mhurhangee/ep-ind-claims huggingface dataset:
An automated or semi-automated storage and retrieval system, comprising: - a plurality of storage locations; - a plurality of load units; - a pair of horizontal support rails at each storage location, for supporting at least one load unit; - at least one handling means for moving load units to and from the storage locations; wherein: - at least some of the load units are temperature controlled load units, each comprising a closed or closable container with thermally insulating walls, a cooling device or a heating device, and a first electrical contact; and that - at least some of the storage locations are provided with a second, stationary electrical contact configured for contacting the first electrical contact of one of said load units at a controlled temperature and supplying electrical power to the respective heating or cooling device; characterized in that each temperature controlled load unit includes at least one supporting foot provided with said first electrical contact and in that the guide provides a horizontal upper surface for supporting the supporting feet, and a vertical flange adjacent to the horizontal surface, wherein one of said stationary electrical contacts is fixed to the flange in at least some of the storage locations. - a plurality of storage locations; - a plurality of load units; - a pair of horizontal support rails at each storage location, for supporting at least one load unit; - at least one handling means for moving load units to and from the storage locations; - at least some of the load units are temperature controlled load units, each comprising a closed or closable container with thermally insulating walls, a cooling device or a heating device, and a first electrical contact; and that - at least some of the storage locations are provided with a second, stationary electrical contact configured for contacting the first electrical contact of one of said load units at a controlled temperature and supplying electrical power to the respective heating or cooling device;
A metal rear cover for a terminal, comprising a base plate provided with at least one micro-slot band, the at least one micro-slot band comprising a plurality of micro-slots, the at least one micro-slot band dividing the base plate into at least two radiation parts, at least one of the at least two radiation parts being configured to be coupled to a matching circuit and to receive a feeding signal via the matching circuit, wherein the at least one micro-slot band is provided annularly along a direction parallel to a circumferential direction of the base plate, wherein the at least one micro-slot band separates the base plate from a first radiation part located at a circumferential edge of the base plate, the first radiation part is configured to be coupled to the matching circuit, and the first radiation part is configured as a loop antenna, wherein the at least one micro-slot band further comprises a plurality of metal strips, wherein each metal strip between two adjacent micro-slots within the at least one micro-slot band is configured as an annular wire, and the plurality of the metal strips among the micro-slots is configured as a loop electromagnetic coil after the plurality of metal strips is supplied with a current.
Grinding worm, having a first worm stage and a second worm stage, wherein the outer diameter of the second worm stage is 50 to 70% of the outer diameter of the first worm stage, characterised in that several substantially trapezoidal first abrasion plates are arranged on a surface of the second worm stage of the grinding worm in such a way that a gap is maintained between two adjacent first abrasion plates in each case, and in each case there is an offset ranging from 0.1 to 0.7% of the outer diameter of the first worm stage between two adjacent first abrasion plates.
An electrochemical cell, comprising: a cathode; an anode; an electrolyte in contact with the cathode and the anode; a first current collector in contact with the cathode; a second current collector in contact with the anode; a protective film, finitely permeable to H 2 gas and O 2 gas, directly on or around the cathode, the anode, the electrolyte, the first current collector, and the second current collector, configured to allow H 2 gas in the cell to exit from the cell, and having a permeation ratio of H 2 gas to O 2 gas greater than or equal to 10:1; and a substrate, comprising an electrical insulator and metal foil thereon, wherein the metal foil is in contact with one of the first current collector or the second current collector, and wherein the cathode, the anode, the electrolyte, and the first and second current collectors are positioned and sealed between the protective film and the substrate. a cathode; an anode; an electrolyte in contact with the cathode and the anode; a first current collector in contact with the cathode; a second current collector in contact with the anode; a protective film, finitely permeable to H 2 gas and O 2 gas, directly on or around the cathode, the anode, the electrolyte, the first current collector, and the second current collector, configured to allow H 2 gas in the cell to exit from the cell, and having a permeation ratio of H 2 gas to O 2 gas greater than or equal to 10:1; and a substrate, comprising an electrical insulator and metal foil thereon, wherein the metal foil is in contact with one of the first current collector or the second current collector, and wherein the cathode, the anode, the electrolyte, and the first and second current collectors are positioned and sealed between the protective film and the substrate.
A network node for deployment in a packet-switched network, the network node comprising: a primary incoming interface operable to receive traffic associated with a particular source and multicast group; a secondary incoming interface operable to serve as a backup interface if the primary incoming interface or a transmission path coupled to the primary incoming interface is inoperative; and a data flow control unit operable to determine whether the network node is part of a ring topology and if so, multicasts traffic received on the primary incoming interface associated with the source and multicast group to both a host which joined the multicast group and the secondary incoming interface and unicasts traffic received on the secondary incoming interface associated with the source and multicast group to the primary incoming interface, characterized in that the data flow control unit is operable to determine the network node is part of a ring topology responsive to a multicast message received on the primary incoming interface, the multicast message indicating a plurality of incoming interfaces per route. a primary incoming interface operable to receive traffic associated with a particular source and multicast group; a secondary incoming interface operable to serve as a backup interface if the primary incoming interface or a transmission path coupled to the primary incoming interface is inoperative; and a data flow control unit operable to determine whether the network node is part of a ring topology and if so, multicasts traffic received on the primary incoming interface associated with the source and multicast group to both a host which joined the multicast group and the secondary incoming interface and unicasts traffic received on the secondary incoming interface associated with the source and multicast group to the primary incoming interface, characterized in that the data flow control unit is operable to determine the network node is part of a ring topology responsive to a multicast message received on the primary incoming interface, the multicast message indicating a plurality of incoming interfaces per route.
Use of a polyether-based urethane foam impregnated with a cosmetic composition as a carrier for supporting and retaining the cosmetic composition, wherein the polyether-based urethane foam has a reticulated structure and a density of 16.02 to 48.06 kg/m 3 (density of 1 to 3 pcf), and wherein the cosmetic composition impregnated in the urethane foam is taken by cosmetic tools used for a make-up composition enclosed in a packed container, or hands.
Tool-changing system for an agricultural soil-working machine, with - a soil-working tool; - a tool carrier for carrying the soil-working tool; - a tension lever which can be brought into an operational tension state by elastic deformation, in which the tension lever extends at least in sections to the rear of the tool carrier and in which the tension lever tenses the soil-working tool to the tool carrier in an operationally reliable manner; and - a locking member, which is movable relative to the tool carrier and is designed to lock the tension lever in the operational tension state in a locking position; wherein the tool carrier comprises a locking member intake for receiving the locking member and the locking member intake has a securing stop for receiving a restoring force transmitted to the locking member by the tension lever which is in the operational tension state, characterized in that the securing stop is arranged rear to the tension lever in the operational tension state of the tension lever. - a soil-working tool; - a tool carrier for carrying the soil-working tool; - a tension lever which can be brought into an operational tension state by elastic deformation, in which the tension lever extends at least in sections to the rear of the tool carrier and in which the tension lever tenses the soil-working tool to the tool carrier in an operationally reliable manner; and - a locking member, which is movable relative to the tool carrier and is designed to lock the tension lever in the operational tension state in a locking position; wherein the tool carrier comprises a locking member intake for receiving the locking member and the locking member intake has a securing stop for receiving a restoring force transmitted to the locking member by the tension lever which is in the operational tension state, characterized in that the securing stop is arranged rear to the tension lever in the operational tension state of the tension lever.
Floating support comprising at least one float and a stabilizing system, comprising at least three liquid reserves and at least three connection tubes, said liquid reserves being distributed in such a way that, in plan view, the centres of said liquid reserves are arranged on at least two separate straight lines, and said connection tubes connecting said liquid reserves for free circulation of said liquid between said liquid reserves, said connection tubes connect all of said liquid reserves to one another, at least one of said connection tubes comprises active restriction means for restricting the passage of said liquid that make it possible to partially hinder/limit the free circulation of the liquid, said connection tubes are arranged at the lower part of said liquid reserves, said reserves of said liquid comprise a gas in their upper parts and at least one pipe for passage of said gas connects at least two liquid reserves, and at least one liquid reserve comprises a connection with a gas from the external environment.
A speech/audio signal processing method, comprising: if a first wideband speech/audio signal is a harmonic signal, adjusting a determining condition for determining that a second wideband speech/audio signal is a harmonic signal, to obtain a first determining condition, so as to raise a possibility of determining that the second wideband speech/audio signal is a harmonic signal, wherein the first wideband speech/audio signal is a speech/audio signal before wideband switching, and the second wideband speech/audio signal is a speech/audio signal after the wideband switching; and determining, according to the first determining condition, whether the second wideband speech/audio signal is a harmonic signal. if a first wideband speech/audio signal is a harmonic signal, adjusting a determining condition for determining that a second wideband speech/audio signal is a harmonic signal, to obtain a first determining condition, so as to raise a possibility of determining that the second wideband speech/audio signal is a harmonic signal, wherein the first wideband speech/audio signal is a speech/audio signal before wideband switching, and the second wideband speech/audio signal is a speech/audio signal after the wideband switching; and determining, according to the first determining condition, whether the second wideband speech/audio signal is a harmonic signal.
A refrigeration cycle apparatus using a flammable refrigerant, the refrigeration cycle apparatus comprising: an outdoor unit (102, 602) including at least a compressor and an outdoor pipe (8a to 8d); an indoor unit (101, 601) including at least an indoor heat exchanger and an indoor pipe (9a, 9b); an extension pipe (10a, 10b) connecting the outdoor pipe (8a to 8d) and the indoor pipe (9a, 9b) to each other; a pipe connection chamber (22, 622) disposed in a casing (110, 310, 410, 610) constituting the indoor unit (101, 601) and housing a connection portion connecting the indoor pipe (9a, 9b) and the extension pipe (10a, 10b); and a pipe draw-out chamber disposed in the casing (110, 310, 410, 610) constituting the indoor unit (101, 601), the extension pipe (10a, 10b) drawn out from the pipe connection chamber (22, 622) passing through the pipe draw-out chamber, characterized in that the pipe connection chamber (22, 622) and the pipe draw-out chamber (23, 23a, 23b) are partitioned from each other by a partition (30, 630) having a through hole (31a to 31d, 631a, 631b), the extension pipe (10a, 10b) penetrating the through hole (31a to 31d, 631a, 631b), wherein a leakage detection sensor detecting refrigerant leakage is disposed in the pipe connection chamber(22, 622). an outdoor unit (102, 602) including at least a compressor and an outdoor pipe (8a to 8d); an indoor unit (101, 601) including at least an indoor heat exchanger and an indoor pipe (9a, 9b); an extension pipe (10a, 10b) connecting the outdoor pipe (8a to 8d) and the indoor pipe (9a, 9b) to each other; a pipe connection chamber (22, 622) disposed in a casing (110, 310, 410, 610) constituting the indoor unit (101, 601) and housing a connection portion connecting the indoor pipe (9a, 9b) and the extension pipe (10a, 10b); and a pipe draw-out chamber disposed in the casing (110, 310, 410, 610) constituting the indoor unit (101, 601), the extension pipe (10a, 10b) drawn out from the pipe connection chamber (22, 622) passing through the pipe draw-out chamber, characterized in that the pipe connection chamber (22, 622) and the pipe draw-out chamber (23, 23a, 23b) are partitioned from each other by a partition (30, 630) having a through hole (31a to 31d, 631a, 631b), the extension pipe (10a, 10b) penetrating the through hole (31a to 31d, 631a, 631b), wherein a leakage detection sensor detecting refrigerant leakage is disposed in the pipe connection chamber(22, 622).
A rack configured to allow a user to control spacing between tubes held in the rack, the rack comprising: a frame, the frame having a first axis and a second axis, the second axis perpendicular to the first axis; a first carriage, the first carriage elongated and having a length and a first plurality of wells arrayed along the length of the first carriage, the first carriage positioned parallel to the first axis of the frame and mounted to translate along the second axis of the frame; at least a second carriage, the second carriage elongated and having a length and a second plurality of wells arrayed along the length of the second carriage, the second carriage positioned parallel to the first axis of the frame and mounted to translate along the second axis of the frame; characterized by a first rotor, the first rotor rotatably mounted to the frame parallel with the second axis of the frame, the first rotor having an outer surface, a first right-handed helical groove in the outer surface of the first rotor, and a first left-handed helical groove in the outer surface of the first rotor; a first pin physically coupled to the first carriage and positioned to ride in the first right-handed helical groove of the first rotor; and at least a second pin physically coupled to the second carriage and positioned to ride in the first left-handed helical groove of the first rotor. a frame, the frame having a first axis and a second axis, the second axis perpendicular to the first axis; a first carriage, the first carriage elongated and having a length and a first plurality of wells arrayed along the length of the first carriage, the first carriage positioned parallel to the first axis of the frame and mounted to translate along the second axis of the frame; at least a second carriage, the second carriage elongated and having a length and a second plurality of wells arrayed along the length of the second carriage, the second carriage positioned parallel to the first axis of the frame and mounted to translate along the second axis of the frame; characterized by a first rotor, the first rotor rotatably mounted to the frame parallel with the second axis of the frame, the first rotor having an outer surface, a first right-handed helical groove in the outer surface of the first rotor, and a first left-handed helical groove in the outer surface of the first rotor; a first pin physically coupled to the first carriage and positioned to ride in the first right-handed helical groove of the first rotor; and at least a second pin physically coupled to the second carriage and positioned to ride in the first left-handed helical groove of the first rotor.
A method for reducing crosstalk between signals routed through a connector having two spaced parallel rows of signal terminals in a body of insulating material, the rows extending in a first direction, wherein fifth and sixth signal terminals are arranged in one row of the signal terminals, and a fourth signal terminal is arranged in the other row of signal terminals, wherein the sixth signal terminal is located in a region (α) between the fourth signal terminal and the fifth signal terminal in the first direction, characterised in that the method comprises: routing signals through the fourth and the fifth signal terminals, and routing a signal through the sixth signal terminal, the frequency of the signal routed through the sixth signal terminal being at most one tenth of the frequency of the signal routed through the fourth signal terminal so as to reduce crosstalk between signals routed through the fourth and the fifth signal terminals. routing signals through the fourth and the fifth signal terminals, and routing a signal through the sixth signal terminal, the frequency of the signal routed through the sixth signal terminal being at most one tenth of the frequency of the signal routed through the fourth signal terminal so as to reduce crosstalk between signals routed through the fourth and the fifth signal terminals.
A method of modelling a surface of an object by using ultrasonic waves transmitted along the surface, the method comprising the steps of: • transmitting the ultrasonic waves along paths along the surface, by means of a first transducer, • receiving the ultrasonic waves along the paths (71,71',71") along the surface, by means of at least one second transducer, and • determining travel times of the ultrasonic waves along the paths, by means of a processing unit, wherein at least some of the ultrasonic waves exhibit a symmetrical zero-order mode and have a frequency-dependent velocity having a first bending point and a second bending point, which velocity (c) is higher for frequencies up to the first bending point than for frequencies beyond the second bending point, wherein the velocity (c) is decreasing more rapidly for frequencies between the first bending point and the second bending point, than up to the first bending point and beyond the second bending point, wherein the object has a circumference, characterized in that the ultrasonic waves have a frequency range which lies at or below the first bending point, and in that some paths (71',71") of the ultrasonic waves between the first transducer and the least one second transducer extend at least once around the circumference. • transmitting the ultrasonic waves along paths along the surface, by means of a first transducer, • receiving the ultrasonic waves along the paths (71,71',71") along the surface, by means of at least one second transducer, and • determining travel times of the ultrasonic waves along the paths, by means of a processing unit,
A laser thermal tuning system for a tuneable diode laser spectroscopy device, the system comprising: a thermoelectric cooler; a Stirling cooler controlled via open loop or closed loop control; a laser diode arranged between the thermoelectric cooler and the Stirling cooler and coupled to each of the thermoelectric cooler and the Stirling cooler; and control means for controlling each of the thermoelectric cooler and the Stirling cooler, wherein the control means is configured to control the temperature of the laser diode and thereby vary the output wavelength of the laser diode. a thermoelectric cooler; a Stirling cooler controlled via open loop or closed loop control; a laser diode arranged between the thermoelectric cooler and the Stirling cooler and coupled to each of the thermoelectric cooler and the Stirling cooler; and control means for controlling each of the thermoelectric cooler and the Stirling cooler, wherein the control means is configured to control the temperature of the laser diode and thereby vary the output wavelength of the laser diode.
A drum washing machine, comprising a washing machine housing, wherein a washing drum is disposed in the washing machine housing and comprises a front washing drum and a rear washing drum, wherein the front washing drum is sealedly connected to the rear washing drum, the rear washing drum is operative to rotate relative to the front washing drum, and the rear washing drum is operative to rotate along with a motor, wherein the front washing drum is stationary when the rear washing drum is rotating along with the motor; wherein the drum washing machine further comprises a sealing window pad, wherein a loading port is provided at a side of the washing machine housing, a door and window is arranged at the loading port, the sealing window pad is disposed between the door and window and the front washing drum, and a second sealing ring is arranged between the front washing drum and the rear washing drum, characterized in that, the front washing drum is connected to the rear washing drum via a rotary bearing, the rear washing drum is sleeved on an inner ring of the rotary bearing, and the front washing drum is engaged with an outer ring of the rotary bearing.
A cathode active material represented by the following Formula 1, the cathode active material being in the form of a solid solution or a composite: wLi 2 MO 3 * xLiM'O 2 * yLiM" 2 O 4 * zLi 3 PO 4 wherein 0<w<1, 0<x<1, 0<y<0.1, 0<z<0.1 and w+x+y+z=1 are satisfied; M is at least one transition element selected from the group consisting of Mn, Sn, Ti and Zr; M' is at least one transition metal selected from the group consisting of Ni, Mn and Co; and M" is at least one transition metal selected from the group consisting of Ni and Mn. wherein 0<w<1, 0<x<1, 0<y<0.1, 0<z<0.1 and w+x+y+z=1 are satisfied; M is at least one transition element selected from the group consisting of Mn, Sn, Ti and Zr; M' is at least one transition metal selected from the group consisting of Ni, Mn and Co; and M" is at least one transition metal selected from the group consisting of Ni and Mn.