mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring angular vibration associated with a rotordynamic system having a rotating element, the method comprising the steps of: detecting passage of a single phase reference mark on said rotating element as said single phase reference mark rotates through a detection zone associated with a detection device; detecting passage of additional marks on said rotating element, which additional marks are distinguishable from said single phase reference mark, as said additional marks rotate through said detection zone; generating a phase reference signal based on said detection of said single phase reference mark; using only said phase reference signal to measure said angular vibration; and applying a correction factor to an amplitude portion of the measured angular vibration to compensate the measured angular vibration wherein said step of applying a correction factor further comprises: multiplying an amplitude portion of the measured angular vibration by the correction factor, wherein said correction factor is determined based upon simulation results. detecting passage of a single phase reference mark on said rotating element as said single phase reference mark rotates through a detection zone associated with a detection device; detecting passage of additional marks on said rotating element, which additional marks are distinguishable from said single phase reference mark, as said additional marks rotate through said detection zone; generating a phase reference signal based on said detection of said single phase reference mark; using only said phase reference signal to measure said angular vibration; and applying a correction factor to an amplitude portion of the measured angular vibration to compensate the measured angular vibration wherein said step of applying a correction factor further comprises: multiplying an amplitude portion of the measured angular vibration by the correction factor, wherein said correction factor is determined based upon simulation results.
A packaging assembly comprising a sealing station for packaging a product with at least one film web, wherein a printer is provided upstream of the sealing station and configured to print information (42, 43), in particular a product weight and/or an associated retail price, as an imprint onto the film web or onto a label (17, 21) which, optionally, may already be present on the film web, wherein, upstream of the sealing station, at least a forward weighing device is provided and configured to detect a weight value and forward it to a control unit (9, 13), wherein the control unit is configured to control the printer for printing-on the information depending on the detected weight value, characterized in that downstream of the sealing station, at least a first inspection device is provided, which is configured to read the information (42, 43) on the imprint.
A commode adapted to assist non-ambulatory persons to independently access said commode, said commode comprising: (a) a unit comprising a basin for receiving waste products, (b) a movable lid having an open position, wherein the commode can be used by a person and a closed position wherein waste products contained within the basin are sealed therein, (c) the unit comprising a base having a transfer board, wherein the transfer board is self-contained and moveable between an in use position and a storage position and when in said in use position, said transfer board enables said person to maneuver said person's self onto said commode, (d) a waste containment system to treat and isolate the waste products contained within the commode; and (e) a vertical adjustment system that allows for said person to adjust the height of the unit.
Household appliance, in particular cooking appliance with an appliance muffle and a mounting part (58, 59), wherein provision is made in a muffle wall of the appliance muffle for a retaining element for mounting the mounting part (58, 59), wherein an adjusting element is provided which can retain the mounting part (58, 59) on the retaining element in a locking position in a non-releasable manner, and wherein the adjusting element can be brought out from the locking position into an unlocking position, in which the adjusting element enables a releasing of the mounting part (58, 59) from the retaining element, characterised in that the adjusting element is embodied as a spring element.
A Coarse Wave Division Multiplexing CWDM optical transmission system comprising a receiver being a passive optical component having a passband and an optical transmitter apparatus comprising a laser having a wavelength that increases with increasing laser temperature, the optical transmitter apparatus further comprising a heater configured to heat the laser, the optical transmitter apparatus being characterized in that when the laser is not heated by the heater, a wavelength of the laser corresponding to a lowest temperature of an environmental specification of the laser is shorter than a shortest wavelength of said passband, and a wavelength of the laser corresponding to a highest temperature of the environmental specification is not longer than a longest wavelength of said passband; and a controller configured to selectively turn on the heater to heat the laser such that the wavelength of the laser does not fall below the shortest wavelength of said passband.
A method for preparing processed edible oil having an enriched buttery flavor with a low content of trans-fatty acids, which comprises the steps of deodorizing edible oil under reduced pressure in the course of refining the edible oil followed by a hydrogen addition reaction in the presence of a catalyst and hydrogen gas under the elevated temperature.
A method for translocation of a peptide through a nanopore, wherein the method comprises translocating the peptide in the presence of an oligonucleotide translocase, wherein: - the peptide is comprised by a peptide-oligonucleotide complex wherein the peptide is linked to an oligonucleotide, wherein the oligonucleotide translocase is associated to the oligonucleotide during at least part of the translocation; - the nanopore is provided by a nanopore protein, wherein the nanopore protein comprises MspA or a mutant thereof, wherein the oligonucleotide translocase comprises Hel308 or a mutant thereof; and - the peptide has a first peptide end and a second peptide end, wherein the first peptide end is linked to the oligonucleotide, and wherein the second peptide end is linked to a negatively charged element, wherein the negatively charged element is selected from the group comprising a second oligonucleotide, a charged peptide, and a charged non-peptide chemical species. - the peptide is comprised by a peptide-oligonucleotide complex wherein the peptide is linked to an oligonucleotide, wherein the oligonucleotide translocase is associated to the oligonucleotide during at least part of the translocation; - the nanopore is provided by a nanopore protein, wherein the nanopore protein comprises MspA or a mutant thereof, wherein the oligonucleotide translocase comprises Hel308 or a mutant thereof; and - the peptide has a first peptide end and a second peptide end, wherein the first peptide end is linked to the oligonucleotide, and wherein the second peptide end is linked to a negatively charged element, wherein the negatively charged element is selected from the group comprising a second oligonucleotide, a charged peptide, and a charged non-peptide chemical species.
Electrical switching device comprising a switching path and a flow device with a control valve (13, 13a) for applying flow to the switching path, the control valve (13, 13a) comprising a movable valve body, the valve body being pressed into a sealing position by way of the flow pressure of a flowing fluid in the case of a switch-off operation and the valve body being movable in the manner of a clearance fit between a first stop and a second stop, characterized in that the valve body comprises a through opening which can be blocked by way of one of the stops (15, 16).
A plug-in unit comprising: - an electrical connector (106, 107) for connecting the plug-in unit to circuitries of a body device when the plug-in unit is inserted in the body device, and - at least one mechanical structure (108, 109) enabling the plug-in unit to be locked in its operating position with respect to the body device with a fastening element, characterized in that the plug-in unit further comprises a sensor circuit (111, 211, 311) having first electrical properties when the fastening element is in a position locking the plug-in unit in the operating position and otherwise electrical properties differing from the first electrical properties, the first electrical properties being partly caused by electrical and/or magnetic conductivity of material of the fastening element. - an electrical connector (106, 107) for connecting the plug-in unit to circuitries of a body device when the plug-in unit is inserted in the body device, and - at least one mechanical structure (108, 109) enabling the plug-in unit to be locked in its operating position with respect to the body device with a fastening element,
Tube holder for a wiper arm, comprising a bracket, a positively locking closure and a tube receptacle, and a wiper receptacle, wherein the bracket can be folded onto the wiper receptacle such that the wiper receptacle can be closed by the bracket, and the bracket can be fixed onto the wiper receptacle by means of the closure, characterized in that the wiper receptacle has a lateral stop which is attached to the base and extends transversely with respect thereto and which is flexible.
A system for alerting users regarding media availability, the system comprising: means for tracking a viewing progress of a user through a series of media content, wherein the series of media content has an availability window, the availability window being a period of time at which the user may access the series of media content, wherein said series of media content comprises more than one media asset; means for estimating a date of completion of the series of media content based on the viewing progress of the user; wherein the means for estimating the date of completion includes means for determining a portion of the series of media content consumed by the user during a single viewing session and means for determining a number of viewing sessions required to consume all remaining portions of the series of media content; means for determining whether the date of completion falls within the availability window; and means for recommending an action to accelerate the viewing progress of the user in response to determining that the date of completion does not fall within the availability window. means for tracking a viewing progress of a user through a series of media content, wherein the series of media content has an availability window, the availability window being a period of time at which the user may access the series of media content, wherein said series of media content comprises more than one media asset; means for estimating a date of completion of the series of media content based on the viewing progress of the user; wherein the means for estimating the date of completion includes means for determining a portion of the series of media content consumed by the user during a single viewing session and means for determining a number of viewing sessions required to consume all remaining portions of the series of media content; means for determining whether the date of completion falls within the availability window; and means for recommending an action to accelerate the viewing progress of the user in response to determining that the date of completion does not fall within the availability window.
Device (3, 23) for fixing a module (1, 21) to the internal wall of a tyre, comprising a support (4, 24) secured to the tyre, characterized in that the support has at least two independent straps (5, 25) secured to the support, in that the straps (5, 25) are oriented radially and in that each strap (5, 25) is obtained by two openings made in the thickness of the support (4, 24).
A computer implemented method for authenticating a smart card, comprising: determining (S201,S401,S601), in a smart lock, whether the smart card satisfies a first authentication condition according to authentication information provided by the smart card; in response to a determination by the smart lock that the smart card satisfies the first authentication condition, the smart lock sending a generated unlocking key to the smart card; and in response to receiving feedback information of the smart card, the smart lock determining the smart card to be an authenticated smart card; wherein: the determining (S201,S401,S601) whether the smart card satisfies the first authentication condition according to the authentication information provided by the smart card comprises: acquiring the authentication information requested from the smart card, the authentication information comprising a card identifier and a card status of the smart card; and when it is determined that the card status is an unkeyed state, and the card identifier comprises a specified number segment, determining that the smart card satisfies the first authentication condition. determining (S201,S401,S601), in a smart lock, whether the smart card satisfies a first authentication condition according to authentication information provided by the smart card; in response to a determination by the smart lock that the smart card satisfies the first authentication condition, the smart lock sending a generated unlocking key to the smart card; and in response to receiving feedback information of the smart card, the smart lock determining the smart card to be an authenticated smart card; wherein: the determining (S201,S401,S601) whether the smart card satisfies the first authentication condition according to the authentication information provided by the smart card comprises: acquiring the authentication information requested from the smart card, the authentication information comprising a card identifier and a card status of the smart card; and when it is determined that the card status is an unkeyed state, and the card identifier comprises a specified number segment, determining that the smart card satisfies the first authentication condition. acquiring the authentication information requested from the smart card, the authentication information comprising a card identifier and a card status of the smart card; and when it is determined that the card status is an unkeyed state, and the card identifier comprises a specified number segment, determining that the smart card satisfies the first authentication condition.
An imaging element capable of outputting a pair of image signals which correspond to a pair of luminous fluxes which pass through different pupil areas of a photographing optical system, respectively, the imaging element comprising: pixel cells comprising photoelectric converting units, micro lenses provided at light entrance sides of the photoelectric converting units to condense lights onto the photoelectric converting units and light shielding films which is provided between the photoelectric converting units and the micro lenses and has apertures at the light entrance sides of the photoelectric converting units, wherein the pixel cells include plural sets of pairs each having a first pixel cell and a second pixel cell, center positions of apertures of light shielding films of the first pixel cell and the second pixel cell being off-centered in opposite directions with respect to an optical axis of the micro lens, the first pixel cell and the second pixel cell are divided into plural types which detect lights of different wavelength bands, respectively, and characterised in that among the pixel cells, an off-centered amount of the (Or, Og, Ob) optical axis of the micro lens to the center of the aperture of the light shielding film for each of the first pixel cell and the second pixel cell in which a wavelength band of the light detected by the photoelectric converting unit becomes the longest wavelength region is longer than the off-centered amount for each of the first pixel cell and the second pixel cell in which a wavelength band of the light becomes the shortest wavelength region (Or>Og>Ob). pixel cells comprising photoelectric converting units, micro lenses provided at light entrance sides of the photoelectric converting units to condense lights onto the photoelectric converting units and light shielding films which is provided between the photoelectric converting units and the micro lenses and has apertures at the light entrance sides of the photoelectric converting units, wherein the pixel cells include plural sets of pairs each having a first pixel cell and a second pixel cell, center positions of apertures of light shielding films of the first pixel cell and the second pixel cell being off-centered in opposite directions with respect to an optical axis of the micro lens, the first pixel cell and the second pixel cell are divided into plural types which detect lights of different wavelength bands, respectively, and characterised in that among the pixel cells, an off-centered amount of the (Or, Og, Ob) optical axis of the micro lens to the center of the aperture of the light shielding film for each of the first pixel cell and the second pixel cell in which a wavelength band of the light detected by the photoelectric converting unit becomes the longest wavelength region is longer than the off-centered amount for each of the first pixel cell and the second pixel cell in which a wavelength band of the light becomes the shortest wavelength region (Or>Og>Ob).
A method for validating a visitor location register, VLR, using a signaling system no. 7, SS7, signal transfer point, STP, the method comprising: maintaining a VLR validation database accessible by an SS7 STP (106, 108); receiving, by the STP, a mobile application part, MAP, send authentication information, SAI, request message; determining, by the STP, that the MAP SAI request message includes a VLR identifier not recorded in the VLR validation database accessible by the STP; recording the VLR identifier in the VLR validation database accessible by the STP; receiving, at the STP, a first MAP location update, LU, request message and detecting a VLR identifier in the first MAP LU request message; determining that the VLR identifier read from the first MAP LU request message does not match the VLR identifier recorded for a subscriber in the VLR validation database accessible by the STP; and in response to determining that the VLR identifier does not match the VLR identifier recorded for the subscriber in the VLR validation database accessible by the STP, rejecting the first MAP LU request message. maintaining a VLR validation database accessible by an SS7 STP (106, 108); receiving, by the STP, a mobile application part, MAP, send authentication information, SAI, request message; determining, by the STP, that the MAP SAI request message includes a VLR identifier not recorded in the VLR validation database accessible by the STP; recording the VLR identifier in the VLR validation database accessible by the STP; receiving, at the STP, a first MAP location update, LU, request message and detecting a VLR identifier in the first MAP LU request message; determining that the VLR identifier read from the first MAP LU request message does not match the VLR identifier recorded for a subscriber in the VLR validation database accessible by the STP; and in response to determining that the VLR identifier does not match the VLR identifier recorded for the subscriber in the VLR validation database accessible by the STP, rejecting the first MAP LU request message.
A method, comprising: pre-negotiating a license, the license pertaining to a media content; receiving by an authentication server from a client, a request to establish a session, the request to establish a session specifying a user account; authenticating, by the authentication server, the client based on information relating to the user account; establishing, between the authentication server and the client, a session, the session having a session security mechanism; transmitting, by the authentication server to the client, a session grant message comprising the session security mechanism; receiving, at a content server from the client, a request to access the media content, comprising the session security mechanism; determining, by the content server based at least in part upon the session security mechanism, to grant access to the media content; and providing, by the content server to the client, an authorization message comprising a content key, the content key being embedded in a manifest associated with the media, wherein the content key is consistent with the license. pre-negotiating a license, the license pertaining to a media content; receiving by an authentication server from a client, a request to establish a session, the request to establish a session specifying a user account; authenticating, by the authentication server, the client based on information relating to the user account; establishing, between the authentication server and the client, a session, the session having a session security mechanism; transmitting, by the authentication server to the client, a session grant message comprising the session security mechanism; receiving, at a content server from the client, a request to access the media content, comprising the session security mechanism; determining, by the content server based at least in part upon the session security mechanism, to grant access to the media content; and providing, by the content server to the client, an authorization message comprising a content key, the content key being embedded in a manifest associated with the media, wherein the content key is consistent with the license.
A system for selecting an active control service link on a control plane between a control shelf and a controlled shelf (204A... 204N, 200A, 200B) in a multi-shelf network element, wherein the control plane is separate from a data plane and can switch independently, said system comprising: a first control service link connecting said control shelf to said controlled shelf; a second control service link connecting said control shelf to said controlled shelf; an assessment module (320A... 320G) adapted to assess health of transmissions sent through each of said first and said second control service link; and a selection module (322A... 322D, 323) associated with said assessment module, said selection module adapted to select said active control service link as either of said first and said second control service link utilizing a health report relating to said first and said second control service link generated by said assessment module.
A method for controlling uplink transmission power of a user equipment, UE, in a wireless communication system, characterised by comprising: receiving through a second cell, control information identifying a first cell, through which the UE is to receive a Transmission Power Control, TPC, command; receiving, through a control channel of the identified first cell, a TPC command for controlling an uplink transmission power of a second cell, wherein the second cell is different from the first cell; and controlling the uplink transmission power of the second cell, based on the TPC command received through the first cell. receiving through a second cell, control information identifying a first cell, through which the UE is to receive a Transmission Power Control, TPC, command; receiving, through a control channel of the identified first cell, a TPC command for controlling an uplink transmission power of a second cell, wherein the second cell is different from the first cell; and controlling the uplink transmission power of the second cell, based on the TPC command received through the first cell.