mhurhangee/patent-ind-claim-en huggingface dataset:
Device for carrying out a process of maturation of food before cooking comprising: i. a tank made of stainless steel or other material [Fig.1 ] fitted with watertight cover [Fig.1 ] and equipped with one or more arrays of transducers for Ultrasound waves [Fig.1 ] that may be transmitted in its cavity, ii. the Ultrasound transducers are coupled to a convex metal lens with the appropriate size, positioned in the area of emission of the transducer, the lens allowing to focus the energy of the Ultrasound wave, iii. a liquid inside the tank [Fig.1 ], iv. a circulation pump [Fig.1 ] configured to circulate the liquid inside the tank, v. an air intake pump [Fig.1 ] configured to create a state of vacuum when necessary, between the liquid contained in the tank [Fig.1 ] and the watertight cover [Fig.1 ], vi. heating elements [Fig.1 ] of all the walls of the tank by means of electrical resistance, pressure sensors [Fig.1 ], temperature sensors [Fig.1 ] and liquid level sensors [Fig.1 ], vii. all said elements, i.e Ultrasound transducers, heating elements, pressure-, temperature-and liquid level-sensors, circulation pump and vacuum pump, being inserted in the tank, viii. all said elements being controlled by an external PLC [Fig.1 ] equipped with the appropriate drivers and with a user interface that allows the operator to display a monitor of the states and/or programs and/or edit the desired functions, ix. one or more waterproof plastic container [Fig.5 ]. i. a tank made of stainless steel or other material [Fig.1 ] fitted with watertight cover [Fig.1 ] and equipped with one or more arrays of transducers for Ultrasound waves [Fig.1 ] that may be transmitted in its cavity, ii. the Ultrasound transducers are coupled to a convex metal lens with the appropriate size, positioned in the area of emission of the transducer, the lens allowing to focus the energy of the Ultrasound wave, iii. a liquid inside the tank [Fig.1 ], iv. a circulation pump [Fig.1 ] configured to circulate the liquid inside the tank, v. an air intake pump [Fig.1 ] configured to create a state of vacuum when necessary, between the liquid contained in the tank [Fig.1 ] and the watertight cover [Fig.1 ], vi. heating elements [Fig.1 ] of all the walls of the tank by means of electrical resistance, pressure sensors [Fig.1 ], temperature sensors [Fig.1 ] and liquid level sensors [Fig.1 ], vii. all said elements, i.e Ultrasound transducers, heating elements, pressure-, temperature-and liquid level-sensors, circulation pump and vacuum pump, being inserted in the tank, viii. all said elements being controlled by an external PLC [Fig.1 ] equipped with the appropriate drivers and with a user interface that allows the operator to display a monitor of the states and/or programs and/or edit the desired functions, ix. one or more waterproof plastic container [Fig.5 ].
A method of protein isolation comprising: a) expressing an expressible protein that is encoded by a nucleic acid sequence inserted into a cell, wherein the nucleic acid sequence encodes for the expressible protein, wherein the expressible protein comprises a first recognizable tag, and wherein the cell has a chromosome that has been genetically modified to express an endogenous DNAK protein or a DNAK protein homolog and a second recognizable tag, wherein the expressible protein is not the endogenous DNAK protein or the DNAK protein homolog, and wherein the first recognizable tag and the second recognizable tag are not the same; b) extracting from the cell lysate, wherein the cell lysate comprises the expressible protein and the endogenous protein; c) purifying the endogenous DNAK protein or DNAK protein homolog by applying the cell lysate to a protein purification procedure wherein the protein purification procedure comprises removal of the endogenous DNAK protein or DNAK protein homolog from the cell lysate by targeting the second recognizable tag, wherein the protein purification procedure does not substantially remove the expressible protein from the cell lysate; and d) purifying the expressible protein encoded by the nucleic acid by targeting the first recognizable tag, wherein steps c) and d) may be performed in any order, and wherein said cell is a bacterial cell. a) expressing an expressible protein that is encoded by a nucleic acid sequence inserted into a cell, wherein the nucleic acid sequence encodes for the expressible protein, wherein the expressible protein comprises a first recognizable tag, and wherein the cell has a chromosome that has been genetically modified to express an endogenous DNAK protein or a DNAK protein homolog and a second recognizable tag, wherein the expressible protein is not the endogenous DNAK protein or the DNAK protein homolog, and wherein the first recognizable tag and the second recognizable tag are not the same; b) extracting from the cell lysate, wherein the cell lysate comprises the expressible protein and the endogenous protein; c) purifying the endogenous DNAK protein or DNAK protein homolog by applying the cell lysate to a protein purification procedure wherein the protein purification procedure comprises removal of the endogenous DNAK protein or DNAK protein homolog from the cell lysate by targeting the second recognizable tag, wherein the protein purification procedure does not substantially remove the expressible protein from the cell lysate; and d) purifying the expressible protein encoded by the nucleic acid by targeting the first recognizable tag,
Air pulsing device for a heating, ventilation and/or air-conditioning device of a motor vehicle, having a drive motor disposed in the air pulsing device via a mounting assembly that comprises two substantially coaxial rings, these being an inner ring having a part comprising a first accommodating housing that is able to receive at least one stator of said motor and an outer ring that is able to be fastened to a casing forming a structural element of the vehicle, and a decoupling element interposed between the two rings, the inner ring , the outer ring and the decoupling element being substantially coaxial with an axis of rotation (Y) of the motor, characterized in that the mounting assembly also has a subassembly of the mass-spring type formed by damping means and at least one element of the motor that is distinct from the stator , at least one resonant frequency of this subassembly being chosen to be equal or substantially equal to the inherent frequency of oscillation of the decoupling element interposed between the two rings, the at least one element of the motor that is distinct from the stator being a cooling and control unit of the motor, the damping means being disposed between the cooling and control unit of the motor and a wall of the inner ring , the cooling and control unit of the motor being either at least partially stowed in an accommodating housing formed in the inner ring , the damping means being arranged radially with respect to the axis of rotation (Y) between this cooling and control unit and a wall defining said accommodating housing, with substantially annular shaping, or disposed facing an end face of the inner ring , the damping means being arranged axially with respect to the axis of rotation (Y) between the inner ring and the cooling and control unit , with substantially circular shaping. either at least partially stowed in an accommodating housing formed in the inner ring , the damping means being arranged radially with respect to the axis of rotation (Y) between this cooling and control unit and a wall defining said accommodating housing, with substantially annular shaping, or disposed facing an end face of the inner ring , the damping means being arranged axially with respect to the axis of rotation (Y) between the inner ring and the cooling and control unit , with substantially circular shaping.
A method of controlling a plurality of gas consumers , the method comprising at least the steps of: assigning priorities to the gas consumers , and activating or deactivating the gas consumers as a function of the priorities assigned, activating or deactivating the gas consumers as a function of a specifiable maximum value for a gas consumption, deactivating an activated gas consumer when a setpoint value to be reached by the activated gas consumer has been reached, after deactivating a gas consumer , activating a gas consumer that has a lower priority than the deactivated gas consumer , characterized in that the setpoint value is monitored, and in that in the event that a change in the setpoint value has been detected and a gas consumer having a lower priority than the deactivated gas consumer is activated, either the deactivated gas consumer is activated after the activated gas consumer has been deactivated after reaching a setpoint value to be reached by the activated gas consumer , or the activated gas consumer is deactivated and the deactivated gas consumer is activated. assigning priorities to the gas consumers , and activating or deactivating the gas consumers as a function of the priorities assigned, activating or deactivating the gas consumers as a function of a specifiable maximum value for a gas consumption, deactivating an activated gas consumer when a setpoint value to be reached by the activated gas consumer has been reached, after deactivating a gas consumer , activating a gas consumer that has a lower priority than the deactivated gas consumer , characterized in that the setpoint value is monitored, and in that in the event that a change in the setpoint value has been detected and a gas consumer having a lower priority than the deactivated gas consumer is activated, either the deactivated gas consumer is activated after the activated gas consumer has been deactivated after reaching a setpoint value to be reached by the activated gas consumer , or the activated gas consumer is deactivated and the deactivated gas consumer is activated.
A light emitting device package comprising a submount, the light emitting device package integrating: at least one LED having an operating voltage; and circuitry , electrically connected to the at least one LED, to drive said LED integrated into the package, wherein said circuitry includes: at least one voltage level converter configured to convert a source voltage in order to match said source voltage with said at least one operating voltage, at least one constant current circuit maintaining a relatively constant current flowing through said LED; characterized in that said at least one LED is on the submount , and wherein said circuitry is fabricated as part of the submount in a deposition region of said submount. at least one LED having an operating voltage; and circuitry , electrically connected to the at least one LED, to drive said LED integrated into the package, wherein said circuitry includes: at least one voltage level converter configured to convert a source voltage in order to match said source voltage with said at least one operating voltage, at least one constant current circuit maintaining a relatively constant current flowing through said LED; characterized in that said at least one LED is on the submount , and wherein said circuitry is fabricated as part of the submount in a deposition region of said submount. at least one voltage level converter configured to convert a source voltage in order to match said source voltage with said at least one operating voltage, at least one constant current circuit maintaining a relatively constant current flowing through said LED; characterized in that said at least one LED is on the submount , and wherein said circuitry is fabricated as part of the submount in a deposition region of said submount.
Method for improving the deformability of a metal sheet , in which, before the metal sheet is deformed, an aqueous solution containing polyvinyl alcohol is applied to the metal sheet and is then dried, and in a subsequent step the thus coated metal sheet surface is oiled, characterized in that an aqueous solution, which contains polyvinyl alcohol, optionally a defoaming agent, optionally a tracer and the remainder water and unavoidable impurities resulting from the manufacturing process, is applied to the metal sheet and is dried.
Adjustable steering column for a motor vehicle, which comprises a holding unit and an adjusting unit with a rotatably mounted steering spindle , wherein the adjusting unit is arranged displaceably relative to the holding unit and has at least one stop body which is fixedly connected to the adjusting unit , and wherein the holding unit comprises a counter-stop which cooperates with the stop body for limiting a displacement movement of the adjusting unit , wherein the counter-stop is connected to the holding unit in such a way that it can be displaced by the adjusting unit . the stop body has a first stop section which comprises at least two first partial sections and at least one intermediate first section , wherein the first partial sections are convex and the first intermediate section is concave, characterised in in that the stop body is formed from a material which has a Shore D hardness value of between 40 and 80. the stop body has a first stop section which comprises at least two first partial sections and at least one intermediate first section , wherein the first partial sections are convex and the first intermediate section is concave, characterised in in that the stop body is formed from a material which has a Shore D hardness value of between 40 and 80.
A method comprising: in a terminal, receiving , from a first device remotely provisioned, a credential secret suitable for application to an algorithm associated with a distributed application present in a trusted execution environment (TEE) which comprises a module comprised in the terminal; causing , in the terminal, delegation of a modified version of the credential secret from the terminal to at least one other terminal; and modifying , in the module of the terminal, the credential secret prior to transfer of the modified version of the credential secret to the at least one other terminal, characterized in that the method comprises, prior to the transfer of the modified version of the credential secret, determining, with a platform certificate and based on a cryptographic signature received from the at least one other terminal, that the at least one other terminal is running a same code as is running in the terminal TEE, in that the received credential secret is a hashed credential secret, and in that the modifying comprises applying a hash function to the hashed credential secret in accordance with a hash chain and establishing information indicative of the hash chain associated with the credential secret, the hash chain indicating the generation of the credential secret, thereby enabling said terminal to use the received secret in the same way as the first device would use the original secret. in a terminal, receiving , from a first device remotely provisioned, a credential secret suitable for application to an algorithm associated with a distributed application present in a trusted execution environment (TEE) which comprises a module comprised in the terminal; causing , in the terminal, delegation of a modified version of the credential secret from the terminal to at least one other terminal; and modifying , in the module of the terminal, the credential secret prior to transfer of the modified version of the credential secret to the at least one other terminal, characterized in that the method comprises, prior to the transfer of the modified version of the credential secret, determining, with a platform certificate and based on a cryptographic signature received from the at least one other terminal, that the at least one other terminal is running a same code as is running in the terminal TEE, in that the received credential secret is a hashed credential secret, and in that the modifying comprises applying a hash function to the hashed credential secret in accordance with a hash chain and establishing information indicative of the hash chain associated with the credential secret, the hash chain indicating the generation of the credential secret, thereby enabling said terminal to use the received secret in the same way as the first device would use the original secret.
Method for displaying an item of device information in a navigation tree , wherein the navigation tree has nodes interlinked by directional links , wherein an order structure is defined by the directional links and highlights superordinate nodes and subordinate nodes for each node , wherein an associated navigation path is defined by the order structure for each node and contains all the superordinate nodes for that node and the respective linking links , wherein the navigation tree has a start node , for which no superordinate node exists and to which the other nodes of the navigation tree are subordinate, and wherein each node is associated with a device part, a device or a device group of a plant, each of which transmits device information , wherein the plant is a production plant, a purification plant, a sorting plant, a handling plant, a processing plant or any other industrial plant comprising drive technology and/or electronic measurement units and/or open-loop and/or closed-loop control units, wherein the device information includes at least one error message, command confirmation or status change message, and wherein a node can be shown on a display device as a selected node together with the associated navigation path as the first navigation path and the nodes directly subordinate to the node, wherein a node is selected using a selection means and is shown as a selected node together with the associated first navigation path and the nodes directly subordinate to the node , characterised in that the associated node for an item of device information transmitted by a device part, a device or a device group is automatically identified, in that an associated navigation path for the identified node is automatically established as a second navigation path, which connects the identified node to the start node of the first navigation path, wherein the second navigation path is established by automatically and recursively searching for a respective directly superordinate node and noting this node as an element of the second navigation path, in that a node , currently being shown on the display device , in the second navigation path is automatically established, wherein the node of the second navigation path for which no subordinate node is currently being shown in the second navigation path is established as the established node , and in that the device information is automatically deleted at the previously shown site by an information output system and is displayed on the display device in a manner associated with a newly established node , wherein, if the selected node on the display device changes, a node , currently being shown on the display device , in the second navigation path is automatically re-established, and wherein the device information is automatically shown on the display device at the re-established node .
An infant seat and crib arrangement comprising: a seat configured to support an infant in a sitting position; a crib configured to enclose an infant; and a frame configured for change between a first disposition in which the seat engages removably with the frame to thereby bring the seat into use and a second disposition in which the crib engages removably with the frame to thereby bring the crib into use, wherein the frame comprises first and second pairs of legs and first and second pairs of arms , the first pair of arms being adjacent the first pair of legs and the second pair of arms being adjacent the second pair of legs, a space for receiving either the seat or the crib defined between the first pairs of arms and legs and the second pairs of arms and legs, and wherein the frame is configured for relative rotation of the arms in each of the first and second pairs of arms whereby distal ends of the arms in each pair are spaced apart further from each other in the second disposition than in the first disposition, characterised in that in the first and second dispositions, the legs in the first pair of legs slope away from a first apex, the legs in the second pair of legs slope away from a second apex, the arms in the first pair of arms extend away from the first apex, and the arms in the second pair of arms extend away from the second apex. a seat configured to support an infant in a sitting position; a crib configured to enclose an infant; and a frame configured for change between a first disposition in which the seat engages removably with the frame to thereby bring the seat into use and a second disposition in which the crib engages removably with the frame to thereby bring the crib into use, wherein the frame comprises first and second pairs of legs and first and second pairs of arms , the first pair of arms being adjacent the first pair of legs and the second pair of arms being adjacent the second pair of legs, a space for receiving either the seat or the crib defined between the first pairs of arms and legs and the second pairs of arms and legs, and wherein the frame is configured for relative rotation of the arms in each of the first and second pairs of arms whereby distal ends of the arms in each pair are spaced apart further from each other in the second disposition than in the first disposition, characterised in that in the first and second dispositions, the legs in the first pair of legs slope away from a first apex, the legs in the second pair of legs slope away from a second apex, the arms in the first pair of arms extend away from the first apex, and the arms in the second pair of arms extend away from the second apex.
Beverage serving trolley comprising a supporting structure , at least one wheel , a presentation basket comprising a basket handle and being configured to receive beverage bottles and ice cubes, and an outer housing, wherein the outer housing includes at least one first side panel , characterized in that the outer housing includes at least one edge profile and the at least one first side panel and the at least one edge profile cover at least in part at least one side and at least one vertical edge, respectively, of the beverage serving trolley , wherein both the at least one first side panel and the at least one edge profile have the same vertical extension and are mounted to the beverage serving trolley in a way that adjacent first side panels and edge profiles are connected flush with each other at their respective vertical edges with a distance, thus forming a vertical gap of a predetermined width between each other.
Method for preparing a compound of the formula (I) where R 1 and R 2 are hydrogen, comprising the following steps: (a) reacting at least one compound of the formula (II) with hydrocyanic acid and at least one base B selected from the group consisting of ammonia, trialkylamine, ammonium salt, whereby a crude product CP comprising (I) and hydrocyanic acid is obtained; b) at least partially removing hydrocyanic acid from the crude product CP by subjecting the latter to stripping, whereby a pure product comprising the compound (I) is obtained, wherein the pure product has a reduced content of hydrocyanic acid compared to CP , characterized in that the stripping is carried out at a pressure in the range of 10 to 500 mbar, wherein a temperature of ≤ 85°C is maintained during the stripping in step b), wherein optionally an inert stripping gas is used in countercurrent flow. (a) reacting at least one compound of the formula (II) with hydrocyanic acid and at least one base B selected from the group consisting of ammonia, trialkylamine, ammonium salt, whereby a crude product CP comprising (I) and hydrocyanic acid is obtained; b) at least partially removing hydrocyanic acid from the crude product CP by subjecting the latter to stripping, whereby a pure product comprising the compound (I) is obtained, wherein the pure product has a reduced content of hydrocyanic acid compared to CP ,