mhurhangee/patent-ind-claim-en huggingface dataset:
Method for monitoring the production of a knitting machine the knitting machine comprising a plurality of thread delivery devices and a monitoring connection, to which the thread delivery devices and the knitting machine are connected, in which the thread delivery of each of thread delivery devices is monitored by a monitoring device (U) and if applicable a stop signal for the knitting machine is transmitted via the monitoring connection, wherein a machine run signal is used to recognise whether the knitting machine is in operation, wherein for each of the thread delivery devices a sensor signal is generated by a sensor unit of the monitoring device (U), wherein the sensor signal is checked by a control unit of the monitoring device (U) for a stop condition and if applicable a stop signal is generated, if by means of the machine run signal the operation of the knitting machine has been identified characterised in that the thread delivery devices are connected to a relay unit (R) of the knitting machine via the monitoring connection and wherein the machine run signal is generated by the control units of at least two of the thread delivery devices by means of the sensor signals, and by means of the monitoring connection between the relay unit (R) of the knitting machine and the parallel connected control units of the thread delivery devices a monitoring signal is transmitted which contains both the machine run signal and also if applicable the stop signal. wherein a machine run signal is used to recognise whether the knitting machine is in operation, wherein for each of the thread delivery devices a sensor signal is generated by a sensor unit of the monitoring device (U), wherein the sensor signal is checked by a control unit of the monitoring device (U) for a stop condition and if applicable a stop signal is generated, if by means of the machine run signal the operation of the knitting machine has been identified characterised in that the thread delivery devices are connected to a relay unit (R) of the knitting machine via the monitoring connection and wherein the machine run signal is generated by the control units of at least two of the thread delivery devices by means of the sensor signals, and by means of the monitoring connection between the relay unit (R) of the knitting machine and the parallel connected control units of the thread delivery devices a monitoring signal is transmitted which contains both the machine run signal and also if applicable the stop signal.
A forming system which expands and forms a metal pipe in a die , comprising: a preliminary forming apparatus which preliminarily forms a metal pipe material ; a heating mechanism for heating the metal pipe material ; a forming apparatus which includes a gas supply unit which supplies gas into the preliminary-formed and heated metal pipe material to expand the metal pipe material and a main body portion to which the die is attached; and a cutting device which cuts at least a portion of the formed metal pipe , wherein the gas supply unit is provided so as not to be disposed on a first straight line (L1) which connects the preliminary forming apparatus and the main body portion in a plan view and a second straight line (L2) which connects the cutting device and the main body portion in a plan view; wherein in a case where horizontal directions orthogonal to each other with respect to a center of the forming apparatus are a first direction (X) and a second direction (Y), the preliminary forming apparatus and the cutting device are disposed on one side in the first direction (X) from the forming apparatus , wherein the preliminary forming apparatus is disposed on one side in the second direction (Y) from the forming apparatus , and wherein the cutting device is disposed on the other side in the second direction (Y) from the forming apparatus . a preliminary forming apparatus which preliminarily forms a metal pipe material ; a heating mechanism for heating the metal pipe material ; a forming apparatus which includes a gas supply unit which supplies gas into the preliminary-formed and heated metal pipe material to expand the metal pipe material and a main body portion to which the die is attached; and a cutting device which cuts at least a portion of the formed metal pipe , wherein the gas supply unit is provided so as not to be disposed on a first straight line (L1) which connects the preliminary forming apparatus and the main body portion in a plan view and a second straight line (L2) which connects the cutting device and the main body portion in a plan view; wherein in a case where horizontal directions orthogonal to each other with respect to a center of the forming apparatus are a first direction (X) and a second direction (Y), the preliminary forming apparatus and the cutting device are disposed on one side in the first direction (X) from the forming apparatus , wherein the preliminary forming apparatus is disposed on one side in the second direction (Y) from the forming apparatus , and wherein the cutting device is disposed on the other side in the second direction (Y) from the forming apparatus .
Cleaning unit for cleaning a sensor window pane of an optical sensing device of a motor vehicle, said cleaning unit comprising a wiper blade , the cleaning unit further comprising at least a first scraper for scraping impediments off the wiper blade , wherein the cleaning unit is arranged for wiping the wiper blade over the sensor window pane , said cleaning unit further being arranged for moving the wiper blade with respect to and along the first scraper and/or the first scraper with respect to and along the wiper blade for scraping impediments off the wiper blade , characterised in that the cleaning unit comprises a wipe off surface , and wherein the cleaning unit is arranged for allowing the wiper blade tip to sweep over said wipe off surface , wherein the wipe off surface is spaced apart from a first scraper edge , wherein the cleaning unit further comprises a further scraper , wherein the sensor window pane extends substantially upwardly, wherein the further scraper is located at a height level below a lower end of the sensor window pane , wherein the further scraper includes a further scraping edge and a lower face, said lower face extends from said further scraping edge and slopes away in a backward direction towards the virtual plane (P92) in which the outer face of the sensor window pane extends.
An automatic cleaner comprising: a casing having a suction port in a bottom portion of the casing through which foreign substances are suctioned; a moving device configured to move the casing ; and a side brush assembly movably installed on the casing , wherein the side brush assembly comprises: a movable member movably disposed on the casing , the movable member is movable between a first position and a second position; a first driving device configured to generate power to move the movable member ; a brush rotatably mounted on the movable member and including at least two brush bundles extending from a brush holder , the brush bundles are spaced apart to each other by a distance bigger than a size of the brush bundle ; and a second driving device configured to generate power to rotate the brush , wherein the casing includes a seating recess for accommodating the movable member , and wherein in the first position the movable member is fully covered by the casing and in the second position the movable member is protruding at least partly outside the casing . a casing having a suction port in a bottom portion of the casing through which foreign substances are suctioned; a moving device configured to move the casing ; and a side brush assembly movably installed on the casing , wherein the side brush assembly comprises: a movable member movably disposed on the casing , the movable member is movable between a first position and a second position; a first driving device configured to generate power to move the movable member ; a brush rotatably mounted on the movable member and including at least two brush bundles extending from a brush holder , the brush bundles are spaced apart to each other by a distance bigger than a size of the brush bundle ; and a second driving device configured to generate power to rotate the brush , a movable member movably disposed on the casing , the movable member is movable between a first position and a second position; a first driving device configured to generate power to move the movable member ; a brush rotatably mounted on the movable member and including at least two brush bundles extending from a brush holder , the brush bundles are spaced apart to each other by a distance bigger than a size of the brush bundle ; and a second driving device configured to generate power to rotate the brush , wherein the casing includes a seating recess for accommodating the movable member , and wherein in the first position the movable member is fully covered by the casing and in the second position the movable member is protruding at least partly outside the casing .
A game device comprising: a plurality of communication modules each capable of wirelessly connecting to a plurality of wireless controllers ; and a control unit which controls a transmission of information relating to one or more wireless controllers between the plurality of communication modules for establishing a connection between the plurality of communication modules and the plurality of wireless controllers , wherein a first communication module of the plurality of communication modules is adapted to perform an inquiry procedure for establishing a connection with at least one of the wireless controllers ; communication modules of the plurality of communication modules different from the first communication module are adapted to perform no inquiry procedure for establishing a connection with the wireless controllers , while the first communication module is performing the inquiry procedure; the first communication module is adapted to transfer information relating to the at least one wireless controller to the control unit and the control unit transfers, to a second communication module out of the communication modules different from the first communication modules , information relating to one or more wireless controllers with which the first communication module establishes no connection; and the second communication module is adapted to establish a connection with a wireless controller with which the first communication module establishes no connection based on the information relating to the at least one wireless controller transferred from the control unit . a plurality of communication modules each capable of wirelessly connecting to a plurality of wireless controllers ; and a control unit which controls a transmission of information relating to one or more wireless controllers between the plurality of communication modules for establishing a connection between the plurality of communication modules and the plurality of wireless controllers , wherein a first communication module of the plurality of communication modules is adapted to perform an inquiry procedure for establishing a connection with at least one of the wireless controllers ; communication modules of the plurality of communication modules different from the first communication module are adapted to perform no inquiry procedure for establishing a connection with the wireless controllers , while the first communication module is performing the inquiry procedure; the first communication module is adapted to transfer information relating to the at least one wireless controller to the control unit and the control unit transfers, to a second communication module out of the communication modules different from the first communication modules , information relating to one or more wireless controllers with which the first communication module establishes no connection; and the second communication module is adapted to establish a connection with a wireless controller with which the first communication module establishes no connection based on the information relating to the at least one wireless controller transferred from the control unit .
A circuit arrangement comprising: a transistor arrangement with a first transistor having a load path and a control terminal and with a plurality of second transistors (3 0 -3 n ), each having a load path between a first and a second load terminal and a control terminal, wherein the second transistors (3 0 -3 n ) have their load paths connected in series and connected in series to the load path of the first transistor , and wherein each but one of the second transistors (3 0 -3 n ) has its control terminal connected to the load terminal of one of the other second transistors (3 0 -3 n ), and wherein the one of the second transistors (3 0 -3 n ) has its control terminal connected to one of the load terminals of the first transistor , a capacitive storage element connected to a first tap (10 1 ) via a rectifier element , a control circuit having an output terminal coupled to the control terminal of the first transistor and having supply terminals, wherein the first tap (10 1 ) is connected to one load terminal of one of the plurality of second transistors (3 0 -3 n ), and wherein the capacitive storage element is connected to the supply terminals of the control circuit . a transistor arrangement with a first transistor having a load path and a control terminal and with a plurality of second transistors (3 0 -3 n ), each having a load path between a first and a second load terminal and a control terminal, wherein the second transistors (3 0 -3 n ) have their load paths connected in series and connected in series to the load path of the first transistor , and wherein each but one of the second transistors (3 0 -3 n ) has its control terminal connected to the load terminal of one of the other second transistors (3 0 -3 n ), and wherein the one of the second transistors (3 0 -3 n ) has its control terminal connected to one of the load terminals of the first transistor , a capacitive storage element connected to a first tap (10 1 ) via a rectifier element , a control circuit having an output terminal coupled to the control terminal of the first transistor and having supply terminals, wherein the first tap (10 1 ) is connected to one load terminal of one of the plurality of second transistors (3 0 -3 n ), and wherein the capacitive storage element is connected to the supply terminals of the control circuit .
Working center (C) for working at least one panel (P), made of wood, plastic, metal, ceramic, fiberglass, glass, comprising a working plane extending along a first direction (X) to support said at least one panel (P), a working unit movable along said working plane , capable of supporting at least one working tool for working said at least one panel (P), a loading and unloading system (S), capable of loading said at least one panel (P) in said working center (C) and of unloading said panel (P) from said working center (C), said loading and unloading system (S) comprising a base extending along said first direction (X), parallel to said working plane , and a picking up device of said panel (P) movable with respect to said base either along said first direction (X) or along a second direction (Y), orthogonal to said first direction (X), said base and said picking up device being configured each other in such a way that said loading and unloading system (S) is capable of reaching all the areas of said working plane which are not occupied by said working unit , during the working of said panel (P) by said working unit , said working center (C) being characterized in that said loading and unloading system (S) further comprises a slide capable of translating along said base along said first direction (X), and in that said loading and unloading system (S) further comprises a vertical rod extending along a third direction (Z), orthogonal with respect to said working plane , slidably coupled with said slide and capable of moving along said second direction (Y). a working plane extending along a first direction (X) to support said at least one panel (P), a working unit movable along said working plane , capable of supporting at least one working tool for working said at least one panel (P), a loading and unloading system (S), capable of loading said at least one panel (P) in said working center (C) and of unloading said panel (P) from said working center (C), said loading and unloading system (S) comprising a base extending along said first direction (X), parallel to said working plane , and a picking up device of said panel (P) movable with respect to said base either along said first direction (X) or along a second direction (Y), orthogonal to said first direction (X), said base and said picking up device being configured each other in such a way that said loading and unloading system (S) is capable of reaching all the areas of said working plane which are not occupied by said working unit , during the working of said panel (P) by said working unit , said working center (C) being characterized in that said loading and unloading system (S) further comprises a slide capable of translating along said base along said first direction (X), and in that said loading and unloading system (S) further comprises a vertical rod extending along a third direction (Z), orthogonal with respect to said working plane , slidably coupled with said slide and capable of moving along said second direction (Y).
A mechanically actuatable actuation plate for a flushing device comprising a concealed flushing cistern with valves, wherein - the actuation plate has a base plate , on or in which at least one light source is arranged, - the base plate and the at least one light source are covered with a cover in the form of a cover plate, - push-buttons or push-plates are arranged in the base plate and the cover plate has segments in the regions of the respective push-buttons or push-plates provided in the base plate , wherein said segments are designed so as to correspond to these push-buttons or push-plates and can be moved relative to the surrounding cover such that a rod or lever mechanism, which controls the valves of the concealed flushing cistern, can be triggered by actuating the segments of the cover plate, and wherein the segments of the cover plate are functionally connected to the corresponding push-buttons or push-plates formed in the base plate , characterized in that - a translucent seal is arranged between the cover and the base plate over the circumference of an edge of the base plate . - the actuation plate has a base plate , on or in which at least one light source is arranged, - the base plate and the at least one light source are covered with a cover in the form of a cover plate, - push-buttons or push-plates are arranged in the base plate and the cover plate has segments in the regions of the respective push-buttons or push-plates provided in the base plate , wherein said segments are designed so as to correspond to these push-buttons or push-plates and can be moved relative to the surrounding cover such that a rod or lever mechanism, which controls the valves of the concealed flushing cistern, can be triggered by actuating the segments of the cover plate, and wherein the segments of the cover plate are functionally connected to the corresponding push-buttons or push-plates formed in the base plate , characterized in that - a translucent seal is arranged between the cover and the base plate over the circumference of an edge of the base plate .
A process for preparing non-crystalline obeticholic acid, comprising the steps of: a) reacting 3α-hydroxy-6α-ethyl-7-keto-5β-cholan-24-oic acid with NaBH 4 at a temperature about 85 °C to about 110 °C in a basic aqueous solution to form obeticholic acid; b) cooling the mixture to about 80°C, and transferring it to a cooled reactor followed by cooling the mixture containing the obeticholic acid to about 20 °C to about 60 °C, c) adding n-butyl acetate and an acid to the mixture, d) separating organic phase containing the obeticholic acid and concentrating the organic phase by distillation to form a residue, e) optionally adding n-butyl acetate to the residue and concentrating again by distillation, f) adding n-butyl acetate to the residue and then slowly cooling down, g) crystallizing obeticholic acid, h) isolating crystalline obeticholic acid, i) washing the resulting crystalline obeticholic acid with n-butyl acetate, j) drying the crystalline obeticholic acid under vacuum, and k) converting the crystalline obeticholic acid into non-crystalline obeticholic acid. a) reacting 3α-hydroxy-6α-ethyl-7-keto-5β-cholan-24-oic acid with NaBH 4 at a temperature about 85 °C to about 110 °C in a basic aqueous solution to form obeticholic acid; b) cooling the mixture to about 80°C, and transferring it to a cooled reactor followed by cooling the mixture containing the obeticholic acid to about 20 °C to about 60 °C, c) adding n-butyl acetate and an acid to the mixture, d) separating organic phase containing the obeticholic acid and concentrating the organic phase by distillation to form a residue, e) optionally adding n-butyl acetate to the residue and concentrating again by distillation, f) adding n-butyl acetate to the residue and then slowly cooling down, g) crystallizing obeticholic acid, h) isolating crystalline obeticholic acid, i) washing the resulting crystalline obeticholic acid with n-butyl acetate, j) drying the crystalline obeticholic acid under vacuum, and k) converting the crystalline obeticholic acid into non-crystalline obeticholic acid.
A computer-implemented method for managing features in hybrid software deployments, wherein the hybrid software deployment comprises edge deployment and cloud deployment , the method being executed by one or more processors and comprising: receiving, by a customer cockpit , a toggle notification indicating that an edge feature of an edge component of a hybrid software deployment is to be activated, the toggle notification being received during execution of a process by the edge component, wherein the customer cockpit comprises a user interface; determining, by the customer cockpit, that the process has ended and, in response, triggering an edge controller to toggle the edge feature to an activated state within the edge component; receiving, by a vendor cockpit , an edge confirmation of the edge component that confirms that the edge feature is in the activated state, wherein the vendor cockpit comprises a user interface; and in response to receiving the edge confirmation, triggering, by the vendor cockpit, a tenant controller to toggle a tenant feature to an activated state for a corresponding tenant component of the cloud deployment. receiving, by a customer cockpit , a toggle notification indicating that an edge feature of an edge component of a hybrid software deployment is to be activated, the toggle notification being received during execution of a process by the edge component, wherein the customer cockpit comprises a user interface; determining, by the customer cockpit, that the process has ended and, in response, triggering an edge controller to toggle the edge feature to an activated state within the edge component; receiving, by a vendor cockpit , an edge confirmation of the edge component that confirms that the edge feature is in the activated state, wherein the vendor cockpit comprises a user interface; and in response to receiving the edge confirmation, triggering, by the vendor cockpit, a tenant controller to toggle a tenant feature to an activated state for a corresponding tenant component of the cloud deployment.