mhurhangee/patent-ind-claim-en huggingface dataset:
A eukaryotic cell which is naturally capable of alcoholic fermentation that is genetically modified, comprising one or more heterologous gene encoding: a) D-glucose-6-phosphate dehydrogenase and/or b) 6-phosphogluconate dehydrogenase; and/or c) glucose dehydrogenase, gluconolactonase and gluconate kinase, wherein a), b) and glucose dehydrogenase in c) are NAD + dependent. a) D-glucose-6-phosphate dehydrogenase and/or b) 6-phosphogluconate dehydrogenase; and/or c) glucose dehydrogenase, gluconolactonase and gluconate kinase,
A multilayered composite tube having a heat transfer coefficient, according to the determination of heat transfer coefficient specified in the description, of > 500 W/m 2 /K comprising at least two layers which in its construction over the cross section of the wall of the composite tube comprises as an inner layer a zero-open-porosity monolithic oxide ceramic surrounded by an outer layer of oxidic fiber composite ceramic, wherein this outer layer has an open porosity ε according to DIN V ENV 1389 of 5% < ε < 50 %, preferably 10% < ε < 30 %, and which on the inner surface of the composite tube comprises a plurality of depressions oriented towards the outer wall of the composite tube.
A method for parameterising responsivity of an electronic device observed as a result of receiving, by the electronic device , a command emitted from a neighbouring piece of control equipment including a plurality of command keys, said method including the different steps of: - establishing a use profile of the neighbouring piece of control equipment by an operation of analysing depress operations on the command keys of said neighbouring piece of control equipment ; - adapting a responsivity parameter of the electronic device depending on the use profile established; the method being characterised in that the responsivity parameter is a debouncing duration, or a parameter whose value is correlated with the depress intensity on a command key (Tn) considered of the neighbouring piece of control equipment . - establishing a use profile of the neighbouring piece of control equipment by an operation of analysing depress operations on the command keys of said neighbouring piece of control equipment ; - adapting a responsivity parameter of the electronic device depending on the use profile established;
A method for forming an organic semiconductor film in which a solution (E) in which an organic semiconductor material is dissolved is used so as to form an organic semiconductor film including the organic semiconductor material; the organic semiconductor film is formed by using a cover member which is disposed on a substrate for forming the organic semiconductor film and forms a space relative to the substrate , filling the space between the cover member and the substrate with the solution (E), and drying the filled solution (E); wherein defining an x-direction as an x-direction of a surface of the substrate and a y-direction as a y-direction of the surface of the substrate , the cover member has a control surface on which an uppermost part most separated from the substrate and a descending part provided on both sides in the y-direction of the uppermost part so as to descend from the uppermost part toward the substrate are formed; the cover member has a shape that opens in the x-direction orthogonal to the y-direction of the space where the control surface is formed; and the cover member is disposed in a state in which an entire area of one end part in the y-direction makes contact with the substrate and at least a partial area of another end part in the y-direction makes contact with the substrate with the control surface facing the substrate ; when an end part in the y-direction where the entire area of the cover member makes contact with the substrate is used as a base end (b), at least a part of the solution (E) at the end part in the y-direction on the opposite side from the base end (b) on the control surface is positioned at a location not surpassing the uppermost part of the control surface when viewed from the base end (b); and an apparent angle (θ), which is an angle formed by (i) the shortest line connecting the base end (b) and a separation position (e) serving as a position where the solution (E) is most separated from the base end (b) in the y-direction on the control surface and (ii) the shortest line connecting the base end (b) and a point (p) where a perpendicular line dropped from the separation position (e) onto the substrate intersects with the substrate , is at most 50°; and the base end side of the space between the cover member and the substrate is filled with the solution (E) so that a ratio x/y determined by dividing the length (Lx) of the coating solution in the x-direction by the length (Ly) of the coating solution in the y-direction is at least 0.2.
System for the recovery of heat in the air-conditioning of a building, comprising at least one heat exchanger , which is flowed through by the outgoing air and the outside air in counter-current and/or cross-current, in order to heat the outside air with the outgoing air, wherein the outgoing air, originating from the interior of the building, downstream of the heat exchanger becomes the exhaust air and the outside air downstream of the heat exchanger becomes the incoming air flowing into the interior of the building, and wherein a latent heat storage unit that can be heated by the outgoing air is arranged, characterized in that the latent heat storage unit is connected both to the air stream of the outgoing air and to the air stream of the outside air and is flowed through and, in the charging phase, is flowed through by the outgoing air and, in a deicing phase, is flowed through by the outside air, in order to prevent and/or eliminate icing of the heat exchanger in the region of the exhaust air.
A snow-cat for piste grooming, the snow-cat comprising a cabin , which is equipped with a galley for preparing and serving food products and/or beverages and characterised in that the cabin comprises a lower portion and an upper portion , which is connected telescopically to said lower portion , wherein the upper portion of the cabin can be raised and lowered by means of at least one piston, so as to bring it from a non-operational lower condition to an active upper condition, such that, in the non-operational condition, the encumbrances of the snow-cat can be contained and it can be easily transported by road with adapted trucks, without needing to avail of special transport.
Valve control device , wherein the valves are arranged in the region of lines for a fluid, wherein at least two valves are each in the form of switching valves arranged in the region of a primary line , wherein at least one third valve is in the form of a closed-loop control valve , characterized in that the at least one closed-loop control valve is arranged in at least one secondary supply line , and in that at least one branch is arranged downstream of the at least one closed-loop control valve in a direction of flow, and in that at least two secondary lines extend downstream of the branch, wherein each secondary line has at least one valve in the form of a switching valve, and wherein the valves are connected to a control unit , and the function of the valves can be controlled with the aid of the control unit .
A method of manufacturing a thrust reverser cascade of an aircraft engine using overmolding, the method comprising: providing a first portion (A) of the thrust reverser cascade made from a non-metallic fiber-reinforced composite material; and overmolding a second portion (B) of the thrust reverser cascade onto the first portion (A), the second portion (B) including one or more vanes of the thrust reverser cascade ; wherein the first portion (A) and the second portion (B) each comprise reinforcement fibers in a thermoplastic matrix; and wherein a majority of the reinforcement fibers of the first portion (A) are woven. providing a first portion (A) of the thrust reverser cascade made from a non-metallic fiber-reinforced composite material; and overmolding a second portion (B) of the thrust reverser cascade onto the first portion (A), the second portion (B) including one or more vanes of the thrust reverser cascade ; wherein the first portion (A) and the second portion (B) each comprise reinforcement fibers in a thermoplastic matrix; and
Cable tray section comprising longitudinal metal wires ; U-shaped transverse metal wires attached to the longitudinal metal wires ; at least one anchoring element installed between the longitudinal metal wires , on the same vertical plane as the side walls of the tray section ; where said anchoring element is attached to the last and next to last transverse metal wires and comprises a single metal wire close to the next to last transverse metal wire ; and a pair of straight sections parallel to one another; wherein the upper straight section of the anchoring element projects outwardly with respect to the last transverse metal wire of the tray section , wherein - the projection outwardly of the upper straight section forms an S-shaped section perpendicular to the straight sections , such that there is established a free space between the last transverse metal wire and said S-shaped section ; - wherein said space has a dimension corresponding to the thickness of a transverse metal wire of the tray section ; - wherein the metal wire of the anchoring element is bent into a closed rectangular configuration at its distal end, said distal end being understood as the end of the anchoring element closest to the next to last transverse metal wire ; - and wherein the cable tray section additionally comprises at least one additional anchoring element , located on the horizontal plane of the lower wall of the tray section , and attached to the last and next to last transverse metal wires , said additional anchoring element being installed on the longitudinal axis of symmetry (A-A) of the tray section . - the projection outwardly of the upper straight section forms an S-shaped section perpendicular to the straight sections , such that there is established a free space between the last transverse metal wire and said S-shaped section ; - wherein said space has a dimension corresponding to the thickness of a transverse metal wire of the tray section ; - wherein the metal wire of the anchoring element is bent into a closed rectangular configuration at its distal end, said distal end being understood as the end of the anchoring element closest to the next to last transverse metal wire ; - and wherein the cable tray section additionally comprises at least one additional anchoring element , located on the horizontal plane of the lower wall of the tray section , and attached to the last and next to last transverse metal wires , said additional anchoring element being installed on the longitudinal axis of symmetry (A-A) of the tray section .
Expansion vessel for containing and dispensing a liquid by the compression of a gas, comprising: - a main body provided with a first end and a second end and comprising a first edge at said first end, overhanging with respect to said main body ; characterized in that said first edge has a substantially "L" shape that delimit with said main body a compartment having a "U" shape provided with an opening facing the second end, said opening defining a plane (A) perpendicular to said main body , and in that the compartment comprises a plurality of reinforcing ribs recessed with respect to said plane (A) and to said edge . - a main body provided with a first end and a second end and comprising a first edge at said first end, overhanging with respect to said main body ; characterized in that said first edge has a substantially "L" shape that delimit with said main body a compartment having a "U" shape provided with an opening facing the second end, said opening defining a plane (A) perpendicular to said main body , and in that the compartment comprises a plurality of reinforcing ribs recessed with respect to said plane (A) and to said edge .
Control unit for a tow coupling (10; 110) which is or can be arranged on a motor vehicle , which coupling has a coupling element arranged on a coupling arm (14; 114) for coupling a trailer or a load carrier, wherein the control unit (50; 150) has control means for controlling at least one function of the tow coupling (10; 110) and/or evaluation means for evaluating at least one sensor signal of a sensor allocated to the tow coupling (10; 110), wherein the control unit (50; 150) has an operating unit interface for communicating with a mobile operating unit separate from the motor vehicle and the control unit (50; 150), wherein the control unit (50; 150) is designed for communicating with a program module generating a graphic display and/or user interface on a display of the operating unit in particular designed as a mobile telephone, and wherein the control unit (50; 150) is designed for sending at least one status signal representing a status of the tow coupling (10; 110), in particular with the help of the status signal which has generated or is containing the at least one sensor signal , and/or for receiving at least one control signal (81; 81) for controlling the at least one function of the control unit (50; 150) via the operating unit interface , characterised in that it is designed for outputting data, obtained by the trailer or the load carrier via a communications interface, about a parking distance control device of the trailer or the load carrier or a parking assistance device which is designed on the trailer or load carrier, to the operating unit interface .
Crosslinked polymer system in which polymer chains of a rubber mixture are covalently bonded via crosslinker polymers, wherein prior to crosslinking the crosslinker polymers may be represented by the formula X-Z-X, wherein X in each case represents a reactive functional group which is independently at each occurrence selected from -SH, R-Sx-R, wherein R independently at each occurrence represents an aliphatic group having 1 to 24 carbon atoms and/or an aromatic group having 3 to 24 carbon atoms and/or a linker having at least one heteroatom, preferably selected from N, O and S, and x represents an integer from 2 to 8, preferably from 2 to 6, more preferably from 2 to 5, in particular 4, 3 or 2, amine, amide, azide, cyanide, diazoalkane, alkoxy, nitrile oxide, nitrile imine, nitrone, aldehyde, ketone, carboxyl, imide, thioketone, alkene, alkyne, hydroxyl, epoxy, thiotosylate, dithiocarbamate, silane sulfide, thioester or silane groups, and Z represents a polymer chain in which Z is independently at each occurrence represented by a peptide, a protein, a nucleic acid chain, a peptide-nucleic acid conjugate, a protein-nucleic acid conjugate or a natural or synthetic block copolymer which is on account of its primary structure capable of forming a secondary structure within its own polymer chain through noncovalent bonds between the monomers of the polymer chain.
A process for the isomerization of a cut containing at least one aromatic compound containing eight carbon atoms per molecule, said process comprising bring said aromatic cut into contact with at least one catalyst comprising at least one IZM-2 zeolite, at least one matrix and at least one metal from group VIII of the periodic classification of the elements, said catalyst being characterized in that the ratio between the number of moles of silicon and the number of moles of aluminium of the IZM-2 zeolite is in the range 60 to 95, said process being carried out under the following operating conditions: - a temperature of 300°C to 500°C, - a partial pressure of hydrogen of 0.3 to 1.5 MPa, - a total pressure of 0.45 to 1.9 MPa, and - a supply space velocity, expressed in kilograms of feed introduced per kilogram of catalyst and per hour, of 0.25 to 30 h -1 . - a temperature of 300°C to 500°C, - a partial pressure of hydrogen of 0.3 to 1.5 MPa, - a total pressure of 0.45 to 1.9 MPa, and - a supply space velocity, expressed in kilograms of feed introduced per kilogram of catalyst and per hour, of 0.25 to 30 h -1 .
A control system for controlling an internal combustion engine of a hand-held power tool , the hand-held power tool comprising a working tool , and a centrifugal clutch , the centrifugal clutch connecting the internal combustion engine with the working tool , wherein the internal combustion engine has a clutch-in speed above which the centrifugal clutch engages and the internal combustion engine drives the working tool , wherein the control system comprises an electronic control logic , a first sensor associated with a stop switch of the internal combustion engine , and a second sensor associated with a throttle valve of the internal combustion engine and configured to sense an engine starting position of the throttle valve , wherein a first conductive path comprises the first sensor and a second conductive path comprises the second sensor , and wherein the first conductive path and the second conductive path are connected to an input of the electronic control logic , wherein the control system comprises a speed limitation controller configured to limit a rotational speed of the internal combustion engine at a limitation speed, which limitation speed is below the clutch-in speed, wherein the speed limitation controller is active or activated during a starting procedure of the internal combustion engine , and wherein the speed limitation controller is able to be deactivated when a particular state of the second sensor is detected by the electronic control logic , characterized in that the first conductive path and the second conductive path are connected to a fixed voltage potential of the control system , wherein the first conductive path has a first electrical property and the second conductive path has a second electrical property, and wherein the first electrical property and the second electrical property together are different from at least one of the first electrical property and the second electrical property, such that the electronic control logic is able to detect different states of at least one of the first sensor and the second sensor at the input of the electronic control logic .
A surgical tool , comprising: a drive housing ; an elongate shaft that extends from the drive housing; an end effector arranged at a distal end of the elongate shaft and having a jaw and a jaw holder that secures the jaw; a wrist that couples the end effector to the elongate shaft and includes a distal clevis having an axle that rotatably mounts the jaw holder to the distal clevis; and an electrical conductor that extends from the drive housing and supplies electrical energy to the jaw via a supply conductor , wherein at least the axle is made of a non-conductive material that insulates the distal clevis from the electrical energy provided to the jaw ; wherein the jaw is a first jaw , the jaw holder is a first jaw holder , and the end effector further comprises: a second jaw and a second jaw holder that secures the second jaw, wherein the first and second jaw holders are rotatably mounted to the distal clevis at the axle; and characterized in that the axle defines a channel that receives the electrical conductor , and wherein the end effector further comprises a contact plate mounted to the axle adjacent the first and second jaws and in electrical communication with the supply conductor to transfer the electrical energy to the first and second jaws. a drive housing ; an elongate shaft that extends from the drive housing; an end effector arranged at a distal end of the elongate shaft and having a jaw and a jaw holder that secures the jaw; a wrist that couples the end effector to the elongate shaft and includes a distal clevis having an axle that rotatably mounts the jaw holder to the distal clevis; and an electrical conductor that extends from the drive housing and supplies electrical energy to the jaw via a supply conductor , wherein at least the axle is made of a non-conductive material that insulates the distal clevis from the electrical energy provided to the jaw ; wherein the jaw is a first jaw , the jaw holder is a first jaw holder , and the end effector further comprises: a second jaw and a second jaw holder that secures the second jaw, wherein the first and second jaw holders are rotatably mounted to the distal clevis at the axle; and characterized in that the axle defines a channel that receives the electrical conductor , and wherein the end effector further comprises a contact plate mounted to the axle adjacent the first and second jaws and in electrical communication with the supply conductor to transfer the electrical energy to the first and second jaws. a second jaw and a second jaw holder that secures the second jaw, wherein the first and second jaw holders are rotatably mounted to the distal clevis at the axle; and characterized in that the axle defines a channel that receives the electrical conductor , and wherein the end effector further comprises a contact plate mounted to the axle adjacent the first and second jaws and in electrical communication with the supply conductor to transfer the electrical energy to the first and second jaws.
Striking mechanism for a watch or timepiece comprising a movement , said striking mechanism and/or said movement comprising energy storage means arranged to power said striking mechanism to perform the striking functions, at an output of said energy storage means which comprise a power reserve transmission wheel set , said striking mechanism comprising a stopping mechanism and at least one strike drive wheel set comprising a detent ratchet and a repeating rack pinion , a main click for the passing strike function and/or a click for releasing a minute repeater when said striking mechanism includes a minute repeater, characterized in that said stopping mechanism includes a strike uncoupling lever arranged to move away from said strike wheel set said main click and said minute repeater click when said striking mechanism includes a minute repeater, by an instantaneous jump of a repeating-slide control lever arranged to cause a change of position of said strike uncoupling lever , as soon as the level of available energy in said storage means crosses a predefined threshold, by the cooperation between, on the one hand, a stop finger indirectly driven by said power reserve transmission wheel set and, on the other hand, a stop jumper returned by a first spring , to bring a stop pin integral with said stop finger to bear on a fork comprised in said repeating-slide control lever , to cause an abrupt pivoting of said repeating-slide control lever by the instantaneous change of position of a lug comprised in said repeating-slide control lever with respect to a second spring .