mhurhangee/ep-ind-claims huggingface dataset:
A method for text-based searching of image data using a computer processor, the method comprising: computing a measure of string similarity between a query character string (q) and an annotation associated with each of a plurality of entries in a first database, the string similarity measure corresponding to a minimum number of edits to transform either the query into the annotation or the annotation into the query, wherein an entry in the first database comprises an image and/or said image's visual signature and an alphanumeric annotation associated with said image or said image's visual signature; selecting (S208, S210, S214 - S220), based on the computed string similarity measures, a set of the entries from the associated first database, a visual signature being associated with each entry, wherein the selecting of the set of the entries from the first database comprises selecting entries each having a string distance between the query (q) and the annotation associated with the entry which is below a predetermined threshold; retrieving (S222- S226) the L most similar entries from a second database, based on a measure of visual similarity between a visual signature of each of a plurality of entries in the second database and the visual signatures of the entries in the selected set, wherein L is a preselected integer number greater than 0, and wherein the entries in the second database do not have associated alphanumeric annotations; and outputting information corresponding to the at least one of the retrieved entries. computing a measure of string similarity between a query character string (q) and an annotation associated with each of a plurality of entries in a first database, the string similarity measure corresponding to a minimum number of edits to transform either the query into the annotation or the annotation into the query, wherein an entry in the first database comprises an image and/or said image's visual signature and an alphanumeric annotation associated with said image or said image's visual signature; selecting (S208, S210, S214 - S220), based on the computed string similarity measures, a set of the entries from the associated first database, a visual signature being associated with each entry, wherein the selecting of the set of the entries from the first database comprises selecting entries each having a string distance between the query (q) and the annotation associated with the entry which is below a predetermined threshold; retrieving (S222- S226) the L most similar entries from a second database, based on a measure of visual similarity between a visual signature of each of a plurality of entries in the second database and the visual signatures of the entries in the selected set, wherein L is a preselected integer number greater than 0, and wherein the entries in the second database do not have associated alphanumeric annotations; and outputting information corresponding to the at least one of the retrieved entries.
Internal combustion engine having at least one outlet valve per cylinder, which outlet valve can be actuated via a camshaft and a transmission device (3, 4), a hydraulic valve clearance compensation element being arranged in the transmission device (3, 4) between the camshaft and the outlet valve, and having an engine braking device, having an engine backpressure brake for building up an exhaust gas backpressure and a compression release engine brake, by way of which at least one outlet valve can be held open at least in an engine braking phase, the compression release engine brake being formed by the hydraulic valve clearance compensation element, and a control device for controlling the fuel injection, characterized in that the control device is configured to restart a fuel injection after an end of an engine braking mode only after expiration of a predefined delay time (Δt), the predefined delay time (Δt) being specified in such a way that it is longer than a closing time of the outlet valve after termination of the engine braking mode; and in that the delay time (Δt) lies in a range of from 0.5 to 3 seconds.
An electrode structure comprising a population of electrodes comprising an electrode active material layer and a population of counter-electrodes comprising a counter-electrode active material layer wherein the population of electrodes is arranged in alternating sequence with the population of counter-electrodes along a first direction, each member (21, 22) of the electrode population has a bottom, a top, a length L E, a width W E, a height H E, and a longitudinal axis A E extending from the bottom to the top of each such member and in a direction that is transverse to the first direction, the length L E of each member of the electrode population being measured in the direction of its longitudinal axis A E, the width W E of each member of the electrode population being measured in the first direction, and the height H E of each member of the electrode population being measured in a direction that is perpendicular to the longitudinal axis A E of each such member and the first direction, the ratio of L E to each of W E and H E of each member of the electrode population being at least 5:1, respectively, the ratio of H E to W E for each member of the electrode population being between 0.4:1 and 1000:1, respectively, the longitudinal axis A E of each member of the population of electrodes is surrounded by a microporous separator material of an electrically insulating separator layer, the microporous separator material has a void fraction of at least 20 vol.%, and comprises a particulate material and a binder, and wherein the particulate material of the microporous separator material has a conductivity for carrier ions of less than 1 x 10 -4 S/cm, optionally less than 1 x 10 -5 S/cm, optionally wherein each member of the counter-electrode population comprises a bottom, a top, a length L CE, a width W CE, a height H CE, and a longitudinal axis A CE extending from the bottom to the top of each such member and in a direction that is transverse to the first direction, the length L CE of each member of the electrode population being measured in the direction of its longitudinal axis A CE, the width W CE of each member of the electrode population being measured in the first direction, and the height H CE of each member of the electrode population being measured in a direction that is perpendicular to the longitudinal axis ACE of each such member and the first direction, the ratio of L CE to each of W CE and H of each member of the electrode population being at least 5:1, respectively, the ratio of H CE to W CE for each member of the electrode population being between 0.4:1 and 1000:1, respectively.
Switching device with a switching chamber, which is covered by a switching chamber cover and in which two stationary switching pieces are arranged opposite a moveable switching piece, wherein the stationary switching pieces are each fitted to a plastic carrier part, and this component combination of stationary switching piece in the plastic carrier part is configured as an exchangeable switching piece assembly, wherein, in order to exchange the exchangeable switching piece assembly, the switching chamber cover is removed in a first direction, characterized in that the switching piece assemblies are withdrawn to the right and to the left in directions which are in each case perpendicular to the first direction, and are exchanged.
A method for cell-based highly detectable pilot, HDP, multiplexing, wherein the method is used for mobile terminal positioning purposes,comprising: determining if an HDP transmission opportunity exists; selecting a subslot within the HDP opportunity for transmission-of a HDP signal, wherein the subslot is selected through a deterministic function; activating more than one sector within a cell for the transmission of the HDP signal; setting a sector identifier to the offset of a first sector from the more than one sector of the cell; and transmitting on more than one sector the HDP signal in the selected subslot with the sector identifier of the first sector. determining if an HDP transmission opportunity exists; selecting a subslot within the HDP opportunity for transmission-of a HDP signal, wherein the subslot is selected through a deterministic function; activating more than one sector within a cell for the transmission of the HDP signal; setting a sector identifier to the offset of a first sector from the more than one sector of the cell; and transmitting on more than one sector the HDP signal in the selected subslot with the sector identifier of the first sector.
A key switch comprising a two-part housing in which at least one switch insert (30, 32) is arranged which can be actuated by a lock cylinder fastened in the housing, characterized in that the housing consists of a front part and a plate-shaped rear wall, the front part has a front plate integrated in one piece and a peripheral housing side wall, the rear wall is provided with a locking projection molded on in one piece for a bit of the lock cylinder, and in that the front part and the rear wall can be latched to one another. characterized in that the housing consists of a front part and a plate-shaped rear wall, the front part has a front plate integrated in one piece and a peripheral housing side wall, the rear wall is provided with a locking projection molded on in one piece for a bit of the lock cylinder, and in that the front part and the rear wall can be latched to one another.
A method for managing access relationship information stored in a database of access relationships between entities in a computerised system, the method comprising: determining a first access relationship between a first entity and a second entity stored in the database of access relationships, characterized by selecting at least one intermediate entity (6, 7) for a second access relationship to provide transitive access relationships that enable gradual chaining of logins to form a connection between the first entity and the second entity via the at least one intermediate entity, selectively creating the second access relationship, the second access relationship comprising a chain of access relationships (17, 18, 19) via the first entity, the at least one intermediate entity and the second entity, the selective creating comprising determining whether it is possible to replace at least a part of the first access relationship by one or more of the transitive access relationships associated with the at least one intermediate entity (6, 7), by taking into account information of at least one of: potential consequences of changing access relationships between the first entity and the second entity, and whether enumerated nodes are associated with communications between the first entity and the second entity, and replacing information of the first access relationship in the database of access relationships with information of the created second access relationship in the database of access relationships. determining a first access relationship between a first entity and a second entity stored in the database of access relationships, characterized by selecting at least one intermediate entity (6, 7) for a second access relationship to provide transitive access relationships that enable gradual chaining of logins to form a connection between the first entity and the second entity via the at least one intermediate entity, selectively creating the second access relationship, the second access relationship comprising a chain of access relationships (17, 18, 19) via the first entity, the at least one intermediate entity and the second entity, the selective creating comprising determining whether it is possible to replace at least a part of the first access relationship by one or more of the transitive access relationships associated with the at least one intermediate entity (6, 7), by taking into account information of at least one of: potential consequences of changing access relationships between the first entity and the second entity, and whether enumerated nodes are associated with communications between the first entity and the second entity, and potential consequences of changing access relationships between the first entity and the second entity, and whether enumerated nodes are associated with communications between the first entity and the second entity, replacing information of the first access relationship in the database of access relationships with information of the created second access relationship in the database of access relationships.
A seal segment (102; 102A) for a gas turbine engine, comprising: a first radial span; a second radial span; a first axial span that extends between said first radial span and said second radial span; a second axial span that extends between said first radial span and said second radial span, wherein said first radial span, said second radial span, said first axial span, and said second axial span form a torque box; characterised in that said seal segment (102; 102A) further comprises: a seal span that extends between said first radial span and said second radial span, said seal span including a multiple of knife edge seals and at least one aperture; and a shiplap interface for assembling said seal segment (102; 102A) at least partially into an adjacent seal segment (102; 102A) to form a segmented interstage seal assembly, wherein said second radial span includes at least one aperture. a first radial span; a second radial span; a first axial span that extends between said first radial span and said second radial span; a second axial span that extends between said first radial span and said second radial span, wherein said first radial span, said second radial span, said first axial span, and said second axial span form a torque box; characterised in that said seal segment (102; 102A) further comprises: a seal span that extends between said first radial span and said second radial span, said seal span including a multiple of knife edge seals and at least one aperture; and a shiplap interface for assembling said seal segment (102; 102A) at least partially into an adjacent seal segment (102; 102A) to form a segmented interstage seal assembly, wherein said second radial span includes at least one aperture. a seal span that extends between said first radial span and said second radial span, said seal span including a multiple of knife edge seals and at least one aperture; and a shiplap interface for assembling said seal segment (102; 102A) at least partially into an adjacent seal segment (102; 102A) to form a segmented interstage seal assembly, wherein said second radial span includes at least one aperture.
A seal for a thrust reverser of an aircraft turbojet engine nacelle, said seal comprising a body of a transverse section relative to a longitudinal axis of the seal for example substantially circular, and a base intended to be mounted in a seal support, characterized in that said base has apertures spaced from each other, said apertures being intended to be crossed by holding lugs of the support seal.
A small-node device for offloading data traffic in a cellular telecommunications system, comprising: a first communication section configured to receive a first control-plane message from a base station over a first communication link; a second communication section configured to transmit user-plane data to a user equipment over a second communication link established responsive to the first control-plane message; and a third communication section configured to receive the user-plane data from a server, wherein the second communication link and a communication link for transmitting user-plane data from the base station to the user equipment are adapted to use different carrier frequencies simultaneously, and wherein the user plane data transmitted from the second communication section is received at the user equipment at the same time as the user plane data transmitted from the base station. a first communication section configured to receive a first control-plane message from a base station over a first communication link; a second communication section configured to transmit user-plane data to a user equipment over a second communication link established responsive to the first control-plane message; and a third communication section configured to receive the user-plane data from a server, wherein the second communication link and a communication link for transmitting user-plane data from the base station to the user equipment are adapted to use different carrier frequencies simultaneously, and wherein the user plane data transmitted from the second communication section is received at the user equipment at the same time as the user plane data transmitted from the base station.
Method for securely operating a field device, wherein the field device has at least one human-machine interface, wherein the human-machine interface comprises a display apparatus and a keypad, by way of which the field device can be operated, and wherein the field device additionally has a communication interface for connecting a local control unit, wherein the field device does not have a secure connection to a network for process control while being used as intended, wherein - the field device is at least logically connected to the local control unit by way of a local connection, - authentication features of a local operator are used to set up a secure connection between the local control unit and a trusted server, - a request key is generated in the field device, - the request key is conveyed to the trusted server by way of the local control unit and a secure connection, - a signed response key is formed by signing the request key using a private key of the trusted server, - the signed response key is transmitted to the local control unit by way of the secure connection between the trusted server and the local control unit and on to the field device by way of the local connection, - the response key is extracted from the signed response key in the field device using a public key, - the response key is compared with the request key, and - if the response key matches the request key then a predefined procedure for authenticated unlocking of local operation of the field device is enabled while maintaining the existing configuration in the field device. - the field device is at least logically connected to the local control unit by way of a local connection, - authentication features of a local operator are used to set up a secure connection between the local control unit and a trusted server, - a request key is generated in the field device, - the request key is conveyed to the trusted server by way of the local control unit and a secure connection, - a signed response key is formed by signing the request key using a private key of the trusted server, - the signed response key is transmitted to the local control unit by way of the secure connection between the trusted server and the local control unit and on to the field device by way of the local connection, - the response key is extracted from the signed response key in the field device using a public key, - the response key is compared with the request key, and - if the response key matches the request key then a predefined procedure for authenticated unlocking of local operation of the field device is enabled while maintaining the existing configuration in the field device.
A rotational sliding bearing having a static bearing part and a mobile bearing part, each having a sub-shell (26, 38) with a sliding surface (26', 38'), wherein the sliding surfaces (26', 38') of the bearing parts (26, 38) are each arranged within an angular range of max. 180° relative to the rotational axis in the direction of rotation of the rotational sliding bearing, and in a closed rest position of the rotational sliding bearing, the sub-shells (26, 38) of all bearing parts (29, 34) together form a bearing bush of the rotational sliding bearing, wherein the mobile bearing part is arranged such that it can pivot relative to the static bearing part about a pivot axis for opening the rotational sliding bearing, such that a shaft mounted in the rotational sliding bearing is released in an open release position thereof, wherein the mobile bearing part is shaped such that, based on the position of the sliding surface thereof relative to the rotational axis, in the closed rest position, a translation of a shaft accommodated in the rotational sliding bearing is prevented in a transverse direction to the rotational axis and in the direction of the pivot axis of the mobile bearing part or in the opposite direction, characterized in that the static bearing part has a stop which, in the open release position of the rotational sliding bearing, limits a straight-line translation of a shaft accommodated in the rotational sliding bearing in a transverse direction to the rotational axis and out of the sub-shell of the static bearing part.
A method of wireless communication, comprising: generating uplink control information; attempting to perform a clear channel assessment, CCA, of an unlicensed carrier for an uplink burst; determining whether the CCA failed; transmitting the uplink control information in a subframe during uplink burst on the unlicensed carrier when it is determined that the CCA has not failed; and performing one of the following when it is determined that the CCA has failed: transmitting the uplink control information on the unlicensed carrier in a later subframe of the uplink burst; transmitting the uplink control information on the unlicensed carrier in a different uplink burst; or transmitting the uplink control information on a different carrier of the uplink burst. generating uplink control information; attempting to perform a clear channel assessment, CCA, of an unlicensed carrier for an uplink burst; determining whether the CCA failed; transmitting the uplink control information in a subframe during uplink burst on the unlicensed carrier when it is determined that the CCA has not failed; and performing one of the following when it is determined that the CCA has failed: transmitting the uplink control information on the unlicensed carrier in a later subframe of the uplink burst; transmitting the uplink control information on the unlicensed carrier in a different uplink burst; or transmitting the uplink control information on a different carrier of the uplink burst. transmitting the uplink control information on the unlicensed carrier in a later subframe of the uplink burst; transmitting the uplink control information on the unlicensed carrier in a different uplink burst; or transmitting the uplink control information on a different carrier of the uplink burst.
Method for treatment of aqueous organic waste, namely sewage sludge, comprising the stages of thickening the waste, comprising primary sludge from a primary sedimentation unit and comprising activated sludge from a biological purification unit, in a means for thickening the waste, anaerobically digesting the thickened waste and disintegrating the digested residue by cell wall destruction, characterized in that disrupted and disintegrated biosolids from cell wall destruction are fed back to the means for thickening the waste, so that in the thickening stage a solid-liquid phase separation of all three sludge types primary sludge, surplus activated sludge and disintegrated digested sludge is accomplished, and in that the liquid phase separated in the means for thickening the waste is fed back to the biological purification unit.