mhurhangee/patent-ind-claim-en huggingface dataset:
A construct comprising, in combination: a ligand that specifically binds to EphA2, EphA3, and EphB2; a ligand that binds to IL-13Rα2; and at least one effector molecule wherein said at least one effector molecule comprises a therapeutic agent, a nanoparticle, a detectable group, a lipid, or a liposome; wherein said ligand that specifically binds to EphA2, EphA3 and EphB2 is eA5, a mutant of eA5, or an EphA2, EphA3 and EphB2 binding fragment thereof; optionally wherein said construct is a fusion protein and/or a covalent conjugate. a ligand that specifically binds to EphA2, EphA3, and EphB2; a ligand that binds to IL-13Rα2; and at least one effector molecule wherein said at least one effector molecule comprises a therapeutic agent, a nanoparticle, a detectable group, a lipid, or a liposome; wherein said ligand that specifically binds to EphA2, EphA3 and EphB2 is eA5, a mutant of eA5, or an EphA2, EphA3 and EphB2 binding fragment thereof; optionally wherein said construct is a fusion protein and/or a covalent conjugate.
A computer-implemented method of detecting a return-oriented programming, ROP, exploit, comprising: appending a dummy instruction to the end of a suspected ROP chain; executing the suspected ROP chain; determining that the dummy instruction was executed; and designating the suspected ROP chain as an ROP chain. appending a dummy instruction to the end of a suspected ROP chain; executing the suspected ROP chain; determining that the dummy instruction was executed; and designating the suspected ROP chain as an ROP chain.
Wear-protection assembly for the clearing blade of a snowplough, which wear-protection assembly comprises a plurality of clearing strips , which are arranged side by side and can be fastened to the lower edge of the clearing blade by means of a fastening neck , on the front side of which clearing strips planar reinforcing elements are arranged in subregions at risk of wear, which reinforcing elements each reach from the wear edge of the clearing strip as far as over the fastening neck thereof, wherein the parts of said wear-protection assembly are interconnected and connected to the lower edge of the clearing blade by means of a screw connection, which comprises, on one hand, an upper threaded-bolt connection having at least one threaded bolt , which is guided through bores aligned with one another in the lower edge of the clearing blade , in the fastening neck of the clearing strip and in the reinforcing element , and comprises, on the other hand, a lower threaded-bolt connection having at least one threaded bolt , which is guided, below the bottom edge of the clearing blade , through bores aligned with one another in the reinforcing element and in the clearing strip , wherein the bore in the clearing strip is arranged between the wear region thereof and the fastening neck thereof, characterised in that the reinforcing elements are each produced as single-part castings from chilled cast iron, and in that the bores provided for the upper threaded-bolt connection in the reinforcing elements are designed as slots which are widened vertically in relation to the lower edge of the clearing blade .
Method for allocating an identifier to a first client node of a client domain, said first client node being able to manage traffic associated with said client domain with a view to protecting it against a cyber attack, characterized in that said method is implemented by a device for allocating an identifier and in that it comprises: - receiving , from the first client node, a request to allocate a client-node identifier, said request comprising at least one datum identifying the first client node; - obtaining a list of client-node identifiers already allocated to active client nodes at least in the client domain; - allocating to said first client node a client-node identifier not belonging to the obtained list; - recording , in a local memory, an association between the allocated identifier and the datum identifying the first client node; - sending a response comprising the allocated identifier to the first client node; and - sending a request to record the identifier allocated to the first client node in the domain to at least one server managing traffic associated with the domain. - receiving , from the first client node, a request to allocate a client-node identifier, said request comprising at least one datum identifying the first client node; - obtaining a list of client-node identifiers already allocated to active client nodes at least in the client domain; - allocating to said first client node a client-node identifier not belonging to the obtained list; - recording , in a local memory, an association between the allocated identifier and the datum identifying the first client node; - sending a response comprising the allocated identifier to the first client node; and - sending a request to record the identifier allocated to the first client node in the domain to at least one server managing traffic associated with the domain.
Filter element for use in a filter device, comprising a filter medium through which the fluid to be cleaned flows during the filtering process, said filter medium surrounding an inner filter cavity , and having an end cap associated with an upper end of a filter housing of the filter device when the filter element is in the functional position, wherein this end cap comprises a pipe socket extending axially into the inner filter cavity , wherein a packing is provided inside said pipe socket, wherein the end cap is adapted in such a manner that, when the filter element is inserted into the filter device, the packing , together with a balance pipe of the filter housing passing through it, seals the inner filter cavity with respect to the surrounding housing interior of the filter device, wherein a blocking device is provided, which comprises an annular body that protrudes at a lower end cap of the filter element and at said end cap surrounds the outlet opening out of the filter cavity which forms a clean side, wherein the annular body engages sealingly in an annular gap of the filter device when the filter element is inserted into the filter device, said annular gap being formed on an element holder of the housing , and wherein at least one sealing element , provided on the outside and/or inside of the annular body , is provided for sealing between the annular body and the annular gap , characterised in that the lower end cap comprises a pipe section which surrounds the outlet opening and extends axially upwards to form a contact surface for a lower end of a fluid-permeable supporting tube of the filter element, and in that , when the filter element is inserted into the filter device, a sealing element on the pipe section forms a seal of the outlet opening with respect to the outside of a pipe body of the filter device.
A work stand for holding a platform upon which a user stands, the platform having a first hook and a second hook extending from a first end of the platform , and a third hook and a fourth hook extending from a second end of the platform which are able to be supported by a second work stand , the second end of the platform in opposition with and spaced relation with the first end of the platform , the platform defining a plane on which the user stands, the work stand comprising; a front frame and a rear frame , each frame having a first rail and a second rail in parallel and spaced relationship with the first rail , a front cross bar engaged with the first and second rails of the front frame , a rear cross bar engaged with the first and second rails of the rear frame , a first spreader engaged with the first rail of the front frame and the first rail of the rear frame , a second spreader engaged with the second rail of the front frame and the second rail of the rear frame , the front frame and the rear frame forming an upside down V, the front frame's top engaged with the rear frame's top ; whereby the work stand also comprises: a plank adaptor configured to engage with the first and second rail of the front frame of the work stand to hold the platform , the adaptor comprising: an attachment portion ; and a bar , the attachment portion engaged with the bar and configured to engage with the front frame to hold the bar in spaced relationship with the work stand, the first and second hooks on the platform configured to engage with and rest on the bar to hold the platform in place on the bar , wherein the bar has a first end and a second end , characterized in that the attachment portion has a first flange engaged with the bar in proximity to the first end of the bar , and the attachment portion has a second flange engaged with the bar in proximity to the second end of the bar , in that each flange comprises fasteners and is attachable with the respective fasteners to each flange's corresponding first or second rail of the front frame, and in that the first flange is configured to be attached with the respective fasteners in proximity to the top of the first rail of the front frame of the work stand and the second flange is configured to be attached with the respective fasteners in proximity to the top of the second rail of the front frame of the work stand.
Microscope system comprising a first detection unit or a plurality of detection units which include a first detection unit and at least one second detection unit , the first detection unit or at least one of the plurality of detection units comprising a colour beam splitter arrangement with three beam splitter prisms , characterised in - that each of the beam splitter prisms comprises a first, a second and a third prism surface (F1, F2, F3), a dichroic layer being provided on, or parallel to, each of the second prism surfaces (F2) of the beam splitter prisms , - that the first prism surfaces (F1) of the beam splitter prisms face into the same direction and are aligned parallel to one another at a right angle to an optical axis (A) through the first and second prism surfaces (F1, F2) of the beam splitter prisms , - that the first and second prism surfaces (F1, F2) of the beam splitter prisms are each aligned at acute first angles to one another, the second and third prism surfaces (F2, F3) of the beam splitter prisms are each aligned at right or obtuse second angles to one another, and the third and first prism splitter (F3, F1) of the beam splitter prisms are each aligned at acute third angles to one another, and - that a prismatic compensating element with a first and with a second prism surface (F1', F2') is associated with each of the beam splitter prisms , the second prism surface (F2') of each of the compensating elements being arranged in a common plane with or parallel to the second prism surface (F2) of the respectively associated beam splitter prism . - that each of the beam splitter prisms comprises a first, a second and a third prism surface (F1, F2, F3), a dichroic layer being provided on, or parallel to, each of the second prism surfaces (F2) of the beam splitter prisms , - that the first prism surfaces (F1) of the beam splitter prisms face into the same direction and are aligned parallel to one another at a right angle to an optical axis (A) through the first and second prism surfaces (F1, F2) of the beam splitter prisms , - that the first and second prism surfaces (F1, F2) of the beam splitter prisms are each aligned at acute first angles to one another, the second and third prism surfaces (F2, F3) of the beam splitter prisms are each aligned at right or obtuse second angles to one another, and the third and first prism splitter (F3, F1) of the beam splitter prisms are each aligned at acute third angles to one another, and - that a prismatic compensating element with a first and with a second prism surface (F1', F2') is associated with each of the beam splitter prisms , the second prism surface (F2') of each of the compensating elements being arranged in a common plane with or parallel to the second prism surface (F2) of the respectively associated beam splitter prism .
A method for processing multicast data messages at a first managed forwarding element 'MFE' executing on a first host machine , the first MFE , in conjunction with a set of additional MFEs (1030B-1030C) executing on additional host machines , implementing a distributed multicast logical router and a plurality of logical switches (902A-902B) that logically connect to the distributed multicast logical router , the method comprising: receiving, from a source data compute node 'DCN' (VM1) that operates on the first host machine and logically connects to a first logical switch in the set of logical switches (902A-902B), a multicast data message to be replicated to DCNs (VM2, VM3, VM4, VM5) belonging to a particular multicast group to which the source DCN (VM1) belongs; replicating the multicast data message to replicate to a first set of local DCNs (VM3, VM4) in the multicast group that also operate on the first host machine , the first set of DCNs comprising at least a second DCN (VM3) logically connected to the first logical switch and a third DCN (VM4) logically connected to a second logical switch and not to the first logical switch , wherein the first set of local DCNs (VM3, VM4) have reported participating in the particular multicast group to which the source DCN (VM1) belongs; and replicating the multicast data message to other MFEs in the set of additional MFEs (1030B-1030C) that have reported participating in the multicast group, to replicate the multicast data message to a second set of DCNs (VM2, VM5) executing on the additional host machines and which also belong to the particular multicast group to which the source DCN (VM1) belongs. receiving, from a source data compute node 'DCN' (VM1) that operates on the first host machine and logically connects to a first logical switch in the set of logical switches (902A-902B), a multicast data message to be replicated to DCNs (VM2, VM3, VM4, VM5) belonging to a particular multicast group to which the source DCN (VM1) belongs; replicating the multicast data message to replicate to a first set of local DCNs (VM3, VM4) in the multicast group that also operate on the first host machine , the first set of DCNs comprising at least a second DCN (VM3) logically connected to the first logical switch and a third DCN (VM4) logically connected to a second logical switch and not to the first logical switch , wherein the first set of local DCNs (VM3, VM4) have reported participating in the particular multicast group to which the source DCN (VM1) belongs; and replicating the multicast data message to other MFEs in the set of additional MFEs (1030B-1030C) that have reported participating in the multicast group, to replicate the multicast data message to a second set of DCNs (VM2, VM5) executing on the additional host machines and which also belong to the particular multicast group to which the source DCN (VM1) belongs.
A device comprising: an inlet; a chamber; immobilized lipase contained within the chamber; immobilized protease contained within the chamber; immobilized amylase contained within the chamber; and an outlet, wherein a flow path extends from the inlet, through the chamber, and to the outlet. an inlet; a chamber; immobilized lipase contained within the chamber; immobilized protease contained within the chamber; immobilized amylase contained within the chamber; and an outlet, wherein a flow path extends from the inlet, through the chamber, and to the outlet.
A press-forming apparatus (1; 1'; 1") for manufacturing a press-formed article (100; 100') from a workpiece sheet comprising a die and a punch (20;20';20") by moving at least one of the die and the punch (20; 20'; 20") so as to be close to each other in a press-forming direction, the press-formed article (100; 100') having a top portion , a first sidewall portion , and a second sidewall portion , the first sidewall portion and the second sidewall portion being connected to ridge portions formed on both edges of the top portion , characterized in that the die comprises: a die slide ; a first divisional die arranged at the die slide so as to be adjacent to a first side face of the punch (20; 20'; 20") in a state where the die and the punch (20; 20'; 20") are the closest to each other; a second divisional die arranged at the die slide so as to be adjacent to a second side face of the punch (20; 20'; 20") in a state where the die and the punch (20; 20'; 20") are the closest to each other, the second side face being an opposite side face of the first side face ; a second divisional die driving unit configured to move the second divisional die in the press-forming direction so as to separate the second divisional die from the die slide ; a die pad arranged between the first divisional die and the second divisional die ; a die pad driving unit configured to move the die pad in the press-forming direction; an insert block having a base end portion configured to be inserted between the die slide and the second divisional die in a state where the die slide and the second divisional die are separated from each other; and an insert block driving unit configured to move the insert block in a direction perpendicular to the press-forming direction. a die slide ; a first divisional die arranged at the die slide so as to be adjacent to a first side face of the punch (20; 20'; 20") in a state where the die and the punch (20; 20'; 20") are the closest to each other; a second divisional die arranged at the die slide so as to be adjacent to a second side face of the punch (20; 20'; 20") in a state where the die and the punch (20; 20'; 20") are the closest to each other, the second side face being an opposite side face of the first side face ; a second divisional die driving unit configured to move the second divisional die in the press-forming direction so as to separate the second divisional die from the die slide ; a die pad arranged between the first divisional die and the second divisional die ; a die pad driving unit configured to move the die pad in the press-forming direction; an insert block having a base end portion configured to be inserted between the die slide and the second divisional die in a state where the die slide and the second divisional die are separated from each other; and an insert block driving unit configured to move the insert block in a direction perpendicular to the press-forming direction.
Retreading method for a tyre comprising an electronic assembly provided with an electronic module , a rubber patch fastened to an inner wall of the tyre, said patch including a seat designed to house an active portion of the electronic module , said method comprising the following steps: - removing the electronic module from the patch used for fastening, - placing a protective cover that is resistant to vulcanization on the patch so as to cover the patch, - placing a new tread on the tyres, - vulcanizing the tyre with the new tread, - removing the protective cover from the patch, - re-inserting the electronic module into the rubber patch . - removing the electronic module from the patch used for fastening, - placing a protective cover that is resistant to vulcanization on the patch so as to cover the patch, - placing a new tread on the tyres, - vulcanizing the tyre with the new tread, - removing the protective cover from the patch, - re-inserting the electronic module into the rubber patch .
An active radio-frequency identification, RFID, tag , comprising: a power source ; a radio transceiver ; and a processing unit , coupled with the power source and the radio transceiver , and configured to cause the following: transmitting continuously a signal comprising an own identifier according to a predetermined schedule ; receiving continuously a plurality of signals comprising a plurality of foreign identifiers transmitted by a plurality of other active RFID tags according to the predetermined schedule ; measuring a received signal strength indication, RSSI , of each received signal ; storing each foreign identifier of a signal whose RSSI exceeds a predetermined strength threshold ; detecting that a signal with a stored foreign identifier is no more received according to the predetermined schedule and marking said stored foreign identifier ; characterised in that the processing unit is further configured to cause the following: if two or more stored foreign identifiers are marked, transmitting an alarm signal indicating that the active RFID tag having the own identifier has been moved. a power source ; a radio transceiver ; and a processing unit , coupled with the power source and the radio transceiver , and configured to cause the following: transmitting continuously a signal comprising an own identifier according to a predetermined schedule ; receiving continuously a plurality of signals comprising a plurality of foreign identifiers transmitted by a plurality of other active RFID tags according to the predetermined schedule ; measuring a received signal strength indication, RSSI , of each received signal ; storing each foreign identifier of a signal whose RSSI exceeds a predetermined strength threshold ; detecting that a signal with a stored foreign identifier is no more received according to the predetermined schedule and marking said stored foreign identifier ; characterised in that the processing unit is further configured to cause the following: if two or more stored foreign identifiers are marked, transmitting an alarm signal indicating that the active RFID tag having the own identifier has been moved. transmitting continuously a signal comprising an own identifier according to a predetermined schedule ; receiving continuously a plurality of signals comprising a plurality of foreign identifiers transmitted by a plurality of other active RFID tags according to the predetermined schedule ; measuring a received signal strength indication, RSSI , of each received signal ; storing each foreign identifier of a signal whose RSSI exceeds a predetermined strength threshold ; detecting that a signal with a stored foreign identifier is no more received according to the predetermined schedule and marking said stored foreign identifier ; characterised in that the processing unit is further configured to cause the following: if two or more stored foreign identifiers are marked, transmitting an alarm signal indicating that the active RFID tag having the own identifier has been moved.
A respiratory flow sensor with a flow tube (12; 212), which has a longitudinal axis (14; 124; 214), a first flow tube portion (21; 81; 121; 221) and a second flow tube portion (41; 101; 141; 241), with a flow resistor , which is arranged in the flow tube (12; 212) between the first flow tube portion (21; 81; 121; 221) and the second flow tube portion (41; 101; 141; 241), and with ports (32, 52; 82, 102; 132, 152; 232, 252) for extracting the pressure difference generated by the flow resistor , wherein a first port (32; 82; 132; 232) opens into the first flow tube portion (21; 81; 121; 221) via a first connecting line and a further port (52; 102; 152; 252) opens into the second flow tube portion (41; 101; 141; 241) via a second connecting line, wherein the ports (32, 52; 232, 252) each have a connecting line portion (33; 53; 83; 133, 153; 233; 253) of the connecting line that runs essentially parallel to the longitudinal axis (14; 124; 214) of the flow tube (12; 212), and the openings (35, 55; 85; 235, 255) of the ports (32, 52; 82, 102; 132, 152; 232, 252) are aligned in the same direction, characterized in that the first port (32; 82; 132; 232) is arranged at the first flow tube portion (21; 81; 121; 221) and the further port (52; 102; 152; 252) is arranged at the second flow tube portion (41; 101; 141; 241).