mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a length of a conductor cable suspended between pylons of an overhead line, characterized in that - an electromagnetic signal (400, 500) is injected into a first end of the conductor cable, - the injected electromagnetic signal (400, 500) is received at a second end of the conductor cable and injected once again into the second end of the conductor cable, - a propagation time (430, 530) that elapses between the injection of the signal (400, 500) at the first end of the conductor cable and the arrival of the re-injected signal (410, 510) at the first end of the conductor cable is ascertained, and - the propagation time (430, 530) is used to determine the length of the conductor cable. - an electromagnetic signal (400, 500) is injected into a first end of the conductor cable, - the injected electromagnetic signal (400, 500) is received at a second end of the conductor cable and injected once again into the second end of the conductor cable, - a propagation time (430, 530) that elapses between the injection of the signal (400, 500) at the first end of the conductor cable and the arrival of the re-injected signal (410, 510) at the first end of the conductor cable is ascertained, and - the propagation time (430, 530) is used to determine the length of the conductor cable.
System comprising: - a heating device, the device comprising a plurality of heating means (110, 111, 112) powered by an electric network; - a control module for said heating device; each heating means (110, 111, 112) being powered via a power actuator (120, 121, 122), each power actuator (120, 121, 122) being controlled by the control module according to at least data descriptive of a state of said electric network, so as to regulate the power of the heating means (110, 111, 112) associated with said power actuator (120, 121, 122), the system being characterised in that each power actuator (120, 121, 122) is associated in a unique manner with the heating means (110, 111, 12) that it powers, and in that at least one power actuator (120, 121, 122) is a dimmer. - a heating device, the device comprising a plurality of heating means (110, 111, 112) powered by an electric network; - a control module for said heating device;
Metering apparatus for metered introduction of a bulk cleaning agent into a processing chamber of a programme-controlled cleaning appliance, in particular a dishwasher, comprising a housing which has a loading opening, a supporting unit which is rotatably arranged in the housing, is accessible via the loading opening and is intended to exchangeably receive a storage container that is provided for accommodating the cleaning agent, and comprising a housing lid for closing the loading opening in a fluid-tight manner, characterised in that the housing lid comprises a lid part which provides the fluid-tight closure of the loading opening, and a locking part which is movably arranged on the lid part, the locking part being fitted with a plurality of locking elements, each of which interacts with a locking cam arranged on the housing.
A recording device comprising: an adhesive belt for supporting and transporting a recording medium; and a roller for pressing the recording medium to the adhesive belt; characterised in that the recording device further comprises: a removing section (19, 21) for removing extraneous matter adhering to the roller. an adhesive belt for supporting and transporting a recording medium; and a roller for pressing the recording medium to the adhesive belt; characterised in that the recording device further comprises: a removing section (19, 21) for removing extraneous matter adhering to the roller. a removing section (19, 21) for removing extraneous matter adhering to the roller.
A method to be used in connection with the recovery of pulping chemicals from spent pulping liquor produced by kraft-type alkaline pulping at very high sulphidity such that the sulphidity of the pulping liquor is greater than 40 %, wherein: a) at least part of the spent pulping liquor is acidified in one or more stages to a pH low enough to convert over 75 %, or all, of both the hydrosulphide ion and the sulphide ion originally contained in the liquor into hydrogen sulphide, b) sulphur containing gases released in the acidification process of step a), comprised mainly of hydrogen sulphide, preferably augmented by sulphur gases released in other pulp-mill operations, such as in the pulping and evaporation operations, are converted into an acid compound, preferably sulphuric acid, and c) acid generated in step b) is employed in step a) and the amount of acid generated in step b) is sufficient in quantity to provide most or all of the acid required in step a). a) at least part of the spent pulping liquor is acidified in one or more stages to a pH low enough to convert over 75 %, or all, of both the hydrosulphide ion and the sulphide ion originally contained in the liquor into hydrogen sulphide, b) sulphur containing gases released in the acidification process of step a), comprised mainly of hydrogen sulphide, preferably augmented by sulphur gases released in other pulp-mill operations, such as in the pulping and evaporation operations, are converted into an acid compound, preferably sulphuric acid, and c) acid generated in step b) is employed in step a) and the amount of acid generated in step b) is sufficient in quantity to provide most or all of the acid required in step a).
A device for handling liquid, the device being configured for rotation about an axis of rotation and the device comprising: a first cavity with a first port, the first cavity comprising a proximal portion radially inwards of a distal portion; a second cavity with a second port, the second cavity comprising a proximal portion radially inwards of a distal portion; and a first conduit structure connecting the first and second ports (12,16) to guide liquid flow therebetween; a downstream cavity; and an outlet conduit connecting an outlet port of the first cavity to an inlet of the downstream cavity; wherein the first and second ports (12,16) are disposed in the respective distal portions of the first and second cavities (4, 14); wherein the second port is radially outwards of the first port; wherein the second cavity is configured such that as liquid flows into the second cavity, a gas volume is trapped in the second cavity and a pressure of the gas increases; wherein the outlet conduit extends radially inwards of the outlet port to a first bend and radially outwards of the first bend to the inlet of the downstream cavity and wherein the first bend is disposed radially inwards of a radially-outermost aspect of the first cavity and radially outwards of a radially-innermost aspect of the first cavity; and wherein the inlet port of the downstream cavity is radially outwards of the outlet port of the first cavity. a first cavity with a first port, the first cavity comprising a proximal portion radially inwards of a distal portion; a second cavity with a second port, the second cavity comprising a proximal portion radially inwards of a distal portion; and a first conduit structure connecting the first and second ports (12,16) to guide liquid flow therebetween; a downstream cavity; and an outlet conduit connecting an outlet port of the first cavity to an inlet of the downstream cavity; wherein the first and second ports (12,16) are disposed in the respective distal portions of the first and second cavities (4, 14); wherein the second port is radially outwards of the first port; wherein the second cavity is configured such that as liquid flows into the second cavity, a gas volume is trapped in the second cavity and a pressure of the gas increases; wherein the outlet conduit extends radially inwards of the outlet port to a first bend and radially outwards of the first bend to the inlet of the downstream cavity and wherein the first bend is disposed radially inwards of a radially-outermost aspect of the first cavity and radially outwards of a radially-innermost aspect of the first cavity; and wherein the inlet port of the downstream cavity is radially outwards of the outlet port of the first cavity.
An X-linked lift mechanism comprising first links and second links connected with each other between a base frame and a lift frame at pivots in such a manner that the first and second links (3,4) can be pivotally rotated, wherein the respective ends of the first links and the second links on one lateral side are pivotally rotatably fixed to the base frame and the lift frame respectively, wherein guide members (9,10) for guiding moving members (7,8) installed at the respective ends of the first and second links (3,4) on the other lateral side are installed on the lift frame and the base frame respectively, wherein a drive member is pivotally rotatably installed between the other lateral side portions of the second links, wherein boost arms and drive arms are connected with the drive member, wherein guide members for guiding moving members installed at the ends of the boost arms are installed on the other lateral side portions of the first links in the length direction, characterised in that a linear actuator is provided to extend between the other lateral side portions of the first links and the drive arms.
A system for cooling a thermal load, comprising: a reservoir configured to communicate a working fluid to a first heat exchanger boiler defining a first flow path, wherein the first heat exchanger is a first boiler configured to cool a first load; a second heat exchanger defining a second flow path and configured to cool a second, different load; a first pump configured to selectively exhaust the working fluid from the first boiler to an ambient environment; and characterized in that the working fluid is communicated from the reservoir to the second heat exchanger. a reservoir configured to communicate a working fluid to a first heat exchanger boiler defining a first flow path, wherein the first heat exchanger is a first boiler configured to cool a first load; a second heat exchanger defining a second flow path and configured to cool a second, different load; a first pump configured to selectively exhaust the working fluid from the first boiler to an ambient environment; and characterized in that the working fluid is communicated from the reservoir to the second heat exchanger.
A system comprising: an authenticator on a client device to securely store one or more private keys, at least one of the private keys usable to authenticate a block of a blockchain wherein the authenticator is granted exclusive control of the at least one of the private keys; and an attestation module of the authenticator or coupled to the authenticator, the attestation module to generate a signed object comprising the block, one or more attested attributes of the authenticator including a firmware version of the authenticator, and a signature, wherein the signature is generated by the attestation module by signing a concatenation of the block and the one or more attested attributes with the private key, the signature usable to attest to the authenticity of the block and the one or more attested attributes using a public key corresponding to the private key. an authenticator on a client device to securely store one or more private keys, at least one of the private keys usable to authenticate a block of a blockchain wherein the authenticator is granted exclusive control of the at least one of the private keys; and an attestation module of the authenticator or coupled to the authenticator, the attestation module to generate a signed object comprising the block, one or more attested attributes of the authenticator including a firmware version of the authenticator, and a signature, wherein the signature is generated by the attestation module by signing a concatenation of the block and the one or more attested attributes with the private key, the signature usable to attest to the authenticity of the block and the one or more attested attributes using a public key corresponding to the private key.
A method for preparing coated cobalt powder, comprising: providing cobalt powder and paraffin wax in an amount of 1.5% to 2.5% by weight of cobalt powder; pouring paraffin wax into organic solvent then dissolving and forming paraffin wax-organic solvent mixture; adding paraffin wax-organic solvent mixture into cobalt powder, placing into planetary mixer for stirring and mixing, vacuum drying to obtain waxed cobalt powder. providing cobalt powder and paraffin wax in an amount of 1.5% to 2.5% by weight of cobalt powder; pouring paraffin wax into organic solvent then dissolving and forming paraffin wax-organic solvent mixture; adding paraffin wax-organic solvent mixture into cobalt powder, placing into planetary mixer for stirring and mixing, vacuum drying to obtain waxed cobalt powder.
A system for generating a frame for display on a see-through display, the frame comprising a plurality of pixels arranged in a plurality of pixel rows, wherein at least a first group of the pixels represents a first element displayed relative to a first coordinate system and a second group of the pixels represents a second element displayed relative to a second coordinate system other than the first coordinate system, wherein a time difference exists between a first time of displaying a reference pixel row of the pixel rows and a second time of displaying a given pixel row of the pixel rows, wherein the given pixel row is any pixel row of the pixel rows subsequent to the reference pixel row, and wherein a first pose of the see-through display at the first time is different than a second pose of said see-through display at the second time, thereby causing a rolling display effect, the system comprising at least two pose sensors configured to obtain first information relative to said first pose and second information relative to said second pose, with respect to said first coordinate system and said second coordinate system, and a processing resource, which comprises: a pose estimator configured to determine, by using said first information and said second information, a first relative spatial movement of the see-through display with respect to the first coordinate system and a second relative spatial movement of the see-through display with respect to the second coordinate system; and a pixel adjuster configured to generate the frame by adjusting a first position of those pixels in the first group that are displayed at the given pixel row to at least partially compensate for the first relative spatial movement and adjusting a second position of those pixels in the second group that are displayed at the given pixel row to at least partially compensate for the second relative spatial movement, thereby at least reducing the rolling display effect; the system further comprising a projector and a projection surface, wherein the projection surface is the see-through display and the projector is configured to display the frame on the see-through display. a pose estimator configured to determine, by using said first information and said second information, a first relative spatial movement of the see-through display with respect to the first coordinate system and a second relative spatial movement of the see-through display with respect to the second coordinate system; and a pixel adjuster configured to generate the frame by adjusting a first position of those pixels in the first group that are displayed at the given pixel row to at least partially compensate for the first relative spatial movement and adjusting a second position of those pixels in the second group that are displayed at the given pixel row to at least partially compensate for the second relative spatial movement, thereby at least reducing the rolling display effect; the system further comprising a projector and a projection surface, wherein the projection surface is the see-through display and the projector is configured to display the frame on the see-through display.
Liquid pharmaceutical composition comprising a polypeptide, TRIS and phosphate, the polypeptide comprising the amino acid sequence reproduced in SEQ ID NO: 8, characterized in that the composition contains the polypeptide in a concentration of from 0.5 μg/ml to 3.0 mg/ml, that the composition contains 100 mM TRIS and 50 mM phosphate, that the pH of the composition is between 5.0 and 7.5, that the composition contains 0.04% (m/v) polysorbate 80 and that the composition additionally contains a lyoprotectant.
A wireless communication system in which: subscriber stations are arranged for wireless communication with a relay station acting as a base station for those subscriber stations, wherein: the relay station is arranged for wireless communication with a donor base station via a first interface; the donor base station is arranged for wired and/or wireless communication with peer nodes and/or other nodes (21, 22) of the system, via at least one second interface (15, 16); said first interface provides radio bearers (51, 310) for sending user data and control messages between the donor base station and the relay station; and the or each second interface (15,16) has at least one protocol for sending control messages with differing priorities; characterised in that the donor base station and the relay station each comprise a mechanism to combine a plurality of said control messages with differing priorities into one of said radio bearers (51, 310) by taking account of their respective priorities, for sending via said first interface. subscriber stations are arranged for wireless communication with a relay station acting as a base station for those subscriber stations, wherein: the relay station is arranged for wireless communication with a donor base station via a first interface; the donor base station is arranged for wired and/or wireless communication with peer nodes and/or other nodes (21, 22) of the system, via at least one second interface (15, 16); said first interface provides radio bearers (51, 310) for sending user data and control messages between the donor base station and the relay station; and the or each second interface (15,16) has at least one protocol for sending control messages with differing priorities; characterised in that the donor base station and the relay station each comprise a mechanism to combine a plurality of said control messages with differing priorities into one of said radio bearers (51, 310) by taking account of their respective priorities, for sending via said first interface. the relay station is arranged for wireless communication with a donor base station via a first interface; the donor base station is arranged for wired and/or wireless communication with peer nodes and/or other nodes (21, 22) of the system, via at least one second interface (15, 16); said first interface provides radio bearers (51, 310) for sending user data and control messages between the donor base station and the relay station; and the or each second interface (15,16) has at least one protocol for sending control messages with differing priorities; characterised in that the donor base station and the relay station each comprise a mechanism to combine a plurality of said control messages with differing priorities into one of said radio bearers (51, 310) by taking account of their respective priorities, for sending via said first interface.
A method for operating a tire pressure monitoring device which is mounted on a wheel of a vehicle provided with a pneumatic tire and which device comprises - a sensor, which delivers an electric output signal dependent on the tire pressure, - a transmitter, which transmits signals wirelessly in transmission intervals, between which in each case there is a first transmission pause, said signals containing information dependent on the output signal of the sensor, - a control device, which controls the sensor, the transmitter and the first transmission pause thereof, - a source, which provides electrical energy for the operation of the tire pressure monitoring device, - and a rechargeable electric accumulator, in which electrical energy delivered from the source is stored until it is required for the operation of the tire pressure monitoring device, characterized in that - the state of charge of the rechargeable accumulator is monitored by a monitoring device provided in the tire pressure monitoring device and in that one or more of the first transmission pauses is/are ended as soon as enough electrical energy is stored in the rechargeable accumulator to operate the tire pressure monitoring device between two successive first transmission pauses until the conclusion of a predetermined number of transmission processes. - a sensor, which delivers an electric output signal dependent on the tire pressure, - a transmitter, which transmits signals wirelessly in transmission intervals, between which in each case there is a first transmission pause, said signals containing information dependent on the output signal of the sensor, - a control device, which controls the sensor, the transmitter and the first transmission pause thereof, - a source, which provides electrical energy for the operation of the tire pressure monitoring device, - and a rechargeable electric accumulator, in which electrical energy delivered from the source is stored until it is required for the operation of the tire pressure monitoring device, - the state of charge of the rechargeable accumulator is monitored by a monitoring device provided in the tire pressure monitoring device and in that one or more of the first transmission pauses is/are ended as soon as enough electrical energy is stored in the rechargeable accumulator to operate the tire pressure monitoring device between two successive first transmission pauses until the conclusion of a predetermined number of transmission processes.