mhurhangee/patent-ind-claim-en huggingface dataset:
A deadlock mechanism comprising: a bolt having a deployed configuration and a retracted configuration, wherein movement of the bolt between the deployed and retracted configurations is rotary; a deadlock member coupled to the bolt , the deadlock member moveable relative to the bolt to engage surrounding structure and thereby resist movement of the bolt from the deployed configuration; actuator means moveable between a first position in which the deadlock member is free to engage the surrounding structure and a second position in which the actuator means engages and retracts the deadlock member from the surrounding structure, thereby allowing the bolt to be moved to the retracted position; and wherein the deadlock member comprises: one edge arranged to abut the or other surrounding structure so as to resist movement of the bolt from the deployed configuration towards the retracted configuration, and another edge having a substantially ramped portion such that the substantially ramped portion is arranged to abut the surrounding structure as the bolt moves from the retracted configuration towards the deployed configuration, so as to cause the deadlock member to retract, thereby allowing further movement of the bolt towards the deployed configuration. a bolt having a deployed configuration and a retracted configuration, wherein movement of the bolt between the deployed and retracted configurations is rotary; a deadlock member coupled to the bolt , the deadlock member moveable relative to the bolt to engage surrounding structure and thereby resist movement of the bolt from the deployed configuration; actuator means moveable between a first position in which the deadlock member is free to engage the surrounding structure and a second position in which the actuator means engages and retracts the deadlock member from the surrounding structure, thereby allowing the bolt to be moved to the retracted position; and wherein the deadlock member comprises: one edge arranged to abut the or other surrounding structure so as to resist movement of the bolt from the deployed configuration towards the retracted configuration, and another edge having a substantially ramped portion such that the substantially ramped portion is arranged to abut the surrounding structure as the bolt moves from the retracted configuration towards the deployed configuration, so as to cause the deadlock member to retract, thereby allowing further movement of the bolt towards the deployed configuration. one edge arranged to abut the or other surrounding structure so as to resist movement of the bolt from the deployed configuration towards the retracted configuration, and another edge having a substantially ramped portion such that the substantially ramped portion is arranged to abut the surrounding structure as the bolt moves from the retracted configuration towards the deployed configuration, so as to cause the deadlock member to retract, thereby allowing further movement of the bolt towards the deployed configuration.
A recombinant host having the following characteristics: (a) the recombinant host produces vanillin and/or vanillin beta-D-glucoside; (b) the recombinant host has, compared to a wild-type organism, reduced production or activity of: (i) Alcohol Dehydrogenase 6 (ADH6), Aldehyde Reductase Intermediate 1 (ARI1), and Aldehyde Reductase YGL039W; (ii) ADH6, Alcohol Dehydrogenase 7 (ADH7), and Genes de Respuesta a Estres 2 (GRE2); (iii) ADH6, ADH7, GRE2 and YGL039W; (iv) ADH6, ADH7, GRE2, ARI1, and YGL039W; or (v) ADH6, GRE2, ARI1, and YGL039W; wherein the reduced production or activity is a result of deletion of the genes encoding the above dehydrogenases and reductases; and (c) the recombinant host is a recombinant yeast cell and comprises a nucleic acid encoding an O-methyltransferase (OMT) polypeptide, a nucleic acid encoding a 3-dehydroshikimate dehydratase polypeptide, and a nucleic acid encoding an uridine 5'-diphosphoglucosyl transferase (UGT) polypeptide. (a) the recombinant host produces vanillin and/or vanillin beta-D-glucoside; (b) the recombinant host has, compared to a wild-type organism, reduced production or activity of: (i) Alcohol Dehydrogenase 6 (ADH6), Aldehyde Reductase Intermediate 1 (ARI1), and Aldehyde Reductase YGL039W; (ii) ADH6, Alcohol Dehydrogenase 7 (ADH7), and Genes de Respuesta a Estres 2 (GRE2); (iii) ADH6, ADH7, GRE2 and YGL039W; (iv) ADH6, ADH7, GRE2, ARI1, and YGL039W; or (v) ADH6, GRE2, ARI1, and YGL039W; wherein the reduced production or activity is a result of deletion of the genes encoding the above dehydrogenases and reductases; and (i) Alcohol Dehydrogenase 6 (ADH6), Aldehyde Reductase Intermediate 1 (ARI1), and Aldehyde Reductase YGL039W; (ii) ADH6, Alcohol Dehydrogenase 7 (ADH7), and Genes de Respuesta a Estres 2 (GRE2); (iii) ADH6, ADH7, GRE2 and YGL039W; (iv) ADH6, ADH7, GRE2, ARI1, and YGL039W; or (v) ADH6, GRE2, ARI1, and YGL039W; wherein the reduced production or activity is a result of deletion of the genes encoding the above dehydrogenases and reductases; and (c) the recombinant host is a recombinant yeast cell and comprises a nucleic acid encoding an O-methyltransferase (OMT) polypeptide, a nucleic acid encoding a 3-dehydroshikimate dehydratase polypeptide, and a nucleic acid encoding an uridine 5'-diphosphoglucosyl transferase (UGT) polypeptide.
Method for operating a first and a second vehicle , in which a check is performed on board each vehicle to ascertain whether a new coupling to another vehicle has taken place, and if a new coupling is detected, a configuration signal (A) indicating the coupling state is transmitted to a wayside switching device in each case, characterised in that if a configuration signal (A) of the first vehicle and a configuration signal (A) of the second vehicle are present, a communication link is established between the two vehicles with the inclusion of the wayside switching device , or an already existing communication link between the two vehicles is reconfigured with the inclusion of the wayside switching device .
A method, comprising: receiving, at a computing system, an authorization profile associated with a voice profile that includes an adapted voice of a speaker based on a personalization of a speech model to one or more speech samples, wherein the one or more speech samples include a plurality of utterances spoken by the speaker, wherein the authorization profile identifies one or more respective other users whom are different from the speaker and authorized to use the voice profile on at least one other computing device associated with the one or more respective other users; and based at least in part on the authorization profile, the computing system providing the voice profile to the at least one other computing device associated with the one or more respective other users and the computing system preventing access of the voice profile by users not identified in the authorization profile. receiving, at a computing system, an authorization profile associated with a voice profile that includes an adapted voice of a speaker based on a personalization of a speech model to one or more speech samples, wherein the one or more speech samples include a plurality of utterances spoken by the speaker, wherein the authorization profile identifies one or more respective other users whom are different from the speaker and authorized to use the voice profile on at least one other computing device associated with the one or more respective other users; and based at least in part on the authorization profile, the computing system providing the voice profile to the at least one other computing device associated with the one or more respective other users and the computing system preventing access of the voice profile by users not identified in the authorization profile.
An apparatus for measuring an alignment of a wheeled vehicle (V), comprising: - two contact tracks (P) for the wheels of the vehicle, extending along a longitudinal direction (L); - a measuring assembly , including: a measuring unit , configured to capture one or more images of the wheels of the vehicle and to generate corresponding image data ; a connector , having a first end connected to the measuring unit and positioned at a first height (Q1), and a second end positioned at a second height (Q2), greater than the first height (Q1); - a control unit , configured to receive the image data from the measuring unit and to process the image data to derive vehicle alignment information therefrom, the measuring unit being movable by the connector towards and away from the contact tracks (P), characterized in that the apparatus comprises a supporting assembly located above the two tracks (P), wherein the second end of the connector is connected to the supporting assembly . - two contact tracks (P) for the wheels of the vehicle, extending along a longitudinal direction (L); - a measuring assembly , including: a measuring unit , configured to capture one or more images of the wheels of the vehicle and to generate corresponding image data ; a connector , having a first end connected to the measuring unit and positioned at a first height (Q1), and a second end positioned at a second height (Q2), greater than the first height (Q1); a measuring unit , configured to capture one or more images of the wheels of the vehicle and to generate corresponding image data ; a connector , having a first end connected to the measuring unit and positioned at a first height (Q1), and a second end positioned at a second height (Q2), greater than the first height (Q1); - a control unit , configured to receive the image data from the measuring unit and to process the image data to derive vehicle alignment information therefrom, the measuring unit being movable by the connector towards and away from the contact tracks (P), characterized in that the apparatus comprises a supporting assembly located above the two tracks (P), wherein the second end of the connector is connected to the supporting assembly .
A state estimation device comprising: a machine controlling unit configured to control a work machine based on a sensor value acquired from a sensor , the sensor value being related to an operation by the work machine among a plurality of operations performed by the work machine ; a state estimation unit configured to estimate a state of the sensor based on the sensor value, characterized in that the state estimation unit is further configured to estimate whether the sensor is in an abnormal state based on whether the operation by the work machine related to the sensor value is an abnormal operation. a machine controlling unit configured to control a work machine based on a sensor value acquired from a sensor , the sensor value being related to an operation by the work machine among a plurality of operations performed by the work machine ; a state estimation unit configured to estimate a state of the sensor based on the sensor value, characterized in that the state estimation unit is further configured to estimate whether the sensor is in an abnormal state based on whether the operation by the work machine related to the sensor value is an abnormal operation.
A process for producing a zeolite film comprising: a particle adhesion step of allowing a slurry , where zeolite particles which become seeds are dispersed, to freely fall down on the base material by the self-weight of the slurry and then to flow on the surface of the base material by the self-weight of the slurry , so that the zeolite particles adhere to the base material ; and a film formation step of immersing the base material , to which the zeolite particles adhere, into a sol to carry out hydrothermal synthesis, thereby forming the zeolite film on the base material . a particle adhesion step of allowing a slurry , where zeolite particles which become seeds are dispersed, to freely fall down on the base material by the self-weight of the slurry and then to flow on the surface of the base material by the self-weight of the slurry , so that the zeolite particles adhere to the base material ; and a film formation step of immersing the base material , to which the zeolite particles adhere, into a sol to carry out hydrothermal synthesis, thereby forming the zeolite film on the base material .
Mechanical power transmission system comprising a first main shaft which extends longitudinally to a first coupling means and a second main shaft which extends longitudinally to a second coupling means , the first main shaft being rigidly connected to the first coupling means and the second main shaft being rigidly connected to the second coupling means , the mechanical power transmission system comprising an intermediate shaft which is rigidly connected to the first coupling means , a sub-assembly of the mechanical power transmission system comprising, successively and longitudinally in a direction of extension (AX), the first main shaft , then the first coupling means , then the intermediate shaft , said second main shaft being a hollow shaft, the first coupling means and the second coupling means being mechanically connected at least by said intermediate shaft , said intermediate shaft passing through said second main shaft in order to be connected to the second coupling means , said second main shaft being arranged longitudinally in a space located between said first coupling means and said second coupling means , characterised in that a connecting shaft is secured to the intermediate shaft by a first mechanical connection and to the second coupling means by a second mechanical connection for rotation therewith, said connecting shaft surrounding a distal region of the intermediate shaft , the distal region projecting longitudinally from the second coupling means in said direction of extension (AX), said intermediate shaft extending from the first coupling means to a threaded end , a nut being screwed onto said threaded end .
A method of improving cold temperature damage recovery of corn comprising applying from 6 to 16 grams per hectare of gibberellin 3 (GA3) to corn during the early vegetative growth stage.
A drawer synchronous slide, comprising a fixed slide rail , a middle slide rail , and a movable slide rail connected to each other slidably, wherein a synchronizing gear is arranged on the middle slide rail , a first synchronizing rack and a second synchronizing rack arranged horizontally and oppositely are respectively fixed onto the movable slide rail and the fixed slide rail , left and right sides of the synchronizing gear are respectively meshed and work in conjunction with a tooth-shaped part of the first synchronizing rack and a tooth-shaped part of the second synchronizing rack , characterised in that an elastic part is arranged on the first synchronizing rack , the tooth-shaped part of the first synchronizing rack is elastically pressed towards the synchronizing gear under the action of elastic stress of the elastic part , and at least one limiting gear for working in conjunction with each of the first synchronizing rack and the second synchronizing rack in an abutting manner is arranged on the synchronizing gear .
A cooling panel coupled to an inner wall of a steel making furnace , comprising: piping sinuously winding between a first end and a second end, the piping including a plurality of section pipes aligned substantially parallel to one another; an inlet formed at the first end of the piping and configured to receive a fluid for cooling the furnace ; an outlet formed at the second end of the piping and being in fluid communication with the inlet ; a base member configured to couple the piping to the inner wall ; and a plurality of one-piece return elbows each coupling two of the plurality of section pipes to one another; wherein, each of the plurality of one-piece return elbows comprises a first leg and a second leg, the first leg being welded to a first section pipe of the two section pipes and the second leg being welded to a second section pipe of the two section pipes; wherein, the first leg comprises a first length and the second leg comprises a second length, where the first length is greater than the second length; and wherein the first leg includes a first leg beveled edge being welded to the first section pipe and wherein the second leg includes a second leg beveled edge being welded to the second section pipe. piping sinuously winding between a first end and a second end, the piping including a plurality of section pipes aligned substantially parallel to one another; an inlet formed at the first end of the piping and configured to receive a fluid for cooling the furnace ; an outlet formed at the second end of the piping and being in fluid communication with the inlet ; a base member configured to couple the piping to the inner wall ; and a plurality of one-piece return elbows each coupling two of the plurality of section pipes to one another; wherein, each of the plurality of one-piece return elbows comprises a first leg and a second leg, the first leg being welded to a first section pipe of the two section pipes and the second leg being welded to a second section pipe of the two section pipes; wherein, the first leg comprises a first length and the second leg comprises a second length, where the first length is greater than the second length; and wherein the first leg includes a first leg beveled edge being welded to the first section pipe and wherein the second leg includes a second leg beveled edge being welded to the second section pipe.
Device for detecting a temperature of an electrical coupling element, comprising an electrical contact element which is designed to conduct electric current to an electrical component; a component support which can be arranged on the contact element and the component support comprises a thermally conductive region in direct contact with the contact element , wherein a printed circuit board is arranged on the component support , which printed circuit board comprises at least one temperature sensor which detects the temperature of the contact element and thus of the electrical coupling element, characterized in that the printed circuit board is arranged directly on the thermally conductive region and the temperature sensor is arranged on that side of the printed circuit board which is averted from the thermally conductive region . an electrical contact element which is designed to conduct electric current to an electrical component; a component support which can be arranged on the contact element and the component support comprises a thermally conductive region in direct contact with the contact element , wherein a printed circuit board is arranged on the component support , which printed circuit board comprises at least one temperature sensor which detects the temperature of the contact element and thus of the electrical coupling element, characterized in that the printed circuit board is arranged directly on the thermally conductive region and the temperature sensor is arranged on that side of the printed circuit board which is averted from the thermally conductive region .
Process for manufacturing a complexing agent, said process comprising the steps of (a) Providing a nitrile according to general formula (I a) or (I b) With M being selected from alkali metal and hydrogen and combinations thereof, (b) Saponification with a total alkali amount of 2.5 to 2.9 mol of alkali metal hydroxide per mole of nitrile according to general formula (I a) or (I b), respectively, and a pH value in the range of from 9.5 to 11.5 at the end of step (b), (c) Adding an amount of alkali metal hydroxide so that the total alkali content is 2.9 to 3.15 moles per mole nitrile according to general formula (I a) or (I b), respectively, wherein, if a total of 2.9 moles alkali metal hydroxide per mole of nitrile are employed the amount of alkali in the respective step (b) is in the range of from 2.5 to less than 2.9 moles, and (d) Allowing further conversion. (a) Providing a nitrile according to general formula (I a) or (I b) With M being selected from alkali metal and hydrogen and combinations thereof, (b) Saponification with a total alkali amount of 2.5 to 2.9 mol of alkali metal hydroxide per mole of nitrile according to general formula (I a) or (I b), respectively, and a pH value in the range of from 9.5 to 11.5 at the end of step (b), (c) Adding an amount of alkali metal hydroxide so that the total alkali content is 2.9 to 3.15 moles per mole nitrile according to general formula (I a) or (I b), respectively, wherein, if a total of 2.9 moles alkali metal hydroxide per mole of nitrile are employed the amount of alkali in the respective step (b) is in the range of from 2.5 to less than 2.9 moles, and (d) Allowing further conversion.
Method for improving the vigour of plant cuttings, said method comprises the steps of: a) contacting a plant cutting with a polymeric solution, or suspension, optionally comprising one or more plant growth promoting and/or plant protecting compounds, thereby providing a coated plant cutting; b) allowing the polymeric solution, or suspension, of the coated plant cutting to solidify into a complexed coating thereby providing an encapsulated plant cutting; wherein said encapsulated plant cutting is coated with the complexed coating from a basal cut surface or tip of the plant cutting to less than 60% of the total length of said plant cutting to partially encapsulate the plant cutting with the complexed coating. a) contacting a plant cutting with a polymeric solution, or suspension, optionally comprising one or more plant growth promoting and/or plant protecting compounds, thereby providing a coated plant cutting; b) allowing the polymeric solution, or suspension, of the coated plant cutting to solidify into a complexed coating thereby providing an encapsulated plant cutting;
A method of enabling at surface orientation data transfer from a contactless orientation system , wherein the contactless orientation system coupled with an inner core tube to one or more record carriers on or associated with a core sample held in the core tube , the core sample having a longitudinal core axis and a core face accessible from an end of the inner core tube , the method comprising: • arranging a tubular instrument guide which has opposite first and second ends relative to the core sample so that the core face lies between the first and second ends of the instrument guide , and a guide axis running through the first and second ends of the instrument guide is collinear with the core axis ; and • using the instrument guide to move an instrument in a direction parallel to the core axis to contact the core face wherein on contact with the core face the instrument constitutes, or is capable of producing, a record carrier of the orientation of the core sample . • arranging a tubular instrument guide which has opposite first and second ends relative to the core sample so that the core face lies between the first and second ends of the instrument guide , and a guide axis running through the first and second ends of the instrument guide is collinear with the core axis ; and • using the instrument guide to move an instrument in a direction parallel to the core axis to contact the core face wherein on contact with the core face the instrument constitutes, or is capable of producing, a record carrier of the orientation of the core sample .