mhurhangee/patent-ind-claim-en huggingface dataset:
A promoter swap method of genomic engineering to evolve a host cell to acquire a desired phenotype, comprising the steps of: a. providing a plurality of target genes endogenous to a base host cell, and a promoter ladder, wherein said promoter ladder comprises a plurality of promoters exhibiting different expression profiles in the base host cell; b. engineering the genome of the base host cell, to create an initial promoter swap host cell library comprising a plurality of individual host cells with a genetic variation found within each host cell of said plurality of host cells, wherein each genetic variation comprises one or more of the promoters from the promoter ladder operably linked to a target gene endogenous to the host cell; c. screening and selecting individual host cells of the initial promoter swap host cell library for the desired phenotype; d. providing a subsequent plurality of host cells that each comprise a combination of genetic variation, said genetic variation selected from the genetic variation present in at least two individual host cells screened in a preceding step, to thereby create a subsequent host cell library; e. screening and selecting individual host cells of the subsequent host cell library for the desired phenotype; and f. repeating steps d)-e) one or more times, until a resultant host cell has acquired the desired phenotype. a. providing a plurality of target genes endogenous to a base host cell, and a promoter ladder, wherein said promoter ladder comprises a plurality of promoters exhibiting different expression profiles in the base host cell; b. engineering the genome of the base host cell, to create an initial promoter swap host cell library comprising a plurality of individual host cells with a genetic variation found within each host cell of said plurality of host cells, wherein each genetic variation comprises one or more of the promoters from the promoter ladder operably linked to a target gene endogenous to the host cell; c. screening and selecting individual host cells of the initial promoter swap host cell library for the desired phenotype; d. providing a subsequent plurality of host cells that each comprise a combination of genetic variation, said genetic variation selected from the genetic variation present in at least two individual host cells screened in a preceding step, to thereby create a subsequent host cell library; e. screening and selecting individual host cells of the subsequent host cell library for the desired phenotype; and f. repeating steps d)-e) one or more times, until a resultant host cell has acquired the desired phenotype.
A method for producing an axially movable connection between two tubular components , between which a plastic is arranged as a sliding material, having the following features: a) providing the two tubular components to be joined, wherein either at least one of the two tubular components has a plastic coating on the surface facing toward the other tubular component or a plastic sleeve is provided between the tubular components , b) joining the tubular components to form a unit, optionally with the plastic sleeve , by means of a pressing force in the axial direction c) clamping the unit in a device in which the two tubular components can be clamped and subjected to a displacement force in the axial direction, d) pressing a sonotrode from one side against the respectively outer tubular component and bracing the tubular component against a counter-holder, e) injecting an ultrasound signal into the sonotrode at a frequency close to the resonance frequency of one of the tubular components of the unit, and moving the tubular components back and forth in the axial direction until the displacement force or the displacement velocity reaches a desired target value, f) ending the ultrasound signal and removing the unit from the device . a) providing the two tubular components to be joined, wherein either at least one of the two tubular components has a plastic coating on the surface facing toward the other tubular component or a plastic sleeve is provided between the tubular components , b) joining the tubular components to form a unit, optionally with the plastic sleeve , by means of a pressing force in the axial direction c) clamping the unit in a device in which the two tubular components can be clamped and subjected to a displacement force in the axial direction, d) pressing a sonotrode from one side against the respectively outer tubular component and bracing the tubular component against a counter-holder, e) injecting an ultrasound signal into the sonotrode at a frequency close to the resonance frequency of one of the tubular components of the unit, and moving the tubular components back and forth in the axial direction until the displacement force or the displacement velocity reaches a desired target value, f) ending the ultrasound signal and removing the unit from the device .
A saddle-ride-type vehicle comprising a screen moving device and a wind shield screen which is arranged in front of a steering handlebar in a vertically movable manner, the screen moving device comprising: a pair of left and right support members fastened to lower portions of the screen on both left and right sides of the screen respectively; a pair of left and right fixed rail brackets provided for guiding the support members in a vertically movable manner; and an operation lever connected to at least one of the pair of left and right support members so as to enable a manual operation which is adapted to move the screen vertically, wherein the operation lever includes: a lever main portion which is rotatably supported on at least one of the pair of left and right fixed rail brackets and is connected to the at least one of the pair of left and right support members ; and a grip which is connected to the lever main portion and is capable of being gripped by a vehicle user, characterized in that the grip is connected to the lever main portion in a state where the grip is operable between a projecting position where the grip projects from the lever main portion and a storage position where the grip is folded toward a lever main portion side. a pair of left and right support members fastened to lower portions of the screen on both left and right sides of the screen respectively; a pair of left and right fixed rail brackets provided for guiding the support members in a vertically movable manner; and an operation lever connected to at least one of the pair of left and right support members so as to enable a manual operation which is adapted to move the screen vertically, wherein the operation lever includes: a lever main portion which is rotatably supported on at least one of the pair of left and right fixed rail brackets and is connected to the at least one of the pair of left and right support members ; and a grip which is connected to the lever main portion and is capable of being gripped by a vehicle user, a lever main portion which is rotatably supported on at least one of the pair of left and right fixed rail brackets and is connected to the at least one of the pair of left and right support members ; and a grip which is connected to the lever main portion and is capable of being gripped by a vehicle user, characterized in that the grip is connected to the lever main portion in a state where the grip is operable between a projecting position where the grip projects from the lever main portion and a storage position where the grip is folded toward a lever main portion side.
A cross-country ski binding for a ski, comprising: a portion which is adapted to interact with the ski, or a mounting plate attached to the ski, for attaching the binding to the ski in a displaceable manner, such that the binding can be positioned in a plurality of locations on the ski, a toothed interaction device which is arranged so as to interact with matching indents or notches on the ski or on the mounting plate , wherein the interaction of the teeth of the toothed interaction device with the matching indents or notches on the ski, or mounting plate , one or more than one of: determines, changes and/or fixes the position of the binding with respect to the ski, characterized in that : the toothed interaction device is a cog wheel which comprises an axle at the centre of the cog wheel , the axle being rotatably held at a translationally fixed rotation point within the binding , and wherein the teeth of the cog wheel extend below the lower side or surface of the binding to interact with the indents or notches on the ski or mounting plate , such that rotation of the cog wheel leads to the teeth interacting and engaging with the indents or notches such that the binding and cog wheel move forward and backward over the ski. a portion which is adapted to interact with the ski, or a mounting plate attached to the ski, for attaching the binding to the ski in a displaceable manner, such that the binding can be positioned in a plurality of locations on the ski, a toothed interaction device which is arranged so as to interact with matching indents or notches on the ski or on the mounting plate , wherein the interaction of the teeth of the toothed interaction device with the matching indents or notches on the ski, or mounting plate , one or more than one of: determines, changes and/or fixes the position of the binding with respect to the ski, characterized in that : the toothed interaction device is a cog wheel which comprises an axle at the centre of the cog wheel , the axle being rotatably held at a translationally fixed rotation point within the binding , and wherein the teeth of the cog wheel extend below the lower side or surface of the binding to interact with the indents or notches on the ski or mounting plate , such that rotation of the cog wheel leads to the teeth interacting and engaging with the indents or notches such that the binding and cog wheel move forward and backward over the ski.
Coupling device for a roll forming machine, which has a plurality of roll shaping tools arranged on working shafts for the successive longitudinal shaping of a metal strip or starting profile into a profile or a pipe, for the torsionally rigid coupling and decoupling of a drive system at and from at least a part of the working shafts , wherein the coupling device includes at least one length-adjustable Cardan shaft , which is connected in a torsionally rigid manner on a drive side with the drive system and is equipped on an output side with a coupling element , for transmitting a torque from the drive system to a working shaft , wherein the roll forming machine comprises moreover a coupling counter piece at the working shaft and the coupling element is brought into engagement at the output side of the Cardan shaft by means of a substantially axial movement with the coupling counter piece at the working shaft , or can be taken out of this engagement, and wherein the coupling device has a holder assigned to the drive system which is equipped with a moving device for the axial moving of the coupling element , wherein the coupling element is connected to the moving device, and wherein the coupling counter piece is formed on the working shaft as a coupling pin and the coupling element on the output side of the Cardan shaft is a coupling sheath which can be plugged in a form-fitting manner onto the coupling pin with regard to a rotational movement, characterised in that the movement device for the axial moving of the coupling element is also provided for a moving of the coupling element in at least one direction orthogonal to the axial direction, and that the output side of the Cardan shaft is equipped with a centering element which has a sliding surface which covers at least the potential path of motion of the coupling element in the direction orthogonal to the axial direction and in particular has the form of a shield. and wherein the coupling counter piece is formed on the working shaft as a coupling pin and the coupling element on the output side of the Cardan shaft is a coupling sheath which can be plugged in a form-fitting manner onto the coupling pin with regard to a rotational movement, characterised in that the movement device for the axial moving of the coupling element is also provided for a moving of the coupling element in at least one direction orthogonal to the axial direction, and that the output side of the Cardan shaft is equipped with a centering element which has a sliding surface which covers at least the potential path of motion of the coupling element in the direction orthogonal to the axial direction and in particular has the form of a shield.
An outflow region of a compressor , in particular of a radial compressor or diagonal compressor, having a flow channel which is delimited by a shroud-side side wall and a hub-side side wall , wherein the hub-side side wall has, in a region of the compressor wheel outlet, a contour which is designed in such a way that, in a flow direction , the cross-sectional areas of the flow channel decrease, pass through a minimum and increase again, wherein, in the region of the compressor wheel outlet, the flow channel has a length L which extends from a compressor wheel outlet edge to a diffuser vane inlet edge of a diffuser region , wherein the diffuser region adjoins the region of the compressor wheel outlet and has a multiplicity of diffuser vanes .
Method for producing a cage bar for forming a strainer cage for the limitation of a compression space of an apparatus for extraction of liquids by pressing, wherein the cage bar has a base body on which a reinforcement plating with at least one wear surface is fixed and for which at least one spacer is positioned laterally in relation to a longitudinal extent of the cage bar in such a way that said spacer is elevated above a side surface of the cage bar and for which the at least one spacer is connected in a materially bonded manner to the base element of the cage bar, wherein the at least one spacer is connected in a materially bonded manner to the base element of the cage bar by way of electrical pulsed spot welding, so that the input of heat into the base body of the cage bar during welding is minimized, characterized in that , after the welding of the at least one spacer to the base element , the at least one spacer is brought to the desired dimension by way of a chip-removing cutting process.
A composition comprising at least one thiourea complex according to Formula (I): MQ a X 4-a (I) where: M is a metal center chosen from Ti, Zr, or Hf; a is 1 or 2; each group Q of the at least one thiourea complex is a bidentate thiourea ligand bound to the metal center, the thiourea ligand having Formula (Ia), Formula (Ib), or Formula (Ic): each group R 1 , R 2 , and R 3 in the at least one thiourea complex is independently chosen from alkyl groups or aryl groups; each group Z 1 and Z 2 in the at least one thiourea complex is a divalent alkylene group; if a = 2, groups R 1 of the two groups Q are optionally linked to each other through at least one covalent bond, or groups R 3 of the two groups Q are optionally linked to each other through at least one covalent bond; and each X is covalently bonded or coordinated to the metal center and is independently chosen from alkyl groups, halides, or amides. M is a metal center chosen from Ti, Zr, or Hf; a is 1 or 2; each group Q of the at least one thiourea complex is a bidentate thiourea ligand bound to the metal center, the thiourea ligand having Formula (Ia), Formula (Ib), or Formula (Ic): each group R 1 , R 2 , and R 3 in the at least one thiourea complex is independently chosen from alkyl groups or aryl groups; each group Z 1 and Z 2 in the at least one thiourea complex is a divalent alkylene group; if a = 2, groups R 1 of the two groups Q are optionally linked to each other through at least one covalent bond, or groups R 3 of the two groups Q are optionally linked to each other through at least one covalent bond; and each X is covalently bonded or coordinated to the metal center and is independently chosen from alkyl groups, halides, or amides.
Holder for flowers and decorative products, wherein the holder is or can be arranged on a window or door sash and the holder is or can be connected to the window or door sash , wherein on the holder , which has a main body , wherein at least one attachment part is arranged on the main body of the holder in a form-fitting manner, wherein the form fit is achieved by laterally inserting an insertion part (8.1) into an insertion opening (2.1) of the main body , characterised in that the main body can be arranged at the bottom of the window or door sash in a force-fitting manner and has the shape of a U-profile and on the inside of which an adjustable terminal strip is arranged, which can be adjusted horizontally in the usual way by means of a plurality of screw connections , each consisting of a threaded hole and a screw. at least one attachment part is arranged on the main body of the holder in a form-fitting manner, wherein the form fit is achieved by laterally inserting an insertion part (8.1) into an insertion opening (2.1) of the main body , characterised in that the main body can be arranged at the bottom of the window or door sash in a force-fitting manner and has the shape of a U-profile and on the inside of which an adjustable terminal strip is arranged, which can be adjusted horizontally in the usual way by means of a plurality of screw connections , each consisting of a threaded hole and a screw.
Method for the production of a running gear component from microalloyed steel, having improved cold formability of cold-hardened, mechanically separated sheet edges, having the following method steps: - providing a hot strip or a hot strip sheet, having the following alloy composition in % by weight: C: 0.04 to 0.12, Si: max. 0.7, Mn: 1.4 to 2.2, P: max. 0.2, S: max. 0.002, N: max. 0.03, V: 0.005 to 0.5, Nb: 0.005 to 0.1, Ti: 0.005 to 0.2, with 0.05 ≤ V+Nb+Ti ≤ 0.4 and also one or more of the elements from the sum of Cu+Cr+Ni: max. 1, with Cr: max. 0.9, Ni: max. 0.5, Cu: max. 0.5, and also optionally Mo: max. 0.5, remainder iron and melting-caused impurities, - cutting a plate to size at room temperature and also optional implementation of further stamping or cutting operations, in order to obtain recesses, holes or openings on the plate at room temperature - heating exclusively the sheet edge regions of the plate, cold-hardened by the cutting or stamping operations, to a temperature of at least 700°C with a retaining time of at most 10 seconds and subsequent cooling in air - cold forming of the plate in one or more steps to form a running gear component at room temperature. - providing a hot strip or a hot strip sheet, having the following alloy composition in % by weight: C: 0.04 to 0.12, Si: max. 0.7, Mn: 1.4 to 2.2, P: max. 0.2, S: max. 0.002, N: max. 0.03, V: 0.005 to 0.5, Nb: 0.005 to 0.1, Ti: 0.005 to 0.2, with 0.05 ≤ V+Nb+Ti ≤ 0.4 and also one or more of the elements from the sum of Cu+Cr+Ni: max. 1, with Cr: max. 0.9, Ni: max. 0.5, Cu: max. 0.5, and also optionally Mo: max. 0.5, remainder iron and melting-caused impurities, - cutting a plate to size at room temperature and also optional implementation of further stamping or cutting operations, in order to obtain recesses, holes or openings on the plate at room temperature - heating exclusively the sheet edge regions of the plate, cold-hardened by the cutting or stamping operations, to a temperature of at least 700°C with a retaining time of at most 10 seconds and subsequent cooling in air - cold forming of the plate in one or more steps to form a running gear component at room temperature.
Use of a compound represented by the formula : wherein Z 1 is a C 1 -C 4 hydrocarbon group, Z 2 is a hydrogen atom, or Z 1 and Z 2 are joined to form a bond, R 1 is a C 1 -C 4 hydrocarbon group optionally having fluorine atom(s), R 2 is a halogen atom or a C 1 -C 4 hydrocarbon group, and n is an integer of 0 to 4, as a rodentia animal repellent. wherein Z 1 is a C 1 -C 4 hydrocarbon group, Z 2 is a hydrogen atom, or Z 1 and Z 2 are joined to form a bond, R 1 is a C 1 -C 4 hydrocarbon group optionally having fluorine atom(s), R 2 is a halogen atom or a C 1 -C 4 hydrocarbon group, and n is an integer of 0 to 4, as a rodentia animal repellent.
A computer-implemented method for managing a distributed computing architecture, the method comprising: discovering an access control list (ACL) within the distributed computing architecture; determining whether the ACL corresponds to a first record within a database; if the ACL corresponds to a first record within the database, then determining that a configuration of the ACL differs from a configuration of the first record; and initializing another record within the database that corresponds to the first record and has the configuration of the ACL; and if the ACL does not correspond to a first record within the database, then initializing another record within the database that corresponds to the ACL and has the configuration of the ACL, wherein the ACL comprises a security group that includes one or more source objects, one or more ports, and one or more destination objects; and computing an exposure metric for the ACL based on a quantity of source objects, a quantity of ports, and a quantity of destination objects associated with the ACL. discovering an access control list (ACL) within the distributed computing architecture; determining whether the ACL corresponds to a first record within a database; if the ACL corresponds to a first record within the database, then determining that a configuration of the ACL differs from a configuration of the first record; and initializing another record within the database that corresponds to the first record and has the configuration of the ACL; and determining that a configuration of the ACL differs from a configuration of the first record; and initializing another record within the database that corresponds to the first record and has the configuration of the ACL; and if the ACL does not correspond to a first record within the database, then initializing another record within the database that corresponds to the ACL and has the configuration of the ACL, wherein the ACL comprises a security group that includes one or more source objects, one or more ports, and one or more destination objects; and computing an exposure metric for the ACL based on a quantity of source objects, a quantity of ports, and a quantity of destination objects associated with the ACL.
A method for performing, by a first device , wireless communication, the method comprising: receiving (S810, S1010), from a second device , an inter UE coordination, IUC, request; triggering (S820, S1020) an IUC information report based on the IUC request; generating (S830, S1030) a medium access control, MAC, protocol data unit, PDU, including an IUC report MAC control element, CE, based on logical channel prioritization, LCP; transmitting (S1040), to the second device , first sidelink control information, SCI, for scheduling of a physical sidelink shared channel, PSSCH, through a physical sidelink control channel, PSCCH; and transmitting (S840, S1050), to the second device through the PSSCH, i) the MAC PDU and ii) second SCI including a destination layer-2 ID related to the transmission of the IUC report MAC CE only, wherein the IUC report MAC CE includes information related to a preferred resource set. receiving (S810, S1010), from a second device , an inter UE coordination, IUC, request; triggering (S820, S1020) an IUC information report based on the IUC request; generating (S830, S1030) a medium access control, MAC, protocol data unit, PDU, including an IUC report MAC control element, CE, based on logical channel prioritization, LCP; transmitting (S1040), to the second device , first sidelink control information, SCI, for scheduling of a physical sidelink shared channel, PSSCH, through a physical sidelink control channel, PSCCH; and transmitting (S840, S1050), to the second device through the PSSCH, i) the MAC PDU and ii) second SCI including a destination layer-2 ID related to the transmission of the IUC report MAC CE only, wherein the IUC report MAC CE includes information related to a preferred resource set.