mhurhangee/ep-ind-claims huggingface dataset:
A drug coated balloon catheter, comprising a balloon and a drug coating on the outer surface of the balloon, wherein the drug coating includes active drug/drugs and carrier/carriers and the active drug is paclitaxel; wherein the carrier includes an organic acid salt and a polyalcohol with a mass ratio of the amount of active drug to the amount of carrier in the drug coating being in the range of 1.0 to 6.0, and with a mass ratio of the amount of organic acid salt to the amount of polyalcohol is in the range of (0.2 to 5): 1, wherein the organic acid salt is benzoate and the polyalcohol is polyethylene glycol, and wherein a binding strength of the drug coating to the outer surface of the balloon catheter, after inserting and moving the coated catheter, having a diameter of 3 mm and a length of 20 mm, into a simulated vascular system made up of porcine coronary artery vessels for delivery to a target site and allowing a floating time of 90 seconds, is such that the residual drug content on the balloon surface after the delivery process measured by HPLC is in the range of 74.3% to 83.0% of the initial amount before delivery.
Method for scheduling data packets and control information in a telecommunication network, wherein data packets and control information are scheduled for transmission in a group of OFDM symbols available in a transmission time interval, TTI, the method being performed by a scheduler and being characterized by comprising the steps of a) selecting a set of said data packets, b) searching control solutions for scheduling control information associated to said set of data packets in a predetermined number of OFDM symbols of said group of OFDM symbols, c) searching data solutions for scheduling the selected data packets in the other OFDM symbols of said group of OFDM symbols, d) repeating steps b) and c) considering a different set of said data packets to be transmitted and a different predetermined number of OFDM symbols for scheduling control information, e) scheduling data packets and control information according to a scheduling solution selected according to a judgment based on a predetermined metric, wherein control information are scheduled according to a control solution found at step b) and data packets are scheduled according to a data solution found at step c) and associated to said control solution, wherein the selected scheduling solution is judged as being the best according to said predetermined metric. a) selecting a set of said data packets, b) searching control solutions for scheduling control information associated to said set of data packets in a predetermined number of OFDM symbols of said group of OFDM symbols, c) searching data solutions for scheduling the selected data packets in the other OFDM symbols of said group of OFDM symbols, d) repeating steps b) and c) considering a different set of said data packets to be transmitted and a different predetermined number of OFDM symbols for scheduling control information, e) scheduling data packets and control information according to a scheduling solution selected according to a judgment based on a predetermined metric, wherein control information are scheduled according to a control solution found at step b) and data packets are scheduled according to a data solution found at step c) and associated to said control solution, wherein the selected scheduling solution is judged as being the best according to said predetermined metric.
A chemical reactor for chemical reactions of various liquid materials, comprising a microwave irradiating apparatus and a chemical reaction apparatus, the microwave irradiating apparatus comprises a microwave generator and a microwave irradiating cavity; the chemical reaction apparatus comprises a tank and a device for controlling the flow of the material, the tank is a chemical reaction channel of which the upper part is open, and at least a part of the tank is located in the microwave irradiating cavity characterized in that the device for controlling the flow of the material comprises a device for altering the flow state of the material from a laminar state to a turbulent state or enhancing the turbulent state and comprises a solid particle bed arranged in the tank or a plurality of solid particle beds arranged along the length of the tank, so that in use the material can run through the solid particle bed or beds; wherein the solid particles are solid catalyst particles.
A process for manufacturing a waterproof magneto-rotor made of rare-earth elements, to be used in a synchronous electric motor having a rotor with a permanent magnet and wherein the rotor is solidly fixed to a shaft, the process comprising: - a first phase of coating the rotor with a first inner protective layer obtained by an injection moulding phase; - a second phase of coating the first inner protective layer of the rotor with a second outer protective layer obtained by a further injection moulding phase; - at least one annular protective barrier being shaped on at least one of opposed end surfaces of the rotor during the first injection moulding phase, for preventing water or humidity from seeping between the first inner protective layer and the second outer protective layer, characterized in that said at least one annular protective barrier comprises a pair of concentric annular rims (16, 17), formed in one piece in said first inner protective layer, and wherein said second outer protective layer covers both the concentric annular rims (16, 17), sealing the space in therebetween by fusion of injection moulding material between said first inner protective layer and said second outer protective layer, preventing water or humidity from seeping between the two protective layers (12, 14). - a first phase of coating the rotor with a first inner protective layer obtained by an injection moulding phase; - a second phase of coating the first inner protective layer of the rotor with a second outer protective layer obtained by a further injection moulding phase; - at least one annular protective barrier being shaped on at least one of opposed end surfaces of the rotor during the first injection moulding phase, for preventing water or humidity from seeping between the first inner protective layer and the second outer protective layer, said at least one annular protective barrier comprises a pair of concentric annular rims (16, 17), formed in one piece in said first inner protective layer, and wherein said second outer protective layer covers both the concentric annular rims (16, 17), sealing the space in therebetween by fusion of injection moulding material between said first inner protective layer and said second outer protective layer, preventing water or humidity from seeping between the two protective layers (12, 14).
A mobile agricultural machine comprising: ground engaging elements configured to propel the mobile agricultural machine about an agricultural field; a processor configured to receive field data indicative of characteristics of portions of the field; a display unit operably coupled to the processor, the display unit configured to display a user interface generated by the processor, the user interface comprising: a map (402, 602) comprising a plurality of field characteristic indicia, the field characteristic indicia indicative of the characteristics of the portions of the field and the locations of the portions of the field; a data distribution indicator representing a distribution of the field data, the data distribution indicator comprising a histogram (434, 611); and a legend (404, 606) proximate the data distribution indicator; characterized in that the legend is adjustable and comprises a continuous scale and an adjustable first scale adjuster mechanism, an adjustable second scale adjuster mechanism and a third scale adjuster mechanism and that the first scale adjuster mechanism corresponds to a minimum data value displayed on the map, the second scale adjuster mechanism corresponds to a maximum data value displayed on the map and the third scale adjuster mechanism corresponds to a medial data value displayed on the map. ground engaging elements configured to propel the mobile agricultural machine about an agricultural field; a processor configured to receive field data indicative of characteristics of portions of the field; a display unit operably coupled to the processor, the display unit configured to display a user interface generated by the processor, the user interface comprising: a map (402, 602) comprising a plurality of field characteristic indicia, the field characteristic indicia indicative of the characteristics of the portions of the field and the locations of the portions of the field; a data distribution indicator representing a distribution of the field data, the data distribution indicator comprising a histogram (434, 611); and a legend (404, 606) proximate the data distribution indicator; a map (402, 602) comprising a plurality of field characteristic indicia, the field characteristic indicia indicative of the characteristics of the portions of the field and the locations of the portions of the field; a data distribution indicator representing a distribution of the field data, the data distribution indicator comprising a histogram (434, 611); and a legend (404, 606) proximate the data distribution indicator;
An electric motor comprising: a housing (18A, 18B); a stator assembly mounted within the housing and comprising a magneto-electro drive component; a shaft (26A, 26B) extending axially through the stator assembly and supported by the housing; a rotor assembly mounted to the shaft (26A, 26B) and comprising a magneto-electric drive component; a corrugated fin heat transfer structure positioned within the shaft (26A, 26B) and configured to draw heat from the rotor assembly, comprising a sheet forming a plurality of radially extending loops extending axially along the shaft, the plurality of radially extending loops comprising a plurality of undulations having radially outer crests and radially inner troughs; a liner metallurgically attached to the troughs at joints; and a tie rod extending through the shaft (26A, 26B) from a first end cap to a second end cap, the tie rod passing through the corrugated fin heat transfer structure and being supported by the first and second end caps (42A, 42B) a housing (18A, 18B); a stator assembly mounted within the housing and comprising a magneto-electro drive component; a shaft (26A, 26B) extending axially through the stator assembly and supported by the housing; a rotor assembly mounted to the shaft (26A, 26B) and comprising a magneto-electric drive component; a corrugated fin heat transfer structure positioned within the shaft (26A, 26B) and configured to draw heat from the rotor assembly, comprising a sheet forming a plurality of radially extending loops extending axially along the shaft, the plurality of radially extending loops comprising a plurality of undulations having radially outer crests and radially inner troughs; a liner metallurgically attached to the troughs at joints; and a tie rod extending through the shaft (26A, 26B) from a first end cap to a second end cap, the tie rod passing through the corrugated fin heat transfer structure and being supported by the first and second end caps (42A, 42B)
Door stopper with a resiliently elastic body which has an elongate wedge-shaped wedge portion, the latter rising to a height H and having a straight-running abutment surface, and which has a mounting portion, the latter having a bore which, via a mounting opening, opens radially outward to a front surface of the mounting portion, which front surface projects up from the wedge portion, wherein the radial extent of the mounting opening has the same extent direction as the elongate wedge portion, characterized in that - the wedge portion is provided so as to be offset in its longitudinal extent relative to the radial extent of the mounting opening, - the wedge portion is designed to be wedge-shaped in its extent direction and in its direction transverse with respect thereto, - the wedge end has, in the transverse direction, a thickness which is greater than H and which increases further toward the wedge end, wherein - the mounting portion has side surfaces which extend parallel to one another in the width direction and beyond which the transversely extending wedge portion projects at the level of the front surface and on one side in the width direction. - the wedge portion is provided so as to be offset in its longitudinal extent relative to the radial extent of the mounting opening, - the wedge portion is designed to be wedge-shaped in its extent direction and in its direction transverse with respect thereto, - the wedge end has, in the transverse direction, a thickness which is greater than H and which increases further toward the wedge end, wherein - the mounting portion has side surfaces which extend parallel to one another in the width direction and beyond which the transversely extending wedge portion projects at the level of the front surface and on one side in the width direction.
A semiconductor laser element comprising: an active layer comprising a quantum well layer and barrier layers; an n-type carrier blocking layer arranged so as to be directly on the active layer, and having a bandgap width equal to or greater than bandgap widths of the barrier layers, the n-type carrier blocking layer having a layer thickness T of 10 nm ≤ T ≤ 30 nm; an n-type waveguide layer arranged on a side opposite to a side of the n-type carrier blocking layer on which the active layer is arranged, so as to be directly on the n-type carrier blocking layer; an n-type clad layer arranged on a side opposite to a side of the n-type waveguide layer on which the active layer is arranged, so as to be directly on the n-type waveguide layer, the n-type clad layer having a bandgap width greater than a bandgap width of the n-type waveguide layer; and characterized in that: a p-type clad layer arranged on a side opposite to a side of the active layer on which the n-type carrier blocking layer is arranged, so as to be directly on the active layer, the p-type clad layer having a bandgap width greater than bandgap widths of the barrier layers and the n-type waveguide layer. an active layer comprising a quantum well layer and barrier layers; an n-type carrier blocking layer arranged so as to be directly on the active layer, and having a bandgap width equal to or greater than bandgap widths of the barrier layers, the n-type carrier blocking layer having a layer thickness T of 10 nm ≤ T ≤ 30 nm; an n-type waveguide layer arranged on a side opposite to a side of the n-type carrier blocking layer on which the active layer is arranged, so as to be directly on the n-type carrier blocking layer; an n-type clad layer arranged on a side opposite to a side of the n-type waveguide layer on which the active layer is arranged, so as to be directly on the n-type waveguide layer, the n-type clad layer having a bandgap width greater than a bandgap width of the n-type waveguide layer; and characterized in that: a p-type clad layer arranged on a side opposite to a side of the active layer on which the n-type carrier blocking layer is arranged, so as to be directly on the active layer, the p-type clad layer having a bandgap width greater than bandgap widths of the barrier layers and the n-type waveguide layer.
A method comprising: providing an original skin data file that includes skin information defining a format in which received content data is to be displayed via a displayed user interface on a display of a mobile communication device, providing a markup language skin style sheet describing how the original skin data file is to be modified to comport with physical characteristics of the mobile communication device, the original skin data file configured to be provided over a wireless communication network, the mobile communication device configured to operate using the wireless communication network, the displayed user interface of the mobile communication device being variable to vary display format of received content data on the display of the mobile communication device; transforming the original skin data file into a markup language document according to the markup language skin style sheet in dependence upon the characteristics of the mobile communication device; and providing the markup language document to an application that outputs display content to the physical display, where the markup language document is processed to form a skin data file. providing an original skin data file that includes skin information defining a format in which received content data is to be displayed via a displayed user interface on a display of a mobile communication device, providing a markup language skin style sheet describing how the original skin data file is to be modified to comport with physical characteristics of the mobile communication device, the original skin data file configured to be provided over a wireless communication network, the mobile communication device configured to operate using the wireless communication network, the displayed user interface of the mobile communication device being variable to vary display format of received content data on the display of the mobile communication device; transforming the original skin data file into a markup language document according to the markup language skin style sheet in dependence upon the characteristics of the mobile communication device; and providing the markup language document to an application that outputs display content to the physical display, where the markup language document is processed to form a skin data file.
A method, comprising: determining whether a position of a device is static, characterized in that the method further comprises, when the position of the device is determined to be static, allocating at least one semi-persistent resource for a time when the device is in an idle state, wherein the at least one semi-persistent resource is subject to semi-persistent scheduling and the allocating takes place either before the device goes to the idle state, as soon as the device goes to the idle state, or after the device has been in the idle state for a predetermined amount of time. determining whether a position of a device is static, characterized in that the method further comprises, when the position of the device is determined to be static, allocating at least one semi-persistent resource for a time when the device is in an idle state, wherein the at least one semi-persistent resource is subject to semi-persistent scheduling and the allocating takes place either before the device goes to the idle state, as soon as the device goes to the idle state, or after the device has been in the idle state for a predetermined amount of time.
A wireless end-user device, comprising: a wireless modem; a stored network service usage activity control policy applicable to one or more network service usage activities associated with one or more device applications and/or operating system functions; and a processor configured to apply the stored network service usage activity policy in dependence on at least one of a modem power control state and modem network connection state, to limit and/or control the one or more network service usage activities in at least one modem power control state and/or modem network connection state. a wireless modem; a stored network service usage activity control policy applicable to one or more network service usage activities associated with one or more device applications and/or operating system functions; and a processor configured to apply the stored network service usage activity policy in dependence on at least one of a modem power control state and modem network connection state, to limit and/or control the one or more network service usage activities in at least one modem power control state and/or modem network connection state.
An oscillating regulator for a timepiece, comprising three resonant oscillating systems, or an odd number of resonant oscillating systems greater than three, each resonant oscillating systems (20, 30) comprising at least one magnetic component (25, 35) suitable for exchanging magnetic energy during its oscillations in which the axes (22, 32) of said oscillating systems (20, 30) have different orientations and in which one of said resonant oscillating systems is a primary oscillating system comprising at least one magnetic component comprising a magnet, and in which at least one of said resonant oscillating systems is a secondary oscillating system comprising a magnetic component made of magnetizable material, said primary oscillating system exerting a magnetic force on each said one secondary oscillating system (20; 20, 40), each secondary oscillating system (20; 20, 40) being such that two secondary oscillating systems exert no magnetic force on one another.
Assembly for the formwork of a structure, comprising two formwork panels (2, 3) and at least two rows of mechanisms designed to allow said assembly to have a folded position, wherein the two panels are folded back on one another, and a deployed position, wherein said panels are separated from one another by a distance corresponding to a thickness of said structure, each mechanism comprising a large rod, a small rod, and, a connecting rod forming with the small rod a toggle device, a first end of the large rod and a first end of the small rod being attached and articulated, in the vicinity of one another, each one with a first panel among the panels; a second end of the large rod being attached and articulated with the second panel; a first end of the connecting rod being attached and articulated with the second panel, at a distance from the second end of the large rod; and, a second end of the small rod being attached and articulated with a second end of the connecting rod thus forming said toggle; in such a way that: - in the folded position, the rods and the connecting rods of the mechanism are substantially coplanar; and, - in the deployed position, for the same row, the large rods are substantially in the same first plane as the small rods and the connecting rods are substantially in the same second plane and the two planes form a non-zero angle between them; the rods having a V shape, the tip of which forms their second end (16, 17) and the free ends of which each form a first end, the large rods and/or the small rods of the same row being made from a single piece, preferably a mild steel rod, in such a way that the rods are integral with one another via their first ends, characterised in that the framework panels are pierced with filtering orifices; and in that each mechanism is connected to said panels (2,3) by connectors, each connector being a piece of plastic with a low thickness, between two faces opposite and substantially parallel to one another, substantially symmetrical with respect to a plane of symmetry perpendicular to said faces, with each connector comprising a base, perpendicular to said plane of symmetry and, beyond the base, two clasps extending from said base, with each one of said clasps being provided to snap-fit into a respective orifice of a panel (2, 3) in order to maintain said base thrust against said panel. - in the folded position, the rods and the connecting rods of the mechanism are substantially coplanar; and, - in the deployed position, for the same row, the large rods are substantially in the same first plane as the small rods and the connecting rods are substantially in the same second plane and the two planes form a non-zero angle between them;