mhurhangee/ep-ind-claims huggingface dataset:
A conveyor system comprising a plurality of article carriers moving on an endless conveyor in a conveying direction, each article carrier having a carrier frame for bearing an article, the carrier frame being pivotally mounted on the article carrier and operable to tip to enable discharge of the article borne on the carrier frame, the conveyor system comprising a tipping actuator (10, 80) comprising a trigger member having a trigger contact portion for contacting the article carriers, the trigger contact portion having an upstream end and a downstream end in relation to the conveying direction; and a trigger actuation mechanism operable to move the trigger member between a non-contact position, in which the trigger contact portion is positioned out of the path of the article carriers so as to avoid contact therewith, and a contact position, in which the trigger contact portion is positioned in the path of the article carriers to make contact with an article carrier contact portion of the article carriers and effect tipping of the article carriers away from the trigger member, characterised in that: the trigger member is configured such that, when in the non-contact position, the article carriers are able to at least partly tip towards the trigger member such that the contact portion of the trigger member is received by a portion of the article carrier, and wherein the trigger member is configured such that the trigger member can be actuated into the contact position while a first article carrier of the plurality of article carriers is adjacent the trigger member and before the article carrier contact portion of the first article carrier has completely passed the downstream end of the trigger contact portion without causing the trigger member to contact the first article carrier. the trigger member is configured such that, when in the non-contact position, the article carriers are able to at least partly tip towards the trigger member such that the contact portion of the trigger member is received by a portion of the article carrier, and wherein the trigger member is configured such that the trigger member can be actuated into the contact position while a first article carrier of the plurality of article carriers is adjacent the trigger member and before the article carrier contact portion of the first article carrier has completely passed the downstream end of the trigger contact portion without causing the trigger member to contact the first article carrier.
A method (100;200) for controlling a robot, comprising the following steps: - detecting at least one contact between an object and the robot, by means of at least one sensor, called position sensor, equipping said robot; - determining, for said at least one contact, a contact extent as a function of a measurement of the at least one position sensor; and - executing a control command of the robot taking account of an item of information with respect to said contact extent; characterized in that the at least one position sensor comprises at least one capacitive measurement electrode arranged to supply a measurement signal relating to a coupling capacity between said mesurement electrode and the object, the contact detection taking account of said measurement signal. - detecting at least one contact between an object and the robot, by means of at least one sensor, called position sensor, equipping said robot; - determining, for said at least one contact, a contact extent as a function of a measurement of the at least one position sensor; and - executing a control command of the robot taking account of an item of information with respect to said contact extent;
A wireless communications method, comprising sending, by a network device, a first signal to a terminal, receiving, by the network device from the terminal, a first uplink message, wherein the first uplink message comprises identification information of the first signal, and the first signal comprises a channel state information reference signal, CSI-RS, or a synchronization signal block; determining, by the network device, a first control resource set, CORESET according to a correspondence between the first signal and the first CORESET; and sending, by the network device to the terminal, a first response message responding to the first uplink message, on the first CORESET, wherein the method further comprises: sending, by the network device to the terminal, first indication information, wherein the first indication information is used to indicate the correspondence. sending, by a network device, a first signal to a terminal, receiving, by the network device from the terminal, a first uplink message, wherein the first uplink message comprises identification information of the first signal, and the first signal comprises a channel state information reference signal, CSI-RS, or a synchronization signal block; determining, by the network device, a first control resource set, CORESET according to a correspondence between the first signal and the first CORESET; and sending, by the network device to the terminal, a first response message responding to the first uplink message, on the first CORESET, wherein the method further comprises: sending, by the network device to the terminal, first indication information, wherein the first indication information is used to indicate the correspondence.
An induction temper system for tempering a component of a turbine, the system comprising: a pliable induction member comprising an induction coil, the induction coil including an insulative sleeve and a conductive member substantially contained within the insulative sleeve, and wherein the pliable induction member having an adjustable length that is modifiable from an original length to an application length that coincides with a length of a component of the turbine that is to undergo induction tempering, the application length of the induction member being further modifiable to coincide with other components of the turbine with differing lengths; a control system operably connected to the pliable induction member; and a temperature sensor operably connected with the control system, wherein the control system is configured to control an electrical current supplied to the pliable induction member in response to a temperature indicator about the component of the turbine obtained from the temperature sensor. a pliable induction member comprising an induction coil, the induction coil including an insulative sleeve and a conductive member substantially contained within the insulative sleeve, and wherein the pliable induction member having an adjustable length that is modifiable from an original length to an application length that coincides with a length of a component of the turbine that is to undergo induction tempering, the application length of the induction member being further modifiable to coincide with other components of the turbine with differing lengths; a control system operably connected to the pliable induction member; and a temperature sensor operably connected with the control system, wherein the control system is configured to control an electrical current supplied to the pliable induction member in response to a temperature indicator about the component of the turbine obtained from the temperature sensor.
A method for managing presence information based on position information by a presence system, comprising: registering, in the presence system, presence information corresponding to a presentity, wherein the presence information comprises communication intention data that indicates whether communication is possible or impossible at at least one respective position; receiving, in the presence system, current position information that indicates a current position of the presentity; and providing the current presence information corresponding to the current position of the presentity to at least one watcher that requests the current presence information of the presentity based on the current position information and the registered presence information; wherein the communication intention data is determined according to whether the current position information corresponds to the at least one respective position for a predetermined length of time. registering, in the presence system, presence information corresponding to a presentity, wherein the presence information comprises communication intention data that indicates whether communication is possible or impossible at at least one respective position; receiving, in the presence system, current position information that indicates a current position of the presentity; and providing the current presence information corresponding to the current position of the presentity to at least one watcher that requests the current presence information of the presentity based on the current position information and the registered presence information; wherein the communication intention data is determined according to whether the current position information corresponds to the at least one respective position for a predetermined length of time.
A mask for the delivery of a medical gas, the mask including a single shell forming a chamber having an outlet, a first passage connecting the chamber to the exterior of the mask, characterised in that the mask further includes a sealing recess isolated from the chamber and open to allow engagement with the face of a user, and a second passage connecting the sealing recess to the exterior of the mask, the arrangement being such that operatively the mask may be placed on a user so as to cover the airway of the user, suction may be connected to the second passage so that the sealing recess seals the mask against the face of the user, and a medical gas may be supplied to the first passage for delivery through the outlet to the airway of the user.
A method for generating a pump card for a well, the method comprising: a) obtaining a first set of data points, wherein the first set of data points comprise a first set of polished rod position data points of the well and a first set of polished rod load data points of the well; b) calculating a first data point of a pump load and a pump position using the first set of data points; and characterised by comprising: c) deleting the oldest data point of the first set of data points to create a revised first set of data points; d) obtaining an additional data point, wherein the additional data point comprises an additional polished rod position data point of the well and additional polished rod load data point of the well; e) creating a second set of data points, wherein the second set of data points comprise the revised first set of data points and the additional data point; and f) calculating an additional data point of the pump position and pump load using the second set of data points. a) obtaining a first set of data points, wherein the first set of data points comprise a first set of polished rod position data points of the well and a first set of polished rod load data points of the well; b) calculating a first data point of a pump load and a pump position using the first set of data points; and characterised by comprising: c) deleting the oldest data point of the first set of data points to create a revised first set of data points; d) obtaining an additional data point, wherein the additional data point comprises an additional polished rod position data point of the well and additional polished rod load data point of the well; e) creating a second set of data points, wherein the second set of data points comprise the revised first set of data points and the additional data point; and f) calculating an additional data point of the pump position and pump load using the second set of data points.
A braking arrangement (200, 300) for decelerating a heavy duty vehicle, the arrangement comprising a control unit, at least one electric machine (230, 280) arranged for regenerative braking, an electrical energy absorption device (250, 310, 320), an eddy current braking device (240, 290), and a power distribution network arranged to connect the electric machine (230, 280) to the energy absorption device (250, 310, 320) and to the eddy current braking device (240, 290), wherein the control unit is configured to distribute regenerated electrical power from the electric machine (230, 280) between the energy absorption device (250, 310, 320) and the eddy current braking device (240, 290) by the power distribution network in dependence of a target deceleration value of the heavy duty vehicle, wherein the control unit is also configured to control the distribution of regenerated electrical power from the electric machine (230, 280) between the energy absorption device (250, 310, 320) and the eddy current braking device (240, 290) in dependence of an energy absorption capability of the energy absorption device (250, 310, 320), characterized in that the control unit is configured to control the distribution of regenerated electrical power from the electric machine (230, 280) between the energy absorption device (250, 310, 320) and the eddy current braking device (240, 290) such that a constant baseline torque level is generated by the eddy current braking device, the torque applied by the electric machine being modulated to control wheel slip at a desired wheel slip level.
A method for transmitting Long Term Evolution in unlicensed spectrum, LTE-U, carrier information, comprising: determining, by a base station, a physical hybrid automatic repeat request indicator channel, PHICH, resource; using, by the base station, the PHICH resource to indicate the LTE-U carrier information, wherein the LTE-U carrier information includes information about the LTE-U carrier; and sending, by the base station to multiple user equipments, the PHICH resource that indicates the LTE-U carrier information, so that the multiple user equipments can detect and receive the LTE-U carrier information carried on a PHICH channel. determining, by a base station, a physical hybrid automatic repeat request indicator channel, PHICH, resource; using, by the base station, the PHICH resource to indicate the LTE-U carrier information, wherein the LTE-U carrier information includes information about the LTE-U carrier; and sending, by the base station to multiple user equipments, the PHICH resource that indicates the LTE-U carrier information, so that the multiple user equipments can detect and receive the LTE-U carrier information carried on a PHICH channel.
Mobile apparatus for measuring characteristics of a light beam emitted by a light unit, presenting at least two angular portions of different colors, said apparatus comprising a support that enables the position of a measuring set to vary, characterized in that said measuring set comprises a single orientable camera, equipped with a zoom element capable of taking at least two positions: • a first position of low magnification, offering a low magnification and a wide field angle, enabling the detection of the position of the light unit to orient the camera precisely in its direction; • a second position of high magnification, enabling the taking of an image of the light unit enabling an analysis of the characteristics of a light beam emitted by a light unit. • a first position of low magnification, offering a low magnification and a wide field angle, enabling the detection of the position of the light unit to orient the camera precisely in its direction; • a second position of high magnification, enabling the taking of an image of the light unit enabling an analysis of the characteristics of a light beam emitted by a light unit.
An apparatus, comprising: a gripper operable to grip a cable extending between the Earth's surface and a downhole tool, wherein the downhole tool is suspended in a wellbore that extends from the Earth's surface to one or more subterranean formations; a body assembled to the gripper; and a plurality of rolling elements each rotatably coupled to the body and operable to rotate relative to the body in response to contact with a sidewall of the wellbore as the body is translated along the wellbore; wherein the body and the plurality of rolling elements collectively rotate relative to the gripper and, thus, the cable. a gripper operable to grip a cable extending between the Earth's surface and a downhole tool, wherein the downhole tool is suspended in a wellbore that extends from the Earth's surface to one or more subterranean formations; a body assembled to the gripper; and a plurality of rolling elements each rotatably coupled to the body and operable to rotate relative to the body in response to contact with a sidewall of the wellbore as the body is translated along the wellbore; wherein the body and the plurality of rolling elements collectively rotate relative to the gripper and, thus, the cable.
Method for producing a work piece with at least 2 bends (B i) by bending a metal blank, wherein at least one of the bends (B i) can be produced in two variants (V j), comprising the following steps: a) providing a set () of bending sequences (BS m), each comprising a bending variant (BV i,j), wherein the bending variants (BV i,j) are constituted by the entirety of all bends (B i) in all their variants (V j), and storing the set () as a selection set (); b) extending the set () by new bending sequences (BS m) which each consist of a bending sequence (BS m) of the selection set () supplemented by at least one further possible bending variant (BV i,j), over a predetermined time span (Δt) or until a predetermined number of new bending sequences (BS m) has been reached; c) calculating a score (SC m) for each bending sequence (BS m) of the set () each in independence of evaluations (Eval p) of the bending variants (BV i,j) in this bending sequence (BS m) and the processing time (t r) used for the calculation of this bending sequence (BS m), wherein the used processing time is a negative measure of quality; d) selecting the bending sequences (BS m) with the N best scores (SC m) among all bending sequences (BS m) of the set () and storing the selected bending sequences (BS m) as selection set () by overwriting the old selection set (); e) unless a predetermined processing time (t ges) has been reached, repeating the steps b) to d), else, bending the metal blank with one of the bending sequences (BS m) of the selection set () in which bending sequence all bends (B i) are present. a) providing a set () of bending sequences (BS m), each comprising a bending variant (BV i,j), wherein the bending variants (BV i,j) are constituted by the entirety of all bends (B i) in all their variants (V j), and storing the set () as a selection set (); b) extending the set () by new bending sequences (BS m) which each consist of a bending sequence (BS m) of the selection set () supplemented by at least one further possible bending variant (BV i,j), over a predetermined time span (Δt) or until a predetermined number of new bending sequences (BS m) has been reached; c) calculating a score (SC m) for each bending sequence (BS m) of the set () each in independence of evaluations (Eval p) of the bending variants (BV i,j) in this bending sequence (BS m) and the processing time (t r) used for the calculation of this bending sequence (BS m), wherein the used processing time is a negative measure of quality; d) selecting the bending sequences (BS m) with the N best scores (SC m) among all bending sequences (BS m) of the set () and storing the selected bending sequences (BS m) as selection set () by overwriting the old selection set (); e) unless a predetermined processing time (t ges) has been reached, repeating the steps b) to d), else, bending the metal blank with one of the bending sequences (BS m) of the selection set () in which bending sequence all bends (B i) are present.
Rolling plant, particularly rolling mill, comprising at least one roll stand which is placed on a foundation, characterised in that the roll stand is decoupled from the foundation by at least one spring damping system, the spring damping system comprises an additional inertia mass and the inertia mass is between 100 and 200 t.
A method of managing media sessions in a communication system, wherein at least one user terminal is capable of requesting transmission of at least one media stream from a unicast media source, said method comprising: said user terminal detecting a channel switch and determining that the channel switch is from a media stream on a channel being received from a broadcast media source to a media stream on a channel to be supplied via said unicast media source; said user terminal requesting transmission of said at least one media stream by providing an indication of a starting frame for the transmission, said unicast media source transmitting said at least one media stream based on said indication characterised in that if the channel switch is from a media stream on a channel from a broadcast media source to a media stream on a channel supplied via said unicast media source, and if said channel switch is to a different channel, then said indicated starting frame is the most recently buffered random access point at the unicast media source, and if the channel switch is from a media stream on a channel from a broadcast media source to a media stream on a channel supplied via said unicast media source, and if said channel switch is to the same channel, then said indicated starting frame is either the next available non-buffered frame at the unicast media source, if both media streams are encoded the same way so that there is a one-to-one correspondence between the packets, or the next available non-buffered random access point at the unicast media source; said user terminal detecting a channel switch and determining that the channel switch is from a media stream on a channel being received from a broadcast media source to a media stream on a channel to be supplied via said unicast media source; said user terminal requesting transmission of said at least one media stream by providing an indication of a starting frame for the transmission, said unicast media source transmitting said at least one media stream based on said indication characterised in that if the channel switch is from a media stream on a channel from a broadcast media source to a media stream on a channel supplied via said unicast media source, and if said channel switch is to a different channel, then said indicated starting frame is the most recently buffered random access point at the unicast media source, and if the channel switch is from a media stream on a channel from a broadcast media source to a media stream on a channel supplied via said unicast media source, and if said channel switch is to the same channel, then said indicated starting frame is either the next available non-buffered frame at the unicast media source, if both media streams are encoded the same way so that there is a one-to-one correspondence between the packets, or the next available non-buffered random access point at the unicast media source;