mhurhangee/ep-ind-claims huggingface dataset:
A biosensor comprising the following components: (a) a sensor base comprising an insulating substrate and at least one electrically conductive working electrode thereon, (b) reduced graphene oxide (rGO) deposited on at least one of the working electrodes in the form of sheet-like flakes having a size, i.e. maximum length, of 0.2 to 3.0 μm, wherein the faces of at least 50% of the graphene oxide flakes deviate from the plane of the working electrode surface on which they are deposited, (c) spacers of different lengths covalently bonded to the reduced graphene oxide, (d) one capture molecule covalently bonded to each of the spacers. (a) a sensor base comprising an insulating substrate and at least one electrically conductive working electrode thereon, (b) reduced graphene oxide (rGO) deposited on at least one of the working electrodes in the form of sheet-like flakes having a size, i.e. maximum length, of 0.2 to 3.0 μm, wherein the faces of at least 50% of the graphene oxide flakes deviate from the plane of the working electrode surface on which they are deposited, (c) spacers of different lengths covalently bonded to the reduced graphene oxide, (d) one capture molecule covalently bonded to each of the spacers.
Operating means having - a sensor device for recording measurement values, - a communication device for transmitting a status report, - a data storage device for storing the recorded measurement values, - a status estimation device for determining an operating status with the aid of the recorded measurement values, characterized in that the status estimation device is configured to identify required maintenance of the operating means with the aid of the operating status, and to provide a status report by means of the communication device for an operator of the operating means and/or for a maintenance service provider. - a sensor device for recording measurement values, - a communication device for transmitting a status report, - a data storage device for storing the recorded measurement values, - a status estimation device for determining an operating status with the aid of the recorded measurement values, characterized in that the status estimation device is configured to identify required maintenance of the operating means with the aid of the operating status, and to provide a status report by means of the communication device for an operator of the operating means and/or for a maintenance service provider.
Pharmaceutical composition characterised in that it comprises at least one nucleic acid sequence, this nucleic acid sequence not being included in a viral genome nor encapsulated in a viral particle, encoding at least one specific neoantigen of a cancer cell, at least one non-recombinant poxvirus type viral particle, and an anti-CTLA4 antibody.
A heat exchanger array for a gas turbine engine comprising: a first row of heat exchangers (60A, 60B) with a hot side and a cold side, wherein the heat exchangers of the first row are spaced apart to define first gaps; a second row of heat exchangers (62A-62C) with a hot side and a cold side, wherein the heat exchangers of the second row are spaced apart to define second gaps and are positioned downstream of and staggered from the heat exchangers of the first row such that the heat exchangers of the second row are aligned with the first gaps and the heat exchangers of the first row are aligned with the second gaps; and a plurality of side curtains, each of the plurality of side curtains in close proximity to one of the heat exchangers in the first row and one of the heat exchangers in the second row; characterised in that the plurality of side curtains are arranged to define a neck region positioned upstream of and aligned with each heat exchanger in the first row and each heat exchanger in the second row, wherein each neck region has a neck area that is less than a frontal area of the heat exchanger with which it is aligned; wherein the plurality of side curtains define a set of first passages in which cold fluid flows through one of the heat exchangers of the first row and subsequently through one of the second gaps; and wherein the plurality of side curtains define a set of second passages in which the cold fluid flows through one of the first gaps and subsequently through one of the heat exchangers of the second row. a first row of heat exchangers (60A, 60B) with a hot side and a cold side, wherein the heat exchangers of the first row are spaced apart to define first gaps; a second row of heat exchangers (62A-62C) with a hot side and a cold side, wherein the heat exchangers of the second row are spaced apart to define second gaps and are positioned downstream of and staggered from the heat exchangers of the first row such that the heat exchangers of the second row are aligned with the first gaps and the heat exchangers of the first row are aligned with the second gaps; and a plurality of side curtains, each of the plurality of side curtains in close proximity to one of the heat exchangers in the first row and one of the heat exchangers in the second row; characterised in that the plurality of side curtains are arranged to define a neck region positioned upstream of and aligned with each heat exchanger in the first row and each heat exchanger in the second row, wherein each neck region has a neck area that is less than a frontal area of the heat exchanger with which it is aligned; wherein the plurality of side curtains define a set of first passages in which cold fluid flows through one of the heat exchangers of the first row and subsequently through one of the second gaps; and wherein the plurality of side curtains define a set of second passages in which the cold fluid flows through one of the first gaps and subsequently through one of the heat exchangers of the second row.
Two-layer metal cord, characterized in that it comprises: - an internal layer made up of M>1 internal metallic threads, - an external layer of the cord, made up of N external metallic threads wound around the internal layer, of the cord, wherein: the cord is obtained by a method comprising a step of manufacturing the sheathed internal layer in which step the internal layer (Cl) is surrounded with an elastomer composition having a thickness G and then by the N external metallic threads to form the external layer, where N is strictly greater than Nmax which is the maximum number of external metallic threads that can be laid on the theoretical external layer (C3T) obtained when the internal layer is directly in contact with the theoretical external layer (C3T). - an internal layer made up of M>1 internal metallic threads, - an external layer of the cord, made up of N external metallic threads wound around the internal layer, of the cord, wherein: the cord is obtained by a method comprising a step of manufacturing the sheathed internal layer in which step the internal layer (Cl) is surrounded with an elastomer composition having a thickness G and then by the N external metallic threads to form the external layer, where N is strictly greater than Nmax which is the maximum number of external metallic threads that can be laid on the theoretical external layer (C3T) obtained when the internal layer is directly in contact with the theoretical external layer (C3T).
Method for treating ammonium-containing wastewater in a deammonifying activated sludge system in which ammonium is first converted to nitrite by means of aerobically oxidizing bacteria and then ammonium and nitrite are converted to elemental nitrogen by means of anaerobically oxidizing bacteria (AMOX), in particular by means of Planctomycetes, wherein excess sludge formed in the method is removed from the tank, the excess sludge removed is separated into a heavy phase which contains the majority of the anaerobically ammonium-oxidizing bacteria (AMOX) and a light phase, characterized in that and the heavy phase is recirculated to the system.
An automatic winder (100, 200) comprising: a plurality of winding devices adapted to wind a yarn from a yarn supplying bobbin to form a package; and a machine base control main body adapted to control an operation of the plurality of winding devices, wherein each winding device includes an automatic operation switch adapted to switch execution or stop of a winding operation; characterized in that the machine base control main body includes a control section adapted to cause transition to a yarn supplying bobbin preparing mode realizing a state in which a preparing operation of the yarn supplying bobbin is executable regardless of a switching state of the automatic operation switches of the plurality of winding devices, and a preparation switch (61, 62) for causing the control section to execute the transition to the yarn supplying bobbin preparing mode. a plurality of winding devices adapted to wind a yarn from a yarn supplying bobbin to form a package; and a machine base control main body adapted to control an operation of the plurality of winding devices, wherein each winding device includes an automatic operation switch adapted to switch execution or stop of a winding operation; characterized in that the machine base control main body includes a control section adapted to cause transition to a yarn supplying bobbin preparing mode realizing a state in which a preparing operation of the yarn supplying bobbin is executable regardless of a switching state of the automatic operation switches of the plurality of winding devices, and a preparation switch (61, 62) for causing the control section to execute the transition to the yarn supplying bobbin preparing mode.
An auxiliary gearbox drive system for a turbofan engine, the auxiliary gearbox drive system comprising: a sun gear; a plurality of intermediate gears engaged to the sun gear and supported in a carrier; a ring gear circumscribing the intermediate gears; a starter; a first means for selectively coupling, in use, the ring gear to a first tower shaft of the turbofan engine; and an output to an auxiliary gearbox, wherein the sun gear is coupled, in use, to a second tower shaft of the turbofan engine, characterized in that: the starter is selectively coupled to the sun gear through a starter clutch, and the auxiliary gearbox drive system further comprises a second means for selectively coupling the ring gear to a fixed structure. a sun gear; a plurality of intermediate gears engaged to the sun gear and supported in a carrier; a ring gear circumscribing the intermediate gears; a starter; a first means for selectively coupling, in use, the ring gear to a first tower shaft of the turbofan engine; and an output to an auxiliary gearbox, wherein the sun gear is coupled, in use, to a second tower shaft of the turbofan engine, characterized in that: the starter is selectively coupled to the sun gear through a starter clutch, and the auxiliary gearbox drive system further comprises a second means for selectively coupling the ring gear to a fixed structure.
A controller for an electric transfer apparatus that includes a battery pack (210, 310), a driver (260, 360) arranged to drive the electric transfer apparatus and that is electrically connected to the battery pack, a user interface (220, 320) electrically connected to the battery pack (210, 310) and an auxiliary power storage (230, 330) electrically connected to the user interface; wherein the controller is arranged to maintain a supply of power to the user interface during a contact failure of the battery pack (210, 310) wherein power from the battery pack to the driver of the electric transfer apparatus is disrupted during the contact failure, and wherein the controller is arranged to control output of power from the auxiliary power storage (230, 330) to the user interface during the contact failure; characterised in that the electric transfer apparatus further comprises a switch (240, 340) electrically connected between the auxiliary power storage (230, 330) and the driver, wherein the controller is arranged to control the switch to be turned off when a contact failure of the battery pack (210, 310) occurs.
A delivery device for deploying a stented prosthetic heart valve at a site of a native valve comprising: a shaft (220, 320); a nosecone (240, 340) removably coupled to the shaft (220, 320), wherein the nosecone (240, 340) includes a radially compressed configuration in which a portion of the nosecone (240, 340) is configured to traverse through a heart wall and a radially expanded configuration in which an outer surface of the nosecone (240, 340) is configured to contact an outer surface of the heart wall; and a tether component (290, 390), wherein a first end of the tether component (290, 390) is coupled to the nosecone (240, 340). a shaft (220, 320); a nosecone (240, 340) removably coupled to the shaft (220, 320), wherein the nosecone (240, 340) includes a radially compressed configuration in which a portion of the nosecone (240, 340) is configured to traverse through a heart wall and a radially expanded configuration in which an outer surface of the nosecone (240, 340) is configured to contact an outer surface of the heart wall; and a tether component (290, 390), wherein a first end of the tether component (290, 390) is coupled to the nosecone (240, 340).
A method for an eUICC embedded into a machine type communication device to trigger the download of a subscription profile from a first network operator, MNO1, the eUICC being provisioned with an eUICC identifier, EID, and a pre-loaded data set memorizing a range of International Mobile Subscription Identifiers, IMSI, associated to a second network operator, MNO2, the method comprising the steps of: - selecting randomly by the eUICC an IMSI number in the range memorized in the pre-loaded data set; - sending an attachment request comprising the randomly selected IMSI, R-IMSI, for it to be received by a discovery server (103, 302) associated to the second network operator, MNO2, the discovery server (103, 302) being adapted to generate a request for getting the eUlCC identifier, EID; - receiving in an authentication request message the request for getting the eUICC identifier, EID; - as a response, sending to the discovery server (103, 302) a authentication failure message comprising an indication of a synchronisation failure and the eUICC identifier, EID, so that the discovery server (103, 302) is able to identify the first network operator, MNO1, as a provider of a subscription profile for this eUICC; - receiving in an authentication request message a temporary IMSI, t-IMSI, from the discovery server (103, 302) so that the machine type communication device is able to attach to the first network operator, MNO1, and download the pending subscription profile, said temporary IMSI, t-IMSI, belonging to the first network operator and being allocated temporarily to the eUICC for enabling the download of the subscription profile. - selecting randomly by the eUICC an IMSI number in the range memorized in the pre-loaded data set; - sending an attachment request comprising the randomly selected IMSI, R-IMSI, for it to be received by a discovery server (103, 302) associated to the second network operator, MNO2, the discovery server (103, 302) being adapted to generate a request for getting the eUlCC identifier, EID; - receiving in an authentication request message the request for getting the eUICC identifier, EID; - as a response, sending to the discovery server (103, 302) a authentication failure message comprising an indication of a synchronisation failure and the eUICC identifier, EID, so that the discovery server (103, 302) is able to identify the first network operator, MNO1, as a provider of a subscription profile for this eUICC; - receiving in an authentication request message a temporary IMSI, t-IMSI, from the discovery server (103, 302) so that the machine type communication device is able to attach to the first network operator, MNO1, and download the pending subscription profile, said temporary IMSI, t-IMSI, belonging to the first network operator and being allocated temporarily to the eUICC for enabling the download of the subscription profile.
A method of manufacturing an optoelectronic device, comprising the steps of: a) transferring, onto a surface of an integrated control circuit comprising a plurality of metal connection pads, an active diode stack comprising at least first and second doped semiconductor layers of opposite conductivity types, so that the second layer of the stack is electrically connected to the metal pads of the control circuit; b) depositing a hard mask on the surface of the actif stack opposite to the control circuit; c) forming in the active stack, by etching across openings previously formed in the mask, trenches delimiting a plurality of diodes connected to separate metal pads of the control circuit; d) depositing an insulating layer (178, 178') on the lateral walls of the trenches; e) partially removing the insulating layer (178 178') to expose the sides of the portions of the first semiconductor layer delimited by the trenches while keeping at least part of the thickness of the mask; f) depositing, on the upper surface of the mask and in trenches, a metal layer having a thickness sufficient for entirely filling the trenches; and g) removing, by chemical mechanical polishing, the metal layer on the upper surface of the mask, so as to keep from the metal layer only a metallization coating the lateral walls and the bottom of the trenches and contacting the sides of the portions of the first semiconductor layer delimited by the trenches. a) transferring, onto a surface of an integrated control circuit comprising a plurality of metal connection pads, an active diode stack comprising at least first and second doped semiconductor layers of opposite conductivity types, so that the second layer of the stack is electrically connected to the metal pads of the control circuit; b) depositing a hard mask on the surface of the actif stack opposite to the control circuit; c) forming in the active stack, by etching across openings previously formed in the mask, trenches delimiting a plurality of diodes connected to separate metal pads of the control circuit; d) depositing an insulating layer (178, 178') on the lateral walls of the trenches; e) partially removing the insulating layer (178 178') to expose the sides of the portions of the first semiconductor layer delimited by the trenches while keeping at least part of the thickness of the mask; f) depositing, on the upper surface of the mask and in trenches, a metal layer having a thickness sufficient for entirely filling the trenches; and g) removing, by chemical mechanical polishing, the metal layer on the upper surface of the mask, so as to keep from the metal layer only a metallization coating the lateral walls and the bottom of the trenches and contacting the sides of the portions of the first semiconductor layer delimited by the trenches.
A stick-like tool formed by inserting an inner shaft into a hollow portion of an outer shaft and connecting them so that they are extendible in an axial direction, wherein a spring member is sandwiched between an inner face of the outer shaft and an outer face of the inner shaft and the spring member is fixed to the outer shaft and resiliently brought into sliding contact with the outer face of the inner shaft; characterized in that the spring member includes a short folded portion formed by folding one longitudinal end of a long main body portion at a folded rounded portion to one face side of the main body portion, a fulcrum portion made up of a bent rounded portion formed by bending a portion of the main body portion into a protruding shape on the one face side of the main body portion on the other end side in the longitudinal direction of the main body portion, and a working point portion made up of a bent rounded portion formed by bending a portion of the main body portion into a protruding shape on the other face side of the main body portion at a middle portion between the folded rounded portion of the main body portion and the bent rounded portion of the fulcrum portion, the longitudinal direction of the main body portion of the spring member is aligned with the axial directions of the outer shaft and the inner shaft, the folded portion is fixed to the outer shaft, the fulcrum portion is pushed against the inner face of the outer shaft, and the action point portion is resiliently brought into sliding contact with the outer face of the inner shaft.
Straw walker structure for a combine harvester, comprising: a number of walkers (66, 68, 70, 72, 74, 76) arranged laterally alongside one another, which each comprise a sieve surface and upwardly extending side walls (80, 82) arranged at the sides thereof; a drive which is coupled to the walkers (66, 68, 70, 72, 74, 76) and is set up to set the walkers (66, 68, 70, 72, 74, 76) in motion in a phase-offset manner with respect to one another, in which they move along a circular trajectory, and at least one shaking element (86, 88, 90, 92, 94) which is arranged between two adjacent walkers (66, 68, 70, 72, 74, 76) and is connected in terms of drive to the two walkers (66, 68, 70, 72, 74, 76) adjacent to the shaking element (86, 88, 90, 92, 94) by in each case a rotatable connection with an axis of rotation, and is able to be set in motion by the walkers (66, 68, 70, 72, 74, 76) during operation, characterized in that the rotatable connections are arranged on the walkers (66, 68, 70, 72, 74, 76) and on the shaking element (86, 88, 90, 92, 94) in such a way that the shaking element (86, 88, 90, 92, 94) is able to be set in rotational motion about an axis of rotation. a number of walkers (66, 68, 70, 72, 74, 76) arranged laterally alongside one another, which each comprise a sieve surface and upwardly extending side walls (80, 82) arranged at the sides thereof; a drive which is coupled to the walkers (66, 68, 70, 72, 74, 76) and is set up to set the walkers (66, 68, 70, 72, 74, 76) in motion in a phase-offset manner with respect to one another, in which they move along a circular trajectory, and at least one shaking element (86, 88, 90, 92, 94) which is arranged between two adjacent walkers (66, 68, 70, 72, 74, 76) and is connected in terms of drive to the two walkers (66, 68, 70, 72, 74, 76) adjacent to the shaking element (86, 88, 90, 92, 94) by in each case a rotatable connection with an axis of rotation, and is able to be set in motion by the walkers (66, 68, 70, 72, 74, 76) during operation, characterized in that the rotatable connections are arranged on the walkers (66, 68, 70, 72, 74, 76) and on the shaking element (86, 88, 90, 92, 94) in such a way that the shaking element (86, 88, 90, 92, 94) is able to be set in rotational motion about an axis of rotation.