mhurhangee/ep-ind-claims huggingface dataset:
A fastening system for fastening an auxiliary wheel to a main wheel of a vehicle, in particular an agricultural vehicle, wherein: - said main wheel comprises a rim on which a tire can be mounted, and a disc which is supported by said rim, through said disc said main wheel can be detachably fixed to a hub of said vehicle; and - said auxiliary wheel comprises a further rim on which a further tire can be mounted; said fastening system comprising: - an annular spacer interposed between said rim and said further rim; and - a plurality of tensioning devices acting between said auxiliary wheel and said main wheel for holding said auxiliary wheel pressed against said main wheel; characterised in that a fastening element is provided comprising a first fastening portion, which can be detachably fixed to said hub, and a second fastening portion, which is axially spaced from said first fastening portion, wherein each of said tensioning devices comprises a first end element which can be detachably fastened to said second fastening portion and a second end element which can be detachably fastened to said annular spacer. - said main wheel comprises a rim on which a tire can be mounted, and a disc which is supported by said rim, through said disc said main wheel can be detachably fixed to a hub of said vehicle; and - said auxiliary wheel comprises a further rim on which a further tire can be mounted; - an annular spacer interposed between said rim and said further rim; and - a plurality of tensioning devices acting between said auxiliary wheel and said main wheel for holding said auxiliary wheel pressed against said main wheel;
Use of a copper-zinc alloy for a valve guide, wherein the alloy comprises 59 to 73% by weight copper, 2.7 to 8.3% by weight manganese, 1.5 to 6% by weight aluminum, 0.2 to 4% by weight silicon, 0.2 to 3% by weight iron, 0 to 2% by weight lead, 0 to 2% by weight nickel, 0 to 0.2% by weight tin, optionally in addition at least one of the elements vanadium in an amount up to 0.1% by weight, chromium, titanium or zirconium in an amount up to 0.05% by weight, ≤ 0.0005% by weight boron, ≤ 0.03% by weight antimony, ≤ 0.03% by weight phosphorus, ≤ 0.03% by weight cadmium or ≤ 0.05% by weight cobalt, remainder zinc and inevitable impurities.
Scara robot comprising a robot console, a first robot arm mounted on the robot console that is pivotable about a first pivot axis, and a second robot arm, with at least a work unit, that is pivotable about a second pivot axis essentially parallel to the first pivot axis, wherein the robot further comprises at least one first pivot motor for pivoting an arm unit (14, 16) of a first and second robot arm with respect to the robot console, at least a second pivot motor for pivoting the second robot arm with respect to the first robot arm and at least one pivot motor (42, 44) to operate the work unit, wherein the motors (40, 42, 44, 90) are controllable via power electronics (54, 58, 62, 64, 90, 86, 94) which comprise converter circuits (58, 62, 64, 86, 90) as electrical circuits to supply current to the motors (40,42,44,90), as well as at least one control circuit (54, 94) for operation of the converter circuits (58, 62, 64, 86, 90) and thus for control of the motors (58, 62, 64, 86, 90), wherein at least one circuit of the converter circuit (58, 62, 64, 86, 90) and control circuits (54, 94) is arranged in at least one of the robot arms at a wall section (68, 70, 72) of a housing of the robot arm specifically assigned to it, characterized in that relative to a pivot axis of the robot arm, the robot arm comprises a housing section close to the pivot axis and a housing section remote from the pivot axis, while the housing wall section (68, 70, 72) with the at least one housing section (58, 62, 66) arranged on it, is located in the housing section close to the pivot axis.
A method performed by a server computing device for providing media content to a media playback device (106, 112), the method comprising: receiving, from the media playback device, a request for one or more audio tracks stored in an audio content storage environment comprising a 3D audio repository including 3D audio tracks and a non-3D audio repository including non-3D audio tracks, and information about the media playback device, the information comprising information about a determination made by the media playback device that headphones are physically or wirelessly connected to it; determining whether the media playback device is suitable for playing 3D audio, comprising determining, based on the information associated with the request, that the media playback device is connected to headphones and therefore a media playback system associated with the media playback device is suitable for playing 3D audio, or determining, based on the request, that the media playback device is not connected to headphones and therefore not suitable for playing 3D audio content; sending, to the media playback device, three-dimensional audio tracks from the 3D audio repository when the media playback device is determined to be suitable for playing 3D audio; and sending, to the media playback device, non-three-dimensional audio tracks from the non-3D audio repository when the media playback device is determined not to be suitable for playing 3D audio. receiving, from the media playback device, a request for one or more audio tracks stored in an audio content storage environment comprising a 3D audio repository including 3D audio tracks and a non-3D audio repository including non-3D audio tracks, and information about the media playback device, the information comprising information about a determination made by the media playback device that headphones are physically or wirelessly connected to it; determining whether the media playback device is suitable for playing 3D audio, comprising determining, based on the information associated with the request, that the media playback device is connected to headphones and therefore a media playback system associated with the media playback device is suitable for playing 3D audio, or determining, based on the request, that the media playback device is not connected to headphones and therefore not suitable for playing 3D audio content; sending, to the media playback device, three-dimensional audio tracks from the 3D audio repository when the media playback device is determined to be suitable for playing 3D audio; and sending, to the media playback device, non-three-dimensional audio tracks from the non-3D audio repository when the media playback device is determined not to be suitable for playing 3D audio.
An apparatus for enabling the replacement of culture medium for live cells: - a cell culture vessel; - a fresh culture medium storage vessel; - a used culture medium collection vessel; - a supply conduit (9, 10) adapted to provide fluid communication between the fresh culture medium storage vessel and the cell culture vessel; - a drainage conduit adapted to provide fluid communication between the cell culture vessel and the used culture medium collection vessel, an inlet of the drainage conduit being disposed within the cell culture vessel such that in use it is it located in the culture medium; and - a pump adapted to pump fresh culture medium from the fresh culture medium storage vessel to the cell culture vessel and to pump used culture medium from the cell culture vessel to the used culture medium collection vessel, wherein: the cell culture vessel is not sealed to ambient, and the apparatus includes a pressure equalization conduit adapted to provide pressure equalization between the used culture medium collection vessel and the fresh culture medium storage vessel and in which the fresh culture medium storage vessel and used culture medium collection vessel are sealed to ambient - a cell culture vessel; - a fresh culture medium storage vessel; - a used culture medium collection vessel; - a supply conduit (9, 10) adapted to provide fluid communication between the fresh culture medium storage vessel and the cell culture vessel; - a drainage conduit adapted to provide fluid communication between the cell culture vessel and the used culture medium collection vessel, an inlet of the drainage conduit being disposed within the cell culture vessel such that in use it is it located in the culture medium; and - a pump adapted to pump fresh culture medium from the fresh culture medium storage vessel to the cell culture vessel and to pump used culture medium from the cell culture vessel to the used culture medium collection vessel,
An electronic circuit breaker, comprising: main electrical contacts configurable between an opened and closed condition; a handle coupled to at least one of the main electrical contacts, the handle moveable between at least an ON configuration and an OFF configuration; secondary electrical contacts configured to engage each other in the ON configuration; a moveable stop operable to maintain separation of the main electrical contacts initially when moved toward the ON configuration, and operable to allow closing of the main electrical contacts upon successful completion of a self-test; and a power supply powering an electronic circuit responsive to contact between the secondary electrical contacts; characterized in that the electronic circuit breaker further comprises: a tripping mechanism to cause separation of the main electrical contacts under a circuit fault condition; wherein the electronic circuit is configured to perform the self-test and, if the self-test is passed, to monitor for the circuit fault condition. main electrical contacts configurable between an opened and closed condition; a handle coupled to at least one of the main electrical contacts, the handle moveable between at least an ON configuration and an OFF configuration; secondary electrical contacts configured to engage each other in the ON configuration; a moveable stop operable to maintain separation of the main electrical contacts initially when moved toward the ON configuration, and operable to allow closing of the main electrical contacts upon successful completion of a self-test; and a power supply powering an electronic circuit responsive to contact between the secondary electrical contacts; characterized in that the electronic circuit breaker further comprises: a tripping mechanism to cause separation of the main electrical contacts under a circuit fault condition; wherein the electronic circuit is configured to perform the self-test and, if the self-test is passed, to monitor for the circuit fault condition. a tripping mechanism to cause separation of the main electrical contacts under a circuit fault condition; wherein the electronic circuit is configured to perform the self-test and, if the self-test is passed, to monitor for the circuit fault condition.
Fitting that can be attached to a door or the like, which supports a clutch having an active clutch member and a passive clutch member co-operating therewith, wherein a restraining element of the active clutch member can be displaced between a clutch position and a release position by an electrically actuable drive element, wherein, in the coupling position, the restraining element engages from radially inside into a restraining recess of the passive clutch member and, in the release position, lies radially inside the restraining recess, wherein the clutch members (28, 39) form bearing collars (40, 48) with which the clutch members (28, 39) are mounted in bearing bores (13, 21), wherein the passive clutch member has a coupling cavity with a flat bottom surrounded by a cylindrical inner surface of a cavity wall, in which the active clutch member is mounted, wherein the active clutch member forms a housing with a housing cavity in which the drive element and the restraining element are arranged, wherein the drive element is an electric motor with a shaft, characterised in that a threaded element is seated on the shaft, which engages in threads formed by a helical compression spring in order to selectively apply force in two opposite directions of action to a bearing body acting on the tether element depending on the direction of rotation of the shaft.
An interlayer film for a laminated glass, having a large number of recesses on at least one surface, the recesses each having a groove shape with a continuous bottom and being regularly adjacent and parallel to each other, and a radius of rotation R of a bottom of the groove shape with a continuous bottom of 45 um or less as measured according to the method in the description, while an interval Sm as measured according to the method in the description between the recesses each having a groove shape with a continuous bottom is 400 μm or less, characterized by a laminated structure in which a first resin layer, a second resin layer, and a third resin layer having a different thickness than the first resin layer are stacked in said order in a thickness direction. a groove shape with a continuous bottom and being regularly adjacent and parallel to each other, and a radius of rotation R of a bottom of the groove shape with a continuous bottom of 45 um or less as measured according to the method in the description, while an interval Sm as measured according to the method in the description between the recesses each having a groove shape with a continuous bottom is 400 μm or less,
An apparatus to reduce noise that has harmonic components, the apparatus comprising: a contour tracer to: determine a first point representing a peak amplitude value in a spectrogram of an audio sample; generate a first contour of other points having amplitude, frequency and phase values within specified thresholds from the first peak amplitude value, the points of the first contour occurring in succession within a specified number of frames from the first peak amplitude value; and generate a second contour of points having amplitude, frequency, and phase values within thresholds of a second peak amplitude value in the spectrogram of the audio sample, the points of the second contour occurring in succession within a specified number of frames from the second peak amplitude value; a parameter calculator to calculate a parameter for each of the contours; a classifier to determine if the first contour or the second contour represent an outlier contour based on a statistical distance from an average of the calculated parameter, the outlier contour pertaining to noise in the audio signal; and a subtractor to, in response to determining the first contour or the second contour represent an outlier contour, remove the outlier contour from the audio sample by subtracting the portion of the audio sample determined to represent an outlier contour from the audio sample. determine a first point representing a peak amplitude value in a spectrogram of an audio sample; generate a first contour of other points having amplitude, frequency and phase values within specified thresholds from the first peak amplitude value, the points of the first contour occurring in succession within a specified number of frames from the first peak amplitude value; and generate a second contour of points having amplitude, frequency, and phase values within thresholds of a second peak amplitude value in the spectrogram of the audio sample, the points of the second contour occurring in succession within a specified number of frames from the second peak amplitude value; a parameter calculator to calculate a parameter for each of the contours; a classifier to determine if the first contour or the second contour represent an outlier contour based on a statistical distance from an average of the calculated parameter, the outlier contour pertaining to noise in the audio signal; and a subtractor to, in response to determining the first contour or the second contour represent an outlier contour, remove the outlier contour from the audio sample by subtracting the portion of the audio sample determined to represent an outlier contour from the audio sample.
A method of transmitting a scanned image via email using user information, the method comprising: receiving domain information of a user and performing user authentication using the received domain information; receiving a request for the scanning operation after successfully performing the user authentication; querying a lightweight directory access protocol (LDAP) server using the domain information used for the user authentication to acquire an email address of the user; forming the scanned image; and transmitting the scanned image via email using the email address of the user acquired by querying the LDAP server as a sender address, wherein the domain information of the user is domain information of an organization to which the user belongs. receiving domain information of a user and performing user authentication using the received domain information; receiving a request for the scanning operation after successfully performing the user authentication; querying a lightweight directory access protocol (LDAP) server using the domain information used for the user authentication to acquire an email address of the user; forming the scanned image; and transmitting the scanned image via email using the email address of the user acquired by querying the LDAP server as a sender address, wherein the domain information of the user is domain information of an organization to which the user belongs.
Method for testing and continuous tempering of a liquid, fat-containing, crystallizable confectionery mass, wherein a sample of the mass is extracted from the liquid mass before being tempered, further being cooled, crystallized and solidified, simultaneously providing a temper curve (9, 10, 12, 33), characterized in that at least part of the size of the area above (9a, 10a, 11a, 12a, 12a+, 37) or below (9b, 20) the temper curve (9, 10, 11, 12, 33) is calculated, and in that the actual size of the area calculated is applied as representing the actual energy amount required to cool, crystallize and solidify the particular mass sample, that the actual size of the area calculated is applied in further production of mass articles as representing the actual energy amount required to cool, crystallize and solidify the particular mass, and in that during continuous tempering and solidification of the mass in a production line, samples are provided continuously from the tempered mass as the actual size of the area above or below the temper curve is continuously calculated by a computer and the tempering process is regulated so that the size of the area is maintained at a desired, constant level.
A case sealer comprising: a base assembly; a top-head assembly supported by the base assembly; a top-head-assembly actuator supported by the base assembly and operably connected to the top-head assembly to move the top-head assembly relative to the base assembly; and a controller operably connected to the top-head assembly actuator and configured to: responsive to a first sensor detecting a case to-be-sealed, control the top-head-assembly actuator to begin raising the top-head assembly; afterwards, control the top-head-assembly actuator to slow the ascent of the top-head assembly while the first sensor still detects the case; and responsive to the first sensor no longer detecting the case, control the top-head-assembly actuator to enable the top-head assembly to stop ascending. a base assembly; a top-head assembly supported by the base assembly; a top-head-assembly actuator supported by the base assembly and operably connected to the top-head assembly to move the top-head assembly relative to the base assembly; and a controller operably connected to the top-head assembly actuator and configured to: responsive to a first sensor detecting a case to-be-sealed, control the top-head-assembly actuator to begin raising the top-head assembly; afterwards, control the top-head-assembly actuator to slow the ascent of the top-head assembly while the first sensor still detects the case; and responsive to the first sensor no longer detecting the case, control the top-head-assembly actuator to enable the top-head assembly to stop ascending. responsive to a first sensor detecting a case to-be-sealed, control the top-head-assembly actuator to begin raising the top-head assembly; afterwards, control the top-head-assembly actuator to slow the ascent of the top-head assembly while the first sensor still detects the case; and responsive to the first sensor no longer detecting the case, control the top-head-assembly actuator to enable the top-head assembly to stop ascending.
A vehicle having a far side airbag apparatus and at least two backrests (11, 31), the far side airbag apparatus comprising: a far side airbag installed at a side of a frame of a backrest directed toward an inner center portion of the vehicle such that the far side airbag is expanded and deployed between the at least two backrests (11, 31) arranged in a width direction of the vehicle, and including an inner part directed toward a passenger seated on a side opposite to a collision side of the vehicle upon expansion and an outer part directed toward the inner center portion of the vehicle upon expansion, wherein, upon a vehicle collision, the inner part supports the passenger seated on the side to the collision side of the vehicle toward an outer portion of the vehicle to prevent the passenger from moving toward the inner center portion and a front portion of the vehicle, and wherein the inner part of the far side airbag includes a front protrusion part protruding outward from a front portion of the far side airbag, wherein the inner part of the far side airbag is inclined toward the front portion and the outer portion of the vehicle. a far side airbag installed at a side of a frame of a backrest directed toward an inner center portion of the vehicle such that the far side airbag is expanded and deployed between the at least two backrests (11, 31) arranged in a width direction of the vehicle, and including an inner part directed toward a passenger seated on a side opposite to a collision side of the vehicle upon expansion and an outer part directed toward the inner center portion of the vehicle upon expansion, wherein, upon a vehicle collision, the inner part supports the passenger seated on the side to the collision side of the vehicle toward an outer portion of the vehicle to prevent the passenger from moving toward the inner center portion and a front portion of the vehicle, and wherein the inner part of the far side airbag includes a front protrusion part protruding outward from a front portion of the far side airbag, wherein the inner part of the far side airbag is inclined toward the front portion and the outer portion of the vehicle.
Pig for inspecting and/or cleaning pipelines which transport in particular oil, gas or water, wherein the pig comprises at least one flexible plastics element which is held on a pig element that is preferably formed as a pig body, wherein the plastics element has, when viewed from the pig element, at least one electromechanical transducer which extends in the longitudinal direction of the plastics element for identifying and/or carrying out a change in the shape of the plastics element, wherein the transducer has a dielectric enclosed by electrodes, wherein the plastics element is predominantly formed of polyurethane, and the dielectric comprises a polyurethane.