mhurhangee/patent-ind-claim-en huggingface dataset:
Pump valve arrangement for providing compressed air to air bladders of an automotive comfort system within a vehicle seat , the pump valve arrangement comprising: a. a piezoelectrically actuated air pump for providing the compressed air, the air pump comprising at least one piezoelectric element for actuating the air pump ; b. a plurality of electrically actuated air valves for selectively filling, holding the pressure and releasing air from the air bladders , wherein the air valves are in fluid connection with the air pump ; c. a housing ; and d. a printed circuit board that is arranged within the housing , and the air valves are electrically connected to the printed circuit board ; wherein e. the air valves are arranged within the housing ; and f. the air pump and the air valves are mounted adjacent to each other without relative movement. a. a piezoelectrically actuated air pump for providing the compressed air, the air pump comprising at least one piezoelectric element for actuating the air pump ; b. a plurality of electrically actuated air valves for selectively filling, holding the pressure and releasing air from the air bladders , wherein the air valves are in fluid connection with the air pump ; c. a housing ; and d. a printed circuit board that is arranged within the housing , and the air valves are electrically connected to the printed circuit board ; wherein e. the air valves are arranged within the housing ; and f. the air pump and the air valves are mounted adjacent to each other without relative movement.
Timepiece regulating mechanism , including, arranged on a plate , a resonator mechanism with a quality factor Q, and an escapement mechanism which is arranged to be subjected to a torque of drive means included in a movement , said resonator mechanism including an inertia element arranged to oscillate with respect to said plate , said inertia element being subjected to the action of elastic return means directly or indirectly attached to said plate , and said inertia element being arranged to cooperate indirectly with an escape wheel set included in said escapement mechanism , said resonator mechanism being a resonator with a virtual pivot rotating about a main axis (DP), with a flexure bearing including at least two flexible strips , and including an impulse pin integral with said inertia element , said escapement mechanism including a lever pivoting about a secondary axis (DS) and including a lever fork arranged to cooperate with said impulse pin , and being a detached escapement mechanism, wherein, during the operating cycle, said resonator mechanism has at least a freedom phase in which said impulse pin is at a distance from said lever fork , said regulating mechanism being configured so that, during each vibration, in a contact phase, said impulse pin penetrates said lever fork with a depth of travel (P) greater than 100 micrometres, and in an unlocking phase, said impulse pin remains at a distance from said lever fork with a safety distance (S) greater than 25 micrometres, and so that said impulse pin and said lever fork are dimensioned such that the width (L) of said lever fork is greater than (P+S)/sin(α/2+β/2), where α is the overall lift angle of said lever , which corresponds to the maximum angular stroke of said anchor fork , and where β is the lift angle of said resonator , which is an overall angle, taken on either side of the rest position, said depth of travel (P) and said safety distance (S) being measured radially with respect to said main axis (DP), said lift angle β of the resonator, during which said impulse pin is in contact with said lever fork , being less than 10°.
A near-field signal system to generate signals underwater, comprising: a signal processing module ; a first antenna to transmit electrical near-field signals underwater coupled to the signal processing module; and a second antenna to receive near-field signals underwater transmitted by the first antenna, wherein the second antenna is coupled to the signal processing module characterised in that the system further comprises a salinity sensor to measure salinity of water coupled to the signal processing module; and the system is arranged to adjust a current and voltage of the electrical near-field signals transmitted by the first antenna based upon the measured salinity of the water. a signal processing module ; a first antenna to transmit electrical near-field signals underwater coupled to the signal processing module; and a second antenna to receive near-field signals underwater transmitted by the first antenna, wherein the second antenna is coupled to the signal processing module characterised in that the system further comprises a salinity sensor to measure salinity of water coupled to the signal processing module; and
A wearable power module, comprising: an energy storage system comprising: a harness with a torso segment and a limb segment ; a turboalternator supported by the torso segment of the harness; and a chemical energy source in fluid communication with the turboalternator and supported by the harness, wherein the chemical energy source is supported on the limb segment of the harness in a distributed arrangement to allow for support of a mechanical load by the torso segment of the harness, wherein the chemical energy source comprises a first pressure vessel and one or more second pressure vessel, the one or more second pressure vessel in fluid communication with the turboalternator; wherein the limb segment of the harness includes a left-leg portion and a right-leg portion, wherein the first pressure vessel and the one or more second pressure vessel are distributed between the left-leg portion and right-leg portion of the limb segment; and a ballistic shield at least partially enclosing the first pressure vessel and the one or more second pressure vessel. a harness with a torso segment and a limb segment ; a turboalternator supported by the torso segment of the harness; and a chemical energy source in fluid communication with the turboalternator and supported by the harness, wherein the chemical energy source is supported on the limb segment of the harness in a distributed arrangement to allow for support of a mechanical load by the torso segment of the harness, wherein the chemical energy source comprises a first pressure vessel and one or more second pressure vessel, the one or more second pressure vessel in fluid communication with the turboalternator; wherein the limb segment of the harness includes a left-leg portion and a right-leg portion, wherein the first pressure vessel and the one or more second pressure vessel are distributed between the left-leg portion and right-leg portion of the limb segment; and a ballistic shield at least partially enclosing the first pressure vessel and the one or more second pressure vessel.
Method for supporting robotic process automation, having the following steps which can be carried out by a processor of an apparatus: - providing a definition for the robotic process automation, also called an addressing scheme, which is designed to make the objects (O11, 012, 021, O22) in a group of objects that are included in the definition selectable so that they can be automatically addressed by automation software by means of a controller, characterized in that - at least two web-based addresses are used to create this definition, wherein an object in the group is assigned to each address, wherein - the at least two web-based addresses are compared with one another with regard to discrepancies in the character strings of the web-based addresses in order to identify a contiguous point with at least one discrepancy corresponding to a number, and wherein - the characters that differ from one another and are identified in the comparison are replaced with a placeholder, and wherein one or more such objects are automatically selected, wherein the selection is made by means of the respective placeholder which references and/or derives a common absolute address for all objects in the group of objects, wherein, when addressing all objects in the group, the placeholder is replaced with an index number distributed among the objects in the group in a predeterminable order in order to obtain the appropriate web-based address of the respective object, and wherein the addressing scheme of the at least two web-based addresses is provided in the form of a taxonomy or ontology, wherein the individual levels of the taxonomy or ontology correspond to a dimension of the group if the group of objects has more than one dimension. - providing a definition for the robotic process automation, also called an addressing scheme, which is designed to make the objects (O11, 012, 021, O22) in a group of objects that are included in the definition selectable so that they can be automatically addressed by automation software by means of a controller, - at least two web-based addresses are used to create this definition, wherein an object in the group is assigned to each address, wherein - the at least two web-based addresses are compared with one another with regard to discrepancies in the character strings of the web-based addresses in order to identify a contiguous point with at least one discrepancy corresponding to a number, and wherein - the characters that differ from one another and are identified in the comparison are replaced with a placeholder, and wherein
An aerosol generating device comprising: a planar heating element comprising a mesh of electrically conductive fibres; a heating rod in contact with a central portion of the planar heating element to provide a central region of high current density, thereby providing a temperature gradient across the planar heating element during use; a liquid store ; and a liquid transport element arranged between the liquid store and the planar heating element and configured to transport liquid from the liquid store to the planar heating element under capillary action during use; wherein the liquid transport element is arranged in contact with an edge portion of the mesh. a planar heating element comprising a mesh of electrically conductive fibres; a heating rod in contact with a central portion of the planar heating element to provide a central region of high current density, thereby providing a temperature gradient across the planar heating element during use; a liquid store ; and a liquid transport element arranged between the liquid store and the planar heating element and configured to transport liquid from the liquid store to the planar heating element under capillary action during use; wherein the liquid transport element is arranged in contact with an edge portion of the mesh.
A fault-tolerant industrial control system , comprising: plurality of field devices ; a redundant controller including a first process controller (CP1) including a first processor with a first associated memory , and a parallel connected second redundant process controller (CP2) including a second processor with a second associated memory ; a redundancy link between said CP1 and CP2 for sharing data between said CP1 and said CP2; said CP1 and said CP2 comprising logic gates exclusive of any conditional branching for performing data synchronization and calculations including a different logical arrangement for providing each of a digital output (DO), a digital input (DI), an analog input (AI), and an analog output (AO), and at least one input/output (IO) module including a first IO processor including a first memory coupled by a first leg (LEG A) to said CP1 and by a second leg (LEG B) to said CP2, wherein said IO module is coupled to said field devices that are coupled to processing equipment . plurality of field devices ; a redundant controller including a first process controller (CP1) including a first processor with a first associated memory , and a parallel connected second redundant process controller (CP2) including a second processor with a second associated memory ; a redundancy link between said CP1 and CP2 for sharing data between said CP1 and said CP2; said CP1 and said CP2 comprising logic gates exclusive of any conditional branching for performing data synchronization and calculations including a different logical arrangement for providing each of a digital output (DO), a digital input (DI), an analog input (AI), and an analog output (AO), and at least one input/output (IO) module including a first IO processor including a first memory coupled by a first leg (LEG A) to said CP1 and by a second leg (LEG B) to said CP2, wherein said IO module is coupled to said field devices that are coupled to processing equipment .
Fixing device for the tool-free fixing of two components of a motor vehicle to one another, with at least one rear gripping means arranged on a first component , which has a coupling section and at a free end a head section which has an expanded cross-section with respect to the coupling section , with at least one receptacle arranged on a second component , which has a continuous recess which has a first region into which the rear gripping means can be inserted with the free end into the recess along a first joining direction and can be arranged in an intermediate joining position, and which has a second region which is accessible via the first region which, viewed transversely to the first joining direction , has a cross-section which is smaller than the cross-section of the Head section of the rear gripping means , and in which the rear gripping means with its coupling section can be moved from the intermediate joining position along a second joining direction running transversely or obliquely to the first joining direction and can be arranged in a final joining position in which the rear gripping means with its coupling section is arranged entirely or at least in sections in the second region of the recess and movement against the first joining direction is at least limited by the head section arranged on a side of the receptacle facing away from the first component , and with at least one latching element which is arranged on the first component and/or on the second component and which, at least when the final joining position is reached, has a latching contour arranged on the second component or first component and engages behind against a Relative movement of the first component and second component against the second joining direction , characterized in that the at least one rear gripping means is hook-shaped and/or that the coupling section extends in or obliquely to the first joining direction and the head section continues the coupling section at an angle or bent over, running transversely or obliquely to the first joining direction .
A case for holding one or more contact lenses, the case configured to receive an inner pod , wherein the case comprises an upper part and a lower part , the upper part structured to move relative to the lower part from an open configuration wherein the upper and lower parts are at least partially separated to a closed configuration wherein the upper and lower parts are together, and the upper part structured to move relative to the lower part from a disengaged position to an engaged position wherein, in the disengaged position, the case is movable between the open and closed configurations and in the engaged position, the case is locked in the closed configuration, and characterised in the upper part comprising a cover mounted on a compression member , the cover mounted for movement such that the cover rotates with respect to the compression member, and the upper part including an annulus , the annulus positioned between the cover and the compression member, and the annulus arranged to apply pressure to the compression member when the case is in the engaged position. the case comprises an upper part and a lower part , the upper part structured to move relative to the lower part from an open configuration wherein the upper and lower parts are at least partially separated to a closed configuration wherein the upper and lower parts are together, and the upper part structured to move relative to the lower part from a disengaged position to an engaged position wherein, in the disengaged position, the case is movable between the open and closed configurations and in the engaged position, the case is locked in the closed configuration, and characterised in the upper part comprising a cover mounted on a compression member , the cover mounted for movement such that the cover rotates with respect to the compression member, and the upper part including an annulus , the annulus positioned between the cover and the compression member, and the annulus arranged to apply pressure to the compression member when the case is in the engaged position.
A secure transmission proxy apparatus , comprising: 1.1 a receiving unit , configured to receive a service request message sent by a client ; 1.2 a decryption unit , configured to decrypt the service request message, wherein the service request message comprises a service type; 1.3 a verification unit , configured to perform verification on service permission of a decrypted service request message according to the service type; 1.4 a conversion unit , configured to perform protocol conversion on the decrypted service request message if the service permission verification succeeds; and 1.5 a sending unit , configured to send a service request message obtained after the protocol conversion to a service server side; 1.6 wherein the service request message further comprises at least a message channel ID and user information; wherein 1.7 the verification unit is configured to perform first verification on the service permission according to the message channel ID and the service type, and perform second verification on the service permission according to the user information and the service type if the first verification succeeds; and 1.8 the conversion unit is configured to perform protocol conversion on the decrypted service request message after the second verification succeeds. 1.9 wherein the verification unit is specifically configured to search a preset database for a first service type corresponding to the message channel ID, wherein the first verification succeeds if the service type is any service type corresponding to the message channel ID. 1.1 a receiving unit , configured to receive a service request message sent by a client ; 1.2 a decryption unit , configured to decrypt the service request message, wherein the service request message comprises a service type; 1.3 a verification unit , configured to perform verification on service permission of a decrypted service request message according to the service type; 1.4 a conversion unit , configured to perform protocol conversion on the decrypted service request message if the service permission verification succeeds; and 1.5 a sending unit , configured to send a service request message obtained after the protocol conversion to a service server side; 1.6 wherein the service request message further comprises at least a message channel ID and user information; wherein 1.7 the verification unit is configured to perform first verification on the service permission according to the message channel ID and the service type, and perform second verification on the service permission according to the user information and the service type if the first verification succeeds; and 1.8 the conversion unit is configured to perform protocol conversion on the decrypted service request message after the second verification succeeds. 1.9 wherein the verification unit is specifically configured to search a preset database for a first service type corresponding to the message channel ID, wherein the first verification succeeds if the service type is any service type corresponding to the message channel ID.
A computer-implemented method for a self-organising network, SON, engine in a telecommunications network, the telecommunications network comprising a plurality of user equipment, UE, the method comprising: receiving, by the SON engine, communications data associated with one or more of the plurality of UEs; analysing, by the SON engine, the communications data to determine a targeted set of users with UEs experiencing communication issues; retrieving, by the SON engine for each of the targeted set of users, a profile associated with each user of a UE communicating over the telecommunications network, wherein the profile comprises historical data on the communications behaviour of the user in the telecommunications network and one or more actions based on the status of the UE within the telecommunications network; analysing, by the SON engine, the retrieved profile in relation to the current status of the UE and determining one or more optimisation strategies for overcoming the communication issues and one or more actions for modifying the network configuration for the UE to optimise the user experience at the UE for each of the targeted set of users; selecting, by the SON engine, an optimisation strategy for each UE of the targeted set of users based on the current status of each UE; sending, by the SON engine, one or more commands associated with the determined optimisation strategy to modify the network configuration for each UE of the targeted set of users; and updating, by the SON engine, the profile to include the determined optimisation strategies and/or actions associated with each UE of the targeted set of users. receiving, by the SON engine, communications data associated with one or more of the plurality of UEs; analysing, by the SON engine, the communications data to determine a targeted set of users with UEs experiencing communication issues; retrieving, by the SON engine for each of the targeted set of users, a profile associated with each user of a UE communicating over the telecommunications network, wherein the profile comprises historical data on the communications behaviour of the user in the telecommunications network and one or more actions based on the status of the UE within the telecommunications network; analysing, by the SON engine, the retrieved profile in relation to the current status of the UE and determining one or more optimisation strategies for overcoming the communication issues and one or more actions for modifying the network configuration for the UE to optimise the user experience at the UE for each of the targeted set of users; selecting, by the SON engine, an optimisation strategy for each UE of the targeted set of users based on the current status of each UE; sending, by the SON engine, one or more commands associated with the determined optimisation strategy to modify the network configuration for each UE of the targeted set of users; and updating, by the SON engine, the profile to include the determined optimisation strategies and/or actions associated with each UE of the targeted set of users.
Ball screw drive (36; 36a) for a motor vehicle brake , in particular for an electromechanically actuable motor vehicle brake, comprising ▪ a spindle that may be set in rotation, ▪ a nut that is axially movable relative to the spindle in accordance with the rotation thereof and ▪ a rolling body arrangement that is disposed between, and displaceable relative to, the spindle and the nut , characterized in that the rolling body arrangement is preloaded into a predetermined normal position by means of at least one spring element disposed outside of the rolling body arrangement . ▪ a spindle that may be set in rotation, ▪ a nut that is axially movable relative to the spindle in accordance with the rotation thereof and ▪ a rolling body arrangement that is disposed between, and displaceable relative to, the spindle and the nut ,
A ground compacting machine, particularly a single-drum roller , comprising a machine frame supporting a body , wherein at least one ballast weight adapted to the body is fastened to the machine frame , characterized in that said at least one ballast weight at least partially comprises an impact-proof enclosure forming a component part of the body , wherein the impact-proof enclosure is filled with weighting filling material and the impact-proof enclosure protects the filling material from impact loads.