mhurhangee/ep-ind-claims huggingface dataset:
A method for the preparation of 2,4- dihydroxybutyrate from homoserine comprising a two steps pathway: - a first step of conversion of the primary amino group of homoserine to a carbonyl group to obtain 2-oxo-4-hydroxybutyrate catalyzed by an enzyme having homoserine transaminase activity as defined by E.C. 2.6.1.1 or E.C. 2.6.1.42 or E.C. 2.6.1.57 and - a second step of reduction of the obtained 2-oxo-4-hydroxybutyrate to 2,4-dihydroxybutyrate catalysed by an enzyme having OHB reductase activity, the enzyme having OHB reductase activity is lactate dehydrogenase as defined by E.C.1.1.1.27 or E.C.1.1.1.28, or malate dehydrogenase as defined by E.C.1.1.1.37, E.C.1.1.1.82 or E.C.1.1.1.299 wherein the first and/or second step(s) is/are catalyzed by an enzyme encoded by an endogenous or a heterologous gene. - a first step of conversion of the primary amino group of homoserine to a carbonyl group to obtain 2-oxo-4-hydroxybutyrate catalyzed by an enzyme having homoserine transaminase activity as defined by E.C. 2.6.1.1 or E.C. 2.6.1.42 or E.C. 2.6.1.57 and - a second step of reduction of the obtained 2-oxo-4-hydroxybutyrate to 2,4-dihydroxybutyrate catalysed by an enzyme having OHB reductase activity, the enzyme having OHB reductase activity is lactate dehydrogenase as defined by E.C.1.1.1.27 or E.C.1.1.1.28, or malate dehydrogenase as defined by E.C.1.1.1.37, E.C.1.1.1.82 or E.C.1.1.1.299
Handcuff consisting of a first half-cuff and a second half-cuff that can be closed in the locked position around an object and opened thanks to a means of opening that can be unlocked by means of a key, and at least one handcuff body comprising means of locking the handcuff, said first half-cuff being mounted such that it can pivot about an axis located in the handcuff body and able to be set in motion about said axis so as to allow said object to be grasped, - said means of locking comprising a means of locking the handcuff in the open position fastened to the handcuff body and a means of locking in the closed position, said handcuff being characterized in that the means of locking the handcuff in the open position comprises a blocking notch mounted such that it can pivot about an axis fastened to the handcuff body, - said first half-cuff comprising a slot wherein said blocking notch enters against the force of a return spring, which makes it possible to lock said first half-cuff and to keep the handcuff in the open position thus preventing its unintentional closure and allowing a frontal grasp of said object; the handcuff comprising a means of unlocking consisting of a clutch pedal pivoting about an axis, said first half-cuff comprising a notch into which a plot of said blocking notch has entered under the effect of said return spring so as to keep the locked handcuff in the open position, pressure exerted by said object on said clutch pedal causes said locking notch to turn about its axis and disengages said plot from said notch and frees the second half-cuff. - said means of locking comprising a means of locking the handcuff in the open position fastened to the handcuff body and a means of locking in the closed position, said handcuff being characterized in that the means of locking the handcuff in the open position comprises a blocking notch mounted such that it can pivot about an axis fastened to the handcuff body, - said first half-cuff comprising a slot wherein said blocking notch enters against the force of a return spring, which makes it possible to lock said first half-cuff and to keep the handcuff in the open position thus preventing its unintentional closure and allowing a frontal grasp of said object;
Electronic device for measuring a determined quantity, the device having a two-wire interface having two connection terminals intended to be connected to a conductive pair supplying the measuring device and conveying in return an electrical quantity representative of the measured quantity, the device comprising: - a transducer providing a raw measurement of the determined quantity; - a processing stage for conditioning the raw measurement, the processing stage comprising an input connected to the transducer and an output port; - a regulator comprising an input port (Er) electrically connected to the two connection terminals of the two-wire interface and an output port (Sr) supplying the transducer and/or the processing stage with regulated voltage, the device being characterized in that the output port of the processing stage is connected to the input port (Er) or to the output port (Sr) of the regulator and in that the device comprises a feedback circuit electrically connected to the input port (Er) of the regulator and to the processing stage. - a transducer providing a raw measurement of the determined quantity; - a processing stage for conditioning the raw measurement, the processing stage comprising an input connected to the transducer and an output port; - a regulator comprising an input port (Er) electrically connected to the two connection terminals of the two-wire interface and an output port (Sr) supplying the transducer and/or the processing stage with regulated voltage,
An electrolyte layer-anode composite member comprising: an anode including a first metal oxide having a perovskite crystal structure; and a solid electrolyte layer including a second metal oxide having a perovskite crystal structure, the anode including at least one of nickel and a nickel compound, the anode having a sheet-like shape, the solid electrolyte layer having a sheet-like shape, the solid electrolyte layer being stacked on the anode, the anode having a thickness Ta of 900 μm or more and 1200 μm or less, the thickness Ta (μm) of the anode and the diameter Da (cm) of the anode satisfy a relation of 70≤Ta/Da≤150. an anode including a first metal oxide having a perovskite crystal structure; and a solid electrolyte layer including a second metal oxide having a perovskite crystal structure, the anode including at least one of nickel and a nickel compound, the anode having a sheet-like shape, the solid electrolyte layer having a sheet-like shape, the solid electrolyte layer being stacked on the anode, the anode having a thickness Ta of 900 μm or more and 1200 μm or less, the thickness Ta (μm) of the anode and the diameter Da (cm) of the anode satisfy a relation of 70≤Ta/Da≤150.
A satellite comprising a heat transfer assembly, the transfer assembly comprising: an equipment panel having an east end and a west end, wherein an east-west direction extends between the east end and the west end, wherein the equipment panel further has a first length in a longitudinal direction, and wherein the longitudinal direction is transverse to the east-west direction; a first radiator panel (220, 230) coupled to one of an east end and a west end of the equipment panel, the first radiator panel (220, 230) comprising a second length in the longitudinal direction and at least a first longitudinal heat pipe, the second length being greater than the first length; and at least one flexible heat pipe comprising a first rigid tube coupled to the equipment panel and a second rigid tube thermally coupled to the first longitudinal heat pipe, wherein the equipment panel is configured to retain an equipment module in thermal contact with the first rigid tube. an equipment panel having an east end and a west end, wherein an east-west direction extends between the east end and the west end, wherein the equipment panel further has a first length in a longitudinal direction, and wherein the longitudinal direction is transverse to the east-west direction; a first radiator panel (220, 230) coupled to one of an east end and a west end of the equipment panel, the first radiator panel (220, 230) comprising a second length in the longitudinal direction and at least a first longitudinal heat pipe, the second length being greater than the first length; and at least one flexible heat pipe comprising a first rigid tube coupled to the equipment panel and a second rigid tube thermally coupled to the first longitudinal heat pipe, wherein the equipment panel is configured to retain an equipment module in thermal contact with the first rigid tube.
Process for repairing an anode for emitting x-rays, comprising a disc equipped, on an annular zone, with an initial target coating comprising at least one material able to produce x-rays under the effect of an incident beam of electrons, comprising: a step of machining at least one annular portion of said initial target coating to a depth smaller than its thickness so as to leave behind a residual annular layer of this annular portion; a step of depositing an intermediate layer on said residual annular layer; a step of depositing a repairing layer on said intermediate layer; and a heat treatment step in which an anneal is carried out such that, by interdiffusion and formation of a solid solution, the material of said intermediate part and the material of said residual annular part diffuse into each other and the material of the intermediate layer and the material of the repairing layer diffuse into each other, until said intermediate layer disappears. a step of machining at least one annular portion of said initial target coating to a depth smaller than its thickness so as to leave behind a residual annular layer of this annular portion; a step of depositing an intermediate layer on said residual annular layer; a step of depositing a repairing layer on said intermediate layer; and a heat treatment step in which an anneal is carried out such that, by interdiffusion and formation of a solid solution, the material of said intermediate part and the material of said residual annular part diffuse into each other and the material of the intermediate layer and the material of the repairing layer diffuse into each other, until said intermediate layer disappears.
Machine for working at least one panel; said machine comprising: - a loading station; - an unloading station; - a working station; - a working tool disposed in said working station; - supporting and moving means for said working tool; said supporting and moving means being suitable for moving said working tool along a working axis; - a transporting station wherein the panel is transported; said loading station and said unloading station are disposed on one side of the working station, whereas said transporting station is disposed on the other side of the working station; said transporting station comprises a transporting table; - a transporting unit disposed in said transporting station to move said panel in said transporting station; machine characterized in that said transporting unit comprises: - a first frame; - moving means for said first frame, which move said first frame from a proximal position relative to the working station to a distal position relative to said working station; - a second frame that is supported by the first frame; said second frame being suitable for rotating around an orthogonal axis relative to the transporting table; - rotation means for said second frame to move said second frame between a first position and a second position; - a third frame; - moving means for said third frame, which move said third frame from a distal position relative to the working station to a proximal position relative to said working station; - first gripping means supported by the second frame; - second gripping means supported by the third frame. - a loading station; - an unloading station; - a working station; - a working tool disposed in said working station; - supporting and moving means for said working tool; said supporting and moving means being suitable for moving said working tool along a working axis; - a transporting station wherein the panel is transported; said loading station and said unloading station are disposed on one side of the working station, whereas said transporting station is disposed on the other side of the working station; said transporting station comprises a transporting table; - a transporting unit disposed in said transporting station to move said panel in said transporting station; - a first frame; - moving means for said first frame, which move said first frame from a proximal position relative to the working station to a distal position relative to said working station; - a second frame that is supported by the first frame; said second frame being suitable for rotating around an orthogonal axis relative to the transporting table; - rotation means for said second frame to move said second frame between a first position and a second position; - a third frame; - moving means for said third frame, which move said third frame from a distal position relative to the working station to a proximal position relative to said working station; - first gripping means supported by the second frame; - second gripping means supported by the third frame.
A method for producing 1-chloro-2,3,3-trifluoropropene, comprising the step of dehydrofluorinating 3-chloro-1,1,2,2-tetrafluoropropane, wherein the dehydrofluorination is performed in the presence of an accelerator, which is an alkali or base compound.
A plant for printing containers, such as bottles, with at least one print image on at least two printing presses connected one after the other each having at least one printing head, wherein the at least two printing presses connected one after the other are designed as carousels for the successive reception of the containers to be printed and wherein the containers are directly transferred from one carousel to a following carousel or received by such, wherein the containers during printing are each clamped in a clamping device positioned in a station of the printing press, wherein the respective clamping device, following the printing of the container in the last printing press, leaves the latter, the printed container is separated from the clamping device and the clamping device is returned on a return conveyor end to the entry of the first printing press for receiving a new container to be printed, wherein at least one cleaning device is provided that can be assigned to the respective printing head.
A system for delivery of gases pressurized above ambient to a user, comprising: a mouthpiece (804, 823) with an outlet or outlets for oral delivery of the gases; a pair of nasal cannula (822, 824) configured to extend into and seal in the user's nares in use and with outlets for nasal delivery of the gases; and a connector fluidly connected to the mouth piece (804, 823) and the nasal cannula (822, 824), the connector having an inlet located below the nasal cannula (822, 824); wherein a connection between the connector and the nasal cannula (822, 824) includes an extension mechanism, and/or wherein the nasal cannula (822, 824) are detachable. a mouthpiece (804, 823) with an outlet or outlets for oral delivery of the gases; a pair of nasal cannula (822, 824) configured to extend into and seal in the user's nares in use and with outlets for nasal delivery of the gases; and a connector fluidly connected to the mouth piece (804, 823) and the nasal cannula (822, 824), the connector having an inlet located below the nasal cannula (822, 824); wherein a connection between the connector and the nasal cannula (822, 824) includes an extension mechanism, and/or wherein the nasal cannula (822, 824) are detachable.
An apparatus adapted to examine a paper web, the apparatus comprising: a rotatable first bobbin configured to accept a paper web, the paper web having transverse bands spaced apart along a length thereof; a rotatable second bobbin arranged to receive the paper web from the first bobbin with a paper web path defined between the first and second bobbins; a first testing device disposed along the paper web path and arranged to nondestructively measure a property of one of the transverse bands of the paper web; and a drive system comprising: a first motor arranged to rotate the first bobbin; and a second motor arranged to rotate the second bobbin, characterized in that the first and second motors are reversible to reverse the progression of the paper web along the paper web path and to maintain a tension in the paper web. a rotatable first bobbin configured to accept a paper web, the paper web having transverse bands spaced apart along a length thereof; a rotatable second bobbin arranged to receive the paper web from the first bobbin with a paper web path defined between the first and second bobbins; a first testing device disposed along the paper web path and arranged to nondestructively measure a property of one of the transverse bands of the paper web; and a drive system comprising: a first motor arranged to rotate the first bobbin; and a second motor arranged to rotate the second bobbin, characterized in that a first motor arranged to rotate the first bobbin; and a second motor arranged to rotate the second bobbin, characterized in that the first and second motors are reversible to reverse the progression of the paper web along the paper web path and to maintain a tension in the paper web.
A sealing lid that is joinable to a package main body constituted of metal or ceramics and containing an optical element and that is for producing a package hermetically sealed, the sealing lid comprising a lid main body made of a translucent material through which at least one of visible light, ultraviolet light, and infrared light is transmittable, wherein the lid main body comprises a joining region having a frame shape corresponding to an outer circumferential shape of the lid main body, the joining region being formed on a surface of the lid main body that is to be joined to the package main body, wherein a plurality of pieces of brazing material made of a eutectic alloy are fused on the joining region of the lid main body, and a metallized film comprising at least one layer made of metal is provided on at least a part of the lid main body surface, and the brazing material is fused on the metallized film, and characterised in that a diffusion region formed by diffusion of a metal element of the metallized film into the brazing material has a width of equal to or less than 2 μ m. a lid main body made of a translucent material through which at least one of visible light, ultraviolet light, and infrared light is transmittable, wherein the lid main body comprises a joining region having a frame shape corresponding to an outer circumferential shape of the lid main body, the joining region being formed on a surface of the lid main body that is to be joined to the package main body, wherein a plurality of pieces of brazing material made of a eutectic alloy are fused on the joining region of the lid main body, and a metallized film comprising at least one layer made of metal is provided on at least a part of the lid main body surface, and the brazing material is fused on the metallized film, and characterised in that a diffusion region formed by diffusion of a metal element of the metallized film into the brazing material has a width of equal to or less than 2 μ m. a metallized film comprising at least one layer made of metal is provided on at least a part of the lid main body surface, and the brazing material is fused on the metallized film, and characterised in that a diffusion region formed by diffusion of a metal element of the metallized film into the brazing material has a width of equal to or less than 2 μ m.
Method for treatment of water against the formation of bacteria and algae comprising the steps of providing a generator generating a voltage (V(t)) and dispersing a corresponding current in the water to be treated, characterised in that the voltage (V(t)) generated is a square wave with a frequency (f*(t)) multiple of a frequency (f(t)) ranging between 1 and 100kHz,, wherein said frequency (f(t)) is incremented with a multiplicative factor lower than 2 for cyclically scanning the range 1-100kHz and is associated to a predetermined duration, wherein the frequencies (f*(t)) are harmonics generated by said frequencies (f(t)).
A method of establishing and controlling a tunnel for carrying a Packet Data Network, PDN, connection between a first endpoint and a second endpoint, the method comprising, at the first endpoint: sending a request to set up a tunnel, the request including a first identifier; receiving a second identifier for identifying the tunnel when receiving user data sent from the second endpoint to the first endpoint; sending user data packets including any of the first and second identifiers for identifying the tunnel from the first endpoint to the second endpoint; receiving user data packets including the second identifier from the second endpoint to the first endpoint; characterized by further comprising establishing a plurality of tunnels between the first endpoint and the second endpoint, each tunnel of the plurality of tunnels carrying a different PDN connection, by sending said request including a first identifier and receiving a second identifier for establishing each tunnel, wherein the tunnels of the plurality of tunnels are differentiated by different first identifiers and second identifiers; wherein the identifiers comprise a Media Access Control, MAC, address in a MAC header. sending a request to set up a tunnel, the request including a first identifier; receiving a second identifier for identifying the tunnel when receiving user data sent from the second endpoint to the first endpoint; sending user data packets including any of the first and second identifiers for identifying the tunnel from the first endpoint to the second endpoint; receiving user data packets including the second identifier from the second endpoint to the first endpoint; establishing a plurality of tunnels between the first endpoint and the second endpoint, each tunnel of the plurality of tunnels carrying a different PDN connection, by sending said request including a first identifier and receiving a second identifier for establishing each tunnel, wherein the tunnels of the plurality of tunnels are differentiated by different first identifiers and second identifiers; wherein the identifiers comprise a Media Access Control, MAC, address in a MAC header.
A method for wireless communication by a user equipment, UE, comprising: receiving a power control command from a serving base station, BS, for an uplink reference signal; transmitting the uplink reference signal in accordance with the received power control command; receiving a keep alive, KA, command based, at least in part, on the uplink reference signal, wherein the KA command is scrambled by an identifier associated with the UE; and taking one or more actions to perform a handover to a non-serving BS in accordance with the KA command. receiving a power control command from a serving base station, BS, for an uplink reference signal; transmitting the uplink reference signal in accordance with the received power control command; receiving a keep alive, KA, command based, at least in part, on the uplink reference signal, wherein the KA command is scrambled by an identifier associated with the UE; and taking one or more actions to perform a handover to a non-serving BS in accordance with the KA command.