mhurhangee/ep-ind-claims huggingface dataset:
Process for managing the storage of a list of N items (I[i]) in a memory cache of C items of said list, said N items being ordered in said list according to a rank i which depends of their last request time by a user, C, N and i being strictly positive integers, said process being characterized in that it provides, upon the reception of a request for an item (I[i]), for calculating a popularity probability f(i) for said requested item, f being an acceleration function, and for deciding to move or not said requested item at a higher rank i according to said popularity probability.
Guiding device for a workpiece, in particular a profile from a wooden material, which is movable along a conveying direction on a processing machine, in particular a woodworking machine, wherein the guiding device guides the workpiece along a conveying direction and is configured so as to be adjustable for height and width, and has guiding means (11, 12, 21, 22) which are configured so as to be movable relative to one another as well as transversely to the conveying direction so as to be capable of mutually engaging and overlapping, wherein - the guiding device has one or a plurality of relatively stationary vertical and/or lateral guiding means (11, 21) and one or a plurality of vertical and lateral guiding means (12, 22) which are actuatable transversely to the conveying direction; - wherein the actuatable vertical and lateral guiding means (12, 22) are configured so as to be capable of mutually engaging and overlapping transversely to the conveying direction; - wherein the actuatable vertical and lateral guiding means (12, 22) and the relatively stationary vertical and/or lateral guiding means (11, 21) have in each case a plurality of guiding elements (13, 14, 23, 24) which are disposed at a mutual spacing (18, 28) in one row along the conveying direction and are in each case configured as a rotatable roller. - the guiding device has one or a plurality of relatively stationary vertical and/or lateral guiding means (11, 21) and one or a plurality of vertical and lateral guiding means (12, 22) which are actuatable transversely to the conveying direction; - wherein the actuatable vertical and lateral guiding means (12, 22) are configured so as to be capable of mutually engaging and overlapping transversely to the conveying direction; - wherein the actuatable vertical and lateral guiding means (12, 22) and the relatively stationary vertical and/or lateral guiding means (11, 21) have in each case a plurality of guiding elements (13, 14, 23, 24) which are disposed at a mutual spacing (18, 28) in one row along the conveying direction and are in each case configured as a rotatable roller.
Construction element which is superficial and comprises: - a face with at least one side, and - at least one flap which extends the face and is articulated so as to pivot thereon along a fold line which extends along the side over a first fraction of the length thereof, said construction element being characterised in that the fold line is extended by a first free edge which extends along the side over a second fraction of the length thereof, and in that it comprises at least one first notch made in the first free edge over a fraction of the length thereof, said first notch being adjacent to the fold line and extending in said face towards the interior thereof from the side. - a face with at least one side, and - at least one flap which extends the face and is articulated so as to pivot thereon along a fold line which extends along the side over a first fraction of the length thereof, said construction element being characterised in that the fold line is extended by a first free edge which extends along the side over a second fraction of the length thereof, and
A fuselage mounted gas turbine engine installation, the installation comprising at least one propeller stage (23, 24, 82) that defines a plane of rotation substantially perpendicular to an axis of rotation of the propeller stage, and a gas turbine core (11, 92) arranged in use to drive the propeller stage, where the core is external to the fuselage and the rotational axes of the core and propeller stage are offset with respect to each other, wherein the core and the propeller stage are positioned relative to each other such that the plane of rotation of the propeller stage passes through the core between the propeller stage and the fuselage.
A method for determining a synthesized engine parameter of a gas turbine engine, comprising: obtaining an initial model parameter from an onboard model associated with the gas turbine engine; determining a correction factor for the onboard model by modifying a difference between the onboard model and an aero-thermal model of the gas turbine engine using first and second engine parameters and first and second operating conditions, wherein the first and second engine parameters are independent from one another over an operating envelope of the gas turbine engine; scaling the initial model parameter by applying the correction factor thereto to obtain a corrected model parameter; and outputting the corrected model parameter as the synthesized engine parameter. obtaining an initial model parameter from an onboard model associated with the gas turbine engine; determining a correction factor for the onboard model by modifying a difference between the onboard model and an aero-thermal model of the gas turbine engine using first and second engine parameters and first and second operating conditions, wherein the first and second engine parameters are independent from one another over an operating envelope of the gas turbine engine; scaling the initial model parameter by applying the correction factor thereto to obtain a corrected model parameter; and outputting the corrected model parameter as the synthesized engine parameter.
Composite particle comprising a carrier material and at least one pearlescent pigment, characterised in that the carrier material and the at least one pearlescent pigment are present bonded to one another without adhesive, and the pearlescent pigment lies on the surface of the carrier material and is not enveloped or encapsulated by the carrier material.
A wind turbine with a generator, comprising - a rotor comprising permanent magnets; - a stator comprising stator coils mounted in or on a stator housing structure; - at least one generator contactor with an input and an output set of terminals electrically connected to the stator by said input set of terminals; and - at least one converter electrically connected to the generator contactor by said output terminal, whereby the at least one generator contactor is disposed in or on the stator housing structure whereby the generator contactor comprises circuit breakers, characterised in that the generator contactor comprises a means for locking the circuit breakers in an open position. - a rotor comprising permanent magnets; - a stator comprising stator coils mounted in or on a stator housing structure; - at least one generator contactor with an input and an output set of terminals electrically connected to the stator by said input set of terminals; and - at least one converter electrically connected to the generator contactor by said output terminal,
Unlocking device for unlocking and opening a lock of a movable vehicle element, in particularly a vehicle door, a vehicle front bonnet and/or vehicle boot lid, wherein the unlocking device at least comprises: - a locking mechanism for locking the lock, wherein the locking mechanism holds the lock in at least a primary locking position or a partially unlocked preliminary latching position, - a detection unit which has a detection region (5.1) for detecting at least one object approaching the detection region (5.1) or located or moving in the detection region (5.1), and - a lighting unit having an illumination region (6.1) for illuminating the detection region (5.1) of the detection unit, wherein the lighting unit and/or the detection unit become/becomes or are/is activated at least when the locking mechanism becomes or is adjusted from the primary locking position to the preliminary latching position, wherein an actuator is provided, which is signal-coupled and/or movement-coupled to the locking mechanism of the lock for fully unlocking the lock, wherein the detection unit is signal-coupled to the actuator, wherein upon detection of an object in the detection region (5.1) the actuator automatically fully unlocks the locking mechanism and opens the lock. - a locking mechanism for locking the lock, wherein the locking mechanism holds the lock in at least a primary locking position or a partially unlocked preliminary latching position, - a detection unit which has a detection region (5.1) for detecting at least one object approaching the detection region (5.1) or located or moving in the detection region (5.1), and - a lighting unit having an illumination region (6.1) for illuminating the detection region (5.1) of the detection unit, wherein the lighting unit and/or the detection unit become/becomes or are/is activated at least when the locking mechanism becomes or is adjusted from the primary locking position to the preliminary latching position, wherein an actuator is provided, which is signal-coupled and/or movement-coupled to the locking mechanism of the lock for fully unlocking the lock, wherein the detection unit is signal-coupled to the actuator, wherein upon detection of an object in the detection region (5.1) the actuator automatically fully unlocks the locking mechanism and opens the lock. wherein the lighting unit and/or the detection unit become/becomes or are/is activated at least when the locking mechanism becomes or is adjusted from the primary locking position to the preliminary latching position, wherein an actuator is provided, which is signal-coupled and/or movement-coupled to the locking mechanism of the lock for fully unlocking the lock, wherein the detection unit is signal-coupled to the actuator, wherein upon detection of an object in the detection region (5.1) the actuator automatically fully unlocks the locking mechanism and opens the lock.
A system for accommodating for an offset based on registration of a patient's intramedullary canal comprising: a navigation system comprising one or more processors coupled to a memory, the memory including instructions that, when executed, cause the one or more processors to: obtain a surgical plan for preparing a femur bone for placing an implant, obtain locational data associated with a reaming device, wherein the locational data is obtained after reaming the femur bone; and identify, based on the locational data and the surgical plan, an offset factor indicating an offset of the location data to the surgical plan, characterized in that the memory includes instructions that, when executed, cause the one or more processors to: select, based on the offset factor, an offset coupling device for attachment on said implant; and provide, using a user interface, information associated with the offset coupling device. obtain a surgical plan for preparing a femur bone for placing an implant, obtain locational data associated with a reaming device, wherein the locational data is obtained after reaming the femur bone; and identify, based on the locational data and the surgical plan, an offset factor indicating an offset of the location data to the surgical plan, characterized in that the memory includes instructions that, when executed, cause the one or more processors to: select, based on the offset factor, an offset coupling device for attachment on said implant; and provide, using a user interface, information associated with the offset coupling device. select, based on the offset factor, an offset coupling device for attachment on said implant; and provide, using a user interface, information associated with the offset coupling device.
Module for providing control signals for a brake system of a vehicle which has a supply source, having: - at least one interface which is designed to be connected to a compressed-air source (10, 12), - at least one interface (64, 65) which is designed to transmit the control signals to at least one processing unit (22, 24, 32) for the purposes of generating brake pressures, wherein the module is designed to be provided with a supply by means of a further supply source, the module furthermore having: - at least one interface (64a, 65a) which is designed to receive control signals of a first module, and/or - at least one interface which is designed to receive inputs from a driver, - at least one interface which is designed to transmit the control signals of the first module to the at least one processing unit (22, 24, 32), characterized in that the module is designed to, in a first fault situation, block control signals of the first module and transmit its own control signals to at least one processing unit (22, 24, 32) and, in a second fault situation, block its own control signals and transmit the control signals of the first module to at least one processing unit (22, 24, 32). - at least one interface which is designed to be connected to a compressed-air source (10, 12), - at least one interface (64, 65) which is designed to transmit the control signals to at least one processing unit (22, 24, 32) for the purposes of generating brake pressures, the module is designed to be provided with a supply by means of a further supply source, the module furthermore having: - at least one interface (64a, 65a) which is designed to receive control signals of a first module, and/or - at least one interface which is designed to receive inputs from a driver, - at least one interface which is designed to transmit the control signals of the first module to the at least one processing unit (22, 24, 32), characterized in that - at least one interface (64a, 65a) which is designed to receive control signals of a first module, and/or - at least one interface which is designed to receive inputs from a driver, - at least one interface which is designed to transmit the control signals of the first module to the at least one processing unit (22, 24, 32), characterized in that the module is designed to, in a first fault situation, block control signals of the first module and transmit its own control signals to at least one processing unit (22, 24, 32) and, in a second fault situation, block its own control signals and transmit the control signals of the first module to at least one processing unit (22, 24, 32).
-3-((1R,3R)-1-(5-Fluoro-2-(2-((3-fluoropropyl)amino)ethoxy)-3-methylpyridin-4-yl)-3-methyl-1,3,4,9-tetrahydro-2H-pyrido[3,4-b]indol-2-yl)-2-methylpropanoic acid, or a pharmaceutically acceptable salt thereof.
A method of configuring a network gateway service connecting a telephone line on a public circuit-switched telephone network, PSTN, with a data network enabling telecommunications traffic to be routed from the PSTN over the data network to a mobile unit, the method comprising the steps of: connecting a voice gateway device to the telephone line connected on the PSTN (1 in Figure 2); providing an application on the mobile unit (5 in Figure 2); obtaining by the application a PSTN number associated with the telephone line connected to the voice gateway device (7, 8 in Figure 2); submitting by the application the PSTN number to a configuration server (9, 10 in Figure 2); obtaining by the application a graphical representation of an identifier of the voice gateway device (16-20 in Figure 2); registering by the application the identifier with the configuration server (22, 23 in Figure 2); and receiving at the application a call to the PSTN number from the configuration server via the voice gateway device (28-37, 40, 41 in figure 2). connecting a voice gateway device to the telephone line connected on the PSTN (1 in Figure 2); providing an application on the mobile unit (5 in Figure 2); obtaining by the application a PSTN number associated with the telephone line connected to the voice gateway device (7, 8 in Figure 2); submitting by the application the PSTN number to a configuration server (9, 10 in Figure 2); obtaining by the application a graphical representation of an identifier of the voice gateway device (16-20 in Figure 2); registering by the application the identifier with the configuration server (22, 23 in Figure 2); and receiving at the application a call to the PSTN number from the configuration server via the voice gateway device (28-37, 40, 41 in figure 2).
A system for controlling activation of a cross-linking agent applied to an eye, comprising: a feedback system for providing feedback information indicative of a biomechanical strength of corneal tissue of the eye; a controller for receiving the feedback information and automatically determining an indication of an amount of cross-linking in the corneal tissue based on the received feedback information; and a cross-linking activation system for initiating cross-linking in the corneal tissue according to one or more control signals generated by the controller, the one or more control signals generated according to a function including the determined indication of the amount of cross-linking in the corneal tissue, the cross-linking activation system including: a light source for emitting photoactivating light, and a mirror array having a plurality of mirrors arranged in rows and columns, the plurality of mirrors adapted to selectively direct the photoactivating light toward the eye according to a pixelated intensity pattern having pixels corresponding to the plurality of mirrors in the mirror array, the plurality of mirrors alignable according to one or more mirror-control signals, the controller providing the one or more mirror-control signals to programmatically align the plurality of mirrors in the array of mirrors such that the pixelated intensity pattern emerges from the mirror array responsive to the photoactivating light delivered to the plurality of mirrors. a feedback system for providing feedback information indicative of a biomechanical strength of corneal tissue of the eye; a controller for receiving the feedback information and automatically determining an indication of an amount of cross-linking in the corneal tissue based on the received feedback information; and a cross-linking activation system for initiating cross-linking in the corneal tissue according to one or more control signals generated by the controller, the one or more control signals generated according to a function including the determined indication of the amount of cross-linking in the corneal tissue, the cross-linking activation system including: a light source for emitting photoactivating light, and a mirror array having a plurality of mirrors arranged in rows and columns, the plurality of mirrors adapted to selectively direct the photoactivating light toward the eye according to a pixelated intensity pattern having pixels corresponding to the plurality of mirrors in the mirror array, the plurality of mirrors alignable according to one or more mirror-control signals, the controller providing the one or more mirror-control signals to programmatically align the plurality of mirrors in the array of mirrors such that the pixelated intensity pattern emerges from the mirror array responsive to the photoactivating light delivered to the plurality of mirrors.
A method for predicting developmental competence and viability of a candidate embryo, comprising: determining the secretome profile of a candidate embryo to ascertain the absence or presence of proteins implicated in implantation success by contacting embryo secretions in a culture media with an enzyme-linked immunosorbent assay kit that comprises a solid-state substrate functionalized with at least two distinct capture antibodies, wherein the first capture antibody specifically binds a protein having an amino acid sequence of SEQ ID NO: 310, and wherein the one or more additional capture antibodies specifically bind a protein having an amino acid sequence selected from the group consisting of SEQ ID Nos. 311, 313, 317, 318, 319, 334, 335, 336, 337, 338, 339, 340, 341, 342, 343, 345, 346, 347, 348, 349, 350, 368, 371, 374, 383, 391, 397, 398, 399, 402, 403, and 404, wherein the presence of proteins implicated in implantation success predicts candidate embryo viability for implantation. determining the secretome profile of a candidate embryo to ascertain the absence or presence of proteins implicated in implantation success by contacting embryo secretions in a culture media with an enzyme-linked immunosorbent assay kit that comprises a solid-state substrate functionalized with at least two distinct capture antibodies, wherein the first capture antibody specifically binds a protein having an amino acid sequence of SEQ ID NO: 310, and wherein the one or more additional capture antibodies specifically bind a protein having an amino acid sequence selected from the group consisting of SEQ ID Nos. 311, 313, 317, 318, 319, 334, 335, 336, 337, 338, 339, 340, 341, 342, 343, 345, 346, 347, 348, 349, 350, 368, 371, 374, 383, 391, 397, 398, 399, 402, 403, and 404, wherein the presence of proteins implicated in implantation success predicts candidate embryo viability for implantation.
Mask for digital operation and printing, comprising the following layers: • a porous structural support layer; • a cover layer; • a mask material placed in between the structural layer and the cover layer characterized in that the mask material can be positioned relatively in between the layers and thus constituting a reconfigurable mask. • a porous structural support layer; • a cover layer; • a mask material placed in between the structural layer and the cover layer
A detection apparatus, in particular a code reader, comprising an identification unit for identifying an object transported by a conveying device, in particular a continuous conveyor, further in particular a roller conveyor, wherein the detection apparatus has at least a first microphone and is configured to detect the object acoustically, in particular during transport, by means of at least the first microphone, and to initiate an identification process of the object by means of the identification unit only when the object is detected, wherein the detection apparatus is configured to record and evaluate a volume and a pitch of a sound influenced by the object, in particular a transport sound of the object, by means of at least the first microphone in order to detect the object, characterized in that the detection apparatus is configured to detect the object when the volume exceeds a predefined first limit value and the pitch exceeds a predefined second limit value. wherein the detection apparatus has at least a first microphone and is configured to detect the object acoustically, in particular during transport, by means of at least the first microphone, and to initiate an identification process of the object by means of the identification unit only when the object is detected, wherein the detection apparatus is configured to record and evaluate a volume and a pitch of a sound influenced by the object, in particular a transport sound of the object, by means of at least the first microphone in order to detect the object, characterized in that the detection apparatus is configured to detect the object when the volume exceeds a predefined first limit value and the pitch exceeds a predefined second limit value.