mhurhangee/ep-ind-claims huggingface dataset:
An autonomous system for determining items of information representative of the movement of an articulated chain (CA_1, CA_2, CA_3) comprising at least two solid elements (ES1_1, ES2_1, ES1_2, ES2_2, ES3_2, ES1_3, ES2_3, ES3_3, ES4_3) and at least one articulation (ART1_1, ART1_2, ART2_2, ART1_3, ART2_3, ART3_3) connecting said two elements, said system being characterized in that it comprises: - at least two devices (DISP1_1, DISP2_1, DISP1_2, DISP2_2, DISP3_2, DISP1_3, DISP2_3, DISP3_3, DISP4_3) for measuring inter-device distances, mounted fixedly on at least two distinct elements of said articulated chain and suitable for transmitting the measurements made; - means for determining at least one distance separating two measuring devices based on at least one measurement supplied by a measuring device; and - calculation means (CALC) suitable for calculating items of information representative of the movement of said articulated chain based on the distances transmitted by said distance determination means. - at least two devices (DISP1_1, DISP2_1, DISP1_2, DISP2_2, DISP3_2, DISP1_3, DISP2_3, DISP3_3, DISP4_3) for measuring inter-device distances, mounted fixedly on at least two distinct elements of said articulated chain and suitable for transmitting the measurements made; - means for determining at least one distance separating two measuring devices based on at least one measurement supplied by a measuring device; and - calculation means (CALC) suitable for calculating items of information representative of the movement of said articulated chain based on the distances transmitted by said distance determination means.
Multifunctional portable electronic device comprising a main unit, comprising at least one separate sensor for measuring physical parameters, transmission means for receiving the measured physical parameters, a battery, and at least one separate fixating device, and a detachable unit comprising a second battery, a display, connection means to physically connect the detachable unit with the at least one separate fixating device, identification means to recognise the at least one separate fixating device after or during fixation of the detachable unit at the at least one separate fixating device, a storage device for storing different graphical user interfaces and transmittal means to automatically transmit the graphical user interface belonging to the recognised fixating device to the display, wherein the main unit and the detachable unit are adapted to communicate with each other through a wireless transmission of data, that-the main unit is adapted to transmit the sensor measured parameters to the detachable unit the fixation device is a separate holder for the detachable unit and comprises identification markings, wherein each separate fixating device has a individual identification marking, the main unit comprises connection means for fixating the detachable unit at the main unit, and the storage device for storing different graphical user interfaces is part of the main unit.
A method for pulse width modulation control of a multiple phase drive comprising: - identifying a set of at least one phase from the plurality of phases for the drive as eligible for clamping to one of a plurality of extreme power supply voltages including applying a control-signal-level based test to a plurality of control signal levels corresponding to the plurality of phases for the drive to determine one or more phases to exclude from the set of at least one phase; - selecting a phase from the set of eligible phases having a largest magnitude driving current of the set of eligible phases; - determining a first offset signal as a difference between a control signal level for the selected phase and an extreme control signal level corresponding to one of the plurality of extreme power supply voltages; - limiting a rate of change of the first offset signal to form a second offset signal; and - determining a modified control signal for each of the phases for the drive including forming for each of a plurality of the phases a combination of the second offset signal and a control signal level for the phase to determine the modified control signal for the phase. - identifying a set of at least one phase from the plurality of phases for the drive as eligible for clamping to one of a plurality of extreme power supply voltages including applying a control-signal-level based test to a plurality of control signal levels corresponding to the plurality of phases for the drive to determine one or more phases to exclude from the set of at least one phase; - selecting a phase from the set of eligible phases having a largest magnitude driving current of the set of eligible phases; - determining a first offset signal as a difference between a control signal level for the selected phase and an extreme control signal level corresponding to one of the plurality of extreme power supply voltages; - limiting a rate of change of the first offset signal to form a second offset signal; and - determining a modified control signal for each of the phases for the drive including forming for each of a plurality of the phases a combination of the second offset signal and a control signal level for the phase to determine the modified control signal for the phase.
Method for optimising the transfer or "handover" procedure of a mobile terminal T of a first radio site to a second radio site in a distributed network, and with which the mobile terminal T can be affiliated, the radio sites comprising a first source radio station, a second target radio station, each source radio station comprising a plurality of logic entities, an MME entity for the management of the mobility of the terminals, a connection gateway PDN-Gw providing the connection of a user terminal to a network, a HSS module containing information of a user and its registration, a PCRF service quality control module, said radio sites being connected to each other by means of a connection network R, characterized in that a "Gratuitous Address Resolution Protocol" announcement message, GARP containing the IP address of the mobile terminal and the MAC address of the controller of the base stations for maintenance of the connectivity of the mobile terminal T with the connection network R when the mobile terminal T changes from the first radio site to the second radio site is transmitted by the gateway of the target site during the "handover" procedure, after the initialisation step of entry of the mobile terminal in the network, and after the procedure of "handover" preparation announcing the arrival of the mobile terminal at the second radio site, and after the end of the re-localisation information exchanges between the first radio station and the second target radio station, and re-establishment of all of the logic connections between the gateway PDN-Gw and the terminal and between all the logic entities of the second target radio station and the mobile terminal.
Floor panel, wherein this floor panel is made rectangular and oblong and comprises a substrate and a top layer provided on this substrate and forming a decorative side of the floor panel, wherein the top layer is at least composed of a print provided on a carrier sheet and a transparent thermoplastic layer situated above said print, wherein said substrate has a thickness from 2 to 10 millimeter and forms at least half of the thickness of the floor panel, characterized in that said substrate is a polyurethane-based substrate and said transparent thermoplastic layer is polyurethane-based, wherein the floor panel has a length of more than 1.1 meters and further comprises a plurality of reinforcing glass fiber layers situated outside the center line of said substrate and embedded in said substrate, and wherein at least one reinforcing glass fiber layer is at each side of said center line.
An anti-vibration handle grip, in particular for motorcycles, adapted to be mounted on a receiving stem and arranged to be grasped by one hand with a proximal end, adjacent to the thumb, and with a distal end, adjacent to the little finger, comprising: • an internal cylinder, which is fitted on the receiving stem; and • an external casing, enclosing said internal cylinder from the proximal end to the distal end of the anti-vibration handle grip, and which is connected to said internal cylinder by means of a sequence of circumferential junctions, characterized by forming a corresponding sequence of grooves on the external surface of the external casing and respective inner tubes, formed by the empty space between external casing and internal cylinder, between each one of said grooves, • an internal cylinder, which is fitted on the receiving stem; and • an external casing, enclosing said internal cylinder from the proximal end to the distal end of the anti-vibration handle grip, and which is connected to said internal cylinder by means of a sequence of circumferential junctions, characterized by forming a corresponding sequence of grooves on the external surface of the external casing and respective inner tubes, formed by the empty space between external casing and internal cylinder, between each one of said grooves,
Closing device for closing an outer skin opening of a surface vessel, comprising a plurality of substantially vertically arranged closure lamellae (12 1, 12 2), and a drive device by means of which the closure plates (12 1, 12 2) can be actuated for displacement between a closed position and an open position, and wherein the closure lamellae (12 1, 12 2) are held in relation to one another in an upper and a lower end region via sliding elements (18, 20) in an upper and a lower guide rail of the closure device respectively, in that, on displacement from the closed position into the open position, the closure lamellae (12 1, 12 2) unfold alternately towards one another in order to assume the open position, characterized in that the sliding elements (18, 20) of adjacent closure lamellae (12 1, 12 2) are connected to one another in each case via connecting links, adjacent sliding elements being connected to one another via connecting pins by means of the connecting links, each connecting link being pivotable about a vertical axis with respect to the respective connecting pins, so that adjacent sliding elements are connected to one another in the manner of chain links via the connecting links, the connecting links being arranged on the inside of the sliding elements with respect to the closure plates. a plurality of substantially vertically arranged closure lamellae (12 1, 12 2), and a drive device by means of which the closure plates (12 1, 12 2) can be actuated for displacement between a closed position and an open position, and wherein the closure lamellae (12 1, 12 2) are held in relation to one another in an upper and a lower end region via sliding elements (18, 20) in an upper and a lower guide rail of the closure device respectively, in that, on displacement from the closed position into the open position, the closure lamellae (12 1, 12 2) unfold alternately towards one another in order to assume the open position, characterized in that the sliding elements (18, 20) of adjacent closure lamellae (12 1, 12 2) are connected to one another in each case via connecting links, adjacent sliding elements being connected to one another via connecting pins by means of the connecting links, each connecting link being pivotable about a vertical axis with respect to the respective connecting pins, so that adjacent sliding elements are connected to one another in the manner of chain links via the connecting links, the connecting links being arranged on the inside of the sliding elements with respect to the closure plates.
An ESD protection circuit comprising: a power MOS transistor provided between an external connection terminal and a reference voltage terminal; a clamping circuit that is provided between the external connection terminal and a gate of the power MOS transistor and clamps a voltage between the external connection terminal and the gate of the power MOS transistor at a predetermined value or less; a first resistive element provided between the gate and a source of the power MOS transistor; and a MOS transistor that is provided in series with the power MOS transistor and has a gate and a source which are commonly connected to each other, wherein the MOS transistor is provided between the external connection terminal and a drain of the power MOS transistor. a power MOS transistor provided between an external connection terminal and a reference voltage terminal; a clamping circuit that is provided between the external connection terminal and a gate of the power MOS transistor and clamps a voltage between the external connection terminal and the gate of the power MOS transistor at a predetermined value or less; a first resistive element provided between the gate and a source of the power MOS transistor; and a MOS transistor that is provided in series with the power MOS transistor and has a gate and a source which are commonly connected to each other, wherein the MOS transistor is provided between the external connection terminal and a drain of the power MOS transistor.
Device for controlling the quality of a textile seam for a sewing machine comprising: a rear presser foot with compensation comprising two forks for pressing the workpiece being sewn, a fork for each side of the seam, after it passes through the needle seam area, wherein said forks are vertically and independently oscillating; characterized by further comprising a sensor configured to detect the vertical displacement of a first fork; a signal processor configured to detect if the vertical displacement detected by the sensor when the first fork is pressing the workpiece is above a predetermined value of excessive thickness. a rear presser foot with compensation comprising two forks for pressing the workpiece being sewn, a fork for each side of the seam, after it passes through the needle seam area, wherein said forks are vertically and independently oscillating; characterized by further comprising a sensor configured to detect the vertical displacement of a first fork; a signal processor configured to detect if the vertical displacement detected by the sensor when the first fork is pressing the workpiece is above a predetermined value of excessive thickness.
A support and holding assembly for a portable electronic device, the assembly comprising: - a support structure; - a support member, that extends along an axis and comprises a first and a second portion (8a, 8b), axially opposite each other; said first portion having, at one end, a coupling portion, to which said portable electronic device can be coupled, in use, in order to be arranged in a reference position; the support member being movable between a withdrawn rest position and an advanced position in relation to said support structure; - a retention member, that is carried by said support member and can be moved in relation to said support member between a) an engaged position, in which the retention member holds, in use, the portable electronic device in the reference position in relation to said support component, and b) a disengaged position, in which the portable electronic device is free to be coupled to, and uncoupled from, said coupling portion; - at least one motor or actuator; - a first transmission driven by said motor or actuator in order to shift said support member between the withdrawn rest position and the advanced position; characterized in that, in the engaged position, said retention member projects from said first portion so as to be coupled, in use, with a corresponding shoulder of the portable electronic device and/or of an interface element; said retention member comprising at least one tooth or bolt that can slide along said axis to engage/disengage, in use, a corresponding seat defining the shoulder. - a support structure; - a support member, that extends along an axis and comprises a first and a second portion (8a, 8b), axially opposite each other; said first portion having, at one end, a coupling portion, to which said portable electronic device can be coupled, in use, in order to be arranged in a reference position; the support member being movable between a withdrawn rest position and an advanced position in relation to said support structure; - a retention member, that is carried by said support member and can be moved in relation to said support member between a) an engaged position, in which the retention member holds, in use, the portable electronic device in the reference position in relation to said support component, and b) a disengaged position, in which the portable electronic device is free to be coupled to, and uncoupled from, said coupling portion; a) an engaged position, in which the retention member holds, in use, the portable electronic device in the reference position in relation to said support component, and b) a disengaged position, in which the portable electronic device is free to be coupled to, and uncoupled from, said coupling portion; - at least one motor or actuator; - a first transmission driven by said motor or actuator in order to shift said support member between the withdrawn rest position and the advanced position;
A fastening device, consisting of at least one holding part attachable to a component, which has a flat carrier part (29; 35) on one side, which is provided with adhering or hooking elements protruding on one side, and has at least one fastening means on the opposite side in the form of a hollow pin for engaging in a fastening hole of the component, characterised in that there is at least on the pin a seal unit in the form of an elastically yielding flat ring as a seal ring for sealing between the holding part and the fastening hole through which the pin passes, two catch lugs arranged diametrically opposite one another being provided on the pin as securing parts which, upon inserting the pin into the fastening hole, form a safeguard by clipping, which catch lugs are moulded integrally with the pin and can be moved in cutouts of the hollow pin and splay apart from one another, which cutouts extend in the axial direction on both sides of the catch lugs in the wall surface of the pin, and that the flat ring is disposed on the pin as a seal ring.
A method for operating a renewable energy power plant during a post-fault active power recovery operation of a grid having a weak grid interconnection, the renewable energy power plant comprising a plurality of renewable energy generators configured to supply power to an external grid, a plurality of power dissipation systems operable to dissipate power generated by the renewable energy generators, and a battery storage system operable to absorb power generated by the renewable energy generators; the method comprising steps of: monitoring the statuses of the power dissipation systems; performing (107,108) a ramped active power recovery operation following a voltage deviation, and controlling (109,110,111) the battery storage system during the ramped active power recovery operation to absorb power generated by the renewable energy generators in dependence on the monitored statuses of the power dissipation systems. monitoring the statuses of the power dissipation systems; performing (107,108) a ramped active power recovery operation following a voltage deviation, and controlling (109,110,111) the battery storage system during the ramped active power recovery operation to absorb power generated by the renewable energy generators in dependence on the monitored statuses of the power dissipation systems.
An image forming apparatus comprising: a body having an opening at one side thereof; a side cover rotatably installed to open and close the opening while rotating; a plurality of developing units (30c, 30m, 30y, 30k) each comprising a photoconductor to develop an electrostatic latent image to a visible image through a toner; a first transfer unit disposed at an inside of the body such that the visible image of the photoconductor is transferred to the first transfer unit; and a second transfer unit movably installed at the side cover to transfer the visible image of the first transfer unit to a printing medium, wherein the second transfer unit comprises a plurality of guide protrusions provided at both sides of the second transfer unit to perform a position restriction, characterised in that the body comprises a plurality of guide members (14, 15) provided at both sidewalls at the inside of the body to support the plurality of guide protrusions (60a, 60b) installed at the second transfer unit, so that a force transferred from the first transfer unit to the second transfer unit is prevented from being transferred to the side cover. a body having an opening at one side thereof; a side cover rotatably installed to open and close the opening while rotating; a plurality of developing units (30c, 30m, 30y, 30k) each comprising a photoconductor to develop an electrostatic latent image to a visible image through a toner; a first transfer unit disposed at an inside of the body such that the visible image of the photoconductor is transferred to the first transfer unit; and a second transfer unit movably installed at the side cover to transfer the visible image of the first transfer unit to a printing medium, wherein the second transfer unit comprises a plurality of guide protrusions provided at both sides of the second transfer unit to perform a position restriction, characterised in that the body comprises a plurality of guide members (14, 15) provided at both sidewalls at the inside of the body to support the plurality of guide protrusions (60a, 60b) installed at the second transfer unit, so that a force transferred from the first transfer unit to the second transfer unit is prevented from being transferred to the side cover.
A communication apparatus that performs receiving processing of data transmitted at timings of a predetermined interval from another communication apparatus, the communication apparatus comprising a transmitting unit (6, 7, 8) configured to transmit a signal indicating that data is successfully received when the data transmitted at an M th timing according to the predetermined interval is successfully received and configured to transmit a signal (NACK) indicating that the data is not successfully received when the data transmitted at the Mth timing is not successfully received, wherein the another communication apparatus is configured to retransmit the data when the another communication apparatus receives the signal (NACK) indicating that the data is not successfully received, characterised in that the communication apparatus comprises a control unit configured to control the transmitting unit (6, 7, 8) to transmit a second said signal indicating that the data is successfully received, regardless of whether or not the communication apparatus did successfully receive the retransmitted data in a case where the communication apparatus receives an advance notice of the retransmission of the data from the another communication apparatus after the transmitting unit transmits a first said signal indicating that the data is successfully received.