mhurhangee/patent-ind-claim-en huggingface dataset:
A zeolite for use in treating or preventing mesothelioma, asbestosis or asbestos-related lung cancer in a subject, wherein the zeolite is selected from the group consisting of: amicite, analcime, barrerite, bellbergite, bikitaite, boggsite, brewsterite, chabazite, clinoptilolite, cowlesite, dachiardite, direnzoite, edingtonite, epistilbite, faujasite, florkeite, ferrierite, garronite, gismondine, gmelinite, gobbinsite, gonnardite, goosecreekite, harmotome, herschelite, heulandite, laumontite, leucite, kalborsite, levyne, maricopaite, mazzite, merlinoite, mesolite, montesommaite, mordenite, mutinaite, natrolite, offretite, paranatrolite, paulingite, pentasil, perlialite, phillipsite, pollucite, scolecite, stellerite, stilbite, svetlozarite, tetranatrolite, thomsonite, terranovaite, tschernichite, tschortnerite, wairakite, wenkite, wellsite, willhendersonite, yugawaralite including any and all combinations thereof, preferably clinoptilolite and chabizite.
Thermoplastic moulding composition consisting of (A) 51 to 69.9 wt% of polyamide elastomer, selected from the group consisting of: polyetheramide, polyetheresteramide, or a mixture thereof, having hard segments selected from the group consisting of: PA6, PA66, PA6/66, PA610, PA612, PA614, PA616 or a combination thereof, and having soft segments in the form of OH- or NH 2 -functionalized polyether segments; (B) 15 to 38 wt% of ethylene-α-olefin copolymer, where the α-olefin is selected from the group consisting of: but-1-ene, pent-1-ene, hex-1-ene, hept-1-ene and oct-1-ene or a combination thereof, and the ethylene-α-olefin copolymer is grafted with at least one system selected from the group consisting of: acrylic acid, methacrylic acid, maleic anhydride, where the degree of grafting is 0.8 to 2.0 wt% based on the grafted ethylene-α-olefin copolymer; (C) 3 to 25 wt% of polyamide selected from the group consisting of: PA6, PA66, PA6/66, PA610, PA612, PA614, PA616, PA6/610, PA66/610 or mixtures thereof; (D) 0.1 to 2.0 wt% of heat stabilizers based on copper and/or iodide, lanthanoid compounds, organic stabilizers or a mixture thereof; (E) 0 to 5.0 wt% of additives, different from (A) to (D); where the sum of (A) to (E) makes 100 wt% of the total moulding composition and with the proviso that the sum of (B) and (C) is in the range from 30 to 48 wt% based on the total moulding composition. (A) 51 to 69.9 wt% of polyamide elastomer, selected from the group consisting of: polyetheramide, polyetheresteramide, or a mixture thereof, having hard segments selected from the group consisting of: PA6, PA66, PA6/66, PA610, PA612, PA614, PA616 or a combination thereof, and having soft segments in the form of OH- or NH 2 -functionalized polyether segments; (B) 15 to 38 wt% of ethylene-α-olefin copolymer, where the α-olefin is selected from the group consisting of: but-1-ene, pent-1-ene, hex-1-ene, hept-1-ene and oct-1-ene or a combination thereof, and the ethylene-α-olefin copolymer is grafted with at least one system selected from the group consisting of: acrylic acid, methacrylic acid, maleic anhydride, where the degree of grafting is 0.8 to 2.0 wt% based on the grafted ethylene-α-olefin copolymer; (C) 3 to 25 wt% of polyamide selected from the group consisting of: PA6, PA66, PA6/66, PA610, PA612, PA614, PA616, PA6/610, PA66/610 or mixtures thereof; (D) 0.1 to 2.0 wt% of heat stabilizers based on copper and/or iodide, lanthanoid compounds, organic stabilizers or a mixture thereof; (E) 0 to 5.0 wt% of additives, different from (A) to (D); where the sum of (A) to (E) makes 100 wt% of the total moulding composition and with the proviso that the sum of (B) and (C) is in the range from 30 to 48 wt% based on the total moulding composition.
Iron comprising a case provided with a base located in a rear part of the case and on which the iron can rest during inactive ironing phases, an internal tank , a filling orifice , fluidically connected to the internal tank and leading into a front surface of the case of the iron, a filling section movable between a closed position in which the filling section covers the filling orifice and an open position in which the filling section releases at least partially the filling orifice , a seal comprising a mounting part fixed to the filling section and a sealing part which is configured to block, in a sealed manner, the filling orifice when the filling section is in the closed position, and a vent provided on the filling section, the vent leading to the outside of the iron and being fluidically connected to the internal tank when the filling section is in the closed position, characterised in that the seal comprises a barrier part which extends into the internal tank when the filling section is in the closed position, and an aeration orifice which is fluidically connected to the vent and which leads into the internal tank when the filling section is in the closed position, the barrier part and the aeration orifice being configured so as to prevent a liquid flow from the internal tank and through the vent when the filling section is in the closed position and the iron rests on the base .
A turbomachine modification apparatus for modifying a static seal or shroud of a turbomachine , comprising: a machining device ; a machining device mount attached to the machining device, a blade mount configured to be attached to one or more turbomachine blades , the blade mount attached to the machining device mount, characterized by the machining device mount configured to radially and axially adjust a position of the machining device; the blade mount further comprising: an aft plate and a forward plate , the aft plate configured to be placed on an aft side of the turbomachine blades and the forward plate configured to be placed on a forward side of the turbomachine blades; and each of the aft plate and the forward plate comprising grooves generally conforming to a profile of the turbomachine blades. a machining device ; a machining device mount attached to the machining device, a blade mount configured to be attached to one or more turbomachine blades , the blade mount attached to the machining device mount, characterized by the machining device mount configured to radially and axially adjust a position of the machining device; the blade mount further comprising: an aft plate and a forward plate , the aft plate configured to be placed on an aft side of the turbomachine blades and the forward plate configured to be placed on a forward side of the turbomachine blades; and each of the aft plate and the forward plate comprising grooves generally conforming to a profile of the turbomachine blades. an aft plate and a forward plate , the aft plate configured to be placed on an aft side of the turbomachine blades and the forward plate configured to be placed on a forward side of the turbomachine blades; and each of the aft plate and the forward plate comprising grooves generally conforming to a profile of the turbomachine blades.
A method for optimizing access points, APs, within a network, the method comprising: receiving , at a first AP , parameters corresponding to a second AP ; determining that the first AP and the second AP are part of a first and a second wireless local area network, WLAN, respectively, wherein the first and second WLANs support client credential sharing allowing seamlessly transitioning of a client device between the first and second WLANs; detecting co-channel interference between the first AP and the second AP based on the parameters corresponding to the second AP and parameters corresponding to the first AP; and changing at least one of a channel and transmission power of one or more of the first AP and the second AP in response to the detection of the co-channel interference. receiving , at a first AP , parameters corresponding to a second AP ; determining that the first AP and the second AP are part of a first and a second wireless local area network, WLAN, respectively, wherein the first and second WLANs support client credential sharing allowing seamlessly transitioning of a client device between the first and second WLANs; detecting co-channel interference between the first AP and the second AP based on the parameters corresponding to the second AP and parameters corresponding to the first AP; and changing at least one of a channel and transmission power of one or more of the first AP and the second AP in response to the detection of the co-channel interference.
A heat-not-burn cigarette filter comprising a first portion and a second portion which are connected with each other, the first portion being a filter rod , the second portion comprising at least one hollow portion and at least one cooling portion , the cooling portion comprising at least one through hole , which has a cavity and is used as a passage, and the hollow portion having a middle part in a through cavity structure which has a diameter greater than a diameter of the through hole , such that a cross section area of the cavity structure of the hollow portion is greater than a cross section area of the through hole . , characterised in that the hollow portion and the cooling portion are in a one-piece structure of a same material.
A method for producing a masterbatch, the method comprising step (I) of mixing a rubber latex with microfibrillated plant fibers oxidized with an N-oxyl compound to obtain a mixture, and coagulating the mixture by adjusting its pH to 3 to 5.
Emergency lighting system with a network structure and a plurality of network components wherein the network structure is segmented into network segments, comprising at least emergency luminaires , escape sign luminaires , light switch query devices assigned to light switches and mains voltage monitoring devices for monitoring at least one of the usually three phases of a mains supply , and at least the mains power supply and a standby power supply , wherein the network components are interconnected via at least one cable connection at least for data communication, wherein the cable connection is an Ethernet cable which in addition to data communication is used for power supply to the network components, wherein at least some network components are single-battery luminaires which are to be charged (h 1 ), monitored (h 2 ) and controlled (h 3 ) via the network structure wherein the respective associated battery is rechargeable (ii) and its recharging (i 2 ) is monitored, characterised in that a backup power supply is assigned to each one of the network segments of the network structure or a charging device which can be assigned in particular to a network power supply is assigned to the backup power supply or the status of the charging device or the backup power supply or additional network components can be polled via the network structure .
An imaging system , comprising: a first portion comprising a base having a length dimension; a second portion rotatable with respect to the first portion and translatable relative to the first portion along the length dimension of the base ; and a locking mechanism that is adapted to prevent the first portion when at a first translational position along the length dimension from translating relative to the second portion by rotation of the second portion to a first angular position relative to the first portion causing engagement; and wherein the locking mechanism permits the second portion to translate relative to the base when the second portion is not rotated to the first angular position. a first portion comprising a base having a length dimension; a second portion rotatable with respect to the first portion and translatable relative to the first portion along the length dimension of the base ; and a locking mechanism that is adapted to prevent the first portion when at a first translational position along the length dimension from translating relative to the second portion by rotation of the second portion to a first angular position relative to the first portion causing engagement; and wherein the locking mechanism permits the second portion to translate relative to the base when the second portion is not rotated to the first angular position.
A reciprocating blade apparatus comprising: a pair of reciprocating blades stacked on one another in a thickness direction; and a transmission case including a power train configured to convert the rotation of a drive shaft to reciprocating motion of the pair of reciprocating blades , the power train including: a pair of eccentric cams ; and a pair of reciprocating members including fitting holes in which the eccentric cams are fitted, respectively, wherein the pair of reciprocating members is guided to be able to move along an axis line (Gp) which is parallel to a moving direction of the pair of reciprocating blades , wherein each of the pair of reciprocating members includes a pair of guide holes formed on both sides of a fitting hole ; and wherein the transmission case includes a pair of guide members engaged with the guide holes , characterized in that the pair of eccentric cams includes disc bodies rotating together about an eccentric rotation axis with a phase difference of 180 degrees, wherein the rotation of the drive shaft is transmitted via the gear of the power train to rotate the pair of eccentric cams about said rotation axis , and wherein said axis line (Gp) runs through said rotation axis . a pair of reciprocating blades stacked on one another in a thickness direction; and a transmission case including a power train configured to convert the rotation of a drive shaft to reciprocating motion of the pair of reciprocating blades , the power train including: a pair of eccentric cams ; and a pair of reciprocating members including fitting holes in which the eccentric cams are fitted, respectively, a pair of eccentric cams ; and a pair of reciprocating members including fitting holes in which the eccentric cams are fitted, respectively, wherein the pair of reciprocating members is guided to be able to move along an axis line (Gp) which is parallel to a moving direction of the pair of reciprocating blades , wherein each of the pair of reciprocating members includes a pair of guide holes formed on both sides of a fitting hole ; and wherein the transmission case includes a pair of guide members engaged with the guide holes , characterized in that the pair of eccentric cams includes disc bodies rotating together about an eccentric rotation axis with a phase difference of 180 degrees, wherein the rotation of the drive shaft is transmitted via the gear of the power train to rotate the pair of eccentric cams about said rotation axis , and wherein said axis line (Gp) runs through said rotation axis .
A processing machine, comprising: a processing chamber having a discharge port facing downwardly; a tank fixed to the processing chamber , the tank having an inflow port below the discharge port with a gap; a drawer configured to be stowed in the processing chamber and pulled out rearward from the processing chamber , the drawer including a front plate located rearward of the processing chamber , a pair of side plates connected to the front plate , and a bottom plate connected to the front plate and the pair of side plates , the bottom plate including a filter disposed in a front portion, a guide configured to guide the drawer , the guide including a stopper ; characterised in that a slider is configured to reciprocate along the guide , the slider including a latch portion configured to collide with the stopper to stop the drawer at an intermediate position; wherein the discharge port is located above the bottom plate , and the filter is located above the inflow port when the drawer is located at the intermediate position. a processing chamber having a discharge port facing downwardly; a tank fixed to the processing chamber , the tank having an inflow port below the discharge port with a gap; a drawer configured to be stowed in the processing chamber and pulled out rearward from the processing chamber , the drawer including a front plate located rearward of the processing chamber , a pair of side plates connected to the front plate , and a bottom plate connected to the front plate and the pair of side plates , the bottom plate including a filter disposed in a front portion, a front plate located rearward of the processing chamber , a pair of side plates connected to the front plate , and a bottom plate connected to the front plate and the pair of side plates , the bottom plate including a filter disposed in a front portion, a guide configured to guide the drawer , the guide including a stopper ; characterised in that a slider is configured to reciprocate along the guide , the slider including a latch portion configured to collide with the stopper to stop the drawer at an intermediate position; wherein the discharge port is located above the bottom plate , and the filter is located above the inflow port when the drawer is located at the intermediate position.
Method for preventing, slowing down or stopping the dissolution of a solid compound in a dissolution solution in which the solid compound dissolves by generating at least one gaseous compound, characterized in that the dissolution is prevented, slowed down or stopped by adding to the dissolution solution, at least one anti-foaming agent selected from the group consisting of hydrophobic solid particles, silicone oils, polar oils and mixtures thereof and in that the addition of said at least one anti-foaming agent to said dissolution solution is carried out before bringing said solid compound into contact with said dissolution solution.
An electric drill for soil digging operations , comprising: a housing ; a motor , used for driving the electric drill to work; an output assembly , used for outputting power of the motor , including: a transmission shaft , and an output shaft , wherein the transmission shaft and the output shaft are arranged in parallel, and the transmission shaft is connected with the motor and outputs the power through the output shaft ; characterized by a first brake assembly , including: a driving disc , and a driven disc , wherein the driving disc and the driven disc are respectively arranged on the transmission shaft and the output shaft , the driving disc is engaged with the driven disc to transmit power in a non-braking state, and the driving disc and the driven disc are displaced in the axial direction to be separated from each other in a braking state to stop transmitting power; and a second brake assembly , including: a mass block , and a micro switch connected with the motor , wherein in the braking state, the mass block displaces and triggers the micro switch to stop the motor . a housing ; a motor , used for driving the electric drill to work; an output assembly , used for outputting power of the motor , including: a transmission shaft , and an output shaft , wherein the transmission shaft and the output shaft are arranged in parallel, and the transmission shaft is connected with the motor and outputs the power through the output shaft ; a transmission shaft , and an output shaft , wherein the transmission shaft and the output shaft are arranged in parallel, and the transmission shaft is connected with the motor and outputs the power through the output shaft ; characterized by a first brake assembly , including: a driving disc , and a driven disc , wherein the driving disc and the driven disc are respectively arranged on the transmission shaft and the output shaft , the driving disc is engaged with the driven disc to transmit power in a non-braking state, and the driving disc and the driven disc are displaced in the axial direction to be separated from each other in a braking state to stop transmitting power; and a driving disc , and a driven disc , wherein the driving disc and the driven disc are respectively arranged on the transmission shaft and the output shaft , the driving disc is engaged with the driven disc to transmit power in a non-braking state, and the driving disc and the driven disc are displaced in the axial direction to be separated from each other in a braking state to stop transmitting power; and a second brake assembly , including: a mass block , and a micro switch connected with the motor , wherein in the braking state, the mass block displaces and triggers the micro switch to stop the motor . a mass block , and a micro switch connected with the motor , wherein in the braking state, the mass block displaces and triggers the micro switch to stop the motor .
Device for semi-continously blow molding fiber-reinforced, thermoplastic, endless, hollow-profile components with constant or varying cross-sections in the longitudinal direction, consisting of at least one consolidating tool which, in the closed state, encloses a preform which envelops an elastically deformable pressure chamber , wherein a. a preforming unit and the consolidating tool are arranged in direct succession, b. the preforming unit provides the endless preform , c. the preform enclosed by the consolidating tool is a preform segment , d. the central axes of the preforming unit , the consolidating tool of the preform segment and the pressure chamber are arranged congruently, e. the consolidating tool is designed in at least two parts and f. the consolidating tool corresponds to the contour of the component , whereby the consolidating tool has at least three tool segments (4.1, 4.2, 4.3) which are isothermally tempered independently of one another and the tool segments are arranged in immediate succession along the central axis, and wherein • the dimensions of the consolidating tool , the pressure chamber and the preform segment to be processed are identical along the central axis, • the device has a feed device which is suitable for repeatedly displacing the preform by the length of a tool segment (4.1 or 4.2 or 4.3) in a machining direction which is directed along the central axis from a first tool segment (4.1) to a third tool segment (4.3), • the pressure chamber - is formed from an endless, deformable pressure diaphragm and from and from the sealing elements or - the pressure diaphragm is a deformable tube which is firmly connected to the sealing elements , and • the pressure chamber can be pressurized. a. a preforming unit and the consolidating tool are arranged in direct succession, b. the preforming unit provides the endless preform , c. the preform enclosed by the consolidating tool is a preform segment , d. the central axes of the preforming unit , the consolidating tool of the preform segment and the pressure chamber are arranged congruently, e. the consolidating tool is designed in at least two parts and f. the consolidating tool corresponds to the contour of the component , • the dimensions of the consolidating tool , the pressure chamber and the preform segment to be processed are identical along the central axis, • the device has a feed device which is suitable for repeatedly displacing the preform by the length of a tool segment (4.1 or 4.2 or 4.3) in a machining direction which is directed along the central axis from a first tool segment (4.1) to a third tool segment (4.3), • the pressure chamber - is formed from an endless, deformable pressure diaphragm and from and from the sealing elements or - the pressure diaphragm is a deformable tube which is firmly connected to the sealing elements , and - is formed from an endless, deformable pressure diaphragm and from and from the sealing elements or - the pressure diaphragm is a deformable tube which is firmly connected to the sealing elements , and • the pressure chamber can be pressurized.