mhurhangee/ep-ind-claims huggingface dataset:
A method for improving the properties of a joint between two cable ends, the method being at least partly performed by a robot controlled by a robot controller and comprising: obtaining by the robot under control of the robot controller, two cable ends, the conductors of which are uncovered and joined in a connection zone, each cable end also comprising an uncovered insulation zone (UIZ1, UIZ2) comprising uncovered insulation formed as a cone adjacent the uncovered conductor, covering by the robot under control of the robot controller, the joined conductors with a layer of additional insulation, measuring by the robot under control of the robot controller, the layer of additional insulation and the cones, determining by the robot controller, the geometry of the cones and the layer of additional insulation based on the measurements, determining by the robot controller, a deviation of the geometry from a desired geometry of the cones and the layer of additional insulation, where the desired geometry comprises a smooth transition from the uncovered insulation zones to the connection zone, determining by the robot controller, based on the deviation determination, material to be removed from the cones and the layer of additional insulation achieving the desired geometry, and removing by the robot under control of the robot controller, said material from the cones and the additional layer of insulation in order to obtain a joint with improved properties, wherein the geometries of both cones are considered in the determining of material to be removed for obtaining a smooth transition from one uncovered insulation zone to the connection zone. obtaining by the robot under control of the robot controller, two cable ends, the conductors of which are uncovered and joined in a connection zone, each cable end also comprising an uncovered insulation zone (UIZ1, UIZ2) comprising uncovered insulation formed as a cone adjacent the uncovered conductor, covering by the robot under control of the robot controller, the joined conductors with a layer of additional insulation, measuring by the robot under control of the robot controller, the layer of additional insulation and the cones, determining by the robot controller, the geometry of the cones and the layer of additional insulation based on the measurements, determining by the robot controller, a deviation of the geometry from a desired geometry of the cones and the layer of additional insulation, where the desired geometry comprises a smooth transition from the uncovered insulation zones to the connection zone, determining by the robot controller, based on the deviation determination, material to be removed from the cones and the layer of additional insulation achieving the desired geometry, and removing by the robot under control of the robot controller, said material from the cones and the additional layer of insulation in order to obtain a joint with improved properties, wherein the geometries of both cones are considered in the determining of material to be removed for obtaining a smooth transition from one uncovered insulation zone to the connection zone.
A safety belt buffering device applicable to a shoulder belt, the safety belt buffering device comprising: a buffering component comprising an accommodating space, the accommodating space being formed through the buffering component; a blocking component disposed inside the accommodating space; and an actuating component disposable on the shoulder belt; wherein the shoulder belt is movably passable through the accommodating space, the actuating component is driven to move into the accommodating space to contact the blocking component when the shoulder belt is pulled by external impact, and the blocking component is structurally deformed to reduce the external impact. a buffering component comprising an accommodating space, the accommodating space being formed through the buffering component; a blocking component disposed inside the accommodating space; and an actuating component disposable on the shoulder belt; wherein the shoulder belt is movably passable through the accommodating space, the actuating component is driven to move into the accommodating space to contact the blocking component when the shoulder belt is pulled by external impact, and the blocking component is structurally deformed to reduce the external impact.
A battery pack charging method, for a battery pack connected to a charger and charging the battery pack at a constant voltage and a constant current, the method comprising: detecting, by the battery pack, a degree of deterioration of a battery comprised in the battery pack and characterized in that, the method further comprises the steps of: detecting, by the battery pack, a supply voltage at which the charger charges the battery pack; and determining a charging termination current based on both the supply voltage of the charger and the degree of deterioration of the battery to charge the battery pack. detecting, by the battery pack, a supply voltage at which the charger charges the battery pack; and determining a charging termination current based on both the supply voltage of the charger and the degree of deterioration of the battery to charge the battery pack.
A grass management system capable of making a setting for discharge of a formed material in a forming machine capable of forming and discharging grass of a farm field, the grass management system comprising: - a position detector (90, 90B-90D) configured to detect a machine position at a time of traveling of a work machine (10B-10D) to perform work of the grass; - a prohibition setting unit (50B-50E) configured to set a prohibited position at which the discharge of the formed material is prohibited, wherein the prohibition setting unit (50B-50E) is configured to set the prohibited position based on information at the time of travelling of the work machine (10B-10D) before a forming work by the forming machine; characterized by an operation unit (91, 91B-91D) provided in the work machine (10B-10D), wherein the prohibition setting unit (50B-50E) is configured to set the machine position, when the operation unit (91, 91A-91D) is operated, as the prohibited position. - a position detector (90, 90B-90D) configured to detect a machine position at a time of traveling of a work machine (10B-10D) to perform work of the grass; - a prohibition setting unit (50B-50E) configured to set a prohibited position at which the discharge of the formed material is prohibited, wherein the prohibition setting unit (50B-50E) is configured to set the prohibited position based on information at the time of travelling of the work machine (10B-10D) before a forming work by the forming machine;
An articulated direct-mount inductor, formed in one piece from an electrically conductive sheet material, comprising: a coil portion a first articulation portion extending from the coil portion; a first mounting structure (201D, 401) extending from the first articulation portion, the first mounting structure (201D, 401) including a first mounting region configured to mount in physical and electrical contact with a terminal of a first electrical component; a second articulation portion extending from the coil portion; and a second mounting structure (201E, 501) extending from the second articulation portion, the second mounting structure (201E, 501) including a second mounting region configured to mount in physical and electrical contact with a terminal of a second electrical component; characterised in that the first and second articulation portions (201B+C) each include a section (201J+K) that twists the electrically conductive sheet material to align its width in parallel with the centreline of the coil portion. a coil portion a first articulation portion extending from the coil portion; a first mounting structure (201D, 401) extending from the first articulation portion, the first mounting structure (201D, 401) including a first mounting region configured to mount in physical and electrical contact with a terminal of a first electrical component; a second articulation portion extending from the coil portion; and a second mounting structure (201E, 501) extending from the second articulation portion, the second mounting structure (201E, 501) including a second mounting region configured to mount in physical and electrical contact with a terminal of a second electrical component; characterised in that the first and second articulation portions (201B+C) each include a section (201J+K) that twists the electrically conductive sheet material to align its width in parallel with the centreline of the coil portion.
A method for translating a virtual address, comprising: receiving a comparand, wherein the comparand includes a virtual address; and upon determining a match of the comparand to a burst entry tag which includes a burst entry address range, selecting a candidate matching translation data unit, the selecting being from a plurality of translation data units, the plurality of translation data units being associated with the burst entry tag, characterised in that each of the plurality of translation data units includes a data validity flag, and in that the selecting is based at least in part on at least one bit of the virtual address, and further characterised by comparing a content of the candidate matching translation data unit to at least a portion of the comparand and, upon a result of the comparing indicating a match, generating a hit, and further characterised in that the burst entry tag comprises a burst entry validity flag based at least in part on a logical OR of the plurality of data validity flags, and wherein determining that the comparand matches the burst entry tag is based, at least in part on the burst entry validity flag. receiving a comparand, wherein the comparand includes a virtual address; and upon determining a match of the comparand to a burst entry tag which includes a burst entry address range, selecting a candidate matching translation data unit, the selecting being from a plurality of translation data units, the plurality of translation data units being associated with the burst entry tag, characterised in that each of the plurality of translation data units includes a data validity flag, and in that the selecting is based at least in part on at least one bit of the virtual address, and further characterised by comparing a content of the candidate matching translation data unit to at least a portion of the comparand and, upon a result of the comparing indicating a match, generating a hit, selecting a candidate matching translation data unit, the selecting being from a plurality of translation data units, the plurality of translation data units being associated with the burst entry tag, characterised in that each of the plurality of translation data units includes a data validity flag, and in that the selecting is based at least in part on at least one bit of the virtual address, and further characterised by comparing a content of the candidate matching translation data unit to at least a portion of the comparand and, upon a result of the comparing indicating a match, generating a hit, and further characterised in that the burst entry tag comprises a burst entry validity flag based at least in part on a logical OR of the plurality of data validity flags, and wherein determining that the comparand matches the burst entry tag is based, at least in part on the burst entry validity flag.
A method for detecting damage to a hollow shaft in a paddle dryer, a disk dryer or a kneader, wherein the hollow shaft has no radially encircling notches, openings or channels, comprising the following steps: (a) positioning an ultrasound sensor for transmitting and receiving a signal at an end face of the hollow shaft, (b) transmitting a signal and receiving an echo of the signal, (c) determining the signal propagation time from the time of transmitting the signal until receiving the echo, (d) comparing the signal propagation time to a predetermined intended value and emitting a warning in the case of a deviation. (a) positioning an ultrasound sensor for transmitting and receiving a signal at an end face of the hollow shaft, (b) transmitting a signal and receiving an echo of the signal, (c) determining the signal propagation time from the time of transmitting the signal until receiving the echo, (d) comparing the signal propagation time to a predetermined intended value and emitting a warning in the case of a deviation.
An assembly gate for assembling an engine, the gate comprising: a horizontal beam; two posts; two guide and rise-lower means each connecting one end of the beam to one of the posts; a carriage laid on the beam and movable along the beam; a swing tray suspended to the carriage; a means for rotating the swing tray about a vertical axis connecting the swing tray to the carriage, the swing tray comprising a cradle for fastening the engine, characterised in that the cradle comprises a first part connected to the vertical axis, a second part carrying a device for fastening the engine, and a means for slidingly moving the second part along the first part, the second part being supported by the first part, the first part and the second part being arc-shaped.
A method comprising: receiving a first data packet and a second data packet, wherein the second data packet is immediately previous to the first data packet; and determining whether the received first data packet is a repetition of the immediately-previous second data packet, based on a time delay between the first data packet and the immediately-previous second data packet, relative to a first time delay and a second time delay, wherein: the first time delay is relative to transmission of the immediately previous second data packet by a transmitter that is different to the transmitter (219") that sent the first data packet; the second time delay is relative to transmission of the immediately previous second data packet by the same transmitter that sent the first data packet; and the second time delay is less than the first time delay. receiving a first data packet and a second data packet, wherein the second data packet is immediately previous to the first data packet; and determining whether the received first data packet is a repetition of the immediately-previous second data packet, based on a time delay between the first data packet and the immediately-previous second data packet, relative to a first time delay and a second time delay, wherein: the first time delay is relative to transmission of the immediately previous second data packet by a transmitter that is different to the transmitter (219") that sent the first data packet; the second time delay is relative to transmission of the immediately previous second data packet by the same transmitter that sent the first data packet; and the second time delay is less than the first time delay. the first time delay is relative to transmission of the immediately previous second data packet by a transmitter that is different to the transmitter (219") that sent the first data packet; the second time delay is relative to transmission of the immediately previous second data packet by the same transmitter that sent the first data packet; and the second time delay is less than the first time delay.
A gantry machine tool, comprising a pair of substantially vertical uprights joined atop by a transverse beam on which at least one tool holder head is slidingly mounted, a worktable for anchoring a workpiece and above which said tool holder head is movable, wherein each upright comprises a carriage adapted to slide along a substantially longitudinal support structure; wherein said support structure comprises at least one horizontal surface substantially coplanar to said worktable and characterized in that said support structure comprises at least one lateral surface ( 10, 10') embedded in the floor and provided with guide means for said carriage.
An object identification device comprising: - an RFID module comprising identification data and a power supply circuit adapted to harvest power from an electromagnetic field; and - an NFC assembly comprising data associated with the identification data comprised in the RFID module, the NFC assembly being adapted to transmit the data comprised therein to a consumer communication device having NFC capabilities. characterized in that the object identification device further comprises: - a visual indicator (104, 1004), and wherein - the power supply circuit is adapted to operate in a normal state in which the power harvested from the electromagnetic field is continuously and entirely directed to RFID circuitry and, upon reception of a command conveyed by the electromagnetic field, in a visual indication state in which the power harvested from the electromagnetic field is continuously and entirely directed to the visual indicator, the power supply circuit being adapted to set itself in the normal state after an interruption in the electromagnetic field. - an RFID module comprising identification data and a power supply circuit adapted to harvest power from an electromagnetic field; and - an NFC assembly comprising data associated with the identification data comprised in the RFID module, the NFC assembly being adapted to transmit the data comprised therein to a consumer communication device having NFC capabilities. characterized in that the object identification device further comprises: - a visual indicator (104, 1004), and wherein - the power supply circuit is adapted to operate in a normal state in which the power harvested from the electromagnetic field is continuously and entirely directed to RFID circuitry and, upon reception of a command conveyed by the electromagnetic field, in a visual indication state in which the power harvested from the electromagnetic field is continuously and entirely directed to the visual indicator, the power supply circuit being adapted to set itself in the normal state after an interruption in the electromagnetic field. - a visual indicator (104, 1004), and wherein - the power supply circuit is adapted to operate in a normal state in which the power harvested from the electromagnetic field is continuously and entirely directed to RFID circuitry and, upon reception of a command conveyed by the electromagnetic field, in a visual indication state in which the power harvested from the electromagnetic field is continuously and entirely directed to the visual indicator, the power supply circuit being adapted to set itself in the normal state after an interruption in the electromagnetic field.
A sliding component comprising a pair of sliding members (3, 5), said pair of sliding members being slidable relative to each other on sliding surfaces of the sliding members, wherein at least one of the sliding surfaces includes a dimple group (51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66) in which a plurality of dimples (11, 12, 15, 16, 19, 20, 24, 25, 26) is arranged, each of the dimples having an opening portion (11a, 12a) a shape of which has a long axis and a short axis orthogonal to the long axis, and the dimple group (51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66) includes: a clockwise dimple group (51, 53, 55, 56, 61, 62, 63, 64, 65) in which the dimples are arranged in a clockwise direction from an inner diameter side to an outer diameter side of the one of the sliding surfaces; and a counterclockwise dimple group (52, 54, 57, 58, 59, 60, 66) in which the dimples are arranged in a counterclockwise direction from the inner diameter side to the outer diameter side of the one of the sliding surfaces, characterized in that the clockwise dimple group (51, 53, 55, 56, 61, 62, 63, 64, 65) includes a first dimple group in which the long axes of the dimples are aligned, and the counterclockwise dimple group (52, 54, 57, 58, 59, 60, 66) includes a second dimple group in which the long axes of the dimples are aligned. wherein at least one of the sliding surfaces includes a dimple group (51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66) in which a plurality of dimples (11, 12, 15, 16, 19, 20, 24, 25, 26) is arranged, each of the dimples having an opening portion (11a, 12a) a shape of which has a long axis and a short axis orthogonal to the long axis, and the dimple group (51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66) includes: a clockwise dimple group (51, 53, 55, 56, 61, 62, 63, 64, 65) in which the dimples are arranged in a clockwise direction from an inner diameter side to an outer diameter side of the one of the sliding surfaces; and a counterclockwise dimple group (52, 54, 57, 58, 59, 60, 66) in which the dimples are arranged in a counterclockwise direction from the inner diameter side to the outer diameter side of the one of the sliding surfaces, a clockwise dimple group (51, 53, 55, 56, 61, 62, 63, 64, 65) in which the dimples are arranged in a clockwise direction from an inner diameter side to an outer diameter side of the one of the sliding surfaces; and a counterclockwise dimple group (52, 54, 57, 58, 59, 60, 66) in which the dimples are arranged in a counterclockwise direction from the inner diameter side to the outer diameter side of the one of the sliding surfaces, characterized in that the clockwise dimple group (51, 53, 55, 56, 61, 62, 63, 64, 65) includes a first dimple group in which the long axes of the dimples are aligned, and the counterclockwise dimple group (52, 54, 57, 58, 59, 60, 66) includes a second dimple group in which the long axes of the dimples are aligned.
Method for monitoring an electrical power supply line comprised in a seismic cable and extending along said seismic cable, said method comprising the step of providing: - a seismic cable, - a plurality of seismic sensors arranged along the seismic cable, - a plurality of master and slave controllers arranged along the seismic cable, - an optical transmission line extending along said seismic cable for carrying data signals from or towards said master and slave controllers of said plurality, said electrical power supply line supplying at least one pair of master and slave controllers of said plurality, characterized in that, for at least one given pair of master and slave controllers (C 1, C 2), the master controller (C 1) performs a step of monitoring a portion of said electrical power supply line comprised between said master and slave controllers (C 1, C 2), comprising the following steps: - emitting an optical test signal through a portion of said optical transmission line comprised between said master and slave controllers, so as to form an optical loop starting from the master controller and passing through the slave controller, - receiving an optical return signal supposed to result from a reflection of said test signal by the slave controller, and in that the portion of said electrical power supply line is monitored as a function of said return signal. - a seismic cable, - a plurality of seismic sensors arranged along the seismic cable, - a plurality of master and slave controllers arranged along the seismic cable, - an optical transmission line extending along said seismic cable for carrying data signals from or towards said master and slave controllers of said plurality, - emitting an optical test signal through a portion of said optical transmission line comprised between said master and slave controllers, so as to form an optical loop starting from the master controller and passing through the slave controller, - receiving an optical return signal supposed to result from a reflection of said test signal by the slave controller,
Ballast for a crane wherein the ballast is a one-piece concrete body, to which at least one lifting element is fastened, on which the ballast may be lifted and set down, characterised in that the ballast has a central slot open on three sides, which is bridged by the at least one lifting element, which is partially concreted into the ballast.