mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for forming an assembly able to be packaged inside a packet for smoking articles and comprising an organized group of smoking articles, an accessory element and a reinforcement element, wherein the apparatus comprises: - a forming conveyor provided with a plurality of forming pockets, each forming pocket being configured to receive said assembly, - a feed member configured to feed said accessory element into said pockets, - a thrust member configured to introduce the organized group of smoking articles inside said pocket, characterized in that said feed member is also configured to feed said reinforcement element inside said pockets according to a configuration whereby said accessory element and said reinforcement element are partly overlapping each other, and in that it also comprises a counter-thrust member configured in such a way as to move said accessory element outside said pocket while said reinforcement element remains inside said pocket, in order to ensure that said accessory element is associated with said organized group of smoking articles before the latter is associated with the reinforcement element inside the forming pocket, said thrust member and said counter-thrust member being mobile in a reciprocally coordinated manner in order to accompany said accessory element together with said organized group of smoking articles toward said reinforcement element located inside said pocket. - a forming conveyor provided with a plurality of forming pockets, each forming pocket being configured to receive said assembly, - a feed member configured to feed said accessory element into said pockets, - a thrust member configured to introduce the organized group of smoking articles inside said pocket, characterized in that said feed member is also configured to feed said reinforcement element inside said pockets according to a configuration whereby said accessory element and said reinforcement element are partly overlapping each other, and in that it also comprises a counter-thrust member configured in such a way as to move said accessory element outside said pocket while said reinforcement element remains inside said pocket, in order to ensure that said accessory element is associated with said organized group of smoking articles before the latter is associated with the reinforcement element inside the forming pocket, said thrust member and said counter-thrust member being mobile in a reciprocally coordinated manner in order to accompany said accessory element together with said organized group of smoking articles toward said reinforcement element located inside said pocket.
Wound care article, comprising at least one surface having abrasive properties, which is embodied such that the wound care article is suitable, in case of relative movement of the same with respect to a wound, to a) break up biofilms arranged in the wound, and/or b) excite wound exudation; characterized in that the at least one surface with abrasive properties has microfibers which are or can be arranged substantially at an incline or perpendicular to the wound surface, where the microfibers can come in direct contact with the wound and the liquid absorbing portion is arranged in a second layer. a) break up biofilms arranged in the wound, and/or b) excite wound exudation;
A wireless communication control method of controlling a plurality of base stations in a wireless communication system in which the plurality of base stations cover a target area with radio waves of a first radio wave strength or stronger, the wireless communication control method causing a computer to execute: a step of acquiring a relative positional relationship of the plurality of base stations; a step of identifying a base station, located in a neighborhood of a boundary of the target area, based on the relative positional relationship of the plurality of base stations; and a step of lowering transmission power of radio waves of a base station other than the identified base station among the plurality of base stations, wherein the target area is made up of a plurality of coverage areas covered with radio waves in a predetermined frequency band transmitted by each of the plurality of base stations, coverage areas of at least two adjacent base stations among the plurality of coverage areas are covered with radio waves of an identical frequency included in the predetermined frequency band,and the wireless communication control method further causes the computerto execute a step of deciding on a frequency to be set for each of the plurality of base stations based on a sum of planar dimensions of areas in which the coverage areas covered with radio waves of the identical frequency overlap, and resetting the frequency for each of the plurality of base stations. a step of acquiring a relative positional relationship of the plurality of base stations; a step of identifying a base station, located in a neighborhood of a boundary of the target area, based on the relative positional relationship of the plurality of base stations; and a step of lowering transmission power of radio waves of a base station other than the identified base station among the plurality of base stations, wherein the target area is made up of a plurality of coverage areas covered with radio waves in a predetermined frequency band transmitted by each of the plurality of base stations, coverage areas of at least two adjacent base stations among the plurality of coverage areas are covered with radio waves of an identical frequency included in the predetermined frequency band,and the wireless communication control method further causes the computerto execute a step of deciding on a frequency to be set for each of the plurality of base stations based on a sum of planar dimensions of areas in which the coverage areas covered with radio waves of the identical frequency overlap, and resetting the frequency for each of the plurality of base stations.
A lawn mower comprising: a power assembly; a cutting blade that is configured to be driven by the power assembly; and a cover, wherein the cover comprises a main body, a rear cover pivotally connected to the rear of the main body, and a partition portion dividing the main body into a cutting cavity and a grass-collecting cavity, the partition portion comprising a baffle, and the rear cover is selectively pivotable between an open position and a closed position, and characterized in that the baffle is configured to be driven by the rear cover. a power assembly; a cutting blade that is configured to be driven by the power assembly; and a cover, wherein the cover comprises a main body, a rear cover pivotally connected to the rear of the main body, and a partition portion dividing the main body into a cutting cavity and a grass-collecting cavity, the partition portion comprising a baffle, and the rear cover is selectively pivotable between an open position and a closed position, and characterized in that the baffle is configured to be driven by the rear cover.
A cold-rolled steel sheet comprising: by mass percent, 0.0040% or less of C, 0.02% or less of Si, 0.14% to 0.25% of Mn, 0.020% or less of P, 0.015% or less of S, 0.0040% or less of N, 0.020% to 0.070% of Al, 0.005% or more and less than 0.020% of Nb, Ti in a content satisfying formula or formula, B in a content satisfying formula or formula, and the balance composed of Fe and inevitable impurities, wherein the cold-rolled steel sheet is mainly composed of a polygonal ferrite structure (80% or more in terms of the cross-sectional area ratio), the average grain size of the polygonal ferrite structure is 12.0 μm or less, and planar anisotropy Δr of the r value satisfies the relationship -0.20 ≤ Δr ≤ 0.20; in the case of N - (14/48)Ti > 0, 0.0003 ≤ B − 11 / 14 N − 14 / 48 Ti ≤ 0.0010 in the case of N - (14/48)Ti ≤ 0, 0.0003 ≤ B ≤ 0.0010 (a) in the case of C/12 - Nb/93 ≤ 0, 0.005 ≤ Ti ≤ 0.020 (b) in the case of C/12 - Nb/93 > 0, 48 × C / 12 + N / 14 − Nb / 93 ≤ Ti ≤ 0.020 wherein each of the symbols of elements in formulae to represents the content (mass percent) of the element, with the proviso that the cold-rolled steel sheet does not simultaneously satisfy condition - and condition (a). 0.0040% or less of C, 0.02% or less of Si, 0.14% to 0.25% of Mn, 0.020% or less of P, 0.015% or less of S, 0.0040% or less of N, 0.020% to 0.070% of Al, 0.005% or more and less than 0.020% of Nb, Ti in a content satisfying formula or formula, B in a content satisfying formula or formula, and the balance composed of Fe and inevitable impurities, wherein the cold-rolled steel sheet is mainly composed of a polygonal ferrite structure (80% or more in terms of the cross-sectional area ratio), the average grain size of the polygonal ferrite structure is 12.0 μm or less, and planar anisotropy Δr of the r value satisfies the relationship -0.20 ≤ Δr ≤ 0.20; in the case of N - (14/48)Ti > 0, 0.0003 ≤ B − 11 / 14 N − 14 / 48 Ti ≤ 0.0010 in the case of N - (14/48)Ti ≤ 0, 0.0003 ≤ B ≤ 0.0010 (a) in the case of C/12 - Nb/93 ≤ 0, 0.005 ≤ Ti ≤ 0.020 (b) in the case of C/12 - Nb/93 > 0, 48 × C / 12 + N / 14 − Nb / 93 ≤ Ti ≤ 0.020 in the case of N - (14/48)Ti > 0, 0.0003 ≤ B − 11 / 14 N − 14 / 48 Ti ≤ 0.0010 in the case of N - (14/48)Ti ≤ 0, 0.0003 ≤ B ≤ 0.0010 (a) in the case of C/12 - Nb/93 ≤ 0, 0.005 ≤ Ti ≤ 0.020 (b) in the case of C/12 - Nb/93 > 0, 48 × C / 12 + N / 14 − Nb / 93 ≤ Ti ≤ 0.020 (a) in the case of C/12 - Nb/93 ≤ 0, 0.005 ≤ Ti ≤ 0.020 (b) in the case of C/12 - Nb/93 > 0, 48 × C / 12 + N / 14 − Nb / 93 ≤ Ti ≤ 0.020 wherein each of the symbols of elements in formulae to represents the content (mass percent) of the element, with the proviso that the cold-rolled steel sheet does not simultaneously satisfy condition - and condition (a).
A porous particle comprising a polymer that provides a continuous solid phase including an external particle surface, and at least first and second discrete pores that are isolated from each other and dispersed within the continuous phase, and further comprising a first marker material that is only present in the first discrete pores, and a detectably different second marker material that is only present in the second discrete pores, and the porous particle also comprising first and second discrete pore stabilizing hydrocolloids within the volume of the first and second discrete pores, respectively, which first and second discrete pore stabilizing hydrocolloids can be the same or different chemicals or the same or different mixtures of chemicals, and are independently selected from the group consisting of a cellulose derivative, a gelatin or gelatin derivative, a protein or protein derivative, a hydrophilic synthetic polymer, a water-soluble microgel, and a polyelectrolyte.
A controller for establishing safe operation of an atomic emission spectrometer to analyse a sample arranged on a sample holder of the AES, the controller configured to: receive a measurement of each of two or more test parameters indicative of the arrangement of the sample on the sample holder, wherein the two or more test parameters are at least two different types of test parameter, wherein each of the two or more different types of test parameter is selected from the group consisting of: an electrical parameter dependent on the current between a first and a second terminal at the sample holder; a gas pressure in a gas chamber housing an electrode of the AES; a displacement of a portion of the sample holder; compare each of the two or more test parameters to a range of target values for each test parameter to determine if the sample is arranged correctly on the sample holder; and disable an electrode of the AES if one or more of the two or more test parameters is not within the range of target values for that test parameter. receive a measurement of each of two or more test parameters indicative of the arrangement of the sample on the sample holder, wherein the two or more test parameters are at least two different types of test parameter, wherein each of the two or more different types of test parameter is selected from the group consisting of: an electrical parameter dependent on the current between a first and a second terminal at the sample holder; a gas pressure in a gas chamber housing an electrode of the AES; a displacement of a portion of the sample holder; an electrical parameter dependent on the current between a first and a second terminal at the sample holder; a gas pressure in a gas chamber housing an electrode of the AES; a displacement of a portion of the sample holder; compare each of the two or more test parameters to a range of target values for each test parameter to determine if the sample is arranged correctly on the sample holder; and disable an electrode of the AES if one or more of the two or more test parameters is not within the range of target values for that test parameter.
An evacuation device comprising: an elongate body having a proximal end and a distal end, wherein the elongate body comprises one or more lumens, wherein the one or more lumens comprises an evacuation lumen extending along at least part of the length of the elongated body, and wherein the elongate body comprises a distal opening in fluid communication with the evacuation lumen at or near the distal end of the elongate body; a visualization element located at or near the distal end of the elongate body for transmitting images received from inside of a patient; and an obturator configured to be removably inserted in the evacuation lumen and close off the distal opening. an elongate body having a proximal end and a distal end, wherein the elongate body comprises one or more lumens, wherein the one or more lumens comprises an evacuation lumen extending along at least part of the length of the elongated body, and wherein the elongate body comprises a distal opening in fluid communication with the evacuation lumen at or near the distal end of the elongate body; a visualization element located at or near the distal end of the elongate body for transmitting images received from inside of a patient; and an obturator configured to be removably inserted in the evacuation lumen and close off the distal opening.
At a first station of a wireless network, a communication method comprising the steps of: receiving from a second station of the wireless network an incoming solicitation message that identifies a first traffic flow handled by the second station as a candidate for rerouting; and evaluating whether rerouting of the first traffic flow (f2,f2') through the first station for being handled using one or more multi-tier signals representing a superposition of two or more independent, decodable constituent signals is capable of increasing data throughput for the first traffic flow without decreasing one or more data throughputs for respective one or more other traffic flows presently handled by the first station; transmitting to the second station an offer to reroute the first traffic flow through the first station, wherein the offer provides specifics comprising at least a suggested rate of the rerouting, wherein the first station has derived said specifics from said evaluation; and upon acceptance by the second station of said offer, receiving for handling the first traffic flow. receiving from a second station of the wireless network an incoming solicitation message that identifies a first traffic flow handled by the second station as a candidate for rerouting; and evaluating whether rerouting of the first traffic flow (f2,f2') through the first station for being handled using one or more multi-tier signals representing a superposition of two or more independent, decodable constituent signals is capable of increasing data throughput for the first traffic flow without decreasing one or more data throughputs for respective one or more other traffic flows presently handled by the first station;
A composition for use in the treatment of cough consisting of: cane sugar, honey, deionized water, lemon juice, lyophilised Plantago lanceolata extract, lyophilised Thymus sp extract, natural orange flavour, natural lemon flavour, natural peach flavour, xanthan gum, or of cane sugar, honey, deionized water, lemon juice, lyophilised Plantago lanceolata extract, lyophilised Thymus sp extract, Sambucus nigra juice, natural strawberry flavour, natural blackberry flavour, xanthan gum; wherein said composition is in the form of syrup. cane sugar, honey, deionized water, lemon juice, lyophilised Plantago lanceolata extract, lyophilised Thymus sp extract, natural orange flavour, natural lemon flavour, natural peach flavour, xanthan gum, or of cane sugar, honey, deionized water, lemon juice, lyophilised Plantago lanceolata extract, lyophilised Thymus sp extract, Sambucus nigra juice, natural strawberry flavour, natural blackberry flavour, xanthan gum; wherein said composition is in the form of syrup.
Bus lighting system, having several building technology bus users (B1-B12) in form of bus-compatible building technology operating devices for lighting means, wherein: - at least one bus-compatible building technology operating device for lighting means has an interface; characterized in that - the interface has a first connection, a second connection, and a switch inserted between the first connection and the second connection; - the interface is designed to selectively, by switching the switch, interrupt a bus wiring for creating a ring topology or to continuously loop through for creating a bus topology; - the building technology bus users (B1-B12) are connected with one another and/or with a central unit via a bus line; - the bus line comprises the bus wiring; - the topology of the bus line is switchable so that the topology of the bus line is optionally the ring topology or the bus topology; and - the bus lighting system is equipped to carry out the following steps: a.) Arranging the bus lighting system in a ring topology by selectively interrupting the bus wiring in the interface by a first switching of the switch, b.) Assigning an address to a first bus user, c.) Looping the bus line through the first bus user by selective continuous looping through of the bus wiring in the interface by a second switching of the switch, d.) Assigning an address to the bus user following the first bus user. - at least one bus-compatible building technology operating device for lighting means has an interface; - the interface has a first connection, a second connection, and a switch inserted between the first connection and the second connection; - the interface is designed to selectively, by switching the switch, interrupt a bus wiring for creating a ring topology or to continuously loop through for creating a bus topology; - the building technology bus users (B1-B12) are connected with one another and/or with a central unit via a bus line; - the bus line comprises the bus wiring; - the topology of the bus line is switchable so that the topology of the bus line is optionally the ring topology or the bus topology; and - the bus lighting system is equipped to carry out the following steps: a.) Arranging the bus lighting system in a ring topology by selectively interrupting the bus wiring in the interface by a first switching of the switch, b.) Assigning an address to a first bus user, c.) Looping the bus line through the first bus user by selective continuous looping through of the bus wiring in the interface by a second switching of the switch, d.) Assigning an address to the bus user following the first bus user. a.) Arranging the bus lighting system in a ring topology by selectively interrupting the bus wiring in the interface by a first switching of the switch, b.) Assigning an address to a first bus user, c.) Looping the bus line through the first bus user by selective continuous looping through of the bus wiring in the interface by a second switching of the switch, d.) Assigning an address to the bus user following the first bus user.
A fluid sprayer comprises: a fluid source; a spray tip having a fluid outlet aperture; a pump disposed to pump fluid from the fluid source out the fluid outlet aperture; and an outlet check valve assembly disposed between the pump and the spray tip, the outlet check valve assembly comprising a sealing element, a seat aligned to receive the sealing element, and a polymer housing overmolded about the seat; characterized in that the seat is formed of tungsten carbide. a fluid source; a spray tip having a fluid outlet aperture; a pump disposed to pump fluid from the fluid source out the fluid outlet aperture; and an outlet check valve assembly disposed between the pump and the spray tip, the outlet check valve assembly comprising a sealing element, a seat aligned to receive the sealing element, and a polymer housing overmolded about the seat; characterized in that the seat is formed of tungsten carbide.
Member for dispensing a fluid product, comprising: - a pump, - a push-button to actuate the pump, - a dispensing nozzle housed in the push-button, - a shutter of the nozzle housed in the push-button, and - a first magnet capable of moving the shutter in the direction of the nozzle, characterised in that the dispensing member further comprises: - a second magnet capable of moving the shutter in the opposite direction to the nozzle, the first and second magnets being movably mounted relative to the shutter, and - a third magnet rigidly attached to the shutter. - a pump, - a push-button to actuate the pump, - a dispensing nozzle housed in the push-button, - a shutter of the nozzle housed in the push-button, and - a first magnet capable of moving the shutter in the direction of the nozzle, - a second magnet capable of moving the shutter in the opposite direction to the nozzle, the first and second magnets being movably mounted relative to the shutter, and - a third magnet rigidly attached to the shutter.