mhurhangee/ep-ind-claims huggingface dataset:
A biodegradable drug delivery composition comprising: (i) a mixture of at least three different block copolymers, wherein each block copolymer is: (a) a biodegradable triblock copolymer having the formula: A v -B w -A x wherein A is a polyester and B is polyethylene glycol and v and x are the number of repeat units ranging from 1 to 3,000 and w is the number of repeat units ranging from 3 to 300 and v=x or v≠x; or (b) a biodegradable diblock copolymer having the formula: C y -A z wherein A is a polyester and C is an end-capped polyethylene glycol and y and z are the number of repeat units with y ranging from 2 to 250 and z ranging from 1 to 3,000; and wherein the mixture comprises at least one (a) and at least one (b); and the weight ratio between (a) and (b) is 1:19 to 5:1; and wherein for at least one of the copolymers according to (a) or (b) A is poly(lactic-co-glycolic acid) (PLGA); and (ii) at least one pharmaceutically active ingredient. (i) a mixture of at least three different block copolymers, wherein each block copolymer is: (a) a biodegradable triblock copolymer having the formula: A v -B w -A x wherein A is a polyester and B is polyethylene glycol and v and x are the number of repeat units ranging from 1 to 3,000 and w is the number of repeat units ranging from 3 to 300 and v=x or v≠x; or (b) a biodegradable diblock copolymer having the formula: C y -A z wherein A is a polyester and C is an end-capped polyethylene glycol and y and z are the number of repeat units with y ranging from 2 to 250 and z ranging from 1 to 3,000; and wherein the mixture comprises at least one (a) and at least one (b); and the weight ratio between (a) and (b) is 1:19 to 5:1; and wherein for at least one of the copolymers according to (a) or (b) A is poly(lactic-co-glycolic acid) (PLGA); and (a) a biodegradable triblock copolymer having the formula: A v -B w -A x wherein A is a polyester and B is polyethylene glycol and v and x are the number of repeat units ranging from 1 to 3,000 and w is the number of repeat units ranging from 3 to 300 and v=x or v≠x; or (b) a biodegradable diblock copolymer having the formula: C y -A z wherein A is a polyester and C is an end-capped polyethylene glycol and y and z are the number of repeat units with y ranging from 2 to 250 and z ranging from 1 to 3,000; and wherein the mixture comprises at least one (a) and at least one (b); and the weight ratio between (a) and (b) is 1:19 to 5:1; and wherein for at least one of the copolymers according to (a) or (b) A is poly(lactic-co-glycolic acid) (PLGA); and wherein A is a polyester and C is an end-capped polyethylene glycol and y and z are the number of repeat units with y ranging from 2 to 250 and z ranging from 1 to 3,000; and wherein the mixture comprises at least one (a) and at least one (b); and the weight ratio between (a) and (b) is 1:19 to 5:1; and wherein for at least one of the copolymers according to (a) or (b) A is poly(lactic-co-glycolic acid) (PLGA); and (ii) at least one pharmaceutically active ingredient.
A network node, comprising: processing circuitry including a processor and a memory, the processing circuitry configured to: configure a wireless device with a transmission time interval, TTI, for use in operating a first physical channel between the network node and the wireless device, the physical channel including a first reference radio resource; compare the TTI with a threshold; determine a first power control dynamic range scheme for the first physical channel based on the comparison between the TTI and the threshold, the power control dynamic range being defined with respect to the first reference radio resource, the determination of the first power control dynamic range scheme includes: if the TTI is greater than the threshold, selecting a first power control dynamic range for the first physical channel; if the TTI is less than the threshold, selecting a second power control dynamic range for the first physical channel, the second power control dynamic range being different from the first power control dynamic range; a power of the first reference radio resource in the first power control dynamic range being the same as a power of the first reference radio resource in the second power control dynamic range; and transmit, on the first physical channel, to the wireless device using the determined first power control dynamic range scheme. configure a wireless device with a transmission time interval, TTI, for use in operating a first physical channel between the network node and the wireless device, the physical channel including a first reference radio resource; compare the TTI with a threshold; determine a first power control dynamic range scheme for the first physical channel based on the comparison between the TTI and the threshold, the power control dynamic range being defined with respect to the first reference radio resource, the determination of the first power control dynamic range scheme includes: if the TTI is greater than the threshold, selecting a first power control dynamic range for the first physical channel; if the TTI is less than the threshold, selecting a second power control dynamic range for the first physical channel, the second power control dynamic range being different from the first power control dynamic range; a power of the first reference radio resource in the first power control dynamic range being the same as a power of the first reference radio resource in the second power control dynamic range; and if the TTI is greater than the threshold, selecting a first power control dynamic range for the first physical channel; if the TTI is less than the threshold, selecting a second power control dynamic range for the first physical channel, the second power control dynamic range being different from the first power control dynamic range; a power of the first reference radio resource in the first power control dynamic range being the same as a power of the first reference radio resource in the second power control dynamic range; and transmit, on the first physical channel, to the wireless device using the determined first power control dynamic range scheme.
A system for preparing a ready-to-use peritoneal dialysis fluid comprising, a) a proportioning device; b) at least one source of water adapted for connection with said proportioning device; c) at least one source of first concentrate adapted for connection with a) and b); d) at least one source of second concentrate adapted for connection with a) and b); optionally, e) at least one source of further concentrate which is adapted for connection with a) and b); wherein said first concentrate comprises glucose and has a pH of between 1.5 and 4, characterized in that said second concentrate comprises a physiologically acceptable buffer which has a pH of between 5.5 and 9.0, and in that said second concentrate is configured to be used for dilutions with water, said first concentrate, and optionally said further concentrate, with a ratio of between 1:10 and 1:40. a) a proportioning device; b) at least one source of water adapted for connection with said proportioning device; c) at least one source of first concentrate adapted for connection with a) and b); d) at least one source of second concentrate adapted for connection with a) and b); optionally, e) at least one source of further concentrate which is adapted for connection with a) and b); wherein said first concentrate comprises glucose and has a pH of between 1.5 and 4, characterized in that said second concentrate comprises a physiologically acceptable buffer which has a pH of between 5.5 and 9.0, and in that said second concentrate is configured to be used for dilutions with water, said first concentrate, and optionally said further concentrate, with a ratio of between 1:10 and 1:40.
A non-toxic antifouling coating comprising a polymer comprising polydimethylsiloxane (PDMS), having a surface energy of about 20 - 25 mN/m and comprising a surface which is microstructured and elastic, wherein the microstructure comprises a regular or randomly distributed pattern of elevations and depressions, characterized in that R z = 152 μm.
A compressor (200; 300; 400), comprising: a rotor configured to rotate about a longitudinal axis of a gas turbine engine; a manifold (238; 338; 438) extending circumferentially about the longitudinal axis and defining a plenum (240; 340; 440), the manifold disposed downstream of the rotor and radially inward of an exhaust guide vane (215; 315; 415); a cooling fluid transfer tube (236; 336; 436) disposed within the plenum and configured to transfer a component cooling fluid from a component cooling fluid source to a component of the rotor; and a cooling fluid passageway (244; 344; 444) extending through the exhaust guide vane and configured to transfer a plenum cooling fluid from a plenum cooling fluid source to the plenum, characterised in that the cooling fluid transfer tube includes a first axial cooling tube end and a second axial cooling tube end. a rotor configured to rotate about a longitudinal axis of a gas turbine engine; a manifold (238; 338; 438) extending circumferentially about the longitudinal axis and defining a plenum (240; 340; 440), the manifold disposed downstream of the rotor and radially inward of an exhaust guide vane (215; 315; 415); a cooling fluid transfer tube (236; 336; 436) disposed within the plenum and configured to transfer a component cooling fluid from a component cooling fluid source to a component of the rotor; and a cooling fluid passageway (244; 344; 444) extending through the exhaust guide vane and configured to transfer a plenum cooling fluid from a plenum cooling fluid source to the plenum, characterised in that the cooling fluid transfer tube includes a first axial cooling tube end and a second axial cooling tube end.
A method of operating a cellular network having femtocells, the method comprising: receiving a registration request from at least one of the femtocells; obtaining information relating to at least: (i) the operating environment of the at least one femtocell; and (ii) the current operational state of the network; wherein the method is characterized by: based at least in part on the information, selectively causing the at least one femtocell to assume one of a plurality of operating modes available to that femtocell; wherein the plurality of operating modes comprise: a first mode that allows the at least one femtocell to operate autonomously of the network; a second mode that allows the at least one femtocell to operate at least partly autonomously of the network, the at least partly autonomous operation comprising at least one constraint on the resources accessible by the at least one femtocell; and a third mode that requires the at least one femtocell to operate under control of the network. receiving a registration request from at least one of the femtocells; obtaining information relating to at least: (i) the operating environment of the at least one femtocell; and (ii) the current operational state of the network; wherein the method is characterized by: based at least in part on the information, selectively causing the at least one femtocell to assume one of a plurality of operating modes available to that femtocell; wherein the plurality of operating modes comprise: a first mode that allows the at least one femtocell to operate autonomously of the network; a second mode that allows the at least one femtocell to operate at least partly autonomously of the network, the at least partly autonomous operation comprising at least one constraint on the resources accessible by the at least one femtocell; and a third mode that requires the at least one femtocell to operate under control of the network. based at least in part on the information, selectively causing the at least one femtocell to assume one of a plurality of operating modes available to that femtocell; wherein the plurality of operating modes comprise: a first mode that allows the at least one femtocell to operate autonomously of the network; a second mode that allows the at least one femtocell to operate at least partly autonomously of the network, the at least partly autonomous operation comprising at least one constraint on the resources accessible by the at least one femtocell; and a third mode that requires the at least one femtocell to operate under control of the network. a first mode that allows the at least one femtocell to operate autonomously of the network; a second mode that allows the at least one femtocell to operate at least partly autonomously of the network, the at least partly autonomous operation comprising at least one constraint on the resources accessible by the at least one femtocell; and a third mode that requires the at least one femtocell to operate under control of the network.
An implantable stimulating assembly, comprising: an array (146, 646) of electrode contacts; and an electrode carrier member; characterized by barriers each of which extend about a corresponding electrode contact on an outside of the carrier member. an array (146, 646) of electrode contacts; and an electrode carrier member; characterized by barriers each of which extend about a corresponding electrode contact on an outside of the carrier member.
Single-dose packaging for transdermal therapeutic systems or forms of administration in foil form, in the form of a tear-open sealed-edge pouch, comprising two packaging material elements, which are arranged one lying on top of the other and form the upper side and underside of a pouch which contains the product, at least one layer of the packaging material elements, is a metal layer characterized in that at least one packaging material element is a foil laminate having an at least three-layered structure and the outer layer of the at least three-layered foil laminate has a minimum resistance to tearing of 30 N, this outer layer having at least one linear weakening (20, 21), not touching the peripheral edge of the packaging, congruently on the upper side and underside and the linear weakening (20, 21) having a reduced resistance to tearing for the opening of the packaging, and in that the packaging material elements are sealed to one another, enclosing the product, by means of a non-peelable completely surrounding and continuous sealing area or sealing seam.
A method in a second radio network node for providing a first parameter to be used by a user equipment for measuring at least one measurement quantity on a second cell in the context of carrier aggregation: wherein the first parameter relates to first measurement period; wherein the second radio network node operates a first cell on a first carrier and operates the second cell on a second carrier; wherein the first and second cell serves the user equipment, the method comprising: sending, to the user equipment, the first parameter and an indication indicative of the second carrier, wherein the first parameter is a specific length of the first measurement period and wherein the first parameter is specific to the second carrier. sending, to the user equipment, the first parameter and an indication indicative of the second carrier, wherein the first parameter is a specific length of the first measurement period and wherein the first parameter is specific to the second carrier.
Method for an improved navigation system, for which, initially, the start and end point is determined, then, with access to electronic map material, a navigation route, comprising of multiple waypoints, is created, whereby, a minimum of one waypoint is between the start and end point, then, by means of an Internet search, an enquiry about the actual weather data is made, as well as the time required for the sections of the route between the waypoints, the weather data of the respective waypoints, as well as the sections of the route between the waypoints are allocated, the correction values for the different weather data for the time required are allocated the time required for the sections of the route between the waypoints are adapted by the corresponding correction values, based on the prevailing weather at the sections of the route, as well as from the start to the end point, whereby, the waypoints and/or the weather data are/is stored in a table and sorted according to their distance from the start point, whereby, the sorted waypoints and/or weather data are/is prepared as a diagram, whereby, using a suitable location, the momentary position of the user is entered into the diagram and the correction values for the different weather data can be individually adapted, whereby, the diagram is a segmented line, the segments of which are determined by the individual waypoints and the presentation of the segments is different according to the weather data and, whereby, the different presentations of the segments of the route are by different colours and/or different patterns.
A method for determining a safe start clearance for a turbomachine engine following a shutdown, the turbomachine comprising a controller operably connected to a plurality of sensors selectively arranged on a turbomachine engine for determining a safe start clearance for the turbomachine engine following a shutdown, comprising: monitoring parameters of the turbomachine engine, via the plurality of sensors; identifying an upper casing temperature and a lower casing temperature from the monitored parameters, characterized by determining whether a component of the turbomachine engine is above a minimum clearance value for the turbomachine engine based in part on the identified casing temperatures; and initiating a restart of the turbomachine engine upon determining that the component is above the minimum clearance value. monitoring parameters of the turbomachine engine, via the plurality of sensors; identifying an upper casing temperature and a lower casing temperature from the monitored parameters, characterized by determining whether a component of the turbomachine engine is above a minimum clearance value for the turbomachine engine based in part on the identified casing temperatures; and initiating a restart of the turbomachine engine upon determining that the component is above the minimum clearance value.
A battery unit comprising: an electric energy reservoir having positive and negative voltage supply terminals; three or more electric contact pads on an outer surface of the battery unit; and characterized in that the battery unit further comprises a dynamically configurable connection unit for electrically connecting each of said positive and negative voltage supply terminals to any one or more of said electric contact pads, wherein electric energy can be drawn from the electric energy reservoir via selectively different combinations of electric contact pads. an electric energy reservoir having positive and negative voltage supply terminals; three or more electric contact pads on an outer surface of the battery unit; and characterized in that the battery unit further comprises a dynamically configurable connection unit for electrically connecting each of said positive
A method for in-situ measurement of a thickness of a coating deposited by a deposition process, comprising the steps of: initiating deposition within a deposition chamber such that a first coating (C 1) forms on an outer surface of a probe disposed in the deposition chamber, wherein the probe comprises a coil assembly including at least one coil (302, 302'; 304, 304'; 306), wherein the probe is separated by a distance (d) from a substrate disposed within the deposition chamber; exciting the coil assembly with a first alternating current to produce a first time-varying magnetic field, the first time-varying magnetic field generating an eddy current in the first coating; determining a metric related to an inductance or resistance of the coil assembly, wherein a value of the metric is related to a first thickness (T 1) of the first coating (C 1) and results at least partially from an eddy current magnetic field produced by an eddy current in the coating; and correlating the first thickness (T 1) of the first coating (C 1) to a second thickness (T 2) of a second coating (C 2) deposited on a surface of the substrate. initiating deposition within a deposition chamber such that a first coating (C 1) forms on an outer surface of a probe disposed in the deposition chamber, wherein the probe comprises a coil assembly including at least one coil (302, 302'; 304, 304'; 306), wherein the probe is separated by a distance (d) from a substrate disposed within the deposition chamber; exciting the coil assembly with a first alternating current to produce a first time-varying magnetic field, the first time-varying magnetic field generating an eddy current in the first coating; determining a metric related to an inductance or resistance of the coil assembly, wherein a value of the metric is related to a first thickness (T 1) of the first coating (C 1) and results at least partially from an eddy current magnetic field produced by an eddy current in the coating; and correlating the first thickness (T 1) of the first coating (C 1) to a second thickness (T 2) of a second coating (C 2) deposited on a surface of the substrate.
An extendable awning assembly comprising: a box shell connected at its ends to end plates, each of which is configured to rotationally support an end of a winding bar on which an awning canvas is wound; and a pair of supports configured to be fixed to a wall or ceiling, said end plates being fixed in use to said supports, wherein: each of said supports comprises a support guiding element arranged in a direction transverse to the shaft of said winding bar; each of the end plates has a plate guiding element which is inserted and slid in said support guiding element to a working position; and fixing means are arranged for fixing the end plate to the support in said working position, characterized in that said fixing means comprise a provisional fixing elastic element fixed to the end plate and at least one locking claw formed in the support, or vice versa, said provisional fixing elastic element being elastically deformable by pressure exerted by said locking claw during the insertion of said plate guiding element into the support guiding element and able to recover its original shape once it has surpassed said locking claw, the provisional fixing elastic element locking in the locking claw upon reaching the working position. a box shell connected at its ends to end plates, each of which is configured to rotationally support an end of a winding bar on which an awning canvas is wound; and a pair of supports configured to be fixed to a wall or ceiling, said end plates being fixed in use to said supports, wherein: each of said supports comprises a support guiding element arranged in a direction transverse to the shaft of said winding bar; each of the end plates has a plate guiding element which is inserted and slid in said support guiding element to a working position; and fixing means are arranged for fixing the end plate to the support in said working position, each of said supports comprises a support guiding element arranged in a direction transverse to the shaft of said winding bar; each of the end plates has a plate guiding element which is inserted and slid in said support guiding element to a working position; and fixing means are arranged for fixing the end plate to the support in said working position, characterized in that said fixing means comprise a provisional fixing elastic element fixed to the end plate and at least one locking claw formed in the support, or vice versa, said provisional fixing elastic element being elastically deformable by pressure exerted by said locking claw during the insertion of said plate guiding element into the support guiding element and able to recover its original shape once it has surpassed said locking claw, the provisional fixing elastic element locking in the locking claw upon reaching the working position.