mhurhangee/ep-ind-claims huggingface dataset:
Dishwasher, comprising a washing chamber in which at least one upper basket and at least one lower basket for receiving the washing load are or can be arranged, wherein the upper basket can receive more delicate washing load and the lower basket can receive more stable washing load, further comprising a washing liquid circulation system distributing washing liquid within the washing chamber by means of an upper spray arm and a lower spray arm and having at least one pump for supplying washing liquid to both spray arms and further comprising liquid heating means for heating the washing liquid, such that the washing liquid can be heated up at least to a first temperature T 1, usually between 45°C and 50°C and subsequently to a second temperature T 2, which can be 65°C or higher, wherein the first temperature T 1 is lower than the second temperature T 2, and characterised in that the dishwasher is configured that the supply of the washing liquid to the upper spray arm is stopped by the washing liquid circulation system when the washing liquid temperature exceeds the first temperature T 1 and is not continued before the washing liquid temperature falls upon or below the first temperature T 1, while the lower spray arm is still continued being supplied with washing liquid and wherein the pump speed of the at least one pump is reduced during heating up the washing liquid from the first temperature T 1 to the second temperature T 2.
A fastening clip assembly (100, 300) configured to secure to one or more components (120, 148, 253, 320, 460, 461), the fastening clip assembly (100, 300) comprising: a collar (104, 304) having a lower surface (110, 312); a stem (140, 340) extending from the lower surface (110, 312) of the collar (104, 304) to a lead-in nose (142, 342); a first leg (160, 360) having a first knuckle (184, 384); a second leg (162, 362) having a second knuckle (186, 386); a third leg (164, 364) having a third knuckle (188, 388); and a fourth leg (166, 366) having a fourth knuckle (190, 390), wherein the first and second leg (160, 162, 360, 362) extend from the lead-in nose (142, 342), wherein the first knuckle (184, 384) is located a first distance from the lower surface (110, 312) of the collar (104, 304) and the second knuckle (186, 386) is located a second distance from the lower surface (110, 312) of the collar (104, 304), and wherein the first distance (D 1) is different than the second distance, characterised in that an interior surface (220, 420) of the first leg (160, 360) and an interior surface (222, 422) of the second leg (162, 362) define an aperture (224, 424), and in that a brace (232, 432) spans between the first leg (160, 360) and the second leg (162, 362) and extends across the aperture (224, 424), and in that an interior surface (226, 426) of the third leg (164, 364) and an interior surface (228, 428) of the fourth leg (166, 366) define an aperture (230, 430), and in that a brace (234, 434) spans between the third leg (164, 364) and the fourth leg (166, 366). a collar (104, 304) having a lower surface (110, 312); a stem (140, 340) extending from the lower surface (110, 312) of the collar (104, 304) to a lead-in nose (142, 342); a first leg (160, 360) having a first knuckle (184, 384); a second leg (162, 362) having a second knuckle (186, 386); a third leg (164, 364) having a third knuckle (188, 388); and a fourth leg (166, 366) having a fourth knuckle (190, 390), wherein the first and second leg (160, 162, 360, 362) extend from the lead-in nose (142, 342), wherein the first knuckle (184, 384) is located a first distance from the lower surface (110, 312) of the collar (104, 304) and the second knuckle (186, 386) is located a second distance from the lower surface (110, 312) of the collar (104, 304), and wherein the first distance (D 1) is different than the second distance, characterised in that an interior surface (220, 420) of the first leg (160, 360) and an interior surface (222, 422) of the second leg (162, 362) define an aperture (224, 424), and in that a brace (232, 432) spans between the first leg (160, 360) and the second leg (162, 362) and extends across the aperture (224, 424), and in that an interior surface (226, 426) of the third leg (164, 364) and an interior surface (228, 428) of the fourth leg (166, 366) define an aperture (230, 430), and in that a brace (234, 434) spans between the third leg (164, 364) and the fourth leg (166, 366).
Production method for a monobloc rifle receiver of aluminium or aluminium alloy, characterised in that this method consists of the realisation of individual parts of the receiver, which, in an assembled state can form a receiver; possibly followed by any mechanical adjustments; followed by the assembly of these parts by welding, and in that the receiver is assembled starting from two parts (8A and 8B), preferably a left half-receiver and a right half-receiver, and in that the receiver parts are deprived of reinforcing ribs.
A lithium ion mixed conduction membrane comprising: a polymeric binder; and a lithium ion conductive material having lithium ion conductivity and electrical conductivity dispersed within the polymeric binder, characterized in that said lithium ion conductive material is selected from Li z CoO 2, Li z Co 2 O 4 and Li z CoPO 4 with z being from 0.35 to 0.9 and further wherein said lithium ion mixed conduction membrane has an electrode potential at least 3.3 volts higher than the electrode potential of a negative electrode, when used in a battery comprising a negative electrode. a polymeric binder; and a lithium ion conductive material having lithium ion conductivity and electrical conductivity dispersed within the polymeric binder, characterized in that said lithium ion conductive material is selected from Li z CoO 2, Li z Co 2 O 4 and Li z CoPO 4 with z being from 0.35 to 0.9 and further wherein said lithium ion mixed conduction membrane has an electrode potential at least 3.3 volts higher than the electrode potential of a negative electrode, when used in a battery comprising a negative electrode.
Method for checking a navigation system comprising a GNSS receiver having an antenna able to receive GNSS signals from a plurality of transmitters (T 1 -T 5,N) and means suitable for calculating, for each transmitter (T 1 -T 5,N), a set of raw GNSS measurements and to elaborate a navigation solution from a plurality of sets of raw GNSS measurements, wherein, - a transmitter is marked as valid when its set of raw GNSS measurements is considered to be sufficiently coherent to be able to be used in the elaboration of the navigation solution, and a transmitter is marked as invalid as long as the coherency of the set of raw GNSS measurements calculated for the invalid transmitter with the navigation solution elaborated from valid transmitters is not proved, - for a transmitter of which the set of raw GNSS measurements is not used in the elaboration of the navigation solution, the coherency of the set of raw GNSS measurements calculated for said transmitter with the navigation solution is checked, and - when the coherency is proved, the set of raw GNSS measurements calculated for said transmitter in the elaboration of the navigation solution is used, characterised in that: - the method further comprises, for an initially valid transmitter (T 1), a prior step of invalidating said transmitter in order to exclude it from the elaboration of the navigation solution, and to authorise the reuse thereof in the elaboration of the navigation solution and to revalidate it only after checking of the coherency of the set of raw GNSS measurements calculated for this invalidated transmitter (T 1), with the navigation solution elaborated from valid transmitters (T 2 -T 5). - a transmitter is marked as valid when its set of raw GNSS measurements is considered to be sufficiently coherent to be able to be used in the elaboration of the navigation solution, and a transmitter is marked as invalid as long as the coherency of the set of raw GNSS measurements calculated for the invalid transmitter with the navigation solution elaborated from valid transmitters is not proved, - for a transmitter of which the set of raw GNSS measurements is not used in the elaboration of the navigation solution, the coherency of the set of raw GNSS measurements calculated for said transmitter with the navigation solution is checked, and - when the coherency is proved, the set of raw GNSS measurements calculated for said transmitter in the elaboration of the navigation solution is used, characterised in that: - the method further comprises, for an initially valid transmitter (T 1), a prior step of invalidating said transmitter in order to exclude it from the elaboration of the navigation solution, and to authorise the reuse thereof in the elaboration of the navigation solution and to revalidate it only after checking of the coherency of the set of raw GNSS measurements calculated for this invalidated transmitter (T 1), with the navigation solution elaborated from valid transmitters (T 2 -T 5).
A charge-transporting varnish comprising: a charge-transporting substance containing a fluorine atom; a charge-transporting substance containing no fluorine atom; a dopant substance of heteropolyacid; and an organic solvent, wherein said charge-transporting substance containing the fluorine atom is a polymer having a weight-average molecular weight of 1,000 to 200,000 which is obtained by condensation from a triarylamine compound, arylaldehyde compound containing a fluorine atom, fluorene derivative having a carbonyl group, and carbazole derivative having at the N-position an alkyl group or an alkyl group having the ether structure, said charge-transporting substance containing no fluorine atom is an oligoaniline compound. a charge-transporting substance containing a fluorine atom; a charge-transporting substance containing no fluorine atom; a dopant substance of heteropolyacid; and an organic solvent, wherein said charge-transporting substance containing the fluorine atom is a polymer having a weight-average molecular weight of 1,000 to 200,000 which is obtained by condensation from a triarylamine compound, arylaldehyde compound containing a fluorine atom, fluorene derivative having a carbonyl group, and carbazole derivative having at the N-position an alkyl group or an alkyl group having the ether structure, said charge-transporting substance containing no fluorine atom is an oligoaniline compound.
A method for computing a range of positions of a railway vehicle on a railway track, said range of positions corresponding to a segment of the track between a front end and a rear end, the method including the steps: - identifying, by sensors on the track, a block of the railway track occupied by the railway vehicle; - transmitting to a computer on the ground, an identifier of the occupied block; and, - computing, by the ground computer a range of positions (S d) of the railway vehicle by taking into account a geographic position of the occupied block associated with the identifier of said occupied block, characterised in that it comprises a step for transmitting, from an onboard computer of the railway vehicle towards the ground computer, a range of positions (S 0) of the railway vehicle determined by said onboard computer, the step for computing a range of positions (S d) of the railway vehicle also taking into account the range of positions (S 0) determined by said onboard computer. - identifying, by sensors on the track, a block of the railway track occupied by the railway vehicle; - transmitting to a computer on the ground, an identifier of the occupied block; and, - computing, by the ground computer a range of positions (S d) of the railway vehicle by taking into account a geographic position of the occupied block associated with the identifier of said occupied block,
An electrolytic manganese dioxide having a BET specific surface area as measured by nitrogen adsorption in the single point BET method of between 20 m 2 /g and 60 m 2 /g, having a volume of at most 0.1 cm 3 /g for pores with pore diameters of between 2 nm and 200 nm, and having a volume of at least 0.004 cm 3 /g and at most 0.03 cm 3 /g for pores with pore diameters of between 2 nm and 50 nm, wherein the volume for pores is measured by mercury porosimetry, characterized in that the electrolytic manganese dioxide has a volume of at least 0.035 cm 3 /g for pores with pore diameters of between 2 nm and 200 nm and an apparent particle density being at least 3.4 g/cm 3, wherein the apparent density is measured by mercury porosimetry from the amount of mercury with mercury introduced to a high pressure of 414 MPa.
Panel usable to form a sound-proofing and conditioning wall of the modular type for covering walls and/or ceilings and/or floors, said panel (10, 100) being made of wood-based composite material, such as plywood, MDF, chipboard and comprising at least an external surface facing towards the space where the noise is generated, at least a groove open towards the outside and made on said external surface by means of mechanical working such as milling or etching, and an internal surface, opposite said external surface, said at least a groove communicating with a through hole also provided in the thickness of the panel (10, 100), characterized in that said through hole defines an enlargement with respect to the respective groove and open towards said internal surface so as to define a soundproofing chamber, the panel (10, 100) also comprising thermal conditioning means (22; 21, 122) attached to said internal surface, said thermal conditioning means (22; 21, 122) being mainly distributed on said internal surface in a position that is offset with respect to said through holes, said through holes being open on said internal surface of said panel to further attenuate the sound waves passing through said grooves and said through holes, and to allow the conditioned flux of air to move through said grooves and said holes towards the environment, which is thus thermally conditioned also exploiting the convective motions which move from the inside of the panel (10, 100) towards the outside and the environment.
A method of receiving an event notification message of a home device by a mobile terminal in a home network system, the method comprising: transmitting, to a push server, a request for notification on generation of an event in the home device; receiving a push message including information on the home device, in which an event is generated, from a push server; in response to receiving the push message, executing an application of the mobile terminal; and receiving an event notification message from the home device, wherein the information on the home device includes status information of the home device. transmitting, to a push server, a request for notification on generation of an event in the home device; receiving a push message including information on the home device, in which an event is generated, from a push server; in response to receiving the push message, executing an application of the mobile terminal; and receiving an event notification message from the home device, wherein the information on the home device includes status information of the home device.
A computer-implemented method for processing blockchain data, the method being performed by a non-validating node, NVN, of a permissioned blockchain network, the method comprising: receiving transactions issued by a client node communicably coupled to the permissioned blockchain network; sending the transactions to a plurality of validating nodes for validating the transactions and running consensus; receiving one or more blocks generated based on consensus of at least a portion of the transactions by the plurality of validating nodes; encoding the one or more blocks using error correction coding, ECC, to generate one or more encoded blocks; and for each encoded block of the one or more encoded blocks: dividing the encoded block into a plurality of datasets based on a data storage scheme associated with the one or more blocks, wherein the data storage scheme provides assignments of the plurality of datasets to a plurality of non-validating nodes, NVNs, wherein the NVNs do not participate in consensus; and storing at least one of the plurality of datasets based on the assignments provided in the data storage scheme. receiving transactions issued by a client node communicably coupled to the permissioned blockchain network; sending the transactions to a plurality of validating nodes for validating the transactions and running consensus; receiving one or more blocks generated based on consensus of at least a portion of the transactions by the plurality of validating nodes; encoding the one or more blocks using error correction coding, ECC, to generate one or more encoded blocks; and for each encoded block of the one or more encoded blocks: dividing the encoded block into a plurality of datasets based on a data storage scheme associated with the one or more blocks, wherein the data storage scheme provides assignments of the plurality of datasets to a plurality of non-validating nodes, NVNs, wherein the NVNs do not participate in consensus; and storing at least one of the plurality of datasets based on the assignments provided in the data storage scheme. dividing the encoded block into a plurality of datasets based on a data storage scheme associated with the one or more blocks, wherein the data storage scheme provides assignments of the plurality of datasets to a plurality of non-validating nodes, NVNs, wherein the NVNs do not participate in consensus; and storing at least one of the plurality of datasets based on the assignments provided in the data storage scheme.
A method for testing the relay failure of a three-phase grid-connected inverter, a group of relays are arranged for isolation at the output terminals (A, B, C) and the grid terminal of the three-phase grid-connected inverter respectively the method comprising the following steps: Step 1. Sending the same disconnection driving signal to all the relays (S1, S2 and S3) on the three phases (A, B, C) of the power grid; Step 2. Sending continuity signals to a first group of power transistors (Q1, Q3, Q5) of the inverter, and keeping a second group of power transistors (Q2, Q4, Q6) in an off state, or sending continuity signals to the second group of power transistors (Q2, Q4, Q6) of the inverter, and keeping the first group of power transistors (Q1, Q3, Q5) in an off state; wherein, one end of the first group of power transistors (Q1, Q3, Q5) is connected with the positive terminal of the photovoltaic panel, and one end of the second group of power transistors (Q2, Q4, Q6) is connected with the negative terminal of the photovoltaic panel; Step 3. Measuring the average value of voltages (Via, Vib, Vic) of the three-phase output terminals (Ai, Bi, Ci) of the three-phase grid-connected inverter to a zero line within a mains period respectively; Step 4. Judging whether the average value of the voltages (Via, Vib, Vic) at each output terminal of the inverter is greater than the set threshold Vt within a mains period; if it is greater than the set threshold Vt, it is judged that the relay disconnects normally; if the average value at a certain phase is smaller than the set threshold Vt, it is judged that the relay on that phase sticks. Step 1. Sending the same disconnection driving signal to all the relays (S1, S2 and S3) on the three phases (A, B, C) of the power grid; Step 2. Sending continuity signals to a first group of power transistors (Q1, Q3, Q5) of the inverter, and keeping a second group of power transistors (Q2, Q4, Q6) in an off state, or sending continuity signals to the second group of power transistors (Q2, Q4, Q6) of the inverter, and keeping the first group of power transistors (Q1, Q3, Q5) in an off state; wherein, one end of the first group of power transistors (Q1, Q3, Q5) is connected with the positive terminal of the photovoltaic panel, and one end of the second group of power transistors (Q2, Q4, Q6) is connected with the negative terminal of the photovoltaic panel; Step 3. Measuring the average value of voltages (Via, Vib, Vic) of the three-phase output terminals (Ai, Bi, Ci) of the three-phase grid-connected inverter to a zero line within a mains period respectively; Step 4. Judging whether the average value of the voltages (Via, Vib, Vic) at each output terminal of the inverter is greater than the set threshold Vt within a mains period; if it is greater than the set threshold Vt, it is judged that the relay disconnects normally; if the average value at a certain phase is smaller than the set threshold Vt, it is judged that the relay on that phase sticks.
Round baler for agricultural thin-stalked crops with a baling device comprising a bale chamber, for compressing round bales, and a wrapping device downstream of the baling device, for wrapping a round bale with a wrapping material, and a chassis with at least one wheel axle, characterized in that the wrapping device can be shifted by means of an actuator from an operating position into a transport position, wherein the wrapping device has a support frame for accommodating a wrapping arm frame and a wrapping table, wherein the support frame is pivotably mounted about a pivot axle on the baling-device side.
A method of provisioning a backbone Virtual Local Area Network, VLAN, comprising the steps performed on a network management system of: a. obtaining at least one backbone VLAN Identifier, VLAN ID; b. selecting a plurality of backbone VLAN trunks; and c. associating each of the backbone VLAN ID with each one of the plurality of backbone VLAN trunks, by c1. determining a plurality of stackable trunk ports corresponding to the plurality of backbone VLAN trunks; and c2. associating the backbone VLAN ID with each one of the determined plurality of stackable trunk ports; characterized in that the selection and association of the at least one backbone VLAN ID with each one of the selected plurality of backbone VLAN trunks is undertaken irrespective of a one of an in-use and a stand-by designation of each one of the plurality of selected backbone VLAN trunks and each one of the plurality of stackable trunk ports. a. obtaining at least one backbone VLAN Identifier, VLAN ID; b. selecting a plurality of backbone VLAN trunks; and c. associating each of the backbone VLAN ID with each one of the plurality of backbone VLAN trunks, by c1. determining a plurality of stackable trunk ports corresponding to the plurality of backbone VLAN trunks; and c2. associating the backbone VLAN ID with each one of the determined plurality of stackable trunk ports; c1. determining a plurality of stackable trunk ports corresponding to the plurality of backbone VLAN trunks; and c2. associating the backbone VLAN ID with each one of the determined plurality of stackable trunk ports;
A photocurable clear ink composition for inkjet printing which contains a photopolymerizable compound, a photopolymerization initiator, and an inorganic filler of 1 to 200 nm in average grain size being silica and/or aluminum oxide accounting for 0.05 to 5.0 percent by mass in the composition, and whose visible light transmission factor is 30% or higher, wherein an amide group-containing monofunctional monomer and benzyl acrylate are contained as the photopolymerizable compound, by 50 to 75 percent by mass in total quantity in the photocurable clear ink composition for inkjet printing, and wherein the amide group-containing monofunctional monomer is N-vinyl caprolactam and/or acryloyl morpholine.