mhurhangee/ep-ind-claims huggingface dataset:
A control method for a water purifier comprising: Generating purified water by filtering water inflowing through a raw water inlet of a filter unit; Extracting the purified water; Measuring a flow rate of the purified water extracted per unit time; when the extraction of purified water is completed, flushing the filter unit by supplying the purified water generated by the filter unit to the raw water inlet; and draining the flushed water externally through a domestic water outlet of the filter unit, wherein the generation of purified water shuts off a discharge of domestic water generated in the generation of purified water, depending on an accumulated flow rate at the time of one-time extraction of the purified water calculated on the basis of a flow rate of the purified water, in the generation of purified water, the discharge of domestic water is shut-off, when the accumulated flow rate is lower than a predetermined amount, in the generation of purified water, the shut-off of domestic water is released to discharge the domestic water, when the accumulated flow rate is equal to or larger than a predetermined amount. Generating purified water by filtering water inflowing through a raw water inlet of a filter unit; Extracting the purified water; Measuring a flow rate of the purified water extracted per unit time; when the extraction of purified water is completed, flushing the filter unit by supplying the purified water generated by the filter unit to the raw water inlet; and draining the flushed water externally through a domestic water outlet of the filter unit, wherein the generation of purified water shuts off a discharge of domestic water generated in the generation of purified water, depending on an accumulated flow rate at the time of one-time extraction of the purified water calculated on the basis of a flow rate of the purified water, in the generation of purified water, the discharge of domestic water is shut-off, when the accumulated flow rate is lower than a predetermined amount, in the generation of purified water, the shut-off of domestic water is released to discharge the domestic water, when the accumulated flow rate is equal to or larger than a predetermined amount.
A method for automated Security Information and Event Management (SIEM) custom correlation rule generation, comprising: receiving log data from a plurality of endpoints in a network; receiving input data about the network from a user by presenting the user with a series of questions about the network, wherein the input data is received in response to the questions, wherein the input data comprises one or more of: an IP address of a network device; network zone information; and network host information; generating a preliminary visualization of the network based on the log data and the input data; displaying the preliminary visualization to the user; receiving feedback from the user about the preliminary visualization; generating, based on the preliminary visualization and the feedback, a visualization of the network; automatically generating, based on the visualization, one or more SIEM custom correlation rules; receiving event data from the plurality of endpoints; applying the one or more SIEM custom correlation rules to the event data in order to determine whether to trigger one or more actions. receiving log data from a plurality of endpoints in a network; receiving input data about the network from a user by presenting the user with a series of questions about the network, wherein the input data is received in response to the questions, wherein the input data comprises one or more of: an IP address of a network device; network zone information; and network host information; an IP address of a network device; network zone information; and network host information; generating a preliminary visualization of the network based on the log data and the input data; displaying the preliminary visualization to the user; receiving feedback from the user about the preliminary visualization; generating, based on the preliminary visualization and the feedback, a visualization of the network; automatically generating, based on the visualization, one or more SIEM custom correlation rules; receiving event data from the plurality of endpoints; applying the one or more SIEM custom correlation rules to the event data in order to determine whether to trigger one or more actions.
A weight management composition comprising a weight loss agent comprising a mixture of green tea extract, green coffee bean extract and forskolin, and a mitochondria enhancing agent comprising a mixture of beetroot extract, coenzyme Q10, alpha lipoic acid and vitamin E, wherein i) the green tea extract comprises 80% or more of catechins by dry weight, with 50% or more of the catechins being epigallocatechin gallate; the green coffee bean extract comprises 30% or more of chlorogenic acids comprising 3-caffeoylquinic acid, 4-caffeoylquinic acid and/or 5-caffeoylquinic acid by dry weight; and the beetroot extract comprises at least 1.5% nitrates by dry weight; and ii) the composition comprises: 5-50% by dry weight of each of the green tea extract and the green coffee bean extract, 0.05-50% by dry weight forskolin, about 1-50% by dry weight of each of beet root extract, coenzyme Q10 and vitamin E, and 5-50% by dry weight of alpha lipoic acid. i) the green tea extract comprises 80% or more of catechins by dry weight, with 50% or more of the catechins being epigallocatechin gallate; the green coffee bean extract comprises 30% or more of chlorogenic acids comprising 3-caffeoylquinic acid, 4-caffeoylquinic acid and/or 5-caffeoylquinic acid by dry weight; and the beetroot extract comprises at least 1.5% nitrates by dry weight; and ii) the composition comprises: 5-50% by dry weight of each of the green tea extract and the green coffee bean extract, 0.05-50% by dry weight forskolin, about 1-50% by dry weight of each of beet root extract, coenzyme Q10 and vitamin E, and 5-50% by dry weight of alpha lipoic acid.
A computer-implemented method of adding a program module to an installed program code comprising - providing a data object having an interface for importation of data into and exportation of data out of the data object, the data object further comprising the program module, a switch identifier and a specification of a call to be Inserted into the Installed code, - inserting the call as specified by the specification of the data object into the installed program code, - receiving a setting for the switch from a user and storing the setting in a database table, wherein upon execution of the installed program code the data object Is called by execution of the call that has been inserted Into the installed program code, wherein the setting of the switch is retrieved from the database table using the switch identifier of the data object as an access key, in case the switch setting indicates a first logical state of the switch, exporting the unmodified data, in case the switch setting indicates a second logical state, executing the program module for processing of the imported data, and exporting of the processed data via the Interface, the method further comprising updating of the installed program code after the program module has been added by providing an update for the installed program code, the update comprising the call as specified by the specification of the data object, and Installing the update whereby the call that had been inserted into the installed program code is overwritten by the same call comprised In the update without affecting the setting of the switch stored in the storage means. - providing a data object having an interface for importation of data into and exportation of data out of the data object, the data object further comprising the program module, a switch identifier and a specification of a call to be Inserted into the Installed code, - inserting the call as specified by the specification of the data object into the installed program code, - receiving a setting for the switch from a user and storing the setting in a database table,
An electrolytic cell monitoring system, comprising: an electrolytic cell with anodes and cathodes alternately arranged with respect to one another and immersed in an aqueous electrolyte within the electrolytic cell, a first electronic device electrically attached to current rails of the electrolytic cell, and powered using electrical potential imposed across the current rails of the electrolytic cell, the first electronic device in communication with one or more sensors that monitor respective one or more properties of the electrolytic cell, a rechargeable battery to power the first electronic device when the electrical potential imposed across the current rails of the electrolytic cell is insufficient to power the first electronic device, and a second electronic device in wireless communication with said first electronic device for receiving data signals from said first electronic device, said first electronic device and said second electronic device being physically remote from one another, wherein said first electronic device includes a voltage booster which is operable to boost the electrical potential imposed across said current rails of the electrolytic cell to provide a voltage level sufficient to power said first electronic device. an electrolytic cell with anodes and cathodes alternately arranged with respect to one another and immersed in an aqueous electrolyte within the electrolytic cell, a first electronic device electrically attached to current rails of the electrolytic cell, and powered using electrical potential imposed across the current rails of the electrolytic cell, the first electronic device in communication with one or more sensors that monitor respective one or more properties of the electrolytic cell, a rechargeable battery to power the first electronic device when the electrical potential imposed across the current rails of the electrolytic cell is insufficient to power the first electronic device, and a second electronic device in wireless communication with said first electronic device for receiving data signals from said first electronic device, said first electronic device and said second electronic device being physically remote from one another,
A mounting assembly for a food waste disposer, comprising: a lower mounting flange having mounting tabs that engage with corresponding mounting ramps of an upper mounting flange; and the lower mounting flange including mis-installation prevention features (301, 302, 502, 504, 508) wherein if all the mounting tabs are not properly engaged with the corresponding mounting ramps of the upper mounting flange, at least one of the mis-installation prevention features (302, 502, 504, 508) will interfere with one of the mounting ramps and prevent the lower mounting flange from being rotated. a lower mounting flange having mounting tabs that engage with corresponding mounting ramps of an upper mounting flange; and the lower mounting flange including mis-installation prevention features (301, 302, 502, 504, 508) wherein if all the mounting tabs are not properly engaged with the corresponding mounting ramps of the upper mounting flange, at least one of the mis-installation prevention features (302, 502, 504, 508) will interfere with one of the mounting ramps and prevent the lower mounting flange from being rotated.
A method of making a stretch laminate, the method comprising the steps of: providing a nipping member, the nipping member comprising a first nip region and a non-nip region disposed adjacent to the first nip region; providing a first substrate web to the nipping member; providing an elastic element to the nipping member, joining the first substrate and the elastic film in a face to face relationship with adhesive therebetween, thereby creating an intermediate laminate, characterized in that the intermediate laminate comprises a first tack down region and an activation region adjacent to the first tack down region, and wherein a portion of the first tack down region passes through the first nip region and a portion of the activation region passes through the non-nip region; and mechanically activating the activation region of the intermediate laminate by passing it between a first activation roll and a second activation roll, each having a plurality of teeth, whereby said teeth of said first roll intermesh with said teeth of said second roll, thereby creating the stretch laminate. providing a nipping member, the nipping member comprising a first nip region and a non-nip region disposed adjacent to the first nip region; providing a first substrate web to the nipping member; providing an elastic element to the nipping member, joining the first substrate and the elastic film in a face to face relationship with adhesive therebetween, thereby creating an intermediate laminate, characterized in that the intermediate laminate comprises a first tack down region and an activation region adjacent to the first tack down region, and wherein a portion of the first tack down region passes through the first nip region and a portion of the activation region passes through the non-nip region; and mechanically activating the activation region of the intermediate laminate by passing it between a first activation roll and a second activation roll, each having a plurality of teeth, whereby said teeth of said first roll intermesh with said teeth of said second roll, thereby creating the stretch laminate.
A polymer composition comprising ethylene homopolymers and/or copolymers of ethylene with C 3 - C 8 -alpha-olefins which polymer composition has a density of from 0.940 to 0.949 g/cm 3, a melt index (HLMI) according to DIN EN ISO 1133:2005, condition G at 190°C and 21.6 kg, of from 3 to 7 g/10 min. and a Hostalen Long Chain Branching Index (HLCBI) of from 3 to 8, and which polymer composition is produced by polymerisation with one or more Ziegler catalysts in a series of at least two polymerization reactors.
Method for identifying the presence or absence of a lactic acid bacterial strain comprising a uniquely located IS element in a dairy product, the method comprising: (a) obtaining a nucleic acid sample from a dairy product, (b) providing a primer pair specific for a region of said uniquely located IS element and a region of a nucleic acid sequence adjacent to said uniquely located IS element, (c) performing a PCR amplification reaction with said primer pair of step (b) under conditions suitable to produce an amplification product when said uniquely located IS element is present in said nucleic acid sample, and (d) identifying the presence or absence of a lactic acid bacterial strain by detecting the presence or absence of said amplification product, wherein said lactic acid bacterial strain is the Pediococcus strain Pediococcus acidilactici represented by the isolate deposited on Sep. 25, 2009 with the Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH (DSMZ) under accession number DSM 22981, and wherein the primer pair specific for a region of said uniquely located IS element and a region of a nucleic acid sequence adjacent to said uniquely located IS element comprises a first primer of SEQ ID NO: 1 and a second primer of SEQ ID NO: 2. (a) obtaining a nucleic acid sample from a dairy product, (b) providing a primer pair specific for a region of said uniquely located IS element and a region of a nucleic acid sequence adjacent to said uniquely located IS element, (c) performing a PCR amplification reaction with said primer pair of step (b) under conditions suitable to produce an amplification product when said uniquely located IS element is present in said nucleic acid sample, and (d) identifying the presence or absence of a lactic acid bacterial strain by detecting the presence or absence of said amplification product, wherein said lactic acid bacterial strain is the Pediococcus strain Pediococcus acidilactici represented by the isolate deposited on Sep. 25, 2009 with the Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH (DSMZ) under accession number DSM 22981, and wherein the primer pair specific for a region of said uniquely located IS element and a region of a nucleic acid sequence adjacent to said uniquely located IS element comprises a first primer of SEQ ID NO: 1 and a second primer of SEQ ID NO: 2.
A wireless communication method performed by a station, STA, multi-link device, MLD, comprising: updating first mapping information, wherein the first mapping information is traffic identifier, TID, to link mapping information at the STA MLD, wherein the TID to link mapping information is TID-to-uplink mapping information; generating a first indication message; and transmitting the first indication message to an access point, AP, MLD, characterized in that the first indication message is configured to indicate that the AP MLD does not need to respond to the STA MLD for the first indication message, and the first indication message comprises updated first mapping information. updating first mapping information, wherein the first mapping information is traffic identifier, TID, to link mapping information at the STA MLD, wherein the TID to link mapping information is TID-to-uplink mapping information; generating a first indication message; and transmitting the first indication message to an access point, AP, MLD, characterized in that the first indication message is configured to indicate that the AP MLD does not need to respond to the STA MLD for the first indication message, and the first indication message comprises updated first mapping information.
A sound-insulation material for a vehicle, having a multilayer structure, the material comprising: a core layer having tubular cells, the tubular cells being arranged in a plurality of rows; a soft layer provided on one surface of the core layer, the soft layer being softer than the core layer; a skin layer provided on the other surface of the core layer, the skin layer being a surface on a vehicle interior side of the sound-insulation material for a vehicle; optionally, an additional layer provided between the core layer and the soft layer; and optionally, a second additional layer provided between the film layer and the soft layer, the second additional layer having a static spring constant Ks smaller than a static spring constant Ks of the soft layer, the additional layer and the second additional layer being a film layer or a fiber layer, wherein a ratio of a dynamic spring constant Kd to a static spring constant Ks, of a structure consisting of the core layer, the soft layer, optionally the additional layer, and optionally the second additional layer is 0 < Kd/Ks ≤ 1.5. a core layer having tubular cells, the tubular cells being arranged in a plurality of rows; a soft layer provided on one surface of the core layer, the soft layer being softer than the core layer; a skin layer provided on the other surface of the core layer, the skin layer being a surface on a vehicle interior side of the sound-insulation material for a vehicle; optionally, an additional layer provided between the core layer and the soft layer; and optionally, a second additional layer provided between the film layer and the soft layer, the second additional layer having a static spring constant Ks smaller than a static spring constant Ks of the soft layer, the additional layer and the second additional layer being a film layer or a fiber layer, wherein a ratio of a dynamic spring constant Kd to a static spring constant Ks, of a structure consisting of the core layer, the soft layer, optionally the additional layer, and optionally the second additional layer is 0 < Kd/Ks ≤ 1.5.
Concrete screw having a screw head and a shank which extends along a longitudinal axis from the screw head to an insertion end, wherein on the shank there is formed a threaded portion, with a core and a thread running helically around the core, and wherein the threaded portion comprises a tapping portion for tapping into a mineral anchoring substrate and a load-bearing portion arranged between the tapping portion and the screw head, the diameter (D 10) of the tapping portion being a maximum of 5 % larger than the diameter (D 11) of the load-bearing portion, wherein the ratio of the diameter (D 10) of the thread in the tapping portion to the diameter (D 8) of the core in the tapping portion is from 1.20 to 1.45, and wherein the ratio of the diameter (D 10) of the thread in the tapping portion to the pitch (p) of the thread in the tapping portion is from 1.30 to 1.50, characterised in that the concrete screw, both in the tapping portion and in the load-bearing portion, has a constant diameter (D 10, D 11), with the diameter (D 10) of the tapping portion being larger than the diameter (D 11) of the load-bearing portion, and the thread, in relation to the lateral surface of a test cylinder surrounding the core, has in the tapping portion a width (B 10), measured in the direction of the longitudinal axis, that is constant in the tapping portion and is at least 10 % larger than its width (B 11) in the load-bearing portion, the width (B 11) in the load-bearing portion likewise being constant, and the diameter (D 14) of the test cylinder being the same as the nominal diameter of the concrete screw.
A method performed by a transmitter in a wireless communication system, the method comprising: generating a service data access protocol, SDAP, control protocol data unit, PDU; in case that an integrity protection is configured, calculating a message authentication code-integrity, MAC-I, based on the SDAP control PDU; concatenating (2220, 2235) the MAC-I, the SDAP control PDU, and a packet data convergence protocol, PDCP, header to obtain a PDCP PDU; and delivering, to a lower layer the PDCP PDU, wherein the SDAP control PDU comprises a QoS flow ID, QFI, and indicates that a mapping relationship between a QoS flow indicated by the QFI and a data radio bearer, DRB, for transmitting the SDAP control PDU ends, and wherein a ciphering is not applied to the SDAP control PDU, and a header compression is not performed for the SDAP control PDU. generating a service data access protocol, SDAP, control protocol data unit, PDU; in case that an integrity protection is configured, calculating a message authentication code-integrity, MAC-I, based on the SDAP control PDU; concatenating (2220, 2235) the MAC-I, the SDAP control PDU, and a packet data convergence protocol, PDCP, header to obtain a PDCP PDU; and delivering, to a lower layer the PDCP PDU, wherein the SDAP control PDU comprises a QoS flow ID, QFI, and indicates that a mapping relationship between a QoS flow indicated by the QFI and a data radio bearer, DRB, for transmitting the SDAP control PDU ends, and wherein a ciphering is not applied to the SDAP control PDU, and a header compression is not performed for the SDAP control PDU.