mhurhangee/ep-ind-claims huggingface dataset:
A gastrointestinal barrier configured as a migration resistant prosthesis, the prosthesis comprising: a flexible material portion comprising a sleeve, the material portion comprising: a liquid-impermeable material layer; a porous material layer having a pore size adapted for promoting tissue ingrowth; and an adhesive portion provided on an outer surface of the porous material layer adapted to secure the porous material layer of the material portion to a site in a bodily lumen for at least 24 hours following implantation of the prosthesis at the site; wherein the liquid-impermeable layer is internal to the porous material layer relative to the bodily lumen; further comprising a body having a proximal portion, a distal portion and a lumen extending therethrough, at least a portion of the body providing a force adapted to expand the body radially outward in a final position of the prosthesis, the material portion operably connected to the body and extending distally from the body. a flexible material portion comprising a sleeve, the material portion comprising: a liquid-impermeable material layer; a porous material layer having a pore size adapted for promoting tissue ingrowth; and an adhesive portion provided on an outer surface of the porous material layer adapted to secure the porous material layer of the material portion to a site in a bodily lumen for at least 24 hours following implantation of the prosthesis at the site; a liquid-impermeable material layer; a porous material layer having a pore size adapted for promoting tissue ingrowth; and an adhesive portion provided on an outer surface of the porous material layer adapted to secure the porous material layer of the material portion to a site in a bodily lumen for at least 24 hours following implantation of the prosthesis at the site; wherein the liquid-impermeable layer is internal to the porous material layer relative to the bodily lumen; further comprising a body having a proximal portion, a distal portion and a lumen extending therethrough, at least a portion of the body providing a force adapted to expand the body radially outward in a final position of the prosthesis, the material portion operably connected to the body and extending distally from the body.
Device for determining the replacement state of wear of a rope in the use of lifting gear, in particular cranes, with a detection device for detecting at least one rope utilization parameter influencing the replacement state of wear as well as with an evaluation device for evaluating the rope utilization parameter and for providing a replacement signal depending on the evaluation of the rope utilization parameter, wherein the detection device comprises detection means for detecting environmental impacts on the rope, which can be evaluated by the evaluation device to determine the replacement state of wear, characterized in that the detection means comprise a lubricant detector for detecting lubricants, in particular oils and fats, affecting the rope.
A reversible plough comprising a depth controlling arrangement mounted to a rear portion of a frame of the reversible plough, and a depth controller, wherein the depth controlling arrangement comprises an endless belt forming, in operational state, a contact face against a ground, wherein a belt frame is pivotal around a rotation axis substantially congruent with the working direction of the reversible plough. a depth controlling arrangement mounted to a rear portion of a frame of the reversible plough, and a depth controller, wherein the depth controlling arrangement comprises an endless belt forming, in operational state, a contact face against a ground, wherein a belt frame is pivotal around a rotation axis substantially congruent with the working direction of the reversible plough.
An electronic device comprising: a pressure provider configured to generate an initial pressure in response to an electrical signal; a fluid material configured to generate fluidic pressure corresponding to the initial pressure in each of a plurality of active regions partitioned from each other; and a tactile sensation providing layer; characterized by a hydrogen storage alloy configured to absorb or release hydrogen according to the fluidic pressure, wherein the hydrogen released from the hydrogen storage alloy applies pressure to the tactile sensation providing layer, thus causing the tactile sensation providing layer to protrude. a pressure provider configured to generate an initial pressure in response to an electrical signal; a fluid material configured to generate fluidic pressure corresponding to the initial pressure in each of a plurality of active regions partitioned from each other; and a tactile sensation providing layer; characterized by a hydrogen storage alloy configured to absorb or release hydrogen according to the fluidic pressure, wherein the hydrogen released from the hydrogen storage alloy applies pressure to the tactile sensation providing layer, thus causing the tactile sensation providing layer to protrude.
A method for reducing imbalances occurring during charging and discharging of a redox flow battery system, wherein the battery system comprises at least two battery modules, a bidirectional converter and a control device, and wherein the battery modules are connected in series and connected to the converter, and wherein each battery module comprises a cell arrangement with a plurality of redox flow cells and a tank facility for storing electrolyte and for supplying electrolyte to the cell arrangement, characterized in that the battery system comprises a DC-DC converter for each battery module, wherein one connection of each DC-DC converter is connected to a respective battery module, and a second connection of each DC-DC converter is connected to a common DC current bus, and wherein the battery system comprises a further converter which is connected to the DC current bus, and wherein the control device is connected to the further converter and to the DC-DC converters such that the control device can control the further converter and the DC-DC converters, and wherein the method comprises at least one of the following steps: - When charging the battery system, the DC-DC converters are controlled by the control device to reduce the difference of a first and a second battery module with respect to a control variable such that a DC-DC converter transfers so much electrical energy to the DC current bus that thereby one of the two battery modules is charged less quickly than the other battery module; - when discharging the battery system, the DC-DC converters are controlled by the control device to reduce the difference of a first and second battery module with respect to a control variable such that a DC-DC converter discharges so much electrical energy from the DC current bus that thereby one of the two battery modules is discharged less quickly than the other battery module. - When charging the battery system, the DC-DC converters are controlled by the control device to reduce the difference of a first and a second battery module with respect to a control variable such that a DC-DC converter transfers so much electrical energy to the DC current bus that thereby one of the two battery modules is charged less quickly than the other battery module; - when discharging the battery system, the DC-DC converters are controlled by the control device to reduce the difference of a first and second battery module with respect to a control variable such that a DC-DC converter discharges so much electrical energy from the DC current bus that thereby one of the two battery modules is discharged less quickly than the other battery module.
A method (200; 300; 400; 500; 600; 700) for model registration comprising: receiving (202; 402) a 3D model of an anatomical portion of a patient; calculating (204; 404) one or more poses of at least one imaging device based on the 3D model, wherein the at least one imaging device is an ultrasound probe and a detector of the ultrasound probe and an emitter of the ultrasound probe are each held a distance from and opposite each other by separate robotic arms; receiving (206; 406) an image from the at least one imaging device at each of the one or more poses to yield an image set, each image depicting at least one anatomical feature of the patient; aligning, based at least in part on the one or more poses, the at least one anatomical feature in each image with a corresponding anatomical feature in the 3D model; registering an image space to a patient space based on the alignment; and determining a time of flight of an ultrasound signal based on the distance and a duration between emission of the signal by the emitter and detection of the signal by the detector. receiving (202; 402) a 3D model of an anatomical portion of a patient; calculating (204; 404) one or more poses of at least one imaging device based on the 3D model, wherein the at least one imaging device is an ultrasound probe and a detector of the ultrasound probe and an emitter of the ultrasound probe are each held a distance from and opposite each other by separate robotic arms; receiving (206; 406) an image from the at least one imaging device at each of the one or more poses to yield an image set, each image depicting at least one anatomical feature of the patient; aligning, based at least in part on the one or more poses, the at least one anatomical feature in each image with a corresponding anatomical feature in the 3D model; registering an image space to a patient space based on the alignment; and determining a time of flight of an ultrasound signal based on the distance and a duration between emission of the signal by the emitter and detection of the signal by the detector.
A method of manufacturing a flanged composite component, the method comprising: coupling a composite structure to a first composite material; coupling a second composite material to the composite structure; placing a first expansion device within the second composite material; coupling a forming element to the second composite material against a mold; coupling a pressure element to the forming element to define a space among the mold, the forming element and the pressure element; and expanding the first expansion device to impart a force to the second composite material to move the second composite material away from the composite structure and into the space to facilitate forming a first flange. coupling a composite structure to a first composite material; coupling a second composite material to the composite structure; placing a first expansion device within the second composite material; coupling a forming element to the second composite material against a mold; coupling a pressure element to the forming element to define a space among the mold, the forming element and the pressure element; and expanding the first expansion device to impart a force to the second composite material to move the second composite material away from the composite structure and into the space to facilitate forming a first flange.
An operable implant adapted to be implanted in the body of a patient, the operable implant comprising an operation device and a body engaging portion, the operation device comprises an electrical motor comprising a static part comprising a plurality of coils and a movable part comprising a plurality of magnets, such that sequential energizing of said coils magnetically propels the magnets and thus propels the movable part, wherein the operation device further comprises an enclosure adapted to hermetically enclose the coils of the static part, such that a seal is created between the static part and the propelled moving part with the included magnets, such that the coils of the static part are sealed from the bodily fluids, when implanted, wherein the operable implant further comprises a gear system adapted to receive mechanical work having a first force and velocity as input, from the movable part of the electrical motor, and output mechanical work having a higher force and a lower velocity compared to the first force and velocity, wherein the gear system comprises: • an operable element (143', 143",) connected to the movable part and configured to be propelled by the movable part, • a first gear having the shape of a hollow cylinder, comprising a first number of teeth, on the peripheral outside thereof, and • a second gear having the shape of a hollow cylinder, comprising a greater number of teeth than the first gear, on the inside surface thereof, wherein the operable element is adapted to engage the inside of the first gear, such that the outside of the first gear is pressed against the inside of the second gear such that the teeth of the first gear are interengaged with the teeth of the second gear in at least one position interspaced by positions at which the teeth are not interengaged, and wherein the operation of the operable element advances the positions and thereby causes relative rotation between the first gear and the second gear. • an operable element (143', 143",) connected to the movable part and configured to be propelled by the movable part, • a first gear having the shape of a hollow cylinder, comprising a first number of teeth, on the peripheral outside thereof, and • a second gear having the shape of a hollow cylinder, comprising a greater number of teeth than the first gear, on the inside surface thereof, wherein the operable element is adapted to engage the inside of the first gear, such that the outside of the first gear is pressed against the inside of the second gear such that the teeth of the first gear are interengaged with the teeth of the second gear in at least one position interspaced by positions at which the teeth are not interengaged, and wherein the operation of the operable element advances the positions and thereby causes relative rotation between the first gear and the second gear.
An optically active -(4-fluorophenyl)(4-((5-methyl-1 H -pyrazol-3-yl)amino)quinazolin-2-yl)methanol; or pharmaceutically acceptable salt, solvate, or hydrate thereof.
Sleeve (100, 200) for centering fasteners when assembling components to the substructure of a building envelope; wherein the sleeve comprises a substantially hollow-cylindrical sleeve body or split hollow-cylindrical sleeve body having at least two channel-like shell elements (110, 160, 210, 260), wherein the latter - each have a head end (112, 162, 212, 262) and a tail end (114, 164, 214, 264); - are grouped symmetrically about a central mid-axis A, and - define an intermediate space (190, 290) therebetween with inner surfaces (130, 140, 230, 240) oriented toward each other; and - the shell elements (150, 250) have at the front end (112, 162, 212, 262) a recessed abutment surface or a plurality of surfaces (156, 158, 256, 258) forming an abutment surface, characterized in that the shell elements are spaced apart and separated by axially parallel longitudinal slots (170, 180, 270, 280) except for a connecting joint section (120, 220) arranged at the head end (112, 162, 212, 262) and adapted to be broken open when the fastener is driven in. - each have a head end (112, 162, 212, 262) and a tail end (114, 164, 214, 264); - are grouped symmetrically about a central mid-axis A, and - define an intermediate space (190, 290) therebetween with inner surfaces (130, 140, 230, 240) oriented toward each other; and - the shell elements (150, 250) have at the front end (112, 162, 212, 262) a recessed abutment surface or a plurality of surfaces (156, 158, 256, 258) forming an abutment surface,
Catalyst flow element, comprising a main body which comprises the following: - an inlet side, on which a fluid stream may flow into the main body; - an outlet side opposite the inlet side, on which the fluid stream may exit from the main body; and - a plurality of meandering through-flow paths connecting the inlet side with the outlet side. - a plurality of flow channels; - slots in partition walls of the main body, which separate the flow channels from one another such that at least two adjacent flow channels are connected together fluidically within the main body in a common end region of the at least two adjacent flow channels; and - channel closures in the common end region for fluid-tight closure of the common end region while maintaining the fluidic connection between the at least two adjacent flow channels in the common end region, wherein all inlet orifices of the catalyst flow element are arranged on the inlet side and all outlet orifices of the catalyst flow element are arranged on the outlet side, wherein the slots are arranged on the main body distributed in such a way that a) on one side (106, 108) of the main body in each case two flow channels are connected together fluidically by means of one slot; and b) on one side (106, 108) of the main body in each case one pair of flow channels connected together fluidically by means of one slot is surrounded by four flow channels which directly adjoin the pair of flow channels and are not connected fluidically with further flow channels on this side (106, 108) of the main body. - an inlet side, on which a fluid stream may flow into the main body; - an outlet side opposite the inlet side, on which the fluid stream may exit from the main body; and - a plurality of meandering through-flow paths connecting the inlet side with the outlet side. - a plurality of flow channels; - slots in partition walls of the main body, which separate the flow channels from one another such that at least two adjacent flow channels are connected together fluidically within the main body in a common end region of the at least two adjacent flow channels; and - channel closures in the common end region for fluid-tight closure of the common end region while maintaining the fluidic connection between the at least two adjacent flow channels in the common end region, a) on one side (106, 108) of the main body in each case two flow channels are connected together fluidically by means of one slot; and b) on one side (106, 108) of the main body in each case one pair of flow channels connected together fluidically by means of one slot is surrounded by four flow channels which directly adjoin the pair of flow channels and are not connected fluidically with further flow channels on this side (106, 108) of the main body.
A halogenated salicylanilide selected from niclosamide, or a salt, hydrate or ester thereof, for use in the topical prevention or treatment of a skin or membrane disorder in a subject caused by Gram-positive bacteria, wherein the Gram-positive bacteria is not a propionibacteria and the skin or membrane disorder is not acne vulgaris.
Composition comprising - at least one room-temperature-solid active substance from the class of the neonicotinoids, - at least one room-temperature-solid active substance from the class of the pyrethroids, - at least one penetrant, - at least one vegetable oil, - cyclohexanone, - at least one nonionic surfactant and/or at least one anionic surfactant, and - one or more additives from the groups of the emulsifiers, foam inhibitors, preservatives, antioxidants, spreaders, colorants and/or a thickener. - at least one room-temperature-solid active substance from the class of the neonicotinoids, - at least one room-temperature-solid active substance from the class of the pyrethroids, - at least one penetrant, - at least one vegetable oil, - cyclohexanone, - at least one nonionic surfactant and/or at least one anionic surfactant, and - one or more additives from the groups of the emulsifiers, foam inhibitors, preservatives, antioxidants, spreaders, colorants and/or a thickener.
A composite article comprising: a thermoplastic fiber-reinforced porous core layer comprising a web formed from a plurality of reinforcing fibers and a thermoplastic material; and a non-woven scrim coupled to the core layer at a first surface of the core layer, the non-woven scrim comprising a plurality of bi-component fibers. a thermoplastic fiber-reinforced porous core layer comprising a web formed from a plurality of reinforcing fibers and a thermoplastic material; and a non-woven scrim coupled to the core layer at a first surface of the core layer, the non-woven scrim comprising a plurality of bi-component fibers.
A spout for a print liquid reservoir, the spout comprising: a sleeve having an opening through which print liquid passes; a first flange extending outward from the sleeve and configured to affix the spout to the print liquid reservoir; a second flange extending outward from the sleeve and configured to sit on a wall of a container in which the print liquid reservoir is disposed; and an angled clamp flange extending outward from the sleeve between the first and second flanges, the angled clamp flange having an angled surface and a straight surface opposite the angled surface, configured to squeeze and clamp the container and a clamp plate between the angled surface of the clamp flange and the first or second flange to affix the spout to the container, wherein the spout further comprises at least one notch in the angled clamp flange to receive protrusions on the clamp plate to allow the clamp plate to rotate parallel with the second flange. a sleeve having an opening through which print liquid passes; a first flange extending outward from the sleeve and configured to affix the spout to the print liquid reservoir; a second flange extending outward from the sleeve and configured to sit on a wall of a container in which the print liquid reservoir is disposed; and an angled clamp flange extending outward from the sleeve between the first and second flanges, the angled clamp flange having an angled surface and a straight surface opposite the angled surface, configured to squeeze and clamp the container and a clamp plate between the angled surface of the clamp flange and the first or second flange to affix the spout to the container, wherein the spout further comprises at least one notch in the angled clamp flange to receive protrusions on the clamp plate to allow the clamp plate to rotate parallel with the second flange.
Tile cutter comprising a base plate which extends in the horizontal direction when the tile cutter is in the use position and is intended for receiving the tile, and a slide that can be moved in the horizontal direction along a guide, a cutting means carrier, to which an energy accumulator (9, 9') applies force, being articulated to the slide and carrying cutting means at its end, to which cutting means an energy accumulator (9, 9') applies force in the vertical direction in order to produce a notch on the tile at least when the slide is moved, characterised in that at least two energy accumulators (9, 9') are provided which can optionally be moved into a use position in order to vary the vertical force.
A method for reworking a composite structure, the method comprising: cooling a fastener from a first temperature to a second temperature at which a diameter of a post of the fastener is reduced by a desired amount; placing the post of the fastener into a channel in a bushing such that a desired interference fit occurs when the fastener is at the first temperature; positioning the bushing with the fastener in a hole in the composite structure; and clamping the composite structure to a second structure using the fastener in the bushing, wherein a gap is present between an outer surface of the bushing and an inner surface of the hole. cooling a fastener from a first temperature to a second temperature at which a diameter of a post of the fastener is reduced by a desired amount; placing the post of the fastener into a channel in a bushing such that a desired interference fit occurs when the fastener is at the first temperature; positioning the bushing with the fastener in a hole in the composite structure; and clamping the composite structure to a second structure using the fastener in the bushing, wherein a gap is present between an outer surface of the bushing and an inner surface of the hole.