mhurhangee/patent-ind-claim-en huggingface dataset:
An agricultural working machine with a hydraulic control system which controls valves of the working machine which are associated with respective machine connections , to which at least one implement with mating connections can be attached in order to control a hydraulically actuated adjusting element, as well as with an operating unit which comprises input means and output means and which is connected to the hydraulic control system for the purposes of signalling, wherein the hydraulic control system is constructed in a manner such that a hydraulic function of the at least one attached implement which can be executed by the adjusting element, as well as at least one operating element of the operating unit is directly allocated to a respective valve, wherein these allocations are stored in a data memory of the working machine in a retrievable manner, wherein the control system is configured to implement the allocations as a function of functional features of the attached implement , wherein the control system is configured to execute sequences which are specific to an implement model of the attached implement stored in the data memory and which define agricultural process steps by time-dependent and/or path-dependent performance profiles, wherein the control system is configured to manipulate the time-dependent and/or path-dependent performance profiles of a stored sequence by inputs which are received from the operating unit , characterized in that the control system is configured to delineate a sequence for an implement with the aid of inputs transmitted via the operating unit and to store it in the data memory in a retrievable manner. the control system is configured to execute sequences which are specific to an implement model of the attached implement stored in the data memory and which define agricultural process steps by time-dependent and/or path-dependent performance profiles, wherein the control system is configured to manipulate the time-dependent and/or path-dependent performance profiles of a stored sequence by inputs which are received from the operating unit , characterized in that the control system is configured to delineate a sequence for an implement with the aid of inputs transmitted via the operating unit and to store it in the data memory in a retrievable manner.
Method for verifying a device for testing the capacity of an auxiliary battery to supply electrical energy to safety components of an electric vehicle , the test device comprising an electrical circuit breaker capable of switching a test resistor connected to the auxiliary battery and implementing a test procedure (T) comprising: - a step (A) of isolating the auxiliary battery from a DCDC converter intended to supply an on-board system of the electric vehicle with electrical energy, and - a step (B) of switching the test resistor to enable current variations to be generated by means of the auxiliary battery for testing it, characterized in that it comprises: - a step (C) of counting the number of failures N to switch the test resistor , - a step (D) of determining the level of risk of failing the switching of the test resistor as a function of the number of failures N, and - a step (E) of alerting the user according to the level of risk determined. - a step (A) of isolating the auxiliary battery from a DCDC converter intended to supply an on-board system of the electric vehicle with electrical energy, and - a step (B) of switching the test resistor to enable current variations to be generated by means of the auxiliary battery for testing it, - a step (C) of counting the number of failures N to switch the test resistor , - a step (D) of determining the level of risk of failing the switching of the test resistor as a function of the number of failures N, and - a step (E) of alerting the user according to the level of risk determined.
Compressor of a turbine engine , in particular a low-pressure turbomachine compressor, comprising an upstream air intake for an upstream flow with an annular row of vanes and a system for measuring turbulences of a flow of the compressor , the system comprising: - a first housing with a first pressure sensor and a first inlet , - a second housing with a second pressure sensor and a second inlet inclined relative to the first inlet , the inlets of the housings being joined together in the same radial vane section representing at most: 30%, or 10%, or 5% of the radial height of the corresponding vane, the compressor further comprising a temperature sensor , the system being configured to calculate, in particular continuously, at least two orientation components of the velocity of the air flow on the basis of the pressure sensors and the temperature sensor . - a first housing with a first pressure sensor and a first inlet , - a second housing with a second pressure sensor and a second inlet inclined relative to the first inlet , the inlets of the housings being joined together in the same radial vane section representing at most: 30%, or 10%, or 5% of the radial height of the corresponding vane, the compressor further comprising a temperature sensor , the system being configured to calculate, in particular continuously, at least two orientation components of the velocity of the air flow on the basis of the pressure sensors and the temperature sensor . the inlets of the housings being joined together in the same radial vane section representing at most: 30%, or 10%, or 5% of the radial height of the corresponding vane, the compressor further comprising a temperature sensor , the system being configured to calculate, in particular continuously, at least two orientation components of the velocity of the air flow on the basis of the pressure sensors and the temperature sensor .
A communication method of a terminal in a mobile communication system, the method comprising: transmitting, to a base station providing a mobile communication service to the terminal , capability information including information indicating that the terminal supports a high-speed communication, HSC, mode and a low power and low speed communication, LPC, mode simultaneously; receiving, from the base station, first cell information on a first communication mode corresponding to the HSC mode, wherein the first cell information is used to attach to a first cell related to the first communication mode; receiving, from the base station, second cell information on a second communication mode corresponding to the LPC mode, wherein the second cell information is used to attach to a second cell related to the second communication mode; determining to perform a communication with the base station using the second cell related to the second communication mode, in case that a predetermined condition is satisfied; transmitting, to the base station , via the second communication mode, a first message including a terminal identity used by the terminal to attach to a network in the first communication mode, wherein the first message is a report notifying that a cell attach using the HSC mode is unavailable; and transmitting to, or receiving from, the base station, a signal with the base station via the second communication mode using the terminal identity, wherein a coverage of the second cell is broader than a coverage of the first cell. transmitting, to a base station providing a mobile communication service to the terminal , capability information including information indicating that the terminal supports a high-speed communication, HSC, mode and a low power and low speed communication, LPC, mode simultaneously; receiving, from the base station, first cell information on a first communication mode corresponding to the HSC mode, wherein the first cell information is used to attach to a first cell related to the first communication mode; receiving, from the base station, second cell information on a second communication mode corresponding to the LPC mode, wherein the second cell information is used to attach to a second cell related to the second communication mode; determining to perform a communication with the base station using the second cell related to the second communication mode, in case that a predetermined condition is satisfied; transmitting, to the base station , via the second communication mode, a first message including a terminal identity used by the terminal to attach to a network in the first communication mode, wherein the first message is a report notifying that a cell attach using the HSC mode is unavailable; and transmitting to, or receiving from, the base station, a signal with the base station via the second communication mode using the terminal identity, wherein a coverage of the second cell is broader than a coverage of the first cell.
An apparatus for transporting containers , preferably for transporting containers (5, 5`) in a beverage filling system , comprising a transport starwheel and a clamp , connected to the transport starwheel , for holding a container (5, 5`) to be transported, wherein the clamp is connected to the transport starwheel via an articulated arm , and the articulated arm has a first articulated unit for connection to the transport starwheel and a second articulated unit for connection to the clamp , wherein the two articulated units are spaced apart from one another and are configured to be movable independently of one another in such a way that the height position (h, h`, h") of the clamp can be changed, wherein the height position (h, h`, h") of the clamp can be changed by swiveling said clamp via the two articulated units without changing the orientation, characterized in that the orientation of the clamp is perpendicular to the direction of gravity and/or perpendicular to the axis of rotation of the transport starwheel . the articulated arm has a first articulated unit for connection to the transport starwheel and a second articulated unit for connection to the clamp , wherein the two articulated units are spaced apart from one another and are configured to be movable independently of one another in such a way that the height position (h, h`, h") of the clamp can be changed, wherein the height position (h, h`, h") of the clamp can be changed by swiveling said clamp via the two articulated units without changing the orientation, characterized in that the orientation of the clamp is perpendicular to the direction of gravity and/or perpendicular to the axis of rotation of the transport starwheel .
A computer-executed method, comprising: providing a messaging application , on a first computing device associated with a first user , to enable communication between the first user and at least one other user , wherein the first user is a human user and the at least one other user comprises an assistive agent ; detecting, at the messaging application , a user request, wherein detecting the user request comprises analyzing, by the assistive agent , one or more messages received in the messaging application and wherein the messages are sent from the first user to the assistive agent ; the method characterised by programmatically determining, by the assistive agent , that an operation in response to the user request requires sharing of data associated with the first user ; causing , by the assistive agent , a permission interface to be rendered in the messaging application on the first computing device , the permission interface enabling the first user to approve or prohibit sharing of the data associated with the first user ; and upon receiving user input from the first user indicating approval of the sharing of the data associated with the first user , accessing, by the assistive agent , the data associated with the first user and sharing the data associated with the first user within the messaging application in response to the user request. providing a messaging application , on a first computing device associated with a first user , to enable communication between the first user and at least one other user , wherein the first user is a human user and the at least one other user comprises an assistive agent ; detecting, at the messaging application , a user request, wherein detecting the user request comprises analyzing, by the assistive agent , one or more messages received in the messaging application and wherein the messages are sent from the first user to the assistive agent ; the method characterised by programmatically determining, by the assistive agent , that an operation in response to the user request requires sharing of data associated with the first user ; causing , by the assistive agent , a permission interface to be rendered in the messaging application on the first computing device , the permission interface enabling the first user to approve or prohibit sharing of the data associated with the first user ; and upon receiving user input from the first user indicating approval of the sharing of the data associated with the first user , accessing, by the assistive agent , the data associated with the first user and sharing the data associated with the first user within the messaging application in response to the user request.
A method for imaging of at least one target in a sample comprising: a. providing at least one target-recognizing antibody bound to a docking strand oligonucleotide; b. providing a first blocker strand that hybridizes to the docking strand over a first region, but not over its full length or the full length of the docking strand; c. providing an imager strand oligonucleotide that hybridizes to the docking strand oligonucleotide, wherein the imager strand is labeled with a detectable label; d. allowing the imager strand to hybridize to the docking strand, displacing the first blocker strand; e. determining whether the target-recognizing antibody has bound to the target; f. optionally imaging the at least one target; g. optionally removing the imager strand from the docking strand by employing a bouncer strand to displace the imager strand; h. optionally repeating steps a-g. a. providing at least one target-recognizing antibody bound to a docking strand oligonucleotide; b. providing a first blocker strand that hybridizes to the docking strand over a first region, but not over its full length or the full length of the docking strand; c. providing an imager strand oligonucleotide that hybridizes to the docking strand oligonucleotide, wherein the imager strand is labeled with a detectable label; d. allowing the imager strand to hybridize to the docking strand, displacing the first blocker strand; e. determining whether the target-recognizing antibody has bound to the target; f. optionally imaging the at least one target; g. optionally removing the imager strand from the docking strand by employing a bouncer strand to displace the imager strand; h. optionally repeating steps a-g.
Exhaust gas heater for an exhaust gas system of an internal combustion engine, comprising a support arrangement and a heating conductor arrangement which is supported on the support arrangement and through which the exhaust gas can flow in an exhaust gas main flow direction (H) and has at least one current-carrying heating conductor , wherein the at least one heating conductor is provided by cutting it out of a flat metal material, characterised in that - the heating conductor arrangement comprises at least two heating conductors arranged consecutively in the exhaust gas main flow direction (H), or/and - the support arrangement comprises at least one support element with a fastening region located radially on the outside with respect to an exhaust gas heater centre axis (A), designed for fastening to an exhaust gas guide housing , wherein the fastening region at least partially does not radially overlap a radially outer conductor region of at least one heating conductor of the heating conductor arrangement in at least one, preferably several, circumferential regions. - the heating conductor arrangement comprises at least two heating conductors arranged consecutively in the exhaust gas main flow direction (H), or/and - the support arrangement comprises at least one support element with a fastening region located radially on the outside with respect to an exhaust gas heater centre axis (A), designed for fastening to an exhaust gas guide housing , wherein the fastening region at least partially does not radially overlap a radially outer conductor region of at least one heating conductor of the heating conductor arrangement in at least one, preferably several, circumferential regions.
Divider device for an aircraft cabin comprising: a plurality of elongate bar elements (1, 1', 1"), wherein each bar element (1, 1', 1") is planar and flexible so that it may assume a linear state in which it extends rectilinearly along a longitudinal axis parallel to a plane , wherein each bar element (1, 1', 1") has a first stable state in which it is curved, so that it deforms into its first stable state when being bent out of the linear state towards the first stable state to a predetermined extent, wherein the bar elements (1, 1', 1") are arranged side-by-side and adjacent bar elements (1, 1', 1") are pivotably interconnected with each other, so that when the bar elements (1, 1', 1") are in the linear state, their longitudinal axes extend in parallel, and wherein each pair of first and second adjacent bar elements (1', 1") are designed such that when the first and the second bar elements (1', 1") are in the linear state and extend in a common plane , in the first stable state of the first bar element one end thereof is positioned on a first side of the plane whereas in the first stable state of the second bar element (1") its end (9") corresponding to the end of the first bar element is located on a second side of the plane opposite the first side. a plurality of elongate bar elements (1, 1', 1"), wherein each bar element (1, 1', 1") is planar and flexible so that it may assume a linear state in which it extends rectilinearly along a longitudinal axis parallel to a plane , wherein each bar element (1, 1', 1") has a first stable state in which it is curved, so that it deforms into its first stable state when being bent out of the linear state towards the first stable state to a predetermined extent, wherein the bar elements (1, 1', 1") are arranged side-by-side and adjacent bar elements (1, 1', 1") are pivotably interconnected with each other, so that when the bar elements (1, 1', 1") are in the linear state, their longitudinal axes extend in parallel, and wherein each pair of first and second adjacent bar elements (1', 1") are designed such that when the first and the second bar elements (1', 1") are in the linear state and extend in a common plane , in the first stable state of the first bar element one end thereof is positioned on a first side of the plane whereas in the first stable state of the second bar element (1") its end (9") corresponding to the end of the first bar element is located on a second side of the plane opposite the first side.
A method, comprising: receiving, by a virtual machine installed on a server device , a data flow from a network device ; processing, by the virtual machine installed on the server device, the data flow to form a processed data flow; providing, by the server device, the processed data flow to the network device; identifying , by the server device , that the virtual machine is overloaded; generating, by the server device, a service installation instruction based on identifying that the virtual machine is overloaded; installing , by the server device and on the server device, and based on identifying that the virtual machine is overloaded, a service based on the generated service installation instruction; receiving , by the server device, routing protocol update information; generating , by the server device and based on receiving the routing protocol update information, an update instruction; communicating, by the server device, the update instruction to the network device; and wherein the update instruction contains instruction to direct the network device to update a routing table implemented by the network device to provide the data flow to the service installed on the server device rather than the overloaded virtual machine, wherein the service installed on the server device provides the service for the data flow to form the processed data flow and provides the processed data flow to the network device. receiving, by a virtual machine installed on a server device , a data flow from a network device ; processing, by the virtual machine installed on the server device, the data flow to form a processed data flow; providing, by the server device, the processed data flow to the network device; identifying , by the server device , that the virtual machine is overloaded; generating, by the server device, a service installation instruction based on identifying that the virtual machine is overloaded; installing , by the server device and on the server device, and based on identifying that the virtual machine is overloaded, a service based on the generated service installation instruction; receiving , by the server device, routing protocol update information; generating , by the server device and based on receiving the routing protocol update information, an update instruction; communicating, by the server device, the update instruction to the network device; and wherein the update instruction contains instruction to direct the network device to update a routing table implemented by the network device to provide the data flow to the service installed on the server device rather than the overloaded virtual machine, wherein the service installed on the server device provides the service for the data flow to form the processed data flow and provides the processed data flow to the network device.
A lug for a sole or outsole of a footwear, for example a shoe, a sport shoe or a work footwear or a boot, wherein said lug comprises a first base , a second base and a sidewall , wherein said first base is suitable to contact the ground during use, said second base is suitable to be attached to the sole or outsole and/or it is opposite to said first base and said sidewall is connected laterally to said first base and said second base , wherein said sidewall comprises at least one step , wherein said lug comprises elements which are three-dimensional structures placed at least at said sidewall able to confer to said lug traction and grip on grounds or terrains consisting of granular particulates or penetrable surfaces, wherein said elements increase the surface area of said sidewall , wherein said elements comprise at least one protrusion , wherein said at least one protrusion comprises a protruding shape and a base, wherein said base is attached to said sidewall and/or to said step , characterized in that said elements further comprise at least one indentation and in that said protruding shape is a substantially semispherical shape or a faceted semi-sphere shape.