mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for negative-pressure wound therapy, comprising a) an air-impermeable covering material for airtight closing of the wound and the wound surroundings b) a means for functional connection of the wound space to a negative-pressure source (29, 39, 49) situated outside the covering material, making it possible to establish negative pressure within the wound space and to aspirate liquids from the wound space c) at least one activated absorbing/rinsing body (3, 53) containing at least one superabsorbent polymer and having been activated by means of an aqueous activation solution having a water content of at least 50 per cent by weight, for introduction into the gap formed by wound surface and covering material, the activated absorbing/rinsing body (3, 53) containing at least 500 per cent by weight, based on the weight of the dry absorbing/rinsing body, of the aqueous activation solution and wherein the activated absorbing/rinsing body (3, 53) is a volume-stable absorbing/rinsing body, so that the absorbing/rinsing body (3, 53), during the negative-pressure treatment, exhibits not an increase in volume but instead a reduction in volume, the reduction in volume being accompanied by a reduction in the weight of the absorbing/rinsing body (3, 53). a) an air-impermeable covering material for airtight closing of the wound and the wound surroundings b) a means for functional connection of the wound space to a negative-pressure source (29, 39, 49) situated outside the covering material, making it possible to establish negative pressure within the wound space and to aspirate liquids from the wound space c) at least one activated absorbing/rinsing body (3, 53) containing at least one superabsorbent polymer and having been activated by means of an aqueous activation solution having a water content of at least 50 per cent by weight, for introduction into the gap formed by wound surface and covering material, the activated absorbing/rinsing body (3, 53) containing at least 500 per cent by weight, based on the weight of the dry absorbing/rinsing body, of the aqueous activation solution and wherein the activated absorbing/rinsing body (3, 53) is a volume-stable absorbing/rinsing body, so that the absorbing/rinsing body (3, 53), during the negative-pressure treatment, exhibits not an increase in volume but instead a reduction in volume, the reduction in volume being accompanied by a reduction in the weight of the absorbing/rinsing body (3, 53).
A stent delivery system, comprising: a) an inner tubular member having a distal end; b) a stent mounted on said distal end of said inner tubular member; c) an outer jacket longitudinally slidable over said inner tubular member; and d) a handle adapted to effect longitudinal movement of said jacket relative to said inner tubular member, wherein said outer jacket includes a first portion and a relatively distal second portion, said first portion comprising a trilayer construction, which is a first trilayer construction, comprising, i) the inner layer selected from the group of polytetrafluoroethylene (PTFE), fluorinated ethylene propylene, high density polyethylene (HDPE), and urethane, ii) the middle wire braid layer, and iii) the outer polyether-based polyamide layer, and said second portion comprising a second trilayer construction comprising, iv) an inner layer selected from the group of PTFE, FEP, HDPE and urethane, v) a middle tie-layer polymer resin, and vi) an outer polyether-based polyamide layer, wherein said first and second portions are substantially seamlessly coupled together. a) an inner tubular member having a distal end; b) a stent mounted on said distal end of said inner tubular member; c) an outer jacket longitudinally slidable over said inner tubular member; and d) a handle adapted to effect longitudinal movement of said jacket relative to said inner tubular member, i) the inner layer selected from the group of polytetrafluoroethylene (PTFE), fluorinated ethylene propylene, high density polyethylene (HDPE), and urethane, ii) the middle wire braid layer, and iii) the outer polyether-based polyamide layer, and said second portion comprising a second trilayer construction comprising, iv) an inner layer selected from the group of PTFE, FEP, HDPE and urethane, v) a middle tie-layer polymer resin, and vi) an outer polyether-based polyamide layer,
A drag knob for regulating drag force of a drag mechanism configured to brake rotation of a spool rotatably mounted to a reel unit of a fishing reel, the drag knob comprising: an operating member being rotatably mounted to the reel unit; a coil spring extending and contracting in a rotary axis direction of the operating member in conjunction with rotation of the operating member; a receiver member being configured to receive an urging force of the coil spring and apply drag force to the spool; and a slide member being disposed between the coil spring and the receiver member in the rotary axis direction, characterized in that at least one groove is formed on at least one of a surface of the slide ember making contact with the coil spring and a surface of the slide member making contact with the receiver member, and wherein the slide member has a friction coefficient less than a friction coefficient of the receiver member. an operating member being rotatably mounted to the reel unit; a coil spring extending and contracting in a rotary axis direction of the operating member in conjunction with rotation of the operating member; a receiver member being configured to receive an urging force of the coil spring and apply drag force to the spool; and a slide member being disposed between the coil spring and the receiver member in the rotary axis direction,
A charging station, comprising a marking component, wherein the marking component includes a first marking component and a second marking component, the first marking component and the second marking component have different distribution surfaces on the charging station, and the marking component is used for indicating a position of the charging station so that a lawnmowing robot is capable of docking with the charging station for charging, wherein the charging station comprises a charging station body and a charging structure, both the first marking component and the charging structure are arranged on a first side surface of the charging station body with the charging structure protruding from the first side surface of the charging station body and the second marking component is arranged on the charging structure, the first marking component is a plurality in number, and the plurality of first marking components are distributed around the charging structure.
An elevator door interlock, comprising: a latch situated for pivotal movement about a pivot axis between a door locking position and a released position, wherein the pivotal movement about the pivot axis is relative to a door component; at least one base that is configured to be selectively movable relative to the pivot axis; a plurality of door movement bumpers (60, 62) supported on the at least one base, wherein selective movement of the at least one base relative to the pivot axis adjusts an alignment position of the plurality of door movement bumpers (60, 62); and fasteners selectively securing the at least one base and the plurality of door movement bumpers (60, 62) in a fixed position relative to the door component to maintain the desired alignment between a door coupler and the door movement bumpers (60, 62); characterized in that the elevator door interlock comprises a latch bumper supported for movement with the latch between the locking and released positions, the latch bumper being configured to be contacted by a door coupler component for moving the latch toward the released position. a latch situated for pivotal movement about a pivot axis between a door locking position and a released position, wherein the pivotal movement about the pivot axis is relative to a door component; at least one base that is configured to be selectively movable relative to the pivot axis; a plurality of door movement bumpers (60, 62) supported on the at least one base, wherein selective movement of the at least one base relative to the pivot axis adjusts an alignment position of the plurality of door movement bumpers (60, 62); and fasteners selectively securing the at least one base and the plurality of door movement bumpers (60, 62) in a fixed position relative to the door component to maintain the desired alignment between a door coupler and the door movement bumpers (60, 62); characterized in that the elevator door interlock comprises a latch bumper supported for movement with the latch between the locking and released positions, the latch bumper being configured to be contacted by a door coupler component for moving the latch toward the released position.
A method for operating a hydraulic device for supplying at least one hydraulic consumer, preferably a consumer on a machine for processing plastics and other plasticizable materials, wherein the hydraulic device comprises at least one pump, which has a volumetric conveying characteristic resulting in cyclic pulsing and a servo motor having a plurality of poles resulting in cyclic pulsing, wherein the pressure to the hydraulic consumer is detected by way of a pressure sensor and is supplied as an actual value to a pressure control which adjusts the servo motor, on the basis of a predetermined or predeterminable pressure profile, at the hydraulic consumer to a pressure setpoint value corresponding to a speed setpoint value (n nom), wherein the rotary angle (φ) of the at least one pump and/or of the servo motor is detected by a rotary encoder, characterised in that the rotary angle (φ) of the at least one pump and/or of the servo motor that is detected by way of the in each case one rotary encoder is correlated to the cyclic pulsing, and in that from this correlation a correction function (Y 1) is determined, which multiplied with an operational multiplier is added to the speed setpoint value (n nom), wherein the sum calculated is transmitted to the pressure control for regulating the pressure setpoint value.
A bearing load sharing system for a gas turbine engine, the bearing load sharing system comprising: first and second rotors extending in an axial direction; a first thrust bearing having an inner race and an outer race, the inner race connected to the first rotor; a second thrust bearing having an inner race and an outer race, the inner race connected to the second rotor; and an inter-rotor bearing having an inner race and an outer race, the inner race connected to one of the first and second rotor and the outer race connected to the other of the first and second rotor; wherein the outer race of the first bearing and/or the outer race of the second bearing is movable to vary axial spacing between the outer races. first and second rotors extending in an axial direction; a first thrust bearing having an inner race and an outer race, the inner race connected to the first rotor; a second thrust bearing having an inner race and an outer race, the inner race connected to the second rotor; and an inter-rotor bearing having an inner race and an outer race, the inner race connected to one of the first and second rotor and the outer race connected to the other of the first and second rotor; wherein the outer race of the first bearing and/or the outer race of the second bearing is movable to vary axial spacing between the outer races.
An inkjet recording method, comprising: spraying droplets of an ink composition that contains organic solvent, resin, and a pigment dispersion containing a metal pigment, wherein the organic solvent is a blend of an alkylene glycol diether, an alkylene glycol monoether, and a lactone; the metal pigment contains plate-like particles, and in the case where the longitudinal diameter on the planar surface of the plate-like particle is X, the lateral diameter is Y, and the thickness is Z, the maximum particle diameter Rmax of a corresponding circle determined from the surface area in the X-Y plane of the plate-like particles is 10 μm or less, the average thickness of the pigment is 20 nm or higher and 100 nm or less; and causing the droplets to adhere to a recording medium. spraying droplets of an ink composition that contains organic solvent, resin, and a pigment dispersion containing a metal pigment, wherein the organic solvent is a blend of an alkylene glycol diether, an alkylene glycol monoether, and a lactone; the metal pigment contains plate-like particles, and in the case where the longitudinal diameter on the planar surface of the plate-like particle is X, the lateral diameter is Y, and the thickness is Z, the maximum particle diameter Rmax of a corresponding circle determined from the surface area in the X-Y plane of the plate-like particles is 10 μm or less, the average thickness of the pigment is 20 nm or higher and 100 nm or less; and causing the droplets to adhere to a recording medium.
A bassinet comprising: a base; a column assembly rotatably connected to the base at a first end of the column assembly; an arm rotatably connected to a second end of the column assembly; a tub frame pivotably connected to the arm; a tub retained within the tub frame, characterized in that the tub comprises a front wall, a back wall, and two side walls and has areas of reduced height along the front wall and at least one of the side walls, wherein the areas of reduced height provide enhanced access within the tub; and an insert configured to be removably positioned within an interior of the tub such that: in a first position, the insert is positioned such that the areas of reduced height are blocked by the insert so that an upper edge of the tub and an upper edge of the insert are substantially continuous, at least around corners of the tub, and in a second position, the insert is positioned adjacent to the back wall and at least portions of the two side walls of the tub, such that the areas of reduced height are not blocked by the insert. a base; a column assembly rotatably connected to the base at a first end of the column assembly; an arm rotatably connected to a second end of the column assembly; a tub frame pivotably connected to the arm; a tub retained within the tub frame, characterized in that the tub comprises a front wall, a back wall, and two side walls and has areas of reduced height along the front wall and at least one of the side walls, wherein the areas of reduced height provide enhanced access within the tub; and an insert configured to be removably positioned within an interior of the tub such that: in a first position, the insert is positioned such that the areas of reduced height are blocked by the insert so that an upper edge of the tub and an upper edge of the insert are substantially continuous, at least around corners of the tub, and in a second position, the insert is positioned adjacent to the back wall and at least portions of the two side walls of the tub, such that the areas of reduced height are not blocked by the insert. in a first position, the insert is positioned such that the areas of reduced height are blocked by the insert so that an upper edge of the tub and an upper edge of the insert are substantially continuous, at least around corners of the tub, and in a second position, the insert is positioned adjacent to the back wall and at least portions of the two side walls of the tub, such that the areas of reduced height are not blocked by the insert.
A solid electrolyte comprising: an inorganic lithium ion conductive film; and a porous layer on a surface of the inorganic lithium ion conductive film, wherein the porous layer comprises a first porous layer and a second porous layer, and the second porous layer is disposed between the inorganic lithium ion conductive film and the first porous layer, wherein the first porous layer has a pore size which is greater than a pore size of the second porous layer and wherein the pore size is determined based on a cross-section scanning electron microscopy image. an inorganic lithium ion conductive film; and a porous layer on a surface of the inorganic lithium ion conductive film, wherein the porous layer comprises a first porous layer and a second porous layer, and the second porous layer is disposed between the inorganic lithium ion conductive film and the first porous layer,
Engine mount arrangement with an elastomer mount body which is received in a rigid mount housing provided at least on one side with an opening (3, 3'), wherein at least one support member connected to an engine engages through the at least one opening (3, 3'), which is supported on the mount body against the mount housing, wherein relative movements of the mount body, caused by impact on the arrangement, with respect to the mount housing along three extension directions (X, Y, Z) of the mount body orthogonal to one another on both sides of a rest position of the respective relative movement are delimitable by stops (6, 6, 7, 7', 8, 8') arranged on the mount housing, wherein the mount housing is formed without joints and is formed in a deformation process in one piece for receiving the mount body and wherein the support member has a U-shaped section, whose limbs are arranged in the rest position of one of the movement directions on both sides of a flat section of the mount housing forming the stop (7, 7') for this movement direction characterised in that the stop (7, 7') to delimit the movement in one movement direction is arranged on the mount housing viewed from the direction of the engine in one movement direction before the mount body.
A method of forming an electrical connection through components (24, 26) capable of having relative rotational movement in a downhole tool assembly, comprising: providing a bearing with a first conductive race ring, a second conductive race ring, and a conductive rolling element positioned between and in contact with the first conductive race ring and the second conductive race ring; affixing the first conductive race ring to a rotationally stationary component of a downhole well system assembly and affixing the second conductive race ring to a rotatable component which is able to rotate relative to the rotationally stationary component; coupling a first electric lead to the first conductive race ring and coupling a second electric lead to the second conductive race ring to form an electrically conductive flow path through the bearing; placing the bearing in a cavity filled with fluid to isolate the bearing from a surrounding environment, and connecting a compensator with the cavity to compensate for changes in volume of the fluid; characterised in that placing comprises placing the bearing in the cavity filled with an incompressible, electrically insulating fluid, and further isolating the bearing by mounting the first and second conductive race rings on insulator pads. providing a bearing with a first conductive race ring, a second conductive race ring, and a conductive rolling element positioned between and in contact with the first conductive race ring and the second conductive race ring; affixing the first conductive race ring to a rotationally stationary component of a downhole well system assembly and affixing the second conductive race ring to a rotatable component which is able to rotate relative to the rotationally stationary component; coupling a first electric lead to the first conductive race ring and coupling a second electric lead to the second conductive race ring to form an electrically conductive flow path through the bearing; placing the bearing in a cavity filled with fluid to isolate the bearing from a surrounding environment, and connecting a compensator with the cavity to compensate for changes in volume of the fluid;
A manufacturing process, comprising: - preparing a preform wherein the preform includes one or more layers of engineered textiles and at least one non-woven mat comprising a combination of (i) a first material wherein the first material is soluble in a resin, and (ii) a second material wherein the second material is insoluble in the resin, said preform being a pre-shaped fibrous reinforcement, supplied without matrix, but often containing a binder to facilitate manufacture and maintain shape, and said preform being manufactured by a process comprising combining and extruding a first polymer-based material with a second polymer-based material by a fiber extrusion process within a predetermined temperature range, the first material immiscible with the second material, wherein the second material is encapsulated within the first material to form a combination, the combination to form a nonwoven mat; and combining the combination with an engineered textile, wherein the first material is at least partially soluble in the thermosetting resin within a predetermined temperature range and the second material is insoluble in the thermosetting resin during a cure cycle; - laying the preform within a mold; - heating the mold to a predetermined temperature; and - injecting a thermosetting resin, the thermosetting resin to dissolve at least a portion of the first material while the second material remains intact. - preparing a preform wherein the preform includes one or more layers of engineered textiles and at least one non-woven mat comprising a combination of (i) a first material wherein the first material is soluble in a resin, and (ii) a second material wherein the second material is insoluble in the resin, said preform being a pre-shaped fibrous reinforcement, supplied without matrix, but often containing a binder to facilitate manufacture and maintain shape, and said preform being manufactured by a process comprising combining and extruding a first polymer-based material with a second polymer-based material by a fiber extrusion process within a predetermined temperature range, the first material immiscible with the second material, wherein the second material is encapsulated within the first material to form a combination, the combination to form a nonwoven mat; and combining the combination with an engineered textile, wherein the first material is at least partially soluble in the thermosetting resin within a predetermined temperature range and the second material is insoluble in the thermosetting resin during a cure cycle; - laying the preform within a mold; - heating the mold to a predetermined temperature; and - injecting a thermosetting resin, the thermosetting resin to dissolve at least a portion of the first material while the second material remains intact.
A paper packaging buffer layer, comprising: a base layer; and a plurality of buffer packages and a plurality of air chambers formed in the buffer packages, wherein the plurality of buffer packages are formed on the base layer, the air chambers are formed on the inner side of the buffer packages, the buffer package includes a bottom portion and a top portion integrally extending outward from the bottom portion, the bottom portion of the buffer package integrally extending upward from the base layer to the top portion of the buffer package, characterized in that the buffer package is further provided with at least one rib groove, and the at least one rib groove is formed on the surface of the buffer package. a base layer; and a plurality of buffer packages and a plurality of air chambers formed in the buffer packages, wherein the plurality of buffer packages are formed on the base layer, the air chambers are formed on the inner side of the buffer packages, the buffer package includes a bottom portion and a top portion integrally extending outward from the bottom portion, the bottom portion of the buffer package integrally extending upward from the base layer to the top portion of the buffer package, characterized in that the buffer package is further provided with at least one rib groove, and the at least one rib groove is formed on the surface of the buffer package.