mhurhangee/ep-ind-claims huggingface dataset:
A method of processing a cell culture, the method comprising: (a) providing an open circuit filtration system comprising a bioreactor comprising a cell culture, a tangential flow filtration unit having first and second inlets, a first conduit in fluid communication between the bioreactor and the TFF unit first inlet, and a second conduit in fluid communication between the bioreactor and the TFF unit second inlet, and at least one pump disposed within the system for flowing fluid through the system, wherein the system is configured such that fluid can be flowed reversibly through the system from or to the bioreactor and through the first and second conduits and the TFF unit via the at least one pump, and filtrate can be collected from the TFF unit; (b) flowing cell culture from the bioreactor through the first and second conduits and the TFF unit in a first flow direction for a first period of time, (c) reversing the first flow direction and flowing the cell culture through the first and second conduits and the TFF unit in a second flow direction for a second period of time; (d) reversing the second flow direction and flowing the culture through the first and second conduits and the TFF unit in the first flow direction for a third period of time; (e) repeating steps (c) - (d) at least two times; and (f) collecting the filtrate. (a) providing an open circuit filtration system comprising a bioreactor comprising a cell culture, a tangential flow filtration unit having first and second inlets, a first conduit in fluid communication between the bioreactor and the TFF unit first inlet, and a second conduit in fluid communication between the bioreactor and the TFF unit second inlet, and at least one pump disposed within the system for flowing fluid through the system, wherein the system is configured such that fluid can be flowed reversibly through the system from or to the bioreactor and through the first and second conduits and the TFF unit via the at least one pump, and filtrate can be collected from the TFF unit; (b) flowing cell culture from the bioreactor through the first and second conduits and the TFF unit in a first flow direction for a first period of time, (c) reversing the first flow direction and flowing the cell culture through the first and second conduits and the TFF unit in a second flow direction for a second period of time; (d) reversing the second flow direction and flowing the culture through the first and second conduits and the TFF unit in the first flow direction for a third period of time; (e) repeating steps (c) - (d) at least two times; and (f) collecting the filtrate.
A telecommunication system comprising: a class 4 long distance softswitch network comprising a core routing engine, a session initiation protocol redirect server, and a class 5 application server, the class 4 long distance softswitch network further comprising at least one edge device with at least one direct connection to at least one customer premise equipment of at least one retail customer, the class 5 application server includes at least one active class 5 application server and at least one standby class 5 application server, and is configured to provide the retail customer with class 5 services within the class 4 long distance softswitch network, wherein the at least one edge device is configured, upon receipt of a call from the at least one customer premise equipment, to: access the core routing engine to determine whether the call requires class 5 services, and in response to determining that the call requires class 5 services, the at least one edge device is further configured to: query the session initiation protocol redirect server to identify the active class 5 application server; and query the active class 5 application server of the class 4 long distance softswitch network to process the call according to class 5 services. a class 4 long distance softswitch network comprising a core routing engine, a session initiation protocol redirect server, and a class 5 application server, the class 4 long distance softswitch network further comprising at least one edge device with at least one direct connection to at least one customer premise equipment of at least one retail customer, the class 5 application server includes at least one active class 5 application server and at least one standby class 5 application server, and is configured to provide the retail customer with class 5 services within the class 4 long distance softswitch network, wherein the at least one edge device is configured, upon receipt of a call from the at least one customer premise equipment, to: access the core routing engine to determine whether the call requires class 5 services, and in response to determining that the call requires class 5 services, the at least one edge device is further configured to: query the session initiation protocol redirect server to identify the active class 5 application server; and query the active class 5 application server of the class 4 long distance softswitch network to process the call according to class 5 services. access the core routing engine to determine whether the call requires class 5 services, and in response to determining that the call requires class 5 services, the at least one edge device is further configured to: query the session initiation protocol redirect server to identify the active class 5 application server; and query the active class 5 application server of the class 4 long distance softswitch network to process the call according to class 5 services. query the session initiation protocol redirect server to identify the active class 5 application server; and query the active class 5 application server of the class 4 long distance softswitch network to process the call according to class 5 services.
A pneumatic tire comprising a tread portion provided with a pair of shoulder main grooves extending continuously in the tire circumferential direction so as to define a pair of shoulder land regions axially outside the respective shoulder main grooves, axially inner shoulder sipes circumferentially arranged in each shoulder land region, axially outer shoulder sipes circumferentially arranged in each shoulder land region so as to position axially outside the axially inner shoulder sipes, wherein in each shoulder land region, each axially inner shoulder sipe extends from the shoulder main groove toward the tread edge (Te), and has an axially outer end within the shoulder land region, and each axially outer shoulder sipe extends toward the tread edge (Te) from its axially inner end which is positioned substantially on an axially outward extension of one of the axially inner shoulder sipes, characterized in that the axial length of the axially inner shoulder sipe is set in a range of not less than 50% and not more than 65% of the maximum axial width (Ws) of the shoulder land region.
Cylinder set up for applying at least one hollow cylinder, wherein the cylinder has a layer structure which comprises, in this order, from the inside to the outside - a base layer or a cylinder core, - a first compressible layer, - a filling layer, - an intermediate layer, - a second compressible layer and - a cover layer wherein the cover layer forms a lateral surface of the cylinder. - a base layer or a cylinder core, - a first compressible layer, - a filling layer, - an intermediate layer, - a second compressible layer and - a cover layer
Apparatus comprising a longitudinally movable loading device for loading bags or other packaged goods onto cargo areas of means of transport movable on a transporting surface, wherein the loading device comprises at least two traveling components (103, 104) to be arranged on a feed plane and displaceable in a longitudinal direction and spaced apart from one another, a first of the traveling components being configured as a feeding device for supplying the bags, and wherein a second of the traveling components forms a traveling device including a loading head retained thereon height-adjustable to discharge the bags, wherein the feeding device is connected with the loading head through a transport buffer means, wherein one of the traveling components (103, 104) is fixedly connected with at least one co-traveling servicing walkway (105, 106) extending in the longitudinal direction at least over a substantial portion of the distance between the two traveling components (103, 104), characterized in that at the transport buffer means at least one supporting bridge (125, 126) extending laterally outwardly is configured which together with the servicing walkway (105, 106) provides in a top position of the loading head a combined working platform for servicing and repair purposes.
A polymer comprising: at least one antiseptic/analgesic/anti-inflammatory monomeric unit comprising a methacrylic ester derivative of salicylic acid selected from 5-HMA, 4-HMA, or a combination thereof; a water soluble monomeric unit in the form of a hydrophilic ethylene glycol (OEGMA) moiety; a mechanical strength-conferring monomeric unit in the form of polylactide-co-2-hydroxy-ethylmethyl acrylate (PLA/HEMA); a protein.polysaccharide-reactive monomeric unit in the form of an N-acryloxysuccinimide moiety; and a thermosetting monomeric unit in the form of an N-isopropyl acrylamide (NIPAAm) moiety. at least one antiseptic/analgesic/anti-inflammatory monomeric unit comprising a methacrylic ester derivative of salicylic acid selected from 5-HMA, 4-HMA, or a combination thereof; a water soluble monomeric unit in the form of a hydrophilic ethylene glycol (OEGMA) moiety; a mechanical strength-conferring monomeric unit in the form of polylactide-co-2-hydroxy-ethylmethyl acrylate (PLA/HEMA); a protein.polysaccharide-reactive monomeric unit in the form of an N-acryloxysuccinimide moiety; and a thermosetting monomeric unit in the form of an N-isopropyl acrylamide (NIPAAm) moiety.
A medical device comprising: a coating layer made of alternating acidic polymer layers and basic polymer layers formed on at least a part of a surface of a water-containing base material, wherein a water content of the base material is more than 10 % by mass, and at least one kind of an acidic polymer layer and a basic polymer layer forming the coating layer is a polymer having a hydroxy group, wherein when the acidic polymer has a hydroxy group, it is obtained by a radical copolymerization of a monomer having one or more groups having acidity and a polymerizable group in one molecule and a monomer having one or more hydroxy groups and a radically polymerizable functional group in one molecule; and wherein when the basic polymer has a hydroxy group, it is obtained by a radical copolymerization of a monomer having one or more groups having basicity and a polymerizable group in one molecule and a monomer having one or more hydroxy groups and a radically polymerizable functional group in one molecule. a water content of the base material is more than 10 % by mass, and at least one kind of an acidic polymer layer and a basic polymer layer forming the coating layer is a polymer having a hydroxy group, wherein when the acidic polymer has a hydroxy group, it is obtained by a radical copolymerization of a monomer having one or more groups having acidity and a polymerizable group in one molecule and a monomer having one or more hydroxy groups and a radically polymerizable functional group in one molecule; and wherein when the basic polymer has a hydroxy group, it is obtained by a radical copolymerization of a monomer having one or more groups having basicity and a polymerizable group in one molecule and a monomer having one or more hydroxy groups and a radically polymerizable functional group in one molecule.
A terminal for communication with a radio base station that configures a plurality of cell groups each of which including one or more cells, the terminal comprising: a control section configured to control six or more component carriers configured by the radio base station; a transmitting/receiving section configured to receive information on a plurality of component carriers configured by the radio base station and to feed back uplink control information, UCI, including ACK/NACK information to one of the component carriers in each cell group by using a physical uplink control channel, PUCCH, or a physical uplink shared channel, PUSCH; wherein the control section is further configured to control whether or not to bundle a plurality of ACK/NACK bits, depending on whether the UCI is transmitted by using the PUCCH or the PUSCH, whereby when no component carrier is assigned with PUSCH, ACK/NACK bundling is performed and the ACK/NACK is transmitted using a PUCCH resource, and when a component carrier is assigned with PUSCH, ACK/NACK bundling is not performed and the ACK/NACK is transmitted using a PUSCH resource. a control section configured to control six or more component carriers configured by the radio base station; a transmitting/receiving section configured to receive information on a plurality of component carriers configured by the radio base station and to feed back uplink control information, UCI, including ACK/NACK information to one of the component carriers in each cell group by using a physical uplink control channel, PUCCH, or a physical uplink shared channel, PUSCH; wherein the control section is further configured to control whether or not to bundle a plurality of ACK/NACK bits, depending on whether the UCI is transmitted by using the PUCCH or the PUSCH, whereby when no component carrier is assigned with PUSCH, ACK/NACK bundling is performed and the ACK/NACK is transmitted using a PUCCH resource, and when a component carrier is assigned with PUSCH, ACK/NACK bundling is not performed and the ACK/NACK is transmitted using a PUSCH resource.
A method carried out by a computer to generate a color calibration LUT for a display using a barcode image and a calibrated image sensor for the display to achieve a target behaviour, said barcode comprising encoded data in subunits of the barcode and wherein at least one of these subunits of the barcode has a target color point in a color space, and wherein the target behaviour of the display device is defined by the at least one target color point, the method comprising the steps of: displaying an image of the barcode on the display, the barcode image being displayed with first digital driving levels, acquiring a digital image of the barcode image displayed by the display device with the calibrated image sensor, receiving the acquired digital image, the digital image being stored with one or more digital sensor values, for each of the at least one subunits of the barcode comprising encoded data and having a target color point, obtaining the acquired color point corresponding to the received digital sensor values using the received digital sensor values and the calibrated sensor profile, obtaining digital driving levels corresponding to the acquired color point using the display profile, obtaining the target color point of the subunit obtaining target digital driving levels corresponding to the target color point, calculating a difference between the obtained digital driving levels and the target digital driving levels, creating a calibration LUT of the display for adjusting the digital driving levels of the display to compensate for the calculated difference. displaying an image of the barcode on the display, the barcode image being displayed with first digital driving levels, acquiring a digital image of the barcode image displayed by the display device with the calibrated image sensor, receiving the acquired digital image, the digital image being stored with one or more digital sensor values, for each of the at least one subunits of the barcode comprising encoded data and having a target color point, obtaining the acquired color point corresponding to the received digital sensor values using the received digital sensor values and the calibrated sensor profile, obtaining digital driving levels corresponding to the acquired color point using the display profile, obtaining the target color point of the subunit obtaining target digital driving levels corresponding to the target color point, calculating a difference between the obtained digital driving levels and the target digital driving levels, obtaining the acquired color point corresponding to the received digital sensor values using the received digital sensor values and the calibrated sensor profile, obtaining digital driving levels corresponding to the acquired color point using the display profile, obtaining the target color point of the subunit obtaining target digital driving levels corresponding to the target color point, calculating a difference between the obtained digital driving levels and the target digital driving levels, creating a calibration LUT of the display for adjusting the digital driving levels of the display to compensate for the calculated difference.
A copper surface treatment method, comprising: a first step of forming, on a copper surface, a nobler metal than the copper discretely, a second step, subsequent to the first step, of forming copper oxide on the copper surface by oxidation with an alkaline solution containing an oxidizing agent, a next third step of dissolving the copper oxide so as to be removed by using an acidic solution or a copper complexing agent, thereby forming irregularities on the copper surface, and a fourth step of subjecting the copper surface to a treatment for improving the bonding strength thereof after the third step, wherein the fourth step includes a treatment with a solution containing unsubstituted or substituted pyrazole, or both a treatment for forming a baser metal than copper onto the copper surface and the treatment with the solution containing unsubstituted or substituted pyrazole which is performed after the treatment for forming the baser metal than copper onto the copper surface, and wherein the treatment for forming the baser metal than copper is performed by electroless plating using a metal selected from the group consisting of Co, Ni, and Sn. a first step of forming, on a copper surface, a nobler metal than the copper discretely, a second step, subsequent to the first step, of forming copper oxide on the copper surface by oxidation with an alkaline solution containing an oxidizing agent, a next third step of dissolving the copper oxide so as to be removed by using an acidic solution or a copper complexing agent, thereby forming irregularities on the copper surface, and a fourth step of subjecting the copper surface to a treatment for improving the bonding strength thereof after the third step, wherein the fourth step includes a treatment with a solution containing unsubstituted or substituted pyrazole, or both a treatment for forming a baser metal than copper onto the copper surface and the treatment with the solution containing unsubstituted or substituted pyrazole which is performed after the treatment for forming the baser metal than copper onto the copper surface, and wherein the treatment for forming the baser metal than copper is performed by electroless plating using a metal selected from the group consisting of Co, Ni, and Sn.
A computer-implemented method for manufacturing unitary hollow pistons (115a, 115b) comprising: (a) receiving instructions to concurrently manufacture, from a single solid rod, two unitary hollow pistons (115a, 115b) linked by a connecting strip; and (b) performing, according to the instructions, the steps of: (i) cutting, one or more notches mid-span along the solid rod to produce a notched rod; (ii) heating the notched rod; (iii) pressing opposing ends of the notched rod to produce hollow cylindrical bodies (110, 110'); (iv) folding an outer portion of each hollow cylindrical body inward to produce the two unitary hollow pistons (115a, 115b) linked by the connecting strip; and (v) separating the hollow pistons from one another. (a) receiving instructions to concurrently manufacture, from a single solid rod, two unitary hollow pistons (115a, 115b) linked by a connecting strip; and (b) performing, according to the instructions, the steps of: (i) cutting, one or more notches mid-span along the solid rod to produce a notched rod; (ii) heating the notched rod; (iii) pressing opposing ends of the notched rod to produce hollow cylindrical bodies (110, 110'); (iv) folding an outer portion of each hollow cylindrical body inward to produce the two unitary hollow pistons (115a, 115b) linked by the connecting strip; and (v) separating the hollow pistons from one another. (i) cutting, one or more notches mid-span along the solid rod to produce a notched rod; (ii) heating the notched rod; (iii) pressing opposing ends of the notched rod to produce hollow cylindrical bodies (110, 110'); (iv) folding an outer portion of each hollow cylindrical body inward to produce the two unitary hollow pistons (115a, 115b) linked by the connecting strip; and (v) separating the hollow pistons from one another.
Apparatus for inspecting plates or pipe walls of magnetisable material in which the apparatus is comprised of: (i) a magnetising unit suitable for creation of a magnetic circuit through the magnetising unit and at least one air gap between the magnetising unit and the plate or pipe wall; (ii) measurement means for measuring the magnetic reluctance in at least one air gap; (iii) data processing means; (iv) data storage and or display means; wherein the magnetising unit is comprised of a yoke of magnetisable material and two or more poles (14, 18 and 16, 20) which are attached to the yoke, at least one pole (14, 18 or 16, 20) or the yoke comprising at least one magnet (14 or 16), and both poles (14, 18 and 16, 20) having a pole face (22, 24) at the opposite end of the pole (14, 18 and 16, 20) to the interface between the pole (14, 18 and 16, 20) and the yoke, and in which the apparatus is so constructed that the yoke is supported on a frame so that when the frame is placed upon the surface of a plate or pipe wall to be inspected each pole face (22, 24) is adjacent to the surface of the plate or pipe wall to be inspected and separated therefrom by an air gap, and at least one of the pole faces (22, 24) at least partially defines a recess suitably dimensioned to allow one or more magnetic reluctance measurement means to be fixed within the recess, and characterised in that the means for measuring the magnetic reluctance is in the air gap and orientated at an angle to the z-axis so as to measure only a portion or vector of the magnetic flux density, the z-axis is parallel to the expected orientation of the magnetic flux lines passing through the air gap assuming that there is no discontinuity in the plate or pipe wall, the x axis is perpendicular to the z axis and parallel to the expected orientation of the magnetic flux lines passing through the plate or pipe wall between the poles of the magnetising unit, and the y axis is perpendicular to the x- and z-axes. (i) a magnetising unit suitable for creation of a magnetic circuit through the magnetising unit and at least one air gap between the magnetising unit and the plate or pipe wall; (ii) measurement means for measuring the magnetic reluctance in at least one air gap; (iii) data processing means; (iv) data storage and or display means;