mhurhangee/ep-ind-claims huggingface dataset:
Paving surface, having artificial stones which are spaced apart from each other as equidistantly as possible, in particular paving stones or composite paving stones, wherein the artificial stones have a circumferential edge, and wherein in the laid state, as a result of the spacing between the artificial stones, gaps which are intended to be filled, in particular seepage gaps, are produced, wherein the gaps are at least partially filled with granulate of resilient material, characterised in that at least some of the artificial stones have as a spacing element a strip which extends around the edge thereof in order to define a dynamic gap width to the greatest possible extent with respect to adjacent artificial stones, wherein the spacing element is at least partially produced from a resilient material.
An assembly for grinding and polishing a corner of a glass sheet, the assembly comprising: a grinding wheel and a polishing wheel, which can be selectively activated and are carried by the same motor-driven drive shaft; a first and a second movement device for displacing the motor-driven shaft along a first rectilinear direction and a second rectilinear direction, respectively, which are transverse with respect to each other; each movement device comprising a corresponding rectilinear guide, a corresponding slide, slidably coupled to said guide, a corresponding first mobile drive member for movement of the corresponding said slide, and an electric motor for driving said first mobile drive member; the assembly further comprising an electronic numerical control unit for controlling each of said electric motors, and being characterised in that at least one of the movement devices is a configurable electro-pneumatic device and further comprises a pneumatic actuator having at least one first variable-volume air chamber and means for pressurising said first variable-volume air chamber and for pushing the polishing wheel against the sheet; said pneumatic actuator comprising a second mobile member, which partially delimits said first variable-volume chamber and is connected to the corresponding said slide; and in that it comprises configuration means (55,56)(55',56') that can be activated for connecting the first and the second mobile drive members rigidly together or by interposition of said first air chamber.
Method for determining the fault location of a ground fault relating to a line of a three-phase electrical energy supply network with an ungrounded neutral point, in which - current and voltage values are measured at one line end of the line; and - following the occurrence of a ground fault on the line, the fault location of said fault is defined using the measured current and voltage values, characterized in that - the measured current and voltage values are converted using a Clarke transformation into α-components and 0-components of the Clarke transformation; - a location-dependent characteristic function of α-component fault voltage values is defined using the current and voltage values converted into the α-component and a propagation model for travelling waves on the line; - a location-dependent characteristic function of 0-component fault voltage values is defined using the current and voltage values converted into the 0-component and a propagation model for travelling waves on the line; - the matching of the two characteristic functions for different selected locations on the line is determined, and - the selected location where the two characteristic functions reveal the closest match is defined as the fault location of the ground fault on the line. - current and voltage values are measured at one line end of the line; and - following the occurrence of a ground fault on the line, the fault location of said fault is defined using the measured current and voltage values, characterized in that - the measured current and voltage values are converted using a Clarke transformation into α-components and 0-components of the Clarke transformation; - a location-dependent characteristic function of α-component fault voltage values is defined using the current and voltage values converted into the α-component and a propagation model for travelling waves on the line; - a location-dependent characteristic function of 0-component fault voltage values is defined using the current and voltage values converted into the 0-component and a propagation model for travelling waves on the line; - the matching of the two characteristic functions for different selected locations on the line is determined, and - the selected location where the two characteristic functions reveal the closest match is defined as the fault location of the ground fault on the line.
A vehicle transmission system comprising: a transmission of which transmission is performed in accordance with an operation of a driver of a vehicle; a clutch device that is disposed between a power transmission path between the transmission and an engine of the vehicle and is coupled or decoupled in accordance with an operation of a clutch actuator; a clutch control unit configured to control coupling/decoupling of the clutch device according to the clutch actuator; and a shift operation detecting means configured to detect a shift operation of the driver on a shift operator, characterized in that when a hydraulic pressure is supplied from the clutch actuator to a slave cylinder, the clutch device is configured to move to a connection side, in an in-gear stop state in which the transmission is in an in-gear state other than neutral (Di), and the vehicle is in a stop state, the clutch actuator is configured to supply a standby hydraulic pressure to the slave cylinder, wherein the clutch control unit is configured to set the standby hydraulic pressure to a first setting value during non-detection in which the shift operation is not detected by the shift operation detecting means and is configured to set the standby hydraulic pressure to a second setting value lower than the first setting value when the shift operation is detected by the shift operation detecting means. a transmission of which transmission is performed in accordance with an operation of a driver of a vehicle; a clutch device that is disposed between a power transmission path between the transmission and an engine of the vehicle and is coupled or decoupled in accordance with an operation of a clutch actuator; a clutch control unit configured to control coupling/decoupling of the clutch device according to the clutch actuator; and a shift operation detecting means configured to detect a shift operation of the driver on a shift operator, when a hydraulic pressure is supplied from the clutch actuator to a slave cylinder, the clutch device is configured to move to a connection side, in an in-gear stop state in which the transmission is in an in-gear state other than neutral (Di), and the vehicle is in a stop state, the clutch actuator is configured to supply a standby hydraulic pressure to the slave cylinder, wherein the clutch control unit is configured to set the standby hydraulic pressure to a first setting value during non-detection in which the shift operation is not detected by the shift operation detecting means and is configured to set the standby hydraulic pressure to a second setting value lower than the first setting value when the shift operation is detected by the shift operation detecting means.
Process for the manufacturing of a calcium carbonate-comprising material, the process comprising the steps of a) providing at least two aqueous suspensions comprising a calcium carbonate-comprising material, wherein i) the first aqueous suspension has a solid content from 1.0 to 82.0 wt.-%, based on the total weight of the aqueous suspension, and a content of particles having a particle size < 2 μm in the range from 1.0 to 30.0 wt.-%; and ii) the second aqueous suspension has a solid content from 10.0 to 82.0 wt.-%, based on the total weight of the aqueous suspension, and a content of particles having a particle size < 2 μm in the range from > 30.0 to 100.0 wt.-%; b) mixing the at least two aqueous suspensions provided in step a) to obtain an aqueous suspension mixture; c) grinding the aqueous suspension mixture obtained in mixing step b). a) providing at least two aqueous suspensions comprising a calcium carbonate-comprising material, wherein i) the first aqueous suspension has a solid content from 1.0 to 82.0 wt.-%, based on the total weight of the aqueous suspension, and a content of particles having a particle size < 2 μm in the range from 1.0 to 30.0 wt.-%; and ii) the second aqueous suspension has a solid content from 10.0 to 82.0 wt.-%, based on the total weight of the aqueous suspension, and a content of particles having a particle size < 2 μm in the range from > 30.0 to 100.0 wt.-%; i) the first aqueous suspension has a solid content from 1.0 to 82.0 wt.-%, based on the total weight of the aqueous suspension, and a content of particles having a particle size < 2 μm in the range from 1.0 to 30.0 wt.-%; and ii) the second aqueous suspension has a solid content from 10.0 to 82.0 wt.-%, based on the total weight of the aqueous suspension, and a content of particles having a particle size < 2 μm in the range from > 30.0 to 100.0 wt.-%; b) mixing the at least two aqueous suspensions provided in step a) to obtain an aqueous suspension mixture; c) grinding the aqueous suspension mixture obtained in mixing step b).
A method of aggregating packets in a power line communication, PLC, network comprising: by performing a PLC channel estimation, determining whether or not a channel condition is good; if the channel condition is good, determining whether or not the data desired to be transmitted is suitable for packet aggregation according to the type of data; and if the channel condition is good and the data desired to be transmitted is suitable for the packet aggregation, aggregating packets of the data desired to be transmitted. by performing a PLC channel estimation, determining whether or not a channel condition is good; if the channel condition is good, determining whether or not the data desired to be transmitted is suitable for packet aggregation according to the type of data; and if the channel condition is good and the data desired to be transmitted is suitable for the packet aggregation, aggregating packets of the data desired to be transmitted.
An electrical connector for mating with a mating connector, the electrical connector comprising a housing and electrical contacts held by the housing, the electrical contacts being configured to mate with corresponding mating contacts of the mating connector, the electrical connector further comprising: a sense pin held by the housing and configured to mate with a corresponding mating contact of the mating connector, the sense pin extending a length that includes a tip segment and a sensing segment having respective different electrical characteristics, the tip segment extending from the sensing segment to a tip of the sense pin such that the sensing segment is offset from the tip along the length of the sense pin, wherein the sensing segment is configured to indicate that the electrical contacts and the mating contacts are de-mated by more than a predetermined de-mating distance by disengaging from the corresponding mating contact as the electrical connector and the mating connector are de-mated to close an electrical connection between the sense pin and the corresponding mating contact, and characterised in that the electrical connector further comprises a contact module held by the housing, the contact module comprising a lead frame and a non-conductive body that extends over the lead frame, the electrical contacts being held by the contact module, wherein the sensing segment of the sense pin is defined by an extension of the non-conductive body of the contact module. a sense pin held by the housing and configured to mate with a corresponding mating contact of the mating connector, the sense pin extending a length that includes a tip segment and a sensing segment having respective different electrical characteristics, the tip segment extending from the sensing segment to a tip of the sense pin such that the sensing segment is offset from the tip along the length of the sense pin, wherein the sensing segment is configured to indicate that the electrical contacts and the mating contacts are de-mated by more than a predetermined de-mating distance by disengaging from the corresponding mating contact as the electrical connector and the mating connector are de-mated to close an electrical connection between the sense pin and the corresponding mating contact, and characterised in that the electrical connector further comprises a contact module held by the housing, the contact module comprising a lead frame and a non-conductive body that extends over the lead frame, the electrical contacts being held by the contact module, wherein the sensing segment of the sense pin is defined by an extension of the non-conductive body of the contact module.
Printed circuit including a support made of insulating material, conductive tracks (3, 4) in the form of metallic depositions on the support, at least two conductive tracks (3, 4) being separated one from the other by an insulating zone of the support, a bearing organ attached to the support and having substantially the same thickness as the conductive tracks (3, 4, 5) extending in the insulating zone characterised by the fact that the bearing organ is a rib made with a metallic deposition electrically insulated relative to the conductive tracks (3, 4).
A method for transmitting uplink control information by a user equipment, UE, configured with a coordinated multi-point, CoMP, set including a plurality of cells in a carrier aggregation, CA, based wireless communication system, the method comprising: receiving a physical downlink control channel, PDCCH, signal, on a primary cell, PCell, for downlink scheduling; receiving a physical downlink shared channel, PDSCH, signal corresponding to the PDCCH signal on a secondary cell, SCell; and transmitting reception response information with respect to the PDSCH signal via a physical uplink control channel, PUCCH, on the PCell, wherein, when the SCell belongs to a CoMP set having the PCell, and the SCell and the PCell operate on different carriers, a resource for the PUCCH is given using an index for a specific resource unit from among one or more resource units used to transmit the PDCCH signal, and wherein, when the SCell does not belong to the CoMP set having the PCell, the resource for the PUCCH is given using a value of a specific field included in the PDCCH signal. receiving a physical downlink control channel, PDCCH, signal, on a primary cell, PCell, for downlink scheduling; receiving a physical downlink shared channel, PDSCH, signal corresponding to the PDCCH signal on a secondary cell, SCell; and transmitting reception response information with respect to the PDSCH signal via a physical uplink control channel, PUCCH, on the PCell, wherein, when the SCell belongs to a CoMP set having the PCell, and the SCell and the PCell operate on different carriers, a resource for the PUCCH is given using an index for a specific resource unit from among one or more resource units used to transmit the PDCCH signal, and wherein, when the SCell does not belong to the CoMP set having the PCell, the resource for the PUCCH is given using a value of a specific field included in the PDCCH signal.
A method of transmitting Ethernet packets between two or more Ethernet LANs (LAN1, LAN2, LAN3) through an interconnecting IP network, each of the Ethernet LANs being connected to the interconnecting IP network by means of one or more respective customer edge devices (CE1, CE2, CE3), characterised in that the method comprises the step of: processing and controlling, by a centralised server connected to a plurality of the customer edge devices (CE1, CE2, CE3) via control connections, wherein each customer edge device (CE1, CE2, CE3) maintains a control connection of these control connections to the centralised server, an exchange of control information associated with the Ethernet packet transmission between the customer edge devices (CE1, CE2, CE3) of the two or more Ethernet LANs (LAN1, LAN2, LAN3), wherein the control information exchanged between the customer edge device of at least one of the Ethernet LANs and respective customer edge devices (CE 2, CE 3) of the at least one further Ethernet LAN (LAN2, LAN3) is sent to and received from the centralised server through a control information interface. processing and controlling, by a centralised server connected to a plurality of the customer edge devices (CE1, CE2, CE3) via control connections, wherein each customer edge device (CE1, CE2, CE3) maintains a control connection of these control connections to the centralised server, an exchange of control information associated with the Ethernet packet transmission between the customer edge devices (CE1, CE2, CE3) of the two or more Ethernet LANs (LAN1, LAN2, LAN3), wherein the control information exchanged between the customer edge device of at least one of the Ethernet LANs and respective customer edge devices (CE 2, CE 3) of the at least one further Ethernet LAN (LAN2, LAN3) is sent to and received from the centralised server through a control information interface.
A system for determining a concentration of at least one gas in a container having at least one side with a flexible area, said system comprising: a measuring area arranged for receiving said container; a suction device (4, 9, 10a-c, 4a-c) arranged for pulling at least one portion of said flexible area a distance to arranging at least said portion of said flexible area in a position to provide a space beneath at least said portion of said flexible area; an optical sensor (1, 2), configured to be sensitive to said at least one gas, arranged in relation tc said measuring area for transmitting a light signal through said space, and detecting a transmitted light signal; a control unit configured for determining, based on said transmitted light signal, said concentration of said at least one gas in said container; characterized in that said optical sensor (1, 2) comprises a light source and a detector including optics for adjusting an angle of said transmitted light signal to provide a straight transmission through said space between said light source and said detector. a measuring area arranged for receiving said container; a suction device (4, 9, 10a-c, 4a-c) arranged for pulling at least one portion of said flexible area a distance to arranging at least said portion of said flexible area in a position to provide a space beneath at least said portion of said flexible area; an optical sensor (1, 2), configured to be sensitive to said at least one gas, arranged in relation tc said measuring area for transmitting a light signal through said space, and detecting a transmitted light signal; a control unit configured for determining, based on said transmitted light signal, said concentration of said at least one gas in said container; characterized in that said optical sensor (1, 2) comprises a light source and a detector including optics for adjusting an angle of said transmitted light signal to provide a straight transmission through said space between said light source and said detector.
Method for supplying a thread to a textile machine without creating torsions thereof comprising picking up the thread from a reel, winding it on a rotary drum driven by an electric motor thereof and supplying such thread to the textile machine, preferably at constant tension and/or quantity, characterised in that it provides for measuring the amount of thread leaving the rotary drum and the amount of thread wound thereon and intervene on the rotation of such drum so that the amount of thread leaving the drum is equivalent to the one that is loaded thereon so as to avoid the creation of torsions on the thread.
A composition for application to keratinous surfaces in the form of a mascara, a brow filler or a hair filler, the composition comprising particulates encapsulated in a first coating comprising a cationically-charged material, and a cosmetically acceptable carrier, wherein the cationically-charged material comprises iron oxide, and wherein the particulates are in the form of fibers.
A tie for a structural module, the tie comprising components adapted to be affixed to tops of columns of adjoining structural modules, wherein: the tie is adapted to link adjoining modules together in a horizontal plane, and to accommodate misalignment of the modules in the horizontal plane, characterized in that, the tie comprises a pair of opposed plates (210, 340, 501) each defining an enclosure (215, 342, 502) accessed by a mouth (216, 217, 343, 503), and a tie element (230, 350, 510) configured to extend through the mouths and to engage said enclosures, and the mouths each have an opening to allow insertion of the tie element (230, 350, 510) vertically, and the tie element comprises a tie rod (230, 350, 510) with a socket (220, 371, 506) at each end, said sockets being configured to be inserted in the enclosures (215, 342, 502). the tie is adapted to link adjoining modules together in a horizontal plane, and to accommodate misalignment of the modules in the horizontal plane, characterized in that, the tie comprises a pair of opposed plates (210, 340, 501) each defining an enclosure (215, 342, 502) accessed by a mouth (216, 217, 343, 503), and a tie element (230, 350, 510) configured to extend through the mouths and to engage said enclosures, and the mouths each have an opening to allow insertion of the tie element (230, 350, 510) vertically, and the tie element comprises a tie rod (230, 350, 510) with a socket (220, 371, 506) at each end, said sockets being configured to be inserted in the enclosures (215, 342, 502).
Method for assigning a decentralized device (4, 4', 4") of a control system, which comprises one or more central control units, wherein the control unit(s) each have several control channels, and several decentralized devices (4, 4', 4") for transmitting sensor values, status signals and/or information entered by the user, for distributing the heating and/or cooling power of a heating and/or cooling system, in particular in the heating and/or cooling of rooms or sections of buildings or objects, to one control channel or several control channels of a central control unit or several central control units, wherein the decentralized device (4, 4', 4") and the central control unit(s) are adapted to transmit and receive device and/or address information of the decentralized device (4, 4', 4") or the central control unit to or from an information transmission device, characterized in that the method comprises the following steps: (i) registering the device and/or address information of the central control unit or the central control units by the information transmission device; (ii) registering the device and/or address information of the decentralized device (4, 4', 4") by the information transmission device; (iii) generating a logical link between the decentralized device (4, 4', 4") and one or more central control units; (iv) transmitting an information to the central control unit or the central control units that the decentralized device is to be assigned to one or more control channels of the respective central control unit; and (v) storing the assignment or assignments by the central control unit or the central control units. (i) registering the device and/or address information of the central control unit or the central control units by the information transmission device; (ii) registering the device and/or address information of the decentralized device (4, 4', 4") by the information transmission device; (iii) generating a logical link between the decentralized device (4, 4', 4") and one or more central control units; (iv) transmitting an information to the central control unit or the central control units that the decentralized device is to be assigned to one or more control channels of the respective central control unit; and (v) storing the assignment or assignments by the central control unit or the central control units.