mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a controller comprising one or more computers, measurements data collected by a plurality of sensors (110, 115) configured to monitor vibrations associated with a rotating machine; determining, by the controller based at least in part upon the measurements data, that a respective amplitude change for at least two of the plurality of sensors (110, 115) exceeds a threshold condition at the same time; the method characterized by further comprising: determining, by the controller, that the threshold condition is exceeded for a predetermined period of time; and obtaining historical information associated with the vibration behavior of the rotating machine; determining, based at least in part upon a comparison of the historical information to the measurements data, that the determined amplitude changes of the at least two sensors (110, 115) have not historically occurred; and identifying, by the controller based at least in part upon determining that the threshold condition is exceeded for a predetermined period of time and upon determining that the determined amplitude changes have not historically occurred, an alarm event. receiving, by a controller comprising one or more computers, measurements data collected by a plurality of sensors (110, 115) configured to monitor vibrations associated with a rotating machine; determining, by the controller based at least in part upon the measurements data, that a respective amplitude change for at least two of the plurality of sensors (110, 115) exceeds a threshold condition at the same time; the method characterized by further comprising: determining, by the controller, that the threshold condition is exceeded for a predetermined period of time; and obtaining historical information associated with the vibration behavior of the rotating machine; determining, based at least in part upon a comparison of the historical information to the measurements data, that the determined amplitude changes of the at least two sensors (110, 115) have not historically occurred; and identifying, by the controller based at least in part upon determining that the threshold condition is exceeded for a predetermined period of time and upon determining that the determined amplitude changes have not historically occurred, an alarm event. determining, by the controller, that the threshold condition is exceeded for a predetermined period of time; and obtaining historical information associated with the vibration behavior of the rotating machine; determining, based at least in part upon a comparison of the historical information to the measurements data, that the determined amplitude changes of the at least two sensors (110, 115) have not historically occurred; and identifying, by the controller based at least in part upon determining that the threshold condition is exceeded for a predetermined period of time and upon determining that the determined amplitude changes have not historically occurred, an alarm event.
Hybrid module having a clutch with a clutch actuator and an electric machine, an internal combustion engine side and a transmission side, the hybrid module being configured as a pre-assembled push-in module for pushing into a transmission housing, and an actuator electronics module having already been pre-assembled on the hybrid module, characterized in that the actuator electronics module is pre-assembled on the hybrid module by means of a holding device, with the result that it is spaced apart radially from the hybrid module at a spacing which is dimensioned in such a way that, in the installed state, the hybrid module is arranged inside the transmission housing and the actuator electronics module is arranged outside the transmission housing.
A method for the simultaneous production of oxo-alcohols comprising: (a) providing a propylene stream and a syngas stream; (b) hydroformylating the propylene stream and syngas stream to produce a first aldehyde stream comprising n-butanal (NBAL) and isobutanal (IBAL); (c) aldolizing at least a portion of the NBAL to produce a second aldehyde stream comprising 2-ethylhexenal; and (d) hydrogenating simultaneously at least a portion of the first aldehyde stream and at least a portion of the second aldehyde stream to produce an alcohol stream comprising n-butanol, isobutanol, and 2-ethylhexanol; wherein step (d) is performed in a single hydrogenation reactor. (a) providing a propylene stream and a syngas stream; (b) hydroformylating the propylene stream and syngas stream to produce a first aldehyde stream comprising n-butanal (NBAL) and isobutanal (IBAL); (c) aldolizing at least a portion of the NBAL to produce a second aldehyde stream comprising 2-ethylhexenal; and (d) hydrogenating simultaneously at least a portion of the first aldehyde stream and at least a portion of the second aldehyde stream to produce an alcohol stream comprising n-butanol, isobutanol, and 2-ethylhexanol;
An electro-optic modulator, EOM, suitable for altering an optical path length of an optical field, the electro-optic modulator, EOM, comprising: a first Brewster-angle cut nonlinear crystal having a first light input axis and a first light output axis; a second Brewster-angle cut nonlinear crystal having a second light input axis and a second light output axis wherein the first light output axis is coincident with the second light input axis between the first and second Brewster-angle cut nonlinear crystals; a mounting apparatus that provides a means for locating the first and second Brewster-angle cut nonlinear crystals, the mounting apparatus comprising a first clamp section having one or more adjustable crystal holders (33, 34) and a first electrically insulating base plate attached to the first clamp section; wherein the first and second Brewster-angle cut nonlinear crystals are arranged to be opposite handed relative to the optical field such that the optical field enters the first nonlinear crystal via a first polished face and exits the first nonlinear crystal via a second polished face and the optical field enters the second nonlinear crystal via a second polished face and exits the second nonlinear crystal via a first polished face; a layer of a non-hardening or flexible adhesive is employed to attach the first and or second nonlinear crystals to the first electrically insulating base plate. a first Brewster-angle cut nonlinear crystal having a first light input axis and a first light output axis; a second Brewster-angle cut nonlinear crystal having a second light input axis and a second light output axis wherein the first light output axis is coincident with the second light input axis between the first and second Brewster-angle cut nonlinear crystals; a mounting apparatus that provides a means for locating the first and second Brewster-angle cut nonlinear crystals, the mounting apparatus comprising a first clamp section having one or more adjustable crystal holders (33, 34) and a first electrically insulating base plate attached to the first clamp section; wherein the first and second Brewster-angle cut nonlinear crystals are arranged to be opposite handed relative to the optical field such that the optical field enters the first nonlinear crystal via a first polished face and exits the first nonlinear crystal via a second polished face and the optical field enters the second nonlinear crystal via a second polished face and exits the second nonlinear crystal via a first polished face; a layer of a non-hardening or flexible adhesive is employed to attach the first and or second nonlinear crystals to the first electrically insulating base plate.
A food processing machine, comprising: a jar having a base and at least one sidewall extending upwardly from the base and defining a top opening; a lid having a bottom surface with a downwardly depending sealing wall, wherein the sealing wall has an outer surface which corresponds to an interior surface of the top opening; characterized by a resiliently collapsible locking ring which is operable between a collapsed and an expanded position, wherein the locking ring is removably positionable radially inward from the sealing wall, and applies a radially outwardly directed force against the sealing wall when positioned radially inwardly therefrom. a jar having a base and at least one sidewall extending upwardly from the base and defining a top opening; a lid having a bottom surface with a downwardly depending sealing wall, wherein the sealing wall has an outer surface which corresponds to an interior surface of the top opening; characterized by a resiliently collapsible locking ring which is operable between a collapsed and an expanded position, wherein the locking ring is removably positionable radially inward from the sealing wall, and applies a radially outwardly directed force against the sealing wall when positioned radially inwardly therefrom.
An image processing apparatus (3, 6) comprising: a template image registration section (34c 1) configured to register (SE, SE2) a template image (601; 3300) from blade images obtained by capturing one of rotating blades periodically arrayed in a jet engine; an image comparing section (34c 2) configured to compare the template image (601; 3300) with further blade images by calculating the correlation values between the template image (601; 3300) and each of the blade images and sequentially updating the maximum calculating values (Cm) associated to blade images to be saved as record images in an image file; an image selecting section (34c 3) configured to select (SG5, SG5a) a record image by browsing the record images of the image file; a first difference extracting section (34c 6) configured to extract a difference between the template image (601; 3300) and the image selected by the image selecting section (34c 3); a measurement section (34c 5) configured to execute a measurement based on an image corresponding to the position of the difference extracted by the first difference extracting section (34c 6); and a display section configured to superimpose information on the image selected by the image selecting section (34c 3), wherein the information indicates the difference extracted by the first difference extracting section (34c 6). a template image registration section (34c 1) configured to register (SE, SE2) a template image (601; 3300) from blade images obtained by capturing one of rotating blades periodically arrayed in a jet engine; an image comparing section (34c 2) configured to compare the template image (601; 3300) with further blade images by calculating the correlation values between the template image (601; 3300) and each of the blade images and sequentially updating the maximum calculating values (Cm) associated to blade images to be saved as record images in an image file; an image selecting section (34c 3) configured to select (SG5, SG5a) a record image by browsing the record images of the image file; a first difference extracting section (34c 6) configured to extract a difference between the template image (601; 3300) and the image selected by the image selecting section (34c 3); a measurement section (34c 5) configured to execute a measurement based on an image corresponding to the position of the difference extracted by the first difference extracting section (34c 6); and a display section configured to superimpose information on the image selected by the image selecting section (34c 3), wherein the information indicates the difference extracted by the first difference extracting section (34c 6).
A method comprising: receiving, by a wireless device from a base station, one or more messages indicating a first scheduling request, SR, resource corresponding to a first logical channel; triggering a first SR in response to data of the first logical channel becoming available for transmission to the base station; triggering a second SR in response to data of a second logical channel becoming available for transmission to the base station; when no valid SR resource being configured for the second SR: initiating a random access procedure; and canceling the second SR and keeping the first SR pending; transmitting, to the base station, the first SR via the first SR resource in response to the triggering of the first SR; and receiving an uplink grant for transmission of a transport block. receiving, by a wireless device from a base station, one or more messages indicating a first scheduling request, SR, resource corresponding to a first logical channel; triggering a first SR in response to data of the first logical channel becoming available for transmission to the base station; triggering a second SR in response to data of a second logical channel becoming available for transmission to the base station; when no valid SR resource being configured for the second SR: initiating a random access procedure; and canceling the second SR and keeping the first SR pending; initiating a random access procedure; and canceling the second SR and keeping the first SR pending; transmitting, to the base station, the first SR via the first SR resource in response to the triggering of the first SR; and receiving an uplink grant for transmission of a transport block.
A modified hyaluronan or a pharmaceutically acceptable salt or ester thereof for use in reducing or maintaining the size of a tumor in a subject, the use comprising exposing the tumor to ionizing radiation and administering to the subject said modified hyaluronan or a pharmaceutically acceptable salt or ester, wherein the modified hyaluronan or its pharmaceutically acceptable salt or ester comprises (a) a sulfated hyaluronan or the pharmaceutically acceptable salt or ester thereof or (b) hyaluronan comprising at least one sulfate group and at least one primary C-6 hydroxyl position of an N-acetyl-glucosamine residue comprising an alkyl group or fluoroalkyl group.
A bearing device (10; 110; 210), comprising: - a bearing including an inner ring and an outer ring centered on a central axis; - an impulse ring (60; 160; 260) including: - a target holder (70; 170; 270) which is fixed to the inner ring and extends beyond the outer ring radially to the central axis, and - a target which is fixed to the target holder (70; 170; 270) beyond the outer ring and is adapted to cooperate with detection means for tracking the rotation of the impulse ring (60; 160; 260) around the central axis; and - shifting means (90; 290) for axially shifting the impulse ring (60; 160; 260) relative to the outer ring; the shifting means (90; 290) being distinct from the target holder (70; 170; 270) characterized in that the shifting means comprise a washer (90; 290) located between the target holder (70; 170; 270) and the inner ring. - a bearing including an inner ring and an outer ring centered on a central axis; - an impulse ring (60; 160; 260) including: - a target holder (70; 170; 270) which is fixed to the inner ring and extends beyond the outer ring radially to the central axis, and - a target which is fixed to the target holder (70; 170; 270) beyond the outer ring and is adapted to cooperate with detection means for tracking the rotation of the impulse ring (60; 160; 260) around the central axis; and - a target holder (70; 170; 270) which is fixed to the inner ring and extends beyond the outer ring radially to the central axis, and - a target which is fixed to the target holder (70; 170; 270) beyond the outer ring and is adapted to cooperate with detection means for tracking the rotation of the impulse ring (60; 160; 260) around the central axis; and - shifting means (90; 290) for axially shifting the impulse ring (60; 160; 260) relative to the outer ring; the shifting means (90; 290) being distinct from the target holder (70; 170; 270) characterized in that the shifting means comprise a washer (90; 290) located between the target holder (70; 170; 270) and the inner ring.
A laser soldering system, comprising: a vision system; a moving system; a laser source for heating a soldering flux to solder an object onto a target location on a product to be soldered; and a gripper mounted on the moving system and configured to grip the object and place the object accurately on the target location under the guidance of the vision system, wherein the gripper is provided with a transparent member configured to directly press on the top of the accurately positioned object against the product, so as to hold the position of the object during soldering the object onto the product, and wherein a laser beam from the laser source transmits through the transparent member and heats the soldering flux. a vision system; a moving system; a laser source for heating a soldering flux to solder an object onto a target location on a product to be soldered; and a gripper mounted on the moving system and configured to grip the object and place the object accurately on the target location under the guidance of the vision system, wherein the gripper is provided with a transparent member configured to directly press on the top of the accurately positioned object against the product, so as to hold the position of the object during soldering the object onto the product, and wherein a laser beam from the laser source transmits through the transparent member and heats the soldering flux.
A set of fittings for an FSW tool, comprising an adapter insertable in a tool receiving element, which is designed to accommodate a welding rod, and a shoulder cap having a through-opening for the welding rod and the adapter, wherein the shoulder cap includes a welding shoulder region adjacent to the through-opening, and wherein the adapter is rotatable relative to the shoulder cap about a longitudinal axis extending concentrically to the through-opening, characterized in that the inner contour of the through-opening, as well as a radial contour of the adapter are conically shaped at least at the end facing the welding point.
A press-stud comprising a male element and a female element which can be connected to each other in a connection direction, - wherein the female element comprises a cavity in which an elastic retention member is received and in which a disconnection prevention projection is provided, - wherein the male element comprises an abutment portion, from which there extends a connection portion, on which there are formed a narrowed portion and, at the opposite side of the abutment portion with respect to the narrowed portion, a disconnection prevention widened portion, - wherein, in a connected configuration of the press-stud, the connection portion is inserted in the cavity of the female element with the elastic retention member arranged around the narrowed portion, - wherein a transverse movement of the male element with respect to the female element by a predetermined value with respect to the connection direction brings the press-stud into a blocked configuration, in which the disconnection prevention widened portion interferes with the disconnection prevention projection of the female element and the abutment portion of the male element comes into contact with an external portion of the female element. - wherein the female element comprises a cavity in which an elastic retention member is received and in which a disconnection prevention projection is provided, - wherein the male element comprises an abutment portion, from which there extends a connection portion, on which there are formed a narrowed portion and, at the opposite side of the abutment portion with respect to the narrowed portion, a disconnection prevention widened portion, - wherein, in a connected configuration of the press-stud, the connection portion is inserted in the cavity of the female element with the elastic retention member arranged around the narrowed portion, - wherein a transverse movement of the male element with respect to the female element by a predetermined value with respect to the connection direction brings the press-stud into a blocked configuration, in which the disconnection prevention widened portion interferes with the disconnection prevention projection of the female element and the abutment portion of the male element comes into contact with an external portion of the female element.
Method for operating a crimping apparatus with two driven crimping rollers, by way of which a fibre strand is conveyed through a roller nip into a stuffer box, and in which method the roller nip is sealed on the front sides of the rollers by way of pressure plates, characterized in that, at a process beginning, the pressure plates are briefly pressed actively onto the front sides of the rollers and, after a contact position is reached, are held by way of in each case one clamping force.
A bone anchor inserter (100; 300), comprising: a shaft configured to interface with a bone anchor; a circumferential proper depth indicator on the shaft; an upper visual indicator on the shaft, the upper visual indicator located adjacent to the proper depth indicator on a first side of the proper depth indicator furthest from the bone anchor; and a lower visual indicator on the shaft, the lower visual indicator located adjacent to the proper depth indicator on a second side of the proper depth indicator opposite from the first side, the lower visual indicator being a visually different pattern, design or colour from the upper visual indicator, wherein the proper depth indicator is an interface between the pattern, design or colour of the upper visual indicator and the lower visual indicator. a shaft configured to interface with a bone anchor; a circumferential proper depth indicator on the shaft; an upper visual indicator on the shaft, the upper visual indicator located adjacent to the proper depth indicator on a first side of the proper depth indicator furthest from the bone anchor; and a lower visual indicator on the shaft, the lower visual indicator located adjacent to the proper depth indicator on a second side of the proper depth indicator opposite from the first side, the lower visual indicator being a visually different pattern, design or colour from the upper visual indicator, wherein the proper depth indicator is an interface between the pattern, design or colour of the upper visual indicator and the lower visual indicator.
A liquid cleansing composition, comprising: a cleansing component; an antibacterial system, the antibacterial system comprising: an antibacterial agent that is phenoxyethanol; and an antibacterial enhancing agent that is lactic acid, wherein a weight ratio of the antibacterial agent to the antibacterial enhancing agent is greater than or equal to 0.41:1 and less than or equal to 0.56:1, and a pH adjuster selected from basic pH adjusters and mineral acids. a cleansing component; an antibacterial system, the antibacterial system comprising: an antibacterial agent that is phenoxyethanol; and an antibacterial enhancing agent that is lactic acid, wherein a weight ratio of the antibacterial agent to the antibacterial enhancing agent is greater than or equal to 0.41:1 and less than or equal to 0.56:1, and an antibacterial agent that is phenoxyethanol; and an antibacterial enhancing agent that is lactic acid, wherein a weight ratio of the antibacterial agent to the antibacterial enhancing agent is greater than or equal to 0.41:1 and less than or equal to 0.56:1, and a pH adjuster selected from basic pH adjusters and mineral acids.