mhurhangee/ep-ind-claims huggingface dataset:
A system to allow for separation of a component of a multiple component material, comprising: a filter configured to filter a first component from the multiple component material and to allow a remaining multiple component material to pass; a withdrawal container connected to the filter; and a separation system to receive the remaining multiple component material, including: a separation container including at least one withdrawal port (260, 270); and a buoy system positioned within the separation container; wherein a second component of the remaining multiple component material is operable to be separated from a third component of the remaining multiple component material within the separation container by the buoy system; and wherein the withdrawal container is configured to be connected to the at least one withdrawal port (260, 270) and to draw the second component, the third component, or both, from the separation container through the withdrawal port (260, 270) and through the filter into the withdrawal container. a filter configured to filter a first component from the multiple component material and to allow a remaining multiple component material to pass; a withdrawal container connected to the filter; and a separation system to receive the remaining multiple component material, including: a separation container including at least one withdrawal port (260, 270); and a buoy system positioned within the separation container; wherein a second component of the remaining multiple component material is operable to be separated from a third component of the remaining multiple component material within the separation container by the buoy system; a separation container including at least one withdrawal port (260, 270); and a buoy system positioned within the separation container; wherein a second component of the remaining multiple component material is operable to be separated from a third component of the remaining multiple component material within the separation container by the buoy system; and wherein the withdrawal container is configured to be connected to the at least one withdrawal port (260, 270) and to draw the second component, the third component, or both, from the separation container through the withdrawal port (260, 270) and through the filter into the withdrawal container.
A fluid ejection die (320, 520, 620, 720, 820) comprising: a fluid actuator (28, 428, 528); a substrate supporting the fluid actuator, the substrate comprising: a closed inlet channel (37, 437, 527-n, 537, 537-n) having an inlet opening for connection to an outlet (42, 454, 464) of a fluid source (44, 322); an outlet channel (38, 438, 538, 538-n) having an outlet opening of a first size for connection to an inlet (46, 346, 452, 462) of the fluid source; a chamber layer supported by the substrate, the chamber layer comprising a recirculation passage (48, 448, 548) associated with the fluid actuator to supply fluid for ejection by the fluid actuator through an ejection orifice (47, 444, 544) and to circulate fluid across the fluid actuator from the closed inlet channel to the outlet channel; and a bypass passage (40, 340, 340-n, 450, 540, 540-n, 640, 640-n, 740, 740-n, 840, 840-n) in the substrate to connect the inlet channel to the inlet of the fluid source while bypassing any fluid actuator provided for ejecting fluid through an ejection orifice (47, 444, 544), characterized in that the bypass passage is of a second size less than the first size. a fluid actuator (28, 428, 528); a substrate supporting the fluid actuator, the substrate comprising: a closed inlet channel (37, 437, 527-n, 537, 537-n) having an inlet opening for connection to an outlet (42, 454, 464) of a fluid source (44, 322); an outlet channel (38, 438, 538, 538-n) having an outlet opening of a first size for connection to an inlet (46, 346, 452, 462) of the fluid source; a closed inlet channel (37, 437, 527-n, 537, 537-n) having an inlet opening for connection to an outlet (42, 454, 464) of a fluid source (44, 322); an outlet channel (38, 438, 538, 538-n) having an outlet opening of a first size for connection to an inlet (46, 346, 452, 462) of the fluid source; a chamber layer supported by the substrate, the chamber layer comprising a recirculation passage (48, 448, 548) associated with the fluid actuator to supply fluid for ejection by the fluid actuator through an ejection orifice (47, 444, 544) and to circulate fluid across the fluid actuator from the closed inlet channel to the outlet channel; and a bypass passage (40, 340, 340-n, 450, 540, 540-n, 640, 640-n, 740, 740-n, 840, 840-n) in the substrate to connect the inlet channel to the inlet of the fluid source while bypassing any fluid actuator provided for ejecting fluid through an ejection orifice (47, 444, 544), characterized in that the bypass passage is of a second size less than the first size.
A topical antimicrobial composition for application to the epidermis which comprises: • one or more quaternary ammonium compounds exhibiting germicidal efficacy; and • is free of anionic soaps and anionic surfactants; wherein: the composition exhibits at least 3 log kill efficacy at 60 seconds contact time of at least two of the microorganisms selected from the group consisting of: S. aureus, E. coli, P. aeruginosa and E.hirae; and, characterised in that the composition further comprises a ternary thickening system comprising a benzophenone constituent, an oxyalkylenated constituent, and a fatty alkanolamide constituent. • one or more quaternary ammonium compounds exhibiting germicidal efficacy; and • is free of anionic soaps and anionic surfactants; the composition exhibits at least 3 log kill efficacy at 60 seconds contact time of at least two of the microorganisms selected from the group consisting of: S. aureus, E. coli, P. aeruginosa and E.hirae; and, characterised in that the composition further comprises a ternary thickening system comprising a benzophenone constituent, an oxyalkylenated constituent, and a fatty alkanolamide constituent.
A reagent for measuring blood platelet cells comprising, as a dye for staining blood platelet cells, a compound of the following formula: and a water-soluble organic solvent, said solvent is ethylene glycol; wherein said compound is dissolved in said water-soluble organic solvent.
A mobile communications device (30, 30') comprising: a near field communications, NFC, device (36, 36'); an input device (43, 43') configured to generate a memory wipe command; a memory (33, 33', 40, 40'); and a memory controller (35, 35') coupled with the NFC device, the input device, and the memory, the memory controller being capable of receiving secure data from a provisioning server (34, 34'), comprising a trusted service manager, TSM, during an over-the-air, OTA, secure channel connection with the TSM, and storing the secure data into the memory, and the mobile communications device being characterised by the memory controller further being capable of receiving wiping instruction data from the provisioning server and storing the wiping instruction data into the memory for wiping the secure data from the memory, and wiping the secure data from the memory without an over-the-air, OTA, connection to the provisioning server based upon the memory wipe command and the wiping instruction data stored in the memory wherein the wiping instruction data comprises at least one wiping instruction script; the memory controller is configured to provide a plurality of sequence count values; and wherein the at least one wiping instruction script comprises a plurality of wiping instruction scripts each having a respective different sequence count value associated therewith. a near field communications, NFC, device (36, 36'); an input device (43, 43') configured to generate a memory wipe command; a memory (33, 33', 40, 40'); and a memory controller (35, 35') coupled with the NFC device, the input device, and the memory, the memory controller being capable of receiving secure data from a provisioning server (34, 34'), comprising a trusted service manager, TSM, during an over-the-air, OTA, secure channel connection with the TSM, and storing the secure data into the memory, and the mobile communications device being characterised by the memory controller further being capable of receiving wiping instruction data from the provisioning server and storing the wiping instruction data into the memory for wiping the secure data from the memory, and wiping the secure data from the memory without an over-the-air, OTA, connection to the provisioning server based upon the memory wipe command and the wiping instruction data stored in the memory wherein the wiping instruction data comprises at least one wiping instruction script; the memory controller is configured to provide a plurality of sequence count values; and wherein the at least one wiping instruction script comprises a plurality of wiping instruction scripts each having a respective different sequence count value associated therewith.
A solvent extraction settler which is used in hydrometallurgical liquid-liquid extraction processes for separating solutions mixed in a dispersion into different solution phases, said settler comprising a foundation, characterized in that the solvent extraction settler comprises a plurality of self-supporting modules, each self-supporting module comprising a self-supporting framework structure having a shape of a rectangular parallelepiped with exterior dimensions and corner fittings conforming to ISO shipping container standards; and that the foundation comprises a plurality of pillars on which the self-supporting modules are supported at a height above the ground level, thereby providing a space for piping and access below the settler, and that the pillars comprise shipping standard compatible container lashing fittings (6, 7) to which the corner fittings of the modules can be connected.
A satellite communication system comprising: a first satellite (110-A) configured to receive signals from a first plurality of user terminals (120-A) in only a first polarization, receive signals from a second plurality of user terminals (120-B) in only a second polarization being orthogonal with regard to the first polarization, transmit the signals from the first plurality of user terminals in only the first polarization and the signals from the second plurality of user terminals in only the second, orthogonal, polarization to a gateway, receive first feeder signals from the gateway in only the first polarization, and transmit the first feeder signals to the first plurality of user terminals in only the first polarization; and a second satellite (110-B) configured to receive signals from the first plurality of user terminals in only the first polarization, receive signals from the second plurality of user terminals in only the second, orthogonal, polarization, transmit the signals from the first plurality of user terminals in only the first polarization and the signals from the second plurality of user terminals in only the second, orthogonal, polarization to the gateway, receive second feeder signals from the gateway in only the second, orthogonal, polarization, and transmit the second feeder signals to the second plurality of user terminals in only the second, orthogonal, polarization. a first satellite (110-A) configured to receive signals from a first plurality of user terminals (120-A) in only a first polarization, receive signals from a second plurality of user terminals (120-B) in only a second polarization being orthogonal with regard to the first polarization, transmit the signals from the first plurality of user terminals in only the first polarization and the signals from the second plurality of user terminals in only the second, orthogonal, polarization to a gateway, receive first feeder signals from the gateway in only the first polarization, and transmit the first feeder signals to the first plurality of user terminals in only the first polarization; and a second satellite (110-B) configured to receive signals from the first plurality of user terminals in only the first polarization, receive signals from the second plurality of user terminals in only the second, orthogonal, polarization, transmit the signals from the first plurality of user terminals in only the first polarization and the signals from the second plurality of user terminals in only the second, orthogonal, polarization to the gateway, receive second feeder signals from the gateway in only the second, orthogonal, polarization, and transmit the second feeder signals to the second plurality of user terminals in only the second, orthogonal, polarization.
A mobile communication device with Near Field Communication capabilities, being operated by an operating system, such as a JAVA operating system (J2ME), wherein the operating system is able to start software applications which are installed in the mobile communication device and are identifiable by application identifications, wherein the mobile communication device is equipped with a secure memory device, e.g. configured as a SmartMX card, which comprises at least a first memory portion configured as a MIFARE memory with a plurality of memory sectors, which sectors are protected against unauthorized access by sector keys, wherein the mobile communication device comprises NFC means, particularly an NFC chip, being adapted to trigger a hardware interruption when the first memory portion has been accessed by an external RFID reader, which hardware interruption is detected by the operating system (J2ME) and causes the operating system (J2ME) to access a pre-defined sector of the first memory portion of the secure memory device and to read information from said sector which has been previously written by the external RFID reader, which information is representative for an application identification, to retrieve and to start a software application associated to the application idenficiation.
Method for manufacturing a tampon, comprising the steps of: a. supplying a continuous first web material; b. supplying a continuous second web material; c. cutting strips of the continuous second web material, whereby the strips are cut transversally, preferably perpendicularly, with respect to a longitudinal axis of the continuous second web material and equidistantly repeated over the longitudinal axis of the continuous second web material; d. bonding a first-end of the strip of second web material to the continuous first web material, thereby forming a partially laminated structure at a bonding station; e. conveying said partially laminated structure to a winding station; f. clamping the partially laminated structure by rotatable clamping means and rolling-up the clamped partially laminated structure, thereby separating the partially laminated structure into strips along breaking points; g. winding the partially laminated structure strip so that the strip of second web material forms the outer layer around the first web material; h. transferring the wound partially laminated structure strip to a sealing station; and i. sealing the second-end of the strip of second web material to the first web material and/or second web material, characterized in that the sealing step comprises ultrasonic bonding, wherein the bonding step concurrently comprises an embossing step where the bonding station comprise an embossment roller that has spaced apart protrusions, the partially laminated structure being arranged in a way that the first web material comes into contact with the embossment roller. a. supplying a continuous first web material; b. supplying a continuous second web material; c. cutting strips of the continuous second web material, whereby the strips are cut transversally, preferably perpendicularly, with respect to a longitudinal axis of the continuous second web material and equidistantly repeated over the longitudinal axis of the continuous second web material; d. bonding a first-end of the strip of second web material to the continuous first web material, thereby forming a partially laminated structure at a bonding station; e. conveying said partially laminated structure to a winding station; f. clamping the partially laminated structure by rotatable clamping means and rolling-up the clamped partially laminated structure, thereby separating the partially laminated structure into strips along breaking points; g. winding the partially laminated structure strip so that the strip of second web material forms the outer layer around the first web material; h. transferring the wound partially laminated structure strip to a sealing station; and i. sealing the second-end of the strip of second web material to the first web material and/or second web material,
A composition suitable for control of diseases caused by phytopathogenic fungi comprising as component the compound 3-(difluoromethyl)-N-methoxy-1-methyl-N-[1-methyl-2-(2,4,6-trichlorophenyl)ethyl]pyrazole-4-carboxamide; and as component, a compound of formula (IIc) or formula (IId)
Method for determining the state of wear of a counter-knife which is arranged on a counter-knife carrier and interacts with knives of a rotationally driven knife drum of a chopping device, wherein the counter-knife is moved towards the knives by means of an adjusting device having a control device and at least one actuator, wherein a distance between the counter-knife and the knives is set, and in that the chopping device comprises a grinding device having a grinding stone for grinding the knives, characterised in that measurement signals for determining the distance of the counter-knife from the knife drum are generated by a sensor arrangement and measurement signals for determining a drum radius of the knife drum are generated by a further sensor arrangement, which are analysed by an evaluation unit of the control device, the wear condition of the counter-knife being derived from the difference between the drum radius and the distance.
A drug delivery device comprising a housing a first component and a second component, wherein the first component is moveable with respect to the housing during a setting and a dispensing of a dose, and wherein a substance is provided on at least one of the first component and the second component, wherein an inner friction of the substance is great enough to stabilize at least one of the orientation and the position of the first component and the second component with respect to one another, and wherein the inner friction of the substance is small enough to allow relative movement of the first component and the second component necessary for the intended operation of the device and wherein a predetermined position of the first and the second component (6, 9) with respect to each other is maintained by means of the substance such that unintentional relative movement of the first and second components is prevented.
A magnetic stimulation coil arrangement for use in apparatus for the magnetic stimulation of tissue, the magnetic stimulation coil arrangement comprising one or more coil windings formed from an elongate conductive element and having a forward side for presentation to a patient and a rearward side, the magnetic stimulation coil arrangement further comprising a distortion arrangement for distorting a magnetic field produced by the one or more coils positioned adjacent to the rearward side characterised in that the distortion arrangement has a plurality of ferromagnetic components and a carrier for carrying the ferromagnetic components, the ferromagnetic components being spaced from one another by the carrier.
A method for preparing a halosilane compound comprising the step of effecting hydrosilylation reaction of a vinyl compound having the general formula: R 1 CH=CH 2 wherein R 1 is a C 1 -C 20 substituted or unsubstituted monovalent hydrocarbon group which may contain oxygen or silicon, or a silyl group having the general formula: -SiR 2 R 3 R 4 wherein R 2 to R 4 are each independently halogen, a C 1 -C 10 unsubstituted monovalent hydrocarbon group or a C 1 -C 10 unsubstituted alkoxy group, with a halogenodiorganosilane compound having the general formula: HSiR 5 2 X wherein R 5 is each independently a C 1 -C 20 unsubstituted monovalent hydrocarbon group and X is halogen, in the presence of an iridium catalyst to produce a halosilane compound having the general formula: R 1 CH 2 CH 2 SiR 5 2 X wherein R 1, R 5, and X are as defined above, the hydrosilylation reaction being effected in the co-presence of an internal olefin compound having the general formula: wherein R 6 and R 7 are each independently a C 1 -C 10 unsubstituted monovalent hydrocarbon group, R 6 and R 7 may bond together to form a ring with the carbon atoms to which they are attached, R 8 and R 9 are each independently hydrogen or a C 1 -C 10 unsubstituted monovalent hydrocarbon group, and a halogenated allyl compound having the general formula: YCH 2 CH=CH 2 wherein Y is halogen, whereby the halogenated allyl compound of formula is different from the vinyl compound of formula used as starting material and wherein the halogenated allyl compound is allyl chloride or allyl bromide. wherein R 1 is a C 1 -C 20 substituted or unsubstituted monovalent hydrocarbon group which may contain oxygen or silicon, or a silyl group having the general formula: -SiR 2 R 3 R 4 wherein R 2 to R 4 are each independently halogen, a C 1 -C 10 unsubstituted monovalent hydrocarbon group or a C 1 -C 10 unsubstituted alkoxy group, with a halogenodiorganosilane compound having the general formula: HSiR 5 2 X wherein R 5 is each independently a C 1 -C 20 unsubstituted monovalent hydrocarbon group and X is halogen, in the presence of an iridium catalyst to produce a halosilane compound having the general formula: R 1 CH 2 CH 2 SiR 5 2 X wherein R 1, R 5, and X are as defined above, the hydrosilylation reaction being effected in the co-presence of an internal olefin compound having the general formula: wherein R 6 and R 7 are each independently a C 1 -C 10 unsubstituted monovalent hydrocarbon group, R 6 and R 7 may bond together to form a ring with the carbon atoms to which they are attached, R 8 and R 9 are each independently hydrogen or a C 1 -C 10 unsubstituted monovalent hydrocarbon group, and a halogenated allyl compound having the general formula: YCH 2 CH=CH 2 wherein Y is halogen, whereby the halogenated allyl compound of formula is different from the vinyl compound of formula used as starting material and wherein the halogenated allyl compound is allyl chloride or allyl bromide.