extended with at least one horn formed in one piece in a metal material and forming an upper surface, characterized in that at least one portion of the upper surface of the horn forms a contact area capable of directly coming into contact with a corresponding contact surface of the power supply device when the vehicle is at a standstill in a stop station in order to ensure energy transfer between the power collector and the power supply device via the contact area.