mhurhangee/ep-ind-claims huggingface dataset:
An implantable stimulation lead for stimulation of neural tissue of a patient, comprising: an elongated lead body having distal and proximal ends and wire conductors extending therebetween; and a paddle structure (114, 200) adapted to be implanted adjacent to neural tissue for electrical stimulation, the paddle structure comprising a flexible polymer body, electrodes arranged in a multi-dimensional pattern and positioned along a contact side (118, 202) of the flexible polymer body, and a plurality of sets of microtubes (358, 458) with each microtube having an inner lumen, the plurality of sets of microtubes extending along a side of the flexible polymer body opposite to the contact side and configured to facilitate positioning the wire conductors; wherein the electrodes are electrically coupled to the wire conductors of the lead body through wires positioned within the inner lumens of the plurality of sets of microtubes, each set of microtubes are positioned to extend along the paddle structure, and the polymer body of the paddle structure flexes transversely about its longitudinal axis and the plurality of sets of microtubes are arranged generally parallel to the longitudinal axis. an elongated lead body having distal and proximal ends and wire conductors extending therebetween; and a paddle structure (114, 200) adapted to be implanted adjacent to neural tissue for electrical stimulation, the paddle structure comprising a flexible polymer body, electrodes arranged in a multi-dimensional pattern and positioned along a contact side (118, 202) of the flexible polymer body, and a plurality of sets of microtubes (358, 458) with each microtube having an inner lumen, the plurality of sets of microtubes extending along a side of the flexible polymer body opposite to the contact side and configured to facilitate positioning the wire conductors; wherein the electrodes are electrically coupled to the wire conductors of the lead body through wires positioned within the inner lumens of the plurality of sets of microtubes, each set of microtubes are positioned to extend along the paddle structure, and the polymer body of the paddle structure flexes transversely about its longitudinal axis and the plurality of sets of microtubes are arranged generally parallel to the longitudinal axis.
A support assembly for supporting a vehicle, such as a working machine, said support assembly comprising - an articulated interconnecting assembly pivotable connectable to a lower part of the working machine; - a telescopic arrangement connected to said articulated interconnecting assembly and comprising a guiding frame and a telescopic extension member displaceable arranged relative the guiding frame; - a foot connected to said telescopic extension member; and characterized in that - said support assembly further comprises an articulated linkage arrangement having a linkage arm and a connecting rod, said linkage arm being connectable at one end to an actuator for effecting a movement of said articulated linkage arrangement and at a second end pivotable connected to one end of the connecting rod, while said connecting rod further being pivotable connected to the telescopic extension member at a second end, wherein - said telescopic extension member comprises a channel for accommodating a portion of the connecting rod such that said portion of the connecting rod is permitted to move along said channel of said telescopic extension member. - an articulated interconnecting assembly pivotable connectable to a lower part of the working machine; - a telescopic arrangement connected to said articulated interconnecting assembly and comprising a guiding frame and a telescopic extension member displaceable arranged relative the guiding frame; - a foot connected to said telescopic extension member; and characterized in that - said support assembly further comprises an articulated linkage arrangement having a linkage arm and a connecting rod, said linkage arm being connectable at one end to an actuator for effecting a movement of said articulated linkage arrangement and at a second end pivotable connected to one end of the connecting rod, while said connecting rod further being pivotable connected to the telescopic extension member at a second end, wherein - said telescopic extension member comprises a channel for accommodating a portion of the connecting rod such that said portion of the connecting rod is permitted to move along said channel of said telescopic extension member.
An oxidizer-rich liquid monopropellant for use with a fuel-rich liquid monopropellant in a dual mode chemical rocket engine, consisting of: 70-90% by weight of an oxidizer selected from ADN and HAN; 0-8 % by weight of ammonia, and; balance water.
A high pressure heat exchanger comprising a first manifold and a second manifold connected fluidly by a plurality of tube sets arranged in a spaced manner along the manifolds (10a, 10b), each tube set comprising a first tube and a second tube, wherein each of the first and the second tubes (11, 12) comprises an intermediate tube section between two opposing tube end sections, and wherein the manifolds (10a, 10b) comprise slots receiving the tube end sections in a fluid-tight manner, wherein in the tube set, at least the first tube comprises a bent tube section between the tube end section and the intermediate tube section, so that the intermediate tube sections of the first and second tubes (11, 12) run substantially in a parallel and spaced manner to each other, while the tube end tube sections are stacked on each other within a single slot, wherein a flow disruptor is arranged in a space between the tube sets, characterized in that a tube height of the first and the second flat tubes (11, 12) is between 2 and 3 mm, a flow disruptor height is between 1,7 and 2,5 mm, and a material height between consecutive slots is (2 * flow disruptor height) - a, a being between 0,4 and 0,8 mm.
Acoustic wave device comprising: - a substrate surmounted with an acoustic mirror, - an acoustic mirror constituted by a stack of a given pair of materials in alternate layers with high and low acoustic impedance, - a piezoelectric layer arranged above the acoustic mirror, and - excitation and/or receiving means (43, 44) constituted by interdigitated conductor combs on a surface of said piezoelectric layer, characterised in that the acoustic wave device additionally comprises the acoustic mirror having a pitch, corresponding to the sum of the thicknesses of a layer of each material of the given pair of materials, which is configured to render the acoustic mirror omnidirectional, reflecting in a frequency range the waves of all incidences, the excitation and/or receiving means (43, 44) being capable of exciting waves in said frequency range corresponding to a band gap of the acoustic mirror where no propagation mode is possible whatever the wavelength, the piezoelectric layer having a layer thickness determined as a function of said frequency range in which said piezoelectric layer is capable of vibrating while guiding the acoustic waves excited by the excitation and/or receiving means (43, 44). - a substrate surmounted with an acoustic mirror, - an acoustic mirror constituted by a stack of a given pair of materials in alternate layers with high and low acoustic impedance, - a piezoelectric layer arranged above the acoustic mirror, and - excitation and/or receiving means (43, 44) constituted by interdigitated conductor combs on a surface of said piezoelectric layer,
An electrical household appliance comprising a base for the production of steam comprising a steam generator comprising a boiling chamber and a liquid tank supplying the boiling chamber by gravity, the liquid flowing by gravity from the tank to the boiling chamber until the liquid level in the boiling chamber reaches an equilibrium level, referred to as the reference level, at which the liquid level in the appliance prevents air from entering the tank, the boiling chamber comprising a steam outlet through which steam can escape towards a work tool, such as a smoothing brush, and a communication port connected to a pipe (6; 106) having a discharge port (60; 160) closed by a removable plug (7; 107), characterised in that the pipe (6; 106) has a scale-collecting container (8; 108) that is removable through the discharge port (60; 160).
An electrolyte membrane, comprising: a first proton conducting polymer reinforced with a nanofiber mat; wherein the nanofiber mat is made from a nanofiber comprising a fiber material selected from PES, PES blended with PVDF, PEI, PBI, PPO, PEEK, PPES, PEK, blends and combinations thereof, and wherein the first proton conducting polymer is selected from the group consisting of highly fluorinated ionomer, perfluorinated ionomer, hydrocarbon ionomer, blends and combinations thereof. a first proton conducting polymer reinforced with a nanofiber mat; wherein the nanofiber mat is made from a nanofiber comprising a fiber material selected from PES, PES blended with PVDF, PEI, PBI, PPO, PEEK, PPES, PEK, blends and combinations thereof, and wherein the first proton conducting polymer is selected from the group consisting of highly fluorinated ionomer, perfluorinated ionomer, hydrocarbon ionomer, blends and combinations thereof.
Transportation system for production, assembly, and/or logistics processes, comprising at least one rail (21, 22, 23) and at least one driverless rail-bound rail vehicle which for transportation of material is movable along the at least one rail (21, 22, 23), characterized in that at least one driverless non-rail-bound transportation vehicle is provided for non-rail-bound transportation of material, wherein the driverless non-rail-bound transportation vehicle has mobility elements for a non-rail-bound movement, wherein for rail-bound and non-rail-bound transportation separate vehicles (3, 6) are provided, wherein the at least one driverless non-rail-bound transportation vehicle has a rail piece that is attachable to the at least one rail (21, 22, 23), and wherein the rail piece that is attachable to the rail (21, 22, 23) and the at least one rail (21, 22, 23) have a rail profile that is at least substantially of identical construction such that the at least one rail-bound rail vehicle which is displaceable along the rail is movable from the rail (21, 22, 23) onto the rail piece that is attached to said rail, or from the rail piece onto the rail (21, 22, 23).
A method of improving the ignition performance of an after-burner device for a bypass turbojet, the after-burner device receiving a "hot" central primary flow coming from the turbine of the turbojet and a "cold" peripheral secondary flow, and having an after-burner ignition zone, ignition being performed in a zone bordered by a flame catcher ring, characterized in that said after-burner ignition zone is situated in the secondary flow reaching the after-burner device, and in that a fraction of the primary flow is taken by means of a duct in order to bring said fraction into the after-burner ignition zone in which an ignition member is situated, in order to raise the temperature in this zone to a value that is at least 40°C greater than the temperature of the secondary flow, so as to encourage after-burner ignition.
An apparatus for delivery of a lens portion of a modular intraocular lens into an eye, comprising: a housing; a nozzle positioned at an end of the housing, wherein an interior of the nozzle comprises a floor, the floor including an aperture characterized by a cam-actuated mechanism positioned within the housing, comprising: a lens stop comprising a base and a post, wherein the post is movably disposed within the aperture; and a slider configured to move in a direction toward the lens stop, wherein the lens stop is positioned at a distal end of the slider, the slider comprising a slot that is aligned with a portion of the base of the lens stop and configured to receive the portion of the base as the slider moves. a housing; a nozzle positioned at an end of the housing, wherein an interior of the nozzle comprises a floor, the floor including an aperture characterized by a cam-actuated mechanism positioned within the housing, comprising: a lens stop comprising a base and a post, wherein the post is movably disposed within the aperture; and a slider configured to move in a direction toward the lens stop, wherein the lens stop is positioned at a distal end of the slider, the slider comprising a slot that is aligned with a portion of the base of the lens stop and configured to receive the portion of the base as the slider moves. a lens stop comprising a base and a post, wherein the post is movably disposed within the aperture; and a slider configured to move in a direction toward the lens stop, wherein the lens stop is positioned at a distal end of the slider, the slider comprising a slot that is aligned with a portion of the base of the lens stop and configured to receive the portion of the base as the slider moves.
A cassette for use with an ophthalmic surgery pump for collecting aspirant fluid and tissue from a patient's eye comprising: a rigid walled container having an interior volume; and a fluid level indicator formed on a wall of the container, such that an associated photo-detector (86; 100) of the pump may determine a level of fluid in the container, characterized in that the fluid level indicator is a notched section having a face essentially parallel to the wall of the container and a pair of angled side-sections (90; 92) connecting the face to the wall of the container, such that a prism is formed so that a fluid level of the cassette can be determined by the photo-detector (86; 100). a rigid walled container having an interior volume; and a fluid level indicator formed on a wall of the container, such that an associated photo-detector (86; 100) of the pump may determine a level of fluid in the container, characterized in that the fluid level indicator is a notched section having a face essentially parallel to the wall of the container and a pair of angled side-sections (90; 92) connecting the face to the wall of the container, such that a prism is formed so that a fluid level of the cassette can be determined by the photo-detector (86; 100).
A method for wireless communication performed by a user equipment, UE (115; 605; 705; 905), comprising: establishing (505; 1405; 1505; 1605) a first connection with a first base station (105-a) in a first public land mobile network, PLMN, the first connection being a coverage extension, CE, mode connection or a non-CE mode connection; receiving (510; 1410; 1610), from the first base station, information associated with one or more neighboring base stations (150-b) in the first PLMN for use in establishing a second connection with a second base station of the one or more neighboring base stations, the information including one or more parameters for establishing the second connection in a CE mode or in a non-CE mode; transmitting (535; 1620), based on the received information, a CE request to the second base station that requests broadcast transmissions of the second base station to be transmitted in the CE mode; and transmitting (555; 1415; 1530) a random access request to the second base station to establish the second connection based at least in part on the information associated with the one or more neighboring base stations in the first PLMN. establishing (505; 1405; 1505; 1605) a first connection with a first base station (105-a) in a first public land mobile network, PLMN, the first connection being a coverage extension, CE, mode connection or a non-CE mode connection; receiving (510; 1410; 1610), from the first base station, information associated with one or more neighboring base stations (150-b) in the first PLMN for use in establishing a second connection with a second base station of the one or more neighboring base stations, the information including one or more parameters for establishing the second connection in a CE mode or in a non-CE mode; transmitting (535; 1620), based on the received information, a CE request to the second base station that requests broadcast transmissions of the second base station to be transmitted in the CE mode; and transmitting (555; 1415; 1530) a random access request to the second base station to establish the second connection based at least in part on the information associated with the one or more neighboring base stations in the first PLMN.
A lighting device, comprising: a light source module comprising a LED module (4221; 992); a light source plate (421; 9918; 993) for mounting the light source module; a wireless module comprising an antenna (4121; 9914) and a radio frequency circuit (4122; 9915) for wirelessly communicating with an external device, wherein the radio frequency circuit (4122; 9915) is electrically connected to the light source module; a non-metallic plate (411; 994; 9920) for mounting the wireless module, wherein the antenna (4121; 9914) is disposed on an external surface of the non-metallic plate (411; 994; 9920); external electrodes (3; 6) for passing an external power source to the light source module; a bulb shell and a bulb head, the external electrodes (3; 6) being disposed on the bulb head, an interior surface of the bulb shell facing to the LED module (4221; 992) and the antenna (4121; 9914) for passing a light emitted by the LED module (4221; 992) and a wireless signal to the antenna (4121; 9914); and a heat sink disposed between the bulb head and the bulb shell, wherein the heat sink has an insulation layer and a conductive layer, an edge of the light source plate (421; 9918; 993) engages the conductive part of the heat sink for passing heat generated by the LED module (4221; 992) to the heat sink; characterized in that, wherein the antenna (4121; 9914) is electrically connected to the light source module and is further electrically connected to the conductive layer of the heat sink. a light source module comprising a LED module (4221; 992); a light source plate (421; 9918; 993) for mounting the light source module; a wireless module comprising an antenna (4121; 9914) and a radio frequency circuit (4122; 9915) for wirelessly communicating with an external device, wherein the radio frequency circuit (4122; 9915) is electrically connected to the light source module; a non-metallic plate (411; 994; 9920) for mounting the wireless module, wherein the antenna (4121; 9914) is disposed on an external surface of the non-metallic plate (411; 994; 9920); external electrodes (3; 6) for passing an external power source to the light source module; a bulb shell and a bulb head, the external electrodes (3; 6) being disposed on the bulb head, an interior surface of the bulb shell facing to the LED module (4221; 992) and the antenna (4121; 9914) for passing a light emitted by the LED module (4221; 992) and a wireless signal to the antenna (4121; 9914); and a heat sink disposed between the bulb head and the bulb shell, wherein the heat sink has an insulation layer and a conductive layer, an edge of the light source plate (421; 9918; 993) engages the conductive part of the heat sink for passing heat generated by the LED module (4221; 992) to the heat sink; characterized in that, wherein the antenna (4121; 9914) is electrically connected to the light source module and is further electrically connected to the conductive layer of the heat sink.
A vapor-permeable and waterproof sole for shoes, comprising: - a tread (14, 114, 214) provided with a plurality of through holes (15, 115, 215); - a multilayer pack (16, 116, 216), which is arranged so as to be superimposed on the region where said through holes (15, 115, 215) are provided and comprises a membrane (17, 117, 217) which is permeable to water vapor and impermeable to liquids and a protective vapor-permeable or perforated layer (18, 118, 218), which is arranged directly below said membrane (17, 117, 217); said tread (14, 114, 214) being overmolded onto said pack (16, 116, 216), said tread (14, 114, 214) further surrounding the lower perimetric portion, the upper perimetric portion and the edges of said pack (16, 116, 216) so as to form a perimetric seal which is adapted to avoid the rise of liquids, wherein said pack (16, 116, 216) comprises a vapor-permeable or perforated layer-like element (19, 119, 219), which is arranged directly below said protective layer (18, 118, 218) so as to be superimposed on the region where said through holes (15, 115, 215) are provided, said layer-like element (19, 119, 219) being adapted to avoid the contact of the polymeric material for molding with said protective layer (18, 118, 218) during the step for molding the tread (14, 114, 214), said layer-like element (19, 119, 219) being further associated with said protective layer (18, 118, 218), forming, between said protective layer (18, 118, 218) and said layer-like element (19, 119, 219), at least one interface area through which water vapor can flow, said area being adapted to facilitate vapor permeation wherein said layer-like element (19, 119, 219) is constituted by one of the following materials: nonwoven fabric or pile fabric or needle felt, leather, microporous EVA. - a tread (14, 114, 214) provided with a plurality of through holes (15, 115, 215); - a multilayer pack (16, 116, 216), which is arranged so as to be superimposed on the region where said through holes (15, 115, 215) are provided and comprises a membrane (17, 117, 217) which is permeable to water vapor and impermeable to liquids and a protective vapor-permeable or perforated layer (18, 118, 218), which is arranged directly below said membrane (17, 117, 217);