mhurhangee/ep-ind-claims huggingface dataset:
A bicycle multi-gear cassette mountable to a wheel hub, the cassette comprising: a truncated conical shell having a first opening proximate a small shell base configured for receiving the wheel hub and a second opening proximate a large shell base, the openings (22, 26) coaxial with an axis of the shell; a plurality of toothed sprockets having different numbers of teeth disposed on the shell and extending radially of the central axis; a first load transmitting profile configured on the shell proximate the small shell base, wherein the first load transmitting profile having load transmitting surfaces configured for transmitting load to the wheel hub; and characterized in that the cassette further comprising: a second load transmitting profile configured on the shell proximate the large shell base, wherein the shell, sprockets, and the load transmitting profiles embody a single piece, a cap member extending radially of the central axis coupled to the second load transmitting profile proximate the large shell base, wherein the second load transmitting profile having load transmitting surfaces configured for transmitting load to said cap member, wherein the cap member including a third opening coaxial with the shell axis configured for receiving the wheel hub, a third load transmitting profile configured at the third opening, wherein the third load transmitting profile having load transmitting surfaces for transmitting load to the wheel hub. a truncated conical shell having a first opening proximate a small shell base configured for receiving the wheel hub and a second opening proximate a large shell base, the openings (22, 26) coaxial with an axis of the shell; a plurality of toothed sprockets having different numbers of teeth disposed on the shell and extending radially of the central axis; a first load transmitting profile configured on the shell proximate the small shell base, wherein the first load transmitting profile having load transmitting surfaces configured for transmitting load to the wheel hub; and characterized in that the cassette further comprising: a second load transmitting profile configured on the shell proximate the large shell base, wherein the shell, sprockets, and the load transmitting profiles embody a single piece, a cap member extending radially of the central axis coupled to the second load transmitting profile proximate the large shell base, wherein the second load transmitting profile having load transmitting surfaces configured for transmitting load to said cap member, wherein the cap member including a third opening coaxial with the shell axis configured for receiving the wheel hub, a third load transmitting profile configured at the third opening, wherein the third load transmitting profile having load transmitting surfaces for transmitting load to the wheel hub.
A foaming composition comprising: (a) at least one ethylene-vinyl acetate copolymer; (b) at least one foaming agent; (c) at least one peroxide compound; (d) at least one polyamine; (e) at least one crosslinking enhancer; (f) at least one primary antioxidant, the primary antioxidant being a phenolic antioxidant; and (g) at least one secondary antioxidant, the auxiliary antioxidant being selected from phosphorus-containing antioxidants, sulfur-containing antioxidants, and any combination thereof; wherein the content of the crosslinking enhancer is from 0.1 to 3% by weight based on the total weight of the composition. (a) at least one ethylene-vinyl acetate copolymer; (b) at least one foaming agent; (c) at least one peroxide compound; (d) at least one polyamine; (e) at least one crosslinking enhancer; (f) at least one primary antioxidant, the primary antioxidant being a phenolic antioxidant; and (g) at least one secondary antioxidant, the auxiliary antioxidant being selected from phosphorus-containing antioxidants, sulfur-containing antioxidants, and any combination thereof;
A gas stove, comprising a gas valve, which has an actuation stem for actuating the gas valve, an actuation knob for actuating the actuation stem, and a connection element, which couples the actuation knob to the actuation stem, wherein the actuation knob is connected to the connection element in a form-locking manner, so that the actuation knob is removable from the gas stove for maintenance purposes, wherein the gas stove further comprises a top sheet, wherein the top sheet comprises a front side, which is assigned to the actuation knob, and a back side, which is assigned to the gas valve, wherein the top sheet has a breakthrough, through which the connection element is at least partly guided, and wherein the connection element comprises a cone-shaped basic section that is at least partly received in the breakthrough.
A display system for a working machine, comprising: a monitor (6, 6a) including a basic information display region for displaying images (31, 32) relating to basic information on the working machine, and a warning icon display region for displaying a warning icon; and a display controller having a basic information display function for displaying the images relating to the basic information, and a first warning display function for displaying the warning icon; characterised in that the display controller further comprises: a simplified basic-information display function using a predetermined signal to newly display, instead of the images relating to the basic information, simplified basic-information images (35, 36) smaller than the basic-information images; and a second warning display function for displaying warning information inclusive of display details of the warning icon, in an area within the basic information display region, the area within the basic information display region corresponding to an area other than an area in which the simplified basic-information images are displayed. a monitor (6, 6a) including a basic information display region for displaying images (31, 32) relating to basic information on the working machine, and a warning icon display region for displaying a warning icon; and a display controller having a basic information display function for displaying the images relating to the basic information, and a first warning display function for displaying the warning icon; characterised in that the display controller further comprises: a simplified basic-information display function using a predetermined signal to newly display, instead of the images relating to the basic information, simplified basic-information images (35, 36) smaller than the basic-information images; and a second warning display function for displaying warning information inclusive of display details of the warning icon, in an area within the basic information display region, the area within the basic information display region corresponding to an area other than an area in which the simplified basic-information images are displayed. a simplified basic-information display function using a predetermined signal to newly display, instead of the images relating to the basic information, simplified basic-information images (35, 36) smaller than the basic-information images; and a second warning display function for displaying warning information inclusive of display details of the warning icon, in an area within the basic information display region, the area within the basic information display region corresponding to an area other than an area in which the simplified basic-information images are displayed.
Method for classifying a traffic sign in an environment region of a motor vehicle as a traffic sign sticker located on an industrial or commercial vehicle or as a stationary traffic sign, wherein in the method at least one first image (11, 12) of the environment region, captured by a camera of the motor vehicle, is received and the traffic sign is recognized in the at least one first image (11, 12), wherein a geometric dimension (D1', D2') of the traffic sign in the first image (11, 12) is determined on the basis of said first image (11, 12), a first reference dimension (Dmin, Dmax), which is characteristic of a stationary traffic sign, is specified for the captured traffic sign, a first position (Pmin, Pmax) of the traffic sign in the environment region is estimated based on the geometric dimension (D1', D2') of the traffic sign in the first image (11, 12) and on the basis of the first reference dimension (Dmin, Dmax), and the traffic sign is classified as the traffic sign sticker or as the stationary traffic sign based on the estimated first position (Pmin, Pmax), wherein a movement progression of the traffic sign in the images (11, 12) in image coordinates (a, b) is determined on the basis of the first image (11, 12) and at least one second image, which has been captured by the camera, characterized in that a first movement progression characterizing a stationary traffic sign in the image coordinates (a, b) is determined proceeding from the first estimated position (Pmin, Pmax) in the environment region, and the captured traffic sign is classified as the stationary traffic sign or as the traffic sign sticker on the basis of a comparison of the movement progression of the captured traffic sign with the first characterizing movement progression, and in that, when comparing the movement progression of the captured traffic sign with the characterizing movement progression, only image coordinates (a, b) along a horizontal direction are compared.
A light emitting module, comprising: a board; at least one light source unit located on the board; an optical member located on the at least one light source unit; and a reflection unit located between the board and the optical member inclined with respect to a first surface passing through the at least one light source unit, the first surface being in an x-axis direction and an z-axis direction of a coordinate system (x, y, z), wherein the reflection unit comprises a pattern (132-1 to 132-4) located closer to the optical member than to the board, wherein the quantity of light reflected from position at which the pattern is located is reduced, wherein the pattern (132-1 to 132-4) comprises a plurality of blind holes (132-2A, 132-2B) or through holes arranged in a dotted-line shape and characterized in that a distance (d) between the blind holes (132-2A, 132-2B) or the through holes arranged in the dotted-line shape is less than a length of each of the blind holes (132-2A, 132-2B) or the through holes. a board; at least one light source unit located on the board; an optical member located on the at least one light source unit; and a reflection unit located between the board and the optical member inclined with respect to a first surface passing through the at least one light source unit, the first surface being in an x-axis direction and an z-axis direction of a coordinate system (x, y, z), wherein the reflection unit comprises a pattern (132-1 to 132-4) located closer to the optical member than to the board, wherein the quantity of light reflected from position at which the pattern is located is reduced, wherein the pattern (132-1 to 132-4) comprises a plurality of blind holes (132-2A, 132-2B) or through holes arranged in a dotted-line shape and characterized in that a distance (d) between the blind holes (132-2A, 132-2B) or the through holes arranged in the dotted-line shape is less than a length of each of the blind holes (132-2A, 132-2B) or the through holes.
Device for acoustic display of the positions of at least two different objects in a reproduction space, at least three loudspeakers being arranged at spatially different positions in the reproduction space so that different spatial positions may be represented acoustically by driving the loudspeakers differently, the device for acoustic display comprising: signal associating means configured to associate an acoustic signal with each of the objects in dependence on the distance of the respective object and on the danger potential associated therewith, wherein the signal associating means additionally comprises an input which may be coupled to a sensor for determining the positions of the objects, and the sensor is configured to transmit the position of the objects to the signal associating means; and loudspeaker driving means configured to establish one or several loudspeaker signals for the at least three loudspeakers, wherein the one or several loudspeaker signals by which the positions of the objects are displayed are based on the acoustic signals associated with the objects by the signal associating means, and wherein the one or several loudspeaker signals may be established such that upon reproduction of the one or several loudspeaker signals, the positions of the objects in the reproduction space are displayed acoustically, the device for acoustic display further comprising a signal database connected to the signal associating means, the signal database being configured to provide different acoustic signals for the objects, the associated acoustic signals depending on whether the respective object is movable or static. signal associating means configured to associate an acoustic signal with each of the objects in dependence on the distance of the respective object and on the danger potential associated therewith, wherein the signal associating means additionally comprises an input which may be coupled to a sensor for determining the positions of the objects, and the sensor is configured to transmit the position of the objects to the signal associating means; and loudspeaker driving means configured to establish one or several loudspeaker signals for the at least three loudspeakers, wherein the one or several loudspeaker signals by which the positions of the objects are displayed are based on the acoustic signals associated with the objects by the signal associating means, and wherein the one or several loudspeaker signals may be established such that upon reproduction of the one or several loudspeaker signals, the positions of the objects in the reproduction space are displayed acoustically, the device for acoustic display further comprising a signal database connected to the signal associating means, the signal database being configured to provide different acoustic signals for the objects, the associated acoustic signals depending on whether the respective object is movable or static.
Liquid composition for an electronic cigarette comprising a polyol, as well as at least one compound selected from: nicotine, a nicotine substitute and an aroma, characterized in that the polyol comprises 4 to 8 carbon atoms and 2 hydroxyl functions, and in that said composition does not comprise water.
A method for estimating noise in an audio signal, the method comprising: determining an energy value for the audio signal; converting the energy value into the log2-domain; and estimating a noise level for the audio signal based on the converted energy value directly in the log2-domain, wherein the energy value is converted into the log2-domain as follows: E n _ log = ⌊ log 2 1 + E n _ lin ⋅ 2 N ⌋ 2 N └ x ┘ floor (x), indicating the largest integer less than or equal to x, E n_log energy value of band n in the log2-domain, E n_lin energy value of band n in the linear domain, N quantization resolution; wherein the noise estimates are transmitted as parameters in the form of Silence Insertion Descriptor, SID, frames to update the amplitude of random sequences generated in each frequency band at a decoder side during inactive phases. determining an energy value for the audio signal; converting the energy value into the log2-domain; and estimating a noise level for the audio signal based on the converted energy value directly in the log2-domain, wherein the energy value is converted into the log2-domain as follows: E n _ log = ⌊ log 2 1 + E n _ lin ⋅ 2 N ⌋ 2 N └ x ┘ floor (x), indicating the largest integer less than or equal to x, E n_log energy value of band n in the log2-domain, E n_lin energy value of band n in the linear domain, N quantization resolution; wherein the noise estimates are transmitted as parameters in the form of Silence Insertion Descriptor, SID, frames to update the amplitude of random sequences generated in each frequency band at a decoder side during inactive phases. └ x ┘ floor (x), indicating the largest integer less than or equal to x, E n_log energy value of band n in the log2-domain, E n_lin energy value of band n in the linear domain, N quantization resolution;
A Digital Locking system, comprising a mobile station (200, 500, 800), a mobile station app (300, 600, 900), a cloud server (216, 810), and a self-powered lock (224, 524) configured to open and lock a door, characterized in that, - the mobile station app (300, 600, 900) is installed in the mobile station (200, 500, 800) and is configured to be updated and maintained by software updates from the cloud server (216, 810), - the mobile station (200, 500, 800) is configured to provide the operating power to the lock (224, 524) without a power cord, - the mobile station app (300, 600, 900) is configured to communicate with the lock (224, 524) via a Near Field Communication connection, and - the mobile station app (300, 600, 900) is configured authenticate the user of the mobile station (200, 500, 800) when the screen lock is unlocked and to remember the authentication of the user to the mobile station (200, 500, 800) for a predefined time period that is longer than the time it takes for the mobile station screen lock to activate, - during the pre-defined time period the mobile station app (300, 600, 900) is configured to submit a digital key of the user via the NFC connection to the lock, thereby opening the lock, and - the mobile station app (300, 600, 900) is configured to determine the location of the mobile station (200, 500, 800), and store the screen lock authentication at the stored location, and inside a pre-defined distance of the stored location permit multiple lock (224, 524) openings and closures from the same or multiple different locks without requesting the screen lock authentication. - the mobile station app (300, 600, 900) is installed in the mobile station (200, 500, 800) and is configured to be updated and maintained by software updates from the cloud server (216, 810), - the mobile station (200, 500, 800) is configured to provide the operating power to the lock (224, 524) without a power cord, - the mobile station app (300, 600, 900) is configured to communicate with the lock (224, 524) via a Near Field Communication connection, and - the mobile station app (300, 600, 900) is configured authenticate the user of the mobile station (200, 500, 800) when the screen lock is unlocked and to remember the authentication of the user to the mobile station (200, 500, 800) for a predefined time period that is longer than the time it takes for the mobile station screen lock to activate, - during the pre-defined time period the mobile station app (300, 600, 900) is configured to submit a digital key of the user via the NFC connection to the lock, thereby opening the lock, and - the mobile station app (300, 600, 900) is configured to determine the location of the mobile station (200, 500, 800), and store the screen lock authentication at the stored location, and inside a pre-defined distance of the stored location permit multiple lock (224, 524) openings and closures from the same or multiple different locks without requesting the screen lock authentication.
A gas turbine nozzle assembly (46a, 46b) having a flame tube and radial blades connected at radially inner ends to an inner annular platform and at radially outer ends to an outer annular platform, wherein the outer annular platform is connected to a bent annular part formed integrally with the annular platform to which it is connected, characterized in that the said bent annular part comprises a curved annular part connected to a radially inner annular wall and to a downstream annular wall (64a, 64b), the outer annular platform being connected to a bent annular part, the said bent annular part faces downstream, the upstream end of the inner annular wall being connected to the outer annular platform and the upstream annular end of the outer annular wall being connected to the downstream end of an annular shroud of the flame tube.
Rotary rod locks designed to interact with one another, in particular for hinged doors (2, 3) of motor vehicle bodies, each comprising a rotary rod and a locking lever, the locking lever having a handle part, or being hinged to a handle part, and a main body, the locking lever having a pawl that is spring biased into a locking position, mutual latching of the locking levers being allowed after the two rotary rod locks have been rotated into their open position, the locking lever also having a free end on the other side from the pawl, as seen from the rotary rod, characterised in that one locking lever forms a latching receptacle by means of the pawl and a latching opening secured to the locking lever, and in that the other locking lever has, at its free end, two latching formations (32, 33) matching said receptacle.
A chocolate composition comprising sucrose in an amount of up to 30% by weight and a combination of dietary fibres and wherein the fibre combination consists of - a dextrin, - an inulin, and - an oligofructose, and wherein the composition is free of artificial sweetener. - a dextrin, - an inulin, and - an oligofructose,
A system for identification of an increased risk of a severe neurological event, comprising: an electroencephalogram, EEG, monitoring unit configured to collect EEG data from the patient during at least a postictal phase of one or more seizures; and a processing unit configured to receive the EEG data from the EEG monitoring unit, the processing unit configured to detect postictal EEG suppression from the EEG data, wherein the detected postictal EEG suppression is progressive postictal EEG suppression comprised of multiple suppression periods interleaved with non-suppression periods during the postictal phase of one or more seizures with increasing duration with time of the multiple suppression periods during the postictal phase of one ore more seizures, wherein the processing unit is further configured to detect the postictal EEG suppression when the EEG data crosses an EEG threshold by falling below said EEG threshold for at least a predetermined time period, the processing unit being further configured to identify the increased risk of the severe neurological event based on the detected postictal EEG suppression and, in response to detecting the postictal EEG suppression, to activate an alarm. an electroencephalogram, EEG, monitoring unit configured to collect EEG data from the patient during at least a postictal phase of one or more seizures; and a processing unit configured to receive the EEG data from the EEG monitoring unit, the processing unit configured to detect postictal EEG suppression from the EEG data, wherein the detected postictal EEG suppression is progressive postictal EEG suppression comprised of multiple suppression periods interleaved with non-suppression periods during the postictal phase of one or more seizures with increasing duration with time of the multiple suppression periods during the postictal phase of one ore more seizures, wherein the processing unit is further configured to detect the postictal EEG suppression when the EEG data crosses an EEG threshold by falling below said EEG threshold for at least a predetermined time period, the processing unit being further configured to identify the increased risk of the severe neurological event based on the detected postictal EEG suppression and, in response to detecting the postictal EEG suppression, to activate an alarm.