mhurhangee/ep-ind-claims huggingface dataset:
A fluid management system comprising: an implantable device comprising a housing containing a positive displacement gear pump coupled to an electric motor and a first controller coupled to a first battery, a first transceiver, and a first inductive charging circuit; a charging and communication system comprising a second controller coupled to a second transceiver and a second inductive charging circuit, the charging and communication system configured to wirelessly communicate with the implantable device via the first and second transceivers, and to wirelessly transfer energy from the second inductive circuit to the first inductive circuit to charge the first battery; and a monitoring and control system (40, 180) comprising software configured to run on a computer, the monitoring and control system configured to cause the computer to communicate operational parameters to the implantable device via the charging and communication system to control operation of the motor and gear pump. an implantable device comprising a housing containing a positive displacement gear pump coupled to an electric motor and a first controller coupled to a first battery, a first transceiver, and a first inductive charging circuit; a charging and communication system comprising a second controller coupled to a second transceiver and a second inductive charging circuit, the charging and communication system configured to wirelessly communicate with the implantable device via the first and second transceivers, and to wirelessly transfer energy from the second inductive circuit to the first inductive circuit to charge the first battery; and a monitoring and control system (40, 180) comprising software configured to run on a computer, the monitoring and control system configured to cause the computer to communicate operational parameters to the implantable device via the charging and communication system to control operation of the motor and gear pump.
Cutting body, preferably for a cutting tool, made of ceramic and/or CBN, comprising a planar upper face and a lower face and comprising lateral surfaces which connect the upper face and lower face, characterized in that the cutting body has, on the upper face thereof, two oppositely inclined, planar, rectangular roof slopes in the manner of a saddle roof or gabled roof of a house, which slopes extend from the surface into the cutting body.
An ear drop applicator for the application of ear drops, which comprises a tray, wherein the tray comprises a spout for inserting into an ear canal and through which the ear drops can pass from a bottle into the ear canal; and characterised in that the tray is suitable for receiving a bottle of ear drops placed therein, wherein the bottle can be pushed into the spout of the applicator, and the tray comprises a base with an opening for facilitating gripping of the bottle by the user.
A cabin pressure control and monitoring system comprising: an outflow valve; a first motor configured to operate the outflow valve to release fluid from a cabin; a second motor configured to operate the outflow valve to release fluid from the cabin; a first microcontroller configured to automatically control the first motor based on a pressure of the fluid in the cabin; and a second microcontroller configured to: control the second motor based on user input; and monitor the pressure of the fluid in the cabin, wherein a type of the first microcontroller is different than a type of the second microcontroller, wherein the second microcontroller is configured to: drive the second motor at a first speed greater than zero in response to sensing the user input; characterized in that the second microcontroller is configured to: drive the second motor at a second speed greater than zero in response to sensing the user input for more than a predetermined duration, wherein the second speed is faster than the first speed. an outflow valve; a first motor configured to operate the outflow valve to release fluid from a cabin; a second motor configured to operate the outflow valve to release fluid from the cabin; a first microcontroller configured to automatically control the first motor based on a pressure of the fluid in the cabin; and a second microcontroller configured to: control the second motor based on user input; and monitor the pressure of the fluid in the cabin, control the second motor based on user input; and monitor the pressure of the fluid in the cabin, drive the second motor at a first speed greater than zero in response to sensing the user input; characterized in that the second microcontroller is configured to: drive the second motor at a second speed greater than zero in response to sensing the user input for more than a predetermined duration, wherein the second speed is faster than the first speed.
An absorbent article, comprising: an absorber; a liquid pervious top sheet formed from non-woven fabric covering a front side of the absorber; and a second sheet stuck to the back surface of the top sheet, the top sheet having extruded projections formed by being extruded from a back side to a front side with space left therebetween in a width direction and a front-back direction, and portions between the extruded projections adjacent in the width direction and the front-back direction in the top sheet being joined to the second sheet to form a large number of top-second joint portions in a joint pattern intermittent in the width direction and the front-back direction, wherein the top sheet and the second sheet are joined in a joint pattern in which, between the MD direction adjacent extruded projections in the top sheet, the top-second joint portions are formed at least at central positions on a virtual line connecting CD direction central portions of the adjacent extruded projections and at lateral positions on the CD direction both sides of the central positions, and an MD direction joint range (A1, A2) is wider continuously or stepwise with increasing proximity from the central positions to the lateral sides, wherein a MD direction dimension of each extruded projection is equal to or smaller than a central space between a top-second joint portion positioned on an MD direction one side of the extruded projection and a top-second joint portion positioned on the other side of the extruded projection, wherein a CD direction dimension of each extruded projection is equal to or smaller than a central space between a top-second joint portion positioned on a CD direction one side of the extruded projection and a top-second joint portion positioned on the other side of the extruded projection, wherein MD direction and CD direction in the product refer to the MD direction and CD direction in a processing facility for the extruded projections 31, wherein one of the MD direction and CD direction is the front-back direction and the other is the width direction.
A method for wireless communication by a base station, the method comprising: identifying control information to be transmitted, in a slot, to a user equipment, UE; determining a configuration for splitting a control resource set for the control information into a first component control resource set and a second component control resource set within a supported bandwidth of the UE, the first component control resource set being frequency diverse and time diverse from the second component control resource set; and transmitting the configuration to the UE. identifying control information to be transmitted, in a slot, to a user equipment, UE; determining a configuration for splitting a control resource set for the control information into a first component control resource set and a second component control resource set within a supported bandwidth of the UE, the first component control resource set being frequency diverse and time diverse from the second component control resource set; and transmitting the configuration to the UE.
Process for treating a reinforcing element (34, 34') having a cross section with a flattened overall shape and extending in a main direction, and comprising at least one lateral edge (44, 46) made of a polymeric composition comprising a thermoplastic polymer, the lateral edge extending in a general direction substantially parallel to the main direction, characterized in that the process comprises a step of heating at least a part of the lateral edge, during which at least a part of the lateral edge is subjected to a plasma flow so as to raise the temperature of the part of the lateral edge (44, 46) above the melting point of the thermoplastic polymer.
Waste delivery container comprising: - a body comprising at least one wall (6, 8, 10, 12, 14) having at least one opening, and - a shutter located inside the body, the shutter being adapted to be in a configuration in which the opening is sealably closed by the shutter and in a configuration in which the opening is free, the shutter being held in open configuration by a fuse adapted to break at a temperature between 60 °C and 150 °C, the container further comprising means for pressing the shutter against the wall (6, 8, 10, 12, 14) and being characterised in that the means for pressing the shutter are independent of the latter and are held away from the opening by the fuse, the pressing means having a shape allowing them to exert a pressure over the entire part of the shutter in contact with the wall. - a body comprising at least one wall (6, 8, 10, 12, 14) having at least one opening, and - a shutter located inside the body, the shutter being adapted to be in a configuration in which the opening is sealably closed by the shutter and in a configuration in which the opening is free, the shutter being held in open configuration by a fuse adapted to break at a temperature between 60 °C and 150 °C,
A method for optimizing a real cellular, wireless communication network comprising a plurality of base stations and having a network configuration comprising a plurality of radio cells, the plurality of radio cells serving a served area; each of the plurality of radio cells covering a cell area which is further sub-divided into user locations, said network being defined by network parameters, the method being executed by an apparatus and comprising: providing a model of said cellular, wireless communication network having an original model network configuration; providing, for each of said user locations, a value of a received power of a pilot or reference signal and a traffic demand; optimizing said model network configuration by performing an iterative direct search to determine an optimal set of physical base station parameters; and using the optimized model network configuration to configure said real cellular wireless communication network; characterized in that the iterative direct search comprises a partitioning strategy comprising: a) jointly determining an optimal partition of the served area and an associated optimal load of each of the plurality of base stations for a current set of physical base station parameters for each direct search iteration; b) using an updated value of the received power of the pilot or reference signal for each the plurality of user locations associated with the current set of physical base station parameters for each direct search iteration; and c) minimizing a function of loads for each of the plurality of base stations. providing a model of said cellular, wireless communication network having an original model network configuration; providing, for each of said user locations, a value of a received power of a pilot or reference signal and a traffic demand; optimizing said model network configuration by performing an iterative direct search to determine an optimal set of physical base station parameters; and using the optimized model network configuration to configure said real cellular wireless communication network; a) jointly determining an optimal partition of the served area and an associated optimal load of each of the plurality of base stations for a current set of physical base station parameters for each direct search iteration; b) using an updated value of the received power of the pilot or reference signal for each the plurality of user locations associated with the current set of physical base station parameters for each direct search iteration; and c) minimizing a function of loads for each of the plurality of base stations.
A capsule composite formulation comprising, in a separated state, an independent tadalafil part comprising tadalafil or a pharmaceutically acceptable salt thereof; and an independent tamsulosin part comprising tamsulosin or a pharmaceutically acceptable salt thereof, wherein the independent tadalafil part comprises, on a surface thereof, a film coating layer comprising polyvinyl alcohol or a PVA-containing copolymer as a coating base material, wherein the PVA or the PVA-containing copolymer is comprised in an amount of 1% by weight to 6% by weight with respect to the total weight of the independent tadalafil part excluding the coating layer, and wherein the independent tadalafil part is a tablet of compressed granules, and the granules comprise 10% by weight to 60% by weight of granules having an average granule size of 250 μm to 500 μm and 30% by weight or more of granules having an average granule size of 150 μm or less. wherein the PVA or the PVA-containing copolymer is comprised in an amount of 1% by weight to 6% by weight with respect to the total weight of the independent tadalafil part excluding the coating layer, and wherein the independent tadalafil part is a tablet of compressed granules, and the granules comprise 10% by weight to 60% by weight of granules having an average granule size of 250 μm to 500 μm and 30% by weight or more of granules having an average granule size of 150 μm or less.
Laboratory balance, comprising a base body, a weighing chamber with a weighing chamber floor and a weighing chamber rear wall; a draft shield (5,5',5") with a top wall, a first side wall, a second side wall arranged parallel to the first side wall, and a front wall; wherein the weighing chamber floor, the draft shield (5,5',5") and the weighing chamber rear wall together enclose the weighing chamber, and wherein a drive unit is operatively connected to the top wall and serves to actuate opening and closing movements of the top wall, wherein at least a portion of the weighing chamber rear wall is configured as a compartment, and that the drive unit is arranged in said compartment-shaped portion of the weighing chamber rear wall; characterised in that the weighing chamber rear wall comprises a base module and a top module (16,16',16"), wherein the base module is connected to the base body and the top module (16,16',16") is connected to the top wall of the draft shield (5,5',5"), and further that the compartment-shaped portion which contains the drive unit is arranged in the top module (16,16',16") of the weighing chamber rear wall.
A catheter for delivering a guidewire across an occlusion, the catheter comprising: a catheter tube; a rotatable cutting head comprising a plurality of helical protrusions; a protective sheath at the distal end of the catheter tube comprising a plurality of helical slots extending laterally through the sidewall of the sheath, wherein the rotatable cutting head can be retracted inside the protective sheath so that the plurality of helical protrusions fit into the plurality of helical slots to prevent the helical protrusions from accidentally contacting tissue and the rotatable cutting head is configured to extend distally from the protective sheath by rotating the plurality of helical protrusions out of the plurality of helical slots; a torque communicating connector configured to apply a torque to the rotatable cutting head from the proximal end of the catheter to rotate and extend the cutting head distally forward at least partially outside of said protective sheath; and a guidewire passageway extending proximally to distally through a center of the catheter tube and through the cutting head and sheath to an opening in the center of a distal end of the cutting head. a catheter tube; a rotatable cutting head comprising a plurality of helical protrusions; a protective sheath at the distal end of the catheter tube comprising a plurality of helical slots extending laterally through the sidewall of the sheath, wherein the rotatable cutting head can be retracted inside the protective sheath so that the plurality of helical protrusions fit into the plurality of helical slots to prevent the helical protrusions from accidentally contacting tissue and the rotatable cutting head is configured to extend distally from the protective sheath by rotating the plurality of helical protrusions out of the plurality of helical slots; a torque communicating connector configured to apply a torque to the rotatable cutting head from the proximal end of the catheter to rotate and extend the cutting head distally forward at least partially outside of said protective sheath; and a guidewire passageway extending proximally to distally through a center of the catheter tube and through the cutting head and sheath to an opening in the center of a distal end of the cutting head.
A 10-pole/9-slot synchronous motor that includes nine teeth that are divided into three phases, each of which includes three adjacent teeth, a winding being concentratedly wound around the teeth, the synchronous motor comprising a stator in which a circumferential width of an inner-diameter-side tip portion of a first tooth, which is disposed in a center among three teeth forming each phase, is made smaller than a circumferential width of inner-diameter-side tip portions (31b, 32b) of two second teeth (31, 32), which are disposed on both sides of the first tooth, characterized in that a radial thickness of the inner-diameter-side tip portion of the first tooth is made smaller than a radial thickness (t2, t3) of the inner-diameter-side tip portions (31b, 32b) of the second teeth (31, 32).
A method for the preparation of a light valve which is operable in and electrically switchable between an optically transparent state and an opaque state, comprising (i) providing a liquid-crystalline medium which comprises one or more mesogenic compounds, one or more chiral compounds, at least three different dichroic dyes and one or more polymerisable mesogenic compounds as a layer interposed between two opposing transparent substrates which are each provided with an electrode, wherein the liquid-crystalline medium has a clearing point of 70°C or more, and wherein the one or more polymerisable mesogenic compounds are contained in the medium in an amount, based on the overall contents of the medium, of 2% by weight or less, and (ii) polymerising the one or more polymerisable mesogenic compounds in the layer using photopolymerisation. (i) providing a liquid-crystalline medium which comprises one or more mesogenic compounds, one or more chiral compounds, at least three different dichroic dyes and one or more polymerisable mesogenic compounds as a layer interposed between two opposing transparent substrates which are each provided with an electrode, wherein the liquid-crystalline medium has a clearing point of 70°C or more, and wherein the one or more polymerisable mesogenic compounds are contained in the medium in an amount, based on the overall contents of the medium, of 2% by weight or less, and wherein the liquid-crystalline medium has a clearing point of 70°C or more, and wherein the one or more polymerisable mesogenic compounds are contained in the medium in an amount, based on the overall contents of the medium, of 2% by weight or less, and (ii) polymerising the one or more polymerisable mesogenic compounds in the layer using photopolymerisation.
A touch-type display panel comprising: an array substrate including: sub-pixels (SP, 340) defined by gate lines and data lines; a plurality of touch electrodes (310, 310') arranged in a matrix and disposed to cover a plurality of the sub-pixels; a touch driving line unit including two or more touch driving lines (312, 312') assigned to each touch electrode (310, 310') and connected to a touch driver and to each respective touch electrode (310, 310'); and a connection line disposed between each two touch electrodes (310, 310') that are adjacent in a direction of the two or more touch driving lines (312, 312'), and configured to electrically connect the two or more touch driving lines (312, 312') assigned to each touch electrode (310, 310'). sub-pixels (SP, 340) defined by gate lines and data lines; a plurality of touch electrodes (310, 310') arranged in a matrix and disposed to cover a plurality of the sub-pixels; a touch driving line unit including two or more touch driving lines (312, 312') assigned to each touch electrode (310, 310') and connected to a touch driver and to each respective touch electrode (310, 310'); and a connection line disposed between each two touch electrodes (310, 310') that are adjacent in a direction of the two or more touch driving lines (312, 312'), and configured to electrically connect the two or more touch driving lines (312, 312') assigned to each touch electrode (310, 310').
A parking brake for a motor vehicle, comprising a pivotable locking mechanism for exerting a holding force on a parking brake gear, wherein the locking mechanism can be locked into the parking brake gear by means of an axially movable first actuation unit, wherein the first actuation unit is designed as a spring-mounted cam follower, wherein the first actuation unit is axially movable by means of a cam element, characterised in that the cam element is formed rotatably in just one direction of rotation.
A decellularized lung tissue capable of supporting cell growth, wherein the decellularized lung tissue exhibits a characteristic of a corresponding natural tissue prior to decellularization, wherein the decellularized lung tissue exhibits mechanical properties substantially similar to that of said corresponding natural tissue and wherein the decellularized lung tissue is produced using a decellularization solution comprising a hypertonic solution, a detergent and a chelating agent.
A composition capable of increased impermeability against the passage of ionic liquids therethrough comprising about 60-99.6 wt.% clay mixed with about 0.2 to 20 wt.% anionic polymer and about 0.2 to 20 wt.% cationic polymer, wherein the polymers have a negative to positive charge balance in the range of 3:1 to 1:3.
A rake arm assembly mountable to a build table having an upper surface and an opposite lower surface, the rake arm assembly comprising: a rake arm body having a first end and a second end, the rake arm body extending in a direction transverse to a working axis at an upper surface of the build table; a first guide rail mountable to the lower surface of the build table and extending along the working axis; a first rake support member fixed to the first end of the rake arm body and movably supported on the first guide rail; a second rake support member fixed to the second end of the rake arm body; and characterised by a guide pad fixed to a lower surface of the second rake support member and positionable at the lower surface of the build table. a rake arm body having a first end and a second end, the rake arm body extending in a direction transverse to a working axis at an upper surface of the build table; a first guide rail mountable to the lower surface of the build table and extending along the working axis; a first rake support member fixed to the first end of the rake arm body and movably supported on the first guide rail; a second rake support member fixed to the second end of the rake arm body; and characterised by a guide pad fixed to a lower surface of the second rake support member and positionable at the lower surface of the build table.